mhurhangee/ep-ind-claims huggingface dataset:
An exchangeable pharmacy formulation preparation device lifting arm for being arranged on a lifting unit of a pharmacy formulation preparation device for preparing an individual pharmaceutical product and for attaching a mixing vessel for such an individual pharmaceutical product thereto, comprising: a substantially elongated basic body, in which an elongated recess for sliding the basic body onto a lifting unit fixing pin is provided, the elongated recess extending from a first longitudinal end of the basic body over part of the longitudinal direction of the basic body towards the opposite second longitudinal end; wherein the first longitudinal end of the basic body comprises a stopping region for a front surface of the lifting unit and a bearing region for a supporting surface of the lifting unit; and wherein a fastening unit for a mixing vessel is provided at the or close to the second longitudinal end of the basic body. a substantially elongated basic body, in which an elongated recess for sliding the basic body onto a lifting unit fixing pin is provided, the elongated recess extending from a first longitudinal end of the basic body over part of the longitudinal direction of the basic body towards the opposite second longitudinal end; wherein the first longitudinal end of the basic body comprises a stopping region for a front surface of the lifting unit and a bearing region for a supporting surface of the lifting unit; and wherein a fastening unit for a mixing vessel is provided at the or close to the second longitudinal end of the basic body.
A non-therapeutic method of modifying a targeted site of a double stranded DNA in a host cell, the method comprising introducing (a) a DNA encoding a crRNA comprising a sequence complementary to a target strand of a target nucleotide sequence in the given double stranded DNA, and (b) a DNA encoding a protein group constituting Cascade and a deaminase, in which the deaminase is capable of forming a complex with CasE in the protein group into the host cell to convert one or more nucleotides in the targeted site to other one or more nucleotides without cleaving the double stranded DNA in the targeted site, wherein the complex lacks Cas3, Cas1, Cas2 and Cas4, and wherein the protein group constituting Cascade comprises CasA, CasB, CasC, CasD and CasE, and wherein the method is not a process for modifying the germ line genetic identity of human beings. (a) a DNA encoding a crRNA comprising a sequence complementary to a target strand of a target nucleotide sequence in the given double stranded DNA, and (b) a DNA encoding a protein group constituting Cascade and a deaminase, in which the deaminase is capable of forming a complex with CasE in the protein group into the host cell to convert one or more nucleotides in the targeted site to other one or more nucleotides without cleaving the double stranded DNA in the targeted site, wherein the complex lacks Cas3, Cas1, Cas2 and Cas4, and wherein the protein group constituting Cascade comprises CasA, CasB, CasC, CasD and CasE, and wherein the method is not a process for modifying the germ line genetic identity of human beings. wherein the complex lacks Cas3, Cas1, Cas2 and Cas4, and wherein the protein group constituting Cascade comprises CasA, CasB, CasC, CasD and CasE, and wherein the method is not a process for modifying the germ line genetic identity of human beings.
A method for manufacturing a catalyst layer, the method comprising: preparing a solution comprising: an ionomer; and a solvent comprising 2-ethoxyethanol and an alcohol-based solvent having 1 to 6 carbon atoms; forming a catalyst slurry composition by adding a carbon powder catalyst to the solution; and forming a catalyst layer by applying the catalyst slurry composition onto a base material, and then drying the catalyst slurry composition, wherein a weight ratio of the carbon powder catalyst, the alcohol-based solvent having 1 to 6 carbon atoms, and the 2-ethoxyethanol in the catalyst slurry composition is 1: 2.5: 2.5 to 1: 4.5: 4.5, and a content of the solvent comprising the 2-ethoxyethanol and the alcohol-based solvent having 1 to 6 carbon atoms in the catalyst layer is 10 parts by weight to 20 parts by weight based on 100 parts by weight of the catalyst layer, wherein the drying is performed within a range of 30°C to 40°C for 30 minutes or less. preparing a solution comprising: an ionomer; and a solvent comprising 2-ethoxyethanol and an alcohol-based solvent having 1 to 6 carbon atoms; forming a catalyst slurry composition by adding a carbon powder catalyst to the solution; and forming a catalyst layer by applying the catalyst slurry composition onto a base material, and then drying the catalyst slurry composition, wherein a weight ratio of the carbon powder catalyst, the alcohol-based solvent having 1 to 6 carbon atoms, and the 2-ethoxyethanol in the catalyst slurry composition is 1: 2.5: 2.5 to 1: 4.5: 4.5, and a content of the solvent comprising the 2-ethoxyethanol and the alcohol-based solvent having 1 to 6 carbon atoms in the catalyst layer is 10 parts by weight to 20 parts by weight based on 100 parts by weight of the catalyst layer, wherein the drying is performed within a range of 30°C to 40°C for 30 minutes or less.
