mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope system, comprising: an endoscope having a tip section , the tip section comprising: a first optical assembly for generating a first image of a body cavity, a second optical assembly for generating a second image of the body cavity, and at least one illuminator (108; 118) associated with each of the first optical assembly and the second optical assembly ; a multi-screen physical display ; and a processing system configured to: simultaneously display on the physical display the first image and the second image; cause the first optical assembly to generate a magnified first image; automatically cause the physical display to eliminate a display of the second image; and display the magnified first image on the physical display . an endoscope having a tip section , the tip section comprising: a first optical assembly for generating a first image of a body cavity, a second optical assembly for generating a second image of the body cavity, and at least one illuminator (108; 118) associated with each of the first optical assembly and the second optical assembly ; a first optical assembly for generating a first image of a body cavity, a second optical assembly for generating a second image of the body cavity, and at least one illuminator (108; 118) associated with each of the first optical assembly and the second optical assembly ; a multi-screen physical display ; and a processing system configured to: simultaneously display on the physical display the first image and the second image; cause the first optical assembly to generate a magnified first image; automatically cause the physical display to eliminate a display of the second image; and display the magnified first image on the physical display . simultaneously display on the physical display the first image and the second image; cause the first optical assembly to generate a magnified first image; automatically cause the physical display to eliminate a display of the second image; and display the magnified first image on the physical display .
A curable composition comprising: a polymerizable epoxy-acrylate resin composition having a complex viscosity at 25°C and 1 Hz frequency of at least about 4500 Pa-s and a probe tack peak force of at least about 300 kPa both determined according to the description; and abrasive particles partially or fully embedded in the polymerizable epoxy-acrylate resin component. a polymerizable epoxy-acrylate resin composition having a complex viscosity at 25°C and 1 Hz frequency of at least about 4500 Pa-s and a probe tack peak force of at least about 300 kPa both determined according to the description; and abrasive particles partially or fully embedded in the polymerizable epoxy-acrylate resin component.
A method for the production of follicular protein preparation, according to which bovine follicular fluid is collected, which is first centrifuged at 8000-10000 g to produce the supernatant, which is cooled down to + 4°C to + 8°C, that is then mixed with acetone cooled down to -18°C in 1/1 to 2/3 ratio by volume and again centrifuged at 8000 to 10000 g for 15-25 minutes, and the resultant precipitate is freeze-dried, then the lyophilizate is dissolved in 7.2 pH buffer, the resultant suspension is centrifuged again at 8000-10000 g for 15 - 30 min to obtain the supernatant, which is separated using DEAE-Sepharose ion exchange chromatography, the effluent yielding at NaCl concentration of 0.11 M to 0.19 M in the eluting solution having pH 7.0-7.2 is collected and dialyzed against water through a membrane with 14 kDa exclusion volume for at least 8 hours at at temperature of 4 to 8°C, the resultant dialyzate is frozen at a temperature of -18 to -35°C and then freeze-dried to produce the preparation containing serum albumin and inhibin βA, a protein of TGF-β family.
A tool for forming a shaped product, the tool comprising: a support body formed of a first material and having a machined surface defining a first portion of a forming surface of the tool , wherein the forming surface is configured for forming a shaped product having a desired shape; characterized by a feature supported on the support body adjacent to the machined surface and defining a second portion of the forming surface , the feature comprising a plurality of layers including a top layer formed of a fourth material that is metallurgically incompatible with the first material of the machined surface of the support body or incompatible due to differences in material properties, a bottom layer formed of a second material that is metallurgically compatible with the first material of the machined surface of the support body , and an intermediate layer formed of a third material that is metallurgically compatible with the fourth material of the top layer and with the second material of the bottom layer , wherein during use the first portion of the forming surface and the second portion of the forming surface cooperate to form the desired shape of the shaped product. a support body formed of a first material and having a machined surface defining a first portion of a forming surface of the tool , wherein the forming surface is configured for forming a shaped product having a desired shape; characterized by a feature supported on the support body adjacent to the machined surface and defining a second portion of the forming surface , the feature comprising a plurality of layers including a top layer formed of a fourth material that is metallurgically incompatible with the first material of the machined surface of the support body or incompatible due to differences in material properties, a bottom layer formed of a second material that is metallurgically compatible with the first material of the machined surface of the support body , and an intermediate layer formed of a third material that is metallurgically compatible with the fourth material of the top layer and with the second material of the bottom layer , wherein during use the first portion of the forming surface and the second portion of the forming surface cooperate to form the desired shape of the shaped product.
