mhurhangee/ep-ind-claims huggingface dataset:
An injector for inserting a dual-optic intraocular lens into the anterior chamber an eye, the injector comprising: a tubular section having a lumen for conveying the dual-optic intraocular lens in a compacted condition along the tubular section with one optic in front of another optic, said lumen comprising an inner surface; a release control section at a distal end portion of the tubular section, said release control section sized to fit within the anterior chamber when the injector is positioned in the eye for injection of the dual-optic intraocular lens into the anterior chamber, said release control section resisting passage of the intraocular lens through the portion of the injector within the anterior chamber such that release of mechanical energy stored in the compacted dual-optic intraocular lens is slowed; and wherein said release control section comprises an expansion member configured to transition from a constricted state to an expanded state when receiving an optic of said intraocular lens, characterized in that: said release control section is configured to retain an optic of said intraocular lens after another optic of said intraocular lens has exited the injector. a tubular section having a lumen for conveying the dual-optic intraocular lens in a compacted condition along the tubular section with one optic in front of another optic, said lumen comprising an inner surface; a release control section at a distal end portion of the tubular section, said release control section sized to fit within the anterior chamber when the injector is positioned in the eye for injection of the dual-optic intraocular lens into the anterior chamber, said release control section resisting passage of the intraocular lens through the portion of the injector within the anterior chamber such that release of mechanical energy stored in the compacted dual-optic intraocular lens is slowed; and wherein said release control section comprises an expansion member configured to transition from a constricted state to an expanded state when receiving an optic of said intraocular lens, characterized in that: said release control section is configured to retain an optic of said intraocular lens after another optic of said intraocular lens has exited the injector. said release control section is configured to retain an optic of said intraocular lens after another optic of said intraocular lens has exited the injector.
An electric power meter capable of monitoring a contact status of a latch relay, the electric power meter comprising: a latch relay having a pair of primary coils (C1, C2) and a secondary contact, the secondary contact operable to a closed position where an electric power from an electric power source is supplied to an electric load, or an open position where power supply from the power source to the load side is interrupted, the primary coils configured to provide a magnetic force to open or close the secondary contact; characterized in that the electric power meter further comprising a meter controller connected to the latch relay, configured to compare an input voltage of the primary coils (C1, C2) of the latch relay with an output voltage of the secondary contact of the latch relay, configured to determine that the latch relay is in a closed position when the input voltage of the primary coils (C1, C2) is substantially equal to the output voltage of the secondary contact with a predetermined allowable error range, and configured to determine that the latch relay is in an open position when the input voltage of the primary coils is not equal to the output voltage of the secondary contact, because the output voltage of the secondary contact has not been input, even if the input voltage of the primary coils (C1, C2) has been input. a latch relay having a pair of primary coils (C1, C2) and a secondary contact, the secondary contact operable to a closed position where an electric power from an electric power source is supplied to an electric load, or an open position where power supply from the power source to the load side is interrupted, the primary coils configured to provide a magnetic force to open or close the secondary contact; characterized in that the electric power meter further comprising a meter controller connected to the latch relay, configured to compare an input voltage of the primary coils (C1, C2) of the latch relay with an output voltage of the secondary contact of the latch relay, configured to determine that the latch relay is in a closed position when the input voltage of the primary coils (C1, C2) is substantially equal to the output voltage of the secondary contact with a predetermined allowable error range, and configured to determine that the latch relay is in an open position when the input voltage of the primary coils is not equal to the output voltage of the secondary contact, because the output voltage of the secondary contact has not been input, even if the input voltage of the primary coils (C1, C2) has been input.
A method of producing II-VI or III-V semiconductor nanoparticles comprising effecting conversion of a II-VI or III-V semiconductor nanoparticle precursor composition to the material of the II-VI or III-V semiconductor nanoparticles, said precursor composition comprising a first precursor species containing a first ion to be incorporated into the growing II-VI or III-V semiconductor nanoparticles and a separate second precursor species containing a second ion to be incorporated into the growing II-VI or III-V semiconductor nanoparticles, wherein said conversion is effected in the presence of a molecular cluster compound, each cluster comprising 3 or more metal atoms, said molecular cluster compound being other than said first and second precursor species, under conditions permitting seeding and growth of the II-VI or III-V semiconductor nanoparticles, wherein the molecular cluster compound and II-VI or III-V semiconductor nanoparticle precursor composition are dissolved in a solvent at a first temperature in the range 50 °C to 100 °C to form a solution and the temperature of the solution is then increased to a second temperature in the range 120 °C to 280 °C which is sufficient to initiate seeding and growth of the II-VI or III-V semiconductor nanoparticles on the molecular clusters of said compound.