A method for use by a computer, said method for prefetching information which is either data or instructions from a main memory to a cache memory including a data cache set and an instruction cache set, comprising the steps of: executing a prefetch command including prefetch instructions which includes an address feld indicating the address of said information in said main memory and a variable instruction/data field for specifying what type of information is to be retrieved from said main memory; deciding whether said information is data or instructions based upon a data/instruction value stored within said instruction/data field; accessing said information in said main memory; if in said deciding step it is decided that said information is data, after retrieving said data, sending said data to said data cache set; and if in said deciding step it is decided that said information is instruction, after retrieving said instruction, sending said data to said instruction cache set. executing a prefetch command including prefetch instructions which includes an address feld indicating the address of said information in said main memory and a variable instruction/data field for specifying what type of information is to be retrieved from said main memory; deciding whether said information is data or instructions based upon a data/instruction value stored within said instruction/data field; accessing said information in said main memory; if in said deciding step it is decided that said information is data, after retrieving said data, sending said data to said data cache set; and if in said deciding step it is decided that said information is instruction, after retrieving said instruction, sending said data to said instruction cache set.
A floating structure with a fuel gas tank storing a gaseous fuel used as fuel while floating at sea, the floating structure being a container ship voyaged under its own power by a propulsion system, comprising: the fuel gas tank disposed in a hull of the floating structure; a cargo space disposed on top of the fuel gas tank on an upper deck of the floating structure; a blocking member disposed between the cargo space and the fuel gas tank to secure the safety of freight loaded in the cargo space; and a machinery space for treating fuel stored in the fuel gas tank is disposed over the fuel gas tank and the blocking member is disposed between the machinery space and the cargo space. the fuel gas tank disposed in a hull of the floating structure; a cargo space disposed on top of the fuel gas tank on an upper deck of the floating structure; a blocking member disposed between the cargo space and the fuel gas tank to secure the safety of freight loaded in the cargo space; and a machinery space for treating fuel stored in the fuel gas tank is disposed over the fuel gas tank and the blocking member is disposed between the machinery space and the cargo space.
A sulfide-based solid electrolyte for lithium ion batteries comprising a compound having a cubic argyrodite type crystal structure, wherein the compound is represented by compositional formula: Li 7-x-2y PS 6-x-y Cl x, and in the compositional formula, conditions: 0.8 ≤ x ≤ 1.7 and 0 < y ≤ -0.25x + 0.5 are satisfied.
A variable geometry turbine assembly of a turbocharger comprising a body that defines passages and vanes wherein each of the vanes comprises: a pivot axis; a leading edge and a trailing edge; a lateral pressure surface and a lateral suction surface that meet at the leading edge and at the trailing edge; an upper surface extending from the trailing edge to the leading edge and adjacent the lateral pressure surface and the lateral suction surface; and a lower surface, opposite the upper surface, from which lower surface extends a pivot post, corresponding with the pivot axis; characterized in that, the upper surface comprises an outwardly flared pressure biasing region, the biasing region being coincident with the pivot axis and substantially aligned with one of the passages.
A method for preparing dimethylolbutanal, the method comprising: subjecting n-butylaldehyde (n-BAL) and paraformaldehyde to an aldol reaction in the presence of water and an alkylamine catalyst, wherein a weight ratio of the paraformaldehyde: the water is 1: (0.35 to 0.85). subjecting n-butylaldehyde (n-BAL) and paraformaldehyde to an aldol reaction in the presence of water and an alkylamine catalyst, wherein a weight ratio of the paraformaldehyde: the water is 1: (0.35 to 0.85).
A radioactive material detection apparatus comprising: a radiation sensor having a neutron sensing component, a gamma radiation sensing component and a sensor output, the radiation sensor being configured to detect radiation over a predetermined or commanded period of time; and a controller configured to receive the sensor output from the radiation sensor and to send a signal proportional to an amount of radiation detected by the sensor to a transmitter for transmission, a transmitter capable of transmitting information - in correspondence with the signal using one of radio frequency, infrared, light waves and microwaves; wherein the apparatus is a portable apparatus and is configured for detecting radiation during shipping, when the apparatus is mounted to a shipping container. a radiation sensor having a neutron sensing component, a gamma radiation sensing component and a sensor output, the radiation sensor being configured to detect radiation over a predetermined or commanded period of time; and a controller configured to receive the sensor output from the radiation sensor and to send a signal proportional to an amount of radiation detected by the sensor to a transmitter for transmission, a transmitter capable of transmitting information - in correspondence with the signal using one of radio frequency, infrared, light waves and microwaves; wherein the apparatus is a portable apparatus and is configured for detecting radiation during shipping, when the apparatus is mounted to a shipping container. - in correspondence with the signal using one of radio frequency, infrared, light waves and microwaves; wherein the apparatus is a portable apparatus and is configured for detecting radiation during shipping, when the apparatus is mounted to a shipping container.