A device for ultrasonic-accelerated hematoma lysis or thrombolysis of intracerebral or intraventricular hemorrhages or hematomas, comprising an endosonographic probe , a stiletto , and a body which accommodates different compartments or lumens that are arranged in proximity to each other, wherein in longitudinal extension at least upper part proximal sections of the compartments or lumens are isolated by walls, consisting of - a flushing catheter for flushing fluid and/or pharmaceutically active substances into the intracerebral or intraventricular hemorrhages or hematomas, whereby a first compartment or lumen of the body is part of the flushing catheter , - a drainage catheter for draining fluid from the intracerebral or intraventricular hemorrhages or hematomas, whereby a second compartment or lumen of the body is part of the drainage catheter , - an ultrasonic probe duct , and - a pressure sensor duct that integrates a pressure sensor , whereby - the ultrasonic probe duct integrates either the endosonographic probe or the stiletto that are interchangeably guided within the ultrasonic probe duct , - the upper part proximal portion (1.1) of the flushing catheter and/or upper part proximal portion (2.1) of the drainage catheter laterally projects from the body in bended form, characterized in that - in the lower distal parts (1.2, 2.2) of the body , the drainage catheter and the flushing catheter are permeably connected to each other by one or more penetrations , - the pressure sensor is part of a pole having a diameter which allows guidance in the pressure sensor duct , wherein the pressure sensor is arranged at a cone end of the pole. - a flushing catheter for flushing fluid and/or pharmaceutically active substances into the intracerebral or intraventricular hemorrhages or hematomas, whereby a first compartment or lumen of the body is part of the flushing catheter , - a drainage catheter for draining fluid from the intracerebral or intraventricular hemorrhages or hematomas, whereby a second compartment or lumen of the body is part of the drainage catheter , - an ultrasonic probe duct , and - a pressure sensor duct that integrates a pressure sensor , whereby - the ultrasonic probe duct integrates either the endosonographic probe or the stiletto that are interchangeably guided within the ultrasonic probe duct , - the upper part proximal portion (1.1) of the flushing catheter and/or upper part proximal portion (2.1) of the drainage catheter laterally projects from the body in bended form, - in the lower distal parts (1.2, 2.2) of the body , the drainage catheter and the flushing catheter are permeably connected to each other by one or more penetrations , - the pressure sensor is part of a pole having a diameter which allows guidance in the pressure sensor duct , wherein the pressure sensor is arranged at a cone end of the pole.
A mop cleaning device capable of separating clear water from wastewater, comprising a rotary mop, a bucket , a clear water container , and a valve for controlling on-off of water outflow, wherein the rotary mop comprises a rotary mop rod and a mop head , and the rotary mop rod is connected to the mop head ; a support body for supporting the mop to realize rotation is disposed on the bucket ; the clear water container has a clear water outlet , a liquid level in the clear water container is higher than the clear water outlet so that clear water can flow to the mop head from the clear water container , and the valve is connected to the clear water outlet ; characterized in that : either the mop head comprises two side plates which can be folded upwards, and the clear water outlet is located outside the side plates when the support body supports the mop with the two side plates of the mop head folded upwards; or, the mop head comprises two side plates which can be folded downwards, and the clear water outlet is located inside the side plates when the support body supports the mop with the two side plates of the mop head folded downwards. either the mop head comprises two side plates which can be folded upwards, and the clear water outlet is located outside the side plates when the support body supports the mop with the two side plates of the mop head folded upwards; or, the mop head comprises two side plates which can be folded downwards, and the clear water outlet is located inside the side plates when the support body supports the mop with the two side plates of the mop head folded downwards.
A computer-implemented method for determining an error in image data of bodily fluid testing equipment in a bodily fluid testing process, the image data captured by an electronic device, and the method comprising: detecting a first colour of a first testing region in the image data; comparing the detected first colour to a series of reference colours; determining respective difference scores between the detected first colour and each reference colour of the series of reference colours; determining a closest reference colour of the series of reference colours, wherein the closest reference colour has a lowest difference score; determining whether the difference score between the detected first colour and the closest reference colour of the series of reference colours is less than a predetermined maximum difference score; performing a first action when the difference score between the detected first colour and the closest reference colour of the series of reference colours is less than the predetermined maximum difference score; and determining that there is an error in the first testing region in the image data and performing a second action when the difference score between the detected first colour and the closest reference colour of the series of reference colours is not less than the predetermined maximum difference score. detecting a first colour of a first testing region in the image data; comparing the detected first colour to a series of reference colours; determining respective difference scores between the detected first colour and each reference colour of the series of reference colours; determining a closest reference colour of the series of reference colours, wherein the closest reference colour has a lowest difference score; determining whether the difference score between the detected first colour and the closest reference colour of the series of reference colours is less than a predetermined maximum difference score; performing a first action when the difference score between the detected first colour and the closest reference colour of the series of reference colours is less than the predetermined maximum difference score; and determining that there is an error in the first testing region in the image data and performing a second action when the difference score between the detected first colour and the closest reference colour of the series of reference colours is not less than the predetermined maximum difference score.