Process for preparing an isocyanate by phosgenating the primary amine corresponding to the isocyanate to be prepared to obtain a liquid crude process product comprising the isocyanate to be prepared, comprising the workup of said liquid crude process product to obtain a distillation bottom stream consisting of • the isocyanate to be prepared, • optionally low boilers, i.e. substances or azeotropically boiling mixtures of substances having a lower boiling point than the isocyanate to be prepared, or, if the isocyanate to be prepared is in the form of an isomer mixture, having a boiling point lower than the lowest-boiling isomer of the isocyanate to be prepared, and • distillation residue; further comprising the workup of said distillation bottom stream, said workup comprising the following steps: 1) optionally pre-concentrating the distillation bottom stream in an evaporator by partially evaporating the isocyanate to be prepared which is present in the distillation bottom stream to obtain a pre-concentrated liquid stream depleted of isocyanate to be prepared; 2) drying the distillation bottom stream or the pre-concentrated liquid stream depleted of isocyanate to be prepared which has been obtained in step 1) in a drying apparatus at a temperature in the range from 150°C to 500°C, preferably in the range from 185°C to 300°C, more preferably in the range from 200°C to 270°C, with evaporation and recovery of isocyanate to be prepared to form a solid process product, where the proportion by mass of compounds containing carbodiimide groups based on the total mass of the distillation residue supplied to the drying apparatus is adjusted to a value of at least 15%, preferably at least 20%, more preferably at least 30%. • the isocyanate to be prepared, • optionally low boilers, i.e. substances or azeotropically boiling mixtures of substances having a lower boiling point than the isocyanate to be prepared, or, if the isocyanate to be prepared is in the form of an isomer mixture, having a boiling point lower than the lowest-boiling isomer of the isocyanate to be prepared, and • distillation residue; 1) optionally pre-concentrating the distillation bottom stream in an evaporator by partially evaporating the isocyanate to be prepared which is present in the distillation bottom stream to obtain a pre-concentrated liquid stream depleted of isocyanate to be prepared; 2) drying the distillation bottom stream or the pre-concentrated liquid stream depleted of isocyanate to be prepared which has been obtained in step 1) in a drying apparatus at a temperature in the range from 150°C to 500°C, preferably in the range from 185°C to 300°C, more preferably in the range from 200°C to 270°C, with evaporation and recovery of isocyanate to be prepared to form a solid process product, where the proportion by mass of compounds containing carbodiimide groups based on the total mass of the distillation residue supplied to the drying apparatus is adjusted to a value of at least 15%, preferably at least 20%, more preferably at least 30%.
Connection arrangement for connecting at least two prefabricated concrete parts (1, 2) which are each provided with at least one anchor rail (11, 12; 211, 212), wherein the connection arrangement has an elongate shaft with a first head arranged on a first longitudinal end and widened with respect to the shaft diameter, and a second head, which is widened with respect to the shaft diameter, on a second longitudinal end of the shaft that is situated opposite to the first longitudinal end, wherein the first head and the second head are rigidly connected to the shaft, characterized in that the first head is assigned a first supporting element and a first fixing element, and wherein the second head is assigned a second supporting element and a second fixing element, wherein the supporting elements (40, 42) are designed as discs, which can be displaced along the shaft, having a through-hole (41, 43) for receiving the shaft, and wherein the first and the second fixing element (44, 46) are designed as screw nuts and interact with an external thread of the shaft.
A breast milk-derived Lactobacillus plantarum P6, which is classified and named as Lactobacillus plantarum, and has an accession number of CGMCC NO.19748.
Slat roof, comprising - beams; - several slats arranged parallel to one another between these beams; - slat shafts by means of which these slats are rotatably fastened to the respective beams; characterized in that the slat shaft of at least one slat is provided, on at least one end by means of which it is attached to said beam, with at least one radial projection and the respective beam comprises at least one fitting opening which comprises a shaft opening through which the corresponding slat shaft extends in the mounted position and comprises an insertion opening which ends in the shaft opening in such a manner that the corresponding slat shaft, in a first position with said radial projection at the location of the insertion opening, can be fitted through the fitting opening by its corresponding end and, after this slat shaft has been inserted into the insertion opening, in a different position, different from the first position, said radial projection engages behind a part of the beam which delimits the shaft opening adjacent to the insertion opening, in order to rotatably attach this slat shaft to this beam. - beams; - several slats arranged parallel to one another between these beams; - slat shafts by means of which these slats are rotatably fastened to the respective beams;
Guide carriage for use with an elongated guide rail, the guide carriage having at least one row of rolling bodies which are accommodated in an assigned continuous bypass channel, the bypass channel having a supporting portion and a return channel, which are connected to one another at their opposite ends via in each case a curved bypass channel, the supporting portion being delimited by a carriage track extending in a longitudinal direction on the guide carriage and a rail track on the guide rail, the bypass channel being arranged within a separate end cap, the end cap bearing at least indirectly against a longitudinal end face of a main body of the guide carriage, the end cap having at least one fastening bore through which an assigned fastening screw passes which is screwed into the main body, at least one lubricant flow path being provided in the end cap, which lubricant flow path extends from a lubrication port (61; 61a; 61b; 61c) to one of the at least one row of rolling bodies, wherein a first cavity is provided at least between one of the at least one fastening bore and the assigned fastening screw, which cavity is a component of one of the at least one lubricant flow path, characterized in that a lubrication bore passes through the end cap, which lubrication bore extends from an outer longitudinal end face, facing away from the main body, of the end cap in the longitudinal direction, the lubrication bore being arranged on the rolling body side of the first cavity in the corresponding lubricant flow path, wherein a first open lubrication channel is provided on the outer longitudinal end face of the end cap, which lubrication channel connects the first cavity to the lubrication bore, it being covered by a separate end seal which is formed at least in portions in the form of a flat plate.
A device for the capacitive analysis of a moved strand-like test material, comprising at least two lead-through openings (102.1-102.4) with different geometrical masses, which are mutually arranged in such a way that the test material is movable along its longitudinal axis through precisely one (102.2) of the at least two lead-through openings (102.1-102.4), a conveying mechanism for conveying precisely one test material through precisely one selected (102.2) of the at least two lead-through openings (102.1-102.4), and a capacitive measuring circuit which contains at least two measuring capacitors (2.1-2.4), each of which is configured for receiving the test material, wherein each of the at least two measuring capacitors (2.1-2.4) is associated with at least one of the at least two lead-through openings (102.1-102.4) in such a way that its capacitance ( C 2) is influenceable by a test material situated in the respective lead-through opening (102.2), generator means (4.1, 4.2) which are configured to apply at least one electrical alternating signal to the at least two measuring capacitors (2.1-2.4), and at least one line (5, 5.1-5.4) for the output of output signals of at least one of the measuring capacitors (2.1-2.4), characterized in that the capacitive measuring circuit comprises electrically actuatable selection means (7, 8.1-8.8, 8.11-8.14), by means of which a true subset (2.2) of the set of all measuring capacitors (2.1-2.4) is selectable in such a way that only the selected subset (2.2) contributes to the measurement. at least two measuring capacitors (2.1-2.4), each of which is configured for receiving the test material, wherein each of the at least two measuring capacitors (2.1-2.4) is associated with at least one of the at least two lead-through openings (102.1-102.4) in such a way that its capacitance ( C 2) is influenceable by a test material situated in the respective lead-through opening (102.2), generator means (4.1, 4.2) which are configured to apply at least one electrical alternating signal to the at least two measuring capacitors (2.1-2.4), and at least one line (5, 5.1-5.4) for the output of output signals of at least one of the measuring capacitors (2.1-2.4),
A method for optimizing routing of application data streams on an Internet Protocol backbone in a computer network, the method comprising: (i) learning server states of a plurality of application servers; (ii) determining metrics of intermediate links between the application servers and a client router (intermediate link metrics); (iii) receiving an application request from an application client at the client router; (iv) determining to which of the plurality of application servers the client request is to be sent based on the server states and intermediate link metrics; (v) replying to the application client with information identifying the determined application server; and (vi) receiving a further application request from the application client, the further application request comprising the information identifying the determined application server. (i) learning server states of a plurality of application servers; (ii) determining metrics of intermediate links between the application servers and a client router (intermediate link metrics); (iii) receiving an application request from an application client at the client router; (iv) determining to which of the plurality of application servers the client request is to be sent based on the server states and intermediate link metrics; (v) replying to the application client with information identifying the determined application server; and (vi) receiving a further application request from the application client, the further application request comprising the information identifying the determined application server.
A compound of Formula: which is (1 S,4a R,6a S,7 R,8 R,10a R,10b R,12a R,14 R, 15R)-15-[[2-amino-2,3,3-trimethylbutyl]oxy]-8-[(1 R)-1,2-dimethylpropyl]-14-[5-(4-pyridinyl)- 1H -1,2,4-triazol-1-yl]-1,6,6a,7,8,9,10,10a,10b,11,12,12a-dodecahydro-1,6a,8,10a-tetramethyl- 4H -1,4a-propano- 2H- phenanthro[1,2-c]pyran-7-carboxylic acid, or a pharmaceutically acceptable salt or hydrate thereof, for use in a method of treating a fungal osteo-articular infection in a subject in need thereof, wherein the fungal osteo-articular infection is osteomyelitis, spondylodiscitis, or arthritis. or a pharmaceutically acceptable salt or hydrate thereof, for use in a method of treating a fungal osteo-articular infection in a subject in need thereof, wherein the fungal osteo-articular infection is osteomyelitis, spondylodiscitis, or arthritis.