Additive manufacturing machine that comprises: - at least one manufacturing robot or robots , to manufacture parts , by means of additive manufacturing; and - at least one automatic loading system of manufacturing platform that comprises a position detector and at least one pusher system of manufacturing platforms , to feed or provide the at least one manufacturing robot with at least one manufacturing platform intended to support parts during the manufacture, modification of manufactured parts ; wherein the loading system is located beside each manufacturing robot or robots 201 and the additive manufacturing machine comprises at least one automatic or horizontal storage area configured to accommodate manufacturing platforms in conjunction with a loader, vertically stacked on top of each other or horizontally next to each other. wherein the manufacturing platforms are placed in the loading position thanks to a position detector that includes a sensor that is synchronized by the machine and production control software and makes the manufacturing platform reaches its loading position, and the machine comprises monitoring or control or guide system . - at least one manufacturing robot or robots , to manufacture parts , by means of additive manufacturing; and - at least one automatic loading system of manufacturing platform that comprises a position detector and at least one pusher system of manufacturing platforms , to feed or provide the at least one manufacturing robot with at least one manufacturing platform intended to support parts during the manufacture, modification of manufactured parts ; wherein the loading system is located beside each manufacturing robot or robots 201 and the additive manufacturing machine comprises at least one automatic or horizontal storage area configured to accommodate manufacturing platforms in conjunction with a loader, vertically stacked on top of each other or horizontally next to each other. wherein the manufacturing platforms are placed in the loading position thanks to a position detector that includes a sensor that is synchronized by the machine and production control software and makes the manufacturing platform reaches its loading position, and the machine comprises monitoring or control or guide system .
A photon counting device (1, 1") for counting photon interactions in a piece of converter material, comprising: a plurality of energy discriminators and a pulse detector , each being arranged to receive a pulse generated by a photon interacting with the piece of converter material, and a plurality of counters , each of the counters being coupled to one of the energy discriminators , for counting photon interactions with energy discrimination according to an energy level of the coupled energy discriminator , characterized in that the pulse detector is arranged to provide a pulse logic signal upon receiving an input of a predetermined energy level, the predetermined energy level being lower than the energy levels of the energy discriminators , wherein the photon counting device (1, 1") further comprises a prevention circuitry arranged to receive a neighboring logic signal indicating an input of predetermined energy level in at least one neighboring piece of converter material, wherein the prevention circuitry is arranged to selectively prevent a pulse from being counted by any one of the plurality of counters in case the pulse logic signal and the neighboring logic signal are present together in a coincidence window of predetermined size. a plurality of energy discriminators and a pulse detector , each being arranged to receive a pulse generated by a photon interacting with the piece of converter material, and a plurality of counters , each of the counters being coupled to one of the energy discriminators , for counting photon interactions with energy discrimination according to an energy level of the coupled energy discriminator , characterized in that the pulse detector is arranged to provide a pulse logic signal upon receiving an input of a predetermined energy level, the predetermined energy level being lower than the energy levels of the energy discriminators , wherein the photon counting device (1, 1") further comprises a prevention circuitry arranged to receive a neighboring logic signal indicating an input of predetermined energy level in at least one neighboring piece of converter material, wherein the prevention circuitry is arranged to selectively prevent a pulse from being counted by any one of the plurality of counters in case the pulse logic signal and the neighboring logic signal are present together in a coincidence window of predetermined size.