An anthropomorphic phantom for medical imaging systems, comprising: a hollow humanoid housing; at least one organ model, removably disposed inside the humanoid housing, and each being composed of a top portion and a bottom portion in a manner that the top portion is detachably connected to the bottom portion; and at least one first connecting element, each being in substance a plate-like structure that is configured with a plurality of first connection holes that allow to removably arrange lesion phantoms inside one corresponding organ model, the first connecting element being configured to be removably arranged inside the corresponding organ model at a position between the top portion and bottom portion thereof. a hollow humanoid housing; at least one organ model, removably disposed inside the humanoid housing, and each being composed of a top portion and a bottom portion in a manner that the top portion is detachably connected to the bottom portion; and at least one first connecting element, each being in substance a plate-like structure that is configured with a plurality of first connection holes that allow to removably arrange lesion phantoms inside one corresponding organ model, the first connecting element being configured to be removably arranged inside the corresponding organ model at a position between the top portion and bottom portion thereof.
A shield case formed from a single metal sheet and comprising: a pair of inner walls, being opposed to each other and adapted to receive a mating connector therebetween, the pair of inner walls each including a front end and a rear end in an insertion direction (α) of the mating connector; a pair of elastic contact pieces, each formed by cutting and inwardly raising a portion of each of the inner walls, the pair of elastic contact pieces including distal ends that are elastically contactable, in use, with respective side surfaces of the mating connector; openings or notches, formed in the inner walls in order to cut and raise the elastic contact pieces; a pair of folded-back portions, provided continuously along the front ends of the inner walls and folded back toward the rear end of the inner walls; and a pair of outer walls, provided continuously along the folded-back portions, and arranged along outer surfaces of the inner walls, and characterised in that the pair of outer walls entirely covers the openings or notches; in that each of the inner walls further includes a lower end, each of the outer walls has a lower end and an upper end, the lower ends of the outer walls facing a respective lower end of an inner wall, and in that the shield case further comprises a bottom plate and a top plate, wherein the bottom plate joins the lower ends of the inner walls, the top plate joins the upper ends of the outer walls, and the inner walls, the bottom plate and the top plate define an accommodating space to receive the mating connector. a pair of inner walls, being opposed to each other and adapted to receive a mating connector therebetween, the pair of inner walls each including a front end and a rear end in an insertion direction (α) of the mating connector; a pair of elastic contact pieces, each formed by cutting and inwardly raising a portion of each of the inner walls, the pair of elastic contact pieces including distal ends that are elastically contactable, in use, with respective side surfaces of the mating connector; openings or notches, formed in the inner walls in order to cut and raise the elastic contact pieces; a pair of folded-back portions, provided continuously along the front ends of the inner walls and folded back toward the rear end of the inner walls; and a pair of outer walls, provided continuously along the folded-back portions, and arranged along outer surfaces of the inner walls, and characterised in that the pair of outer walls entirely covers the openings or notches; in that each of the inner walls further includes a lower end, each of the outer walls has a lower end and an upper end, the lower ends of the outer walls facing a respective lower end of an inner wall, and in that the shield case further comprises a bottom plate and a top plate, wherein the bottom plate joins the lower ends of the inner walls, the top plate joins the upper ends of the outer walls, and the inner walls, the bottom plate and the top plate define an accommodating space to receive the mating connector.
An electronic device comprising: an antenna configured to emit radio waves; a first sensor configured to detect humidity; a second sensor (4, 5, 15, 16, 17, 18) different from the first sensor; and a controller configured to adjust an amount of energy of radio waves emitted from the antenna on the basis of a detection result of the first sensor when it is estimated that the electronic device approaches an object on the basis of a detection result of the second sensor; characterized in that the controller is configured to adjust the amount of energy of the radio waves emitted from the antenna when a predetermined variation in humidity which is detected by the first sensor is detected, and not to adjust the amount of energy of the radio waves when the predetermined variation is not detected. an antenna configured to emit radio waves; a first sensor configured to detect humidity; a second sensor (4, 5, 15, 16, 17, 18) different from the first sensor; and a controller configured to adjust an amount of energy of radio waves emitted from the antenna on the basis of a detection result of the first sensor when it is estimated that the electronic device approaches an object on the basis of a detection result of the second sensor; characterized in that the controller is configured to adjust the amount of energy of the radio waves emitted from the antenna when a predetermined variation in humidity which is detected by the first sensor is detected, and not to adjust the amount of energy of the radio waves when the predetermined variation is not detected.