JUICING UNIT HAVING A SUPPORT where the juicing unit comprises one or more female drums, preferably two, with a synchronous but reverse movement with one or more, preferably two, male drums, wedges associated to the male drums to extract the peels, and a cutting blade; where the shafts of the drums are horizontal and the female drums have suitable cavities to house the fruit or vegetable or part thereof and carry it to the cutting blade where the fruit is to be sectioned, then continuing its path until it meets one of the projections in the male drum, and which is squeezed into the cavity causing the juicing, the peel normally remaining adhered to the projection of the male drum until extracted by the associated wedge characterised in that said support comprises a vertical front plate and a vertical rear plate that are removably attached by at least one rod , wherein the front plate covers the outer edges of the rotation shafts of the drums having a plurality of housings as well as one or more openings of the rod or rods, and the rear plate comprises peripheral openings such that the male and female drums are arranged between the front plate and the rear plate , and that an assembly handled as a unit is formed by the support and the different elements of the juicing unit wherein said assembly is anchored by anchoring means to the body of the machine and said support comprising the different elements of the juicing unit also comprises fastening means to the body of the machine, and wherein such fastening means are removable and complementary with attachment means existing on the ends of the rotation shafts .
A method of inhibiting corrosion of a metallic surface in a geothermal process comprising: adding an effective amount of a corrosion inhibitor blend to a production well in a geothermal process, wherein the corrosion inhibitor blend comprises an ether compound, a quaternary ammonium compound, and a fatty acid amine condensate, wherein the ether compound is selected from the group consisting of butoxyethanol, ethylene glycol monopropyl ether, ethylene glycol monobutyl ether, and any combination thereof, the quaternary ammonium compound is selected from the group consisting of benzyldimethyldodecylammonium chloride, benzyldimethyltetradecylammonium chloride, benzyldimethylhexadecylammonium chloride, benzyldimethyloctadecyl ammonium chloride, and any combination thereof, and the fatty acid amine condensate is prepared by reacting an amine with a fatty acid comprising a carboxylic acid and a hydrocarbon chain comprising 10 to 30 carbon atoms. adding an effective amount of a corrosion inhibitor blend to a production well in a geothermal process, wherein the corrosion inhibitor blend comprises an ether compound, a quaternary ammonium compound, and a fatty acid amine condensate, wherein the ether compound is selected from the group consisting of butoxyethanol, ethylene glycol monopropyl ether, ethylene glycol monobutyl ether, and any combination thereof, the quaternary ammonium compound is selected from the group consisting of benzyldimethyldodecylammonium chloride, benzyldimethyltetradecylammonium chloride, benzyldimethylhexadecylammonium chloride, benzyldimethyloctadecyl ammonium chloride, and any combination thereof, and the fatty acid amine condensate is prepared by reacting an amine with a fatty acid comprising a carboxylic acid and a hydrocarbon chain comprising 10 to 30 carbon atoms.
An orthopaedic driving instrument comprising: a first end portion ; a second end portion opposite the first end portion ; and a central portion , intermediate the first and second end portions , comprising a central section having an outer diameter representing a maximum outer diameter of the driving instrument ; wherein the first end portion comprises a first driving interface sized and shaped to, in operation of the instrument , engage a screw interface of a screw for applying torque to the screw; and wherein the second end portion comprises a second driving interface sized and shaped as the size and shape of the first driving interface , wherein: the first end portion comprises a first section having a first outer diameter ; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter , characterized in that the first end portion comprises a third section having a third outer diameter equal to the first outer diameter ; the second end portion comprises a fourth section having a fourth outer diameter equal to the first outer diameter ; the first end portion comprises a fifth section having a fifth outer diameter smaller than the first outer diameter , intermediate the first section and the third section ; and the second end portion comprises a sixth section having a sixth outer diameter smaller than the first outer diameter , intermediate the second section and the fourth section . a first end portion ; a second end portion opposite the first end portion ; and a central portion , intermediate the first and second end portions , comprising a central section having an outer diameter representing a maximum outer diameter of the driving instrument ; wherein the first end portion comprises a first driving interface sized and shaped to, in operation of the instrument , engage a screw interface of a screw for applying torque to the screw; and wherein the second end portion comprises a second driving interface sized and shaped as the size and shape of the first driving interface , wherein: the first end portion comprises a first section having a first outer diameter ; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter , the first end portion comprises a first section having a first outer diameter ; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter , the first end portion comprises a third section having a third outer diameter equal to the first outer diameter ; the second end portion comprises a fourth section having a fourth outer diameter equal to the first outer diameter ; the first end portion comprises a fifth section having a fifth outer diameter smaller than the first outer diameter , intermediate the first section and the third section ; and the second end portion comprises a sixth section having a sixth outer diameter smaller than the first outer diameter , intermediate the second section and the fourth section .