A method of tracking movement of an object, the method comprising: receiving, at plural sound detectors, sound which is emitted by one or more sound output devices and reflected from the object, the sound detectors being at different locations relative to each other so as to be spaced apart from each other; characterised by: each sound detector being arranged to detect a different sound frequency; and analysing the different sound frequencies respectively received at the plural sound detectors to track movement of the object as the object moves relative to the sound detectors; wherein the analysing comprises at least one of: (i) comparing the peak amplitude of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors, and (ii) comparing the timing of a change in distortion of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors. each sound detector being arranged to detect a different sound frequency; and analysing the different sound frequencies respectively received at the plural sound detectors to track movement of the object as the object moves relative to the sound detectors; wherein the analysing comprises at least one of: (i) comparing the peak amplitude of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors, and (ii) comparing the timing of a change in distortion of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors. (i) comparing the peak amplitude of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors, and (ii) comparing the timing of a change in distortion of the different sound frequencies respectively received at the plural sound detectors as the object moves relative to the sound detectors.
A heat transformer (1, 21, 41, 61, 71, 91) having a gaseous coolant and a liquid solvent, a depleted solution and a rich solution, wherein the depleted and the rich solutions are single-phase mixtures of the solvent and the coolant, and also having an absorber (2, 26, 62, 93), in which the depleted solution absorbs the coolant and in doing so releases heat, a throttle element (8, 22, 75), which expands the rich solution after it exits the absorber (2, 26, 62, 93), a first expeller (4, 29, 48, 76, 95), in which the rich solution, after exiting the throttle element (8, 22, 75), receives a first heat flow supplied from outside and expels the coolant in a separator (9, 27, 42, 81, 96), a liquefier (5, 25, 43, 97), which liquefies the coolant after it exits the expeller (4, 29, 48, 76, 95), and a coolant pump (6, 77), which pumps the liquid coolant, after it exits the liquefier (5, 25, 43, 97), into a vaporizer (3, 45, 78, 98), in which it receives a second heat flow supplied from outside and vaporizes before entering the absorber (2, 26, 62, 93), and a solvent pump, which pumps the depleted solution, after it exits the first expeller (4, 29, 48, 76, 95), into the absorber (2, 26, 62, 93), characterized by a second expeller (12, 101), in which a partial flow of the rich solution diverted upstream of the first absorber (4, 29, 48, 76, 95) parallel to the first expeller (4, 29, 48, 76, 95) absorbs heat from the rich solution between the absorber (2, 26, 62, 93) and the throttle element (8, 22, 75).
A system for optical analysis, the system comprising: an optical source, wherein the optical source is a laser or a laser diode, and a removable target waveguide device, comprising: at least one optical coupler, the at least one optical coupler configured to receive an optical excitation beam through free space from the optical source; at least one optical waveguide, the at least one optical waveguide comprising a first end; wherein the first end of the optical waveguide is configured to receive an optical excitation signal from the at least one optical coupler; at least one reaction region (155, 302, 402, 502), the at least one reaction region optically coupled to the at least one waveguide; and at least one detector region (180, 320, 510), the at least one detector region configured to detect an optical emission signal from the at least one reaction region; characterised in that the optical excitation beam is a broadband, multi-longitudinal optical excitation beam. an optical source, wherein the optical source is a laser or a laser diode, and a removable target waveguide device, comprising: at least one optical coupler, the at least one optical coupler configured to receive an optical excitation beam through free space from the optical source; at least one optical waveguide, the at least one optical waveguide comprising a first end; wherein the first end of the optical waveguide is configured to receive an optical excitation signal from the at least one optical coupler; at least one reaction region (155, 302, 402, 502), the at least one reaction region optically coupled to the at least one waveguide; and at least one detector region (180, 320, 510), the at least one detector region configured to detect an optical emission signal from the at least one reaction region; characterised in that the optical excitation beam is a broadband, multi-longitudinal optical excitation beam. at least one optical coupler, the at least one optical coupler configured to receive an optical excitation beam through free space from the optical source; at least one optical waveguide, the at least one optical waveguide comprising a first end; wherein the first end of the optical waveguide is configured to receive an optical excitation signal from the at least one optical coupler; at least one reaction region (155, 302, 402, 502), the at least one reaction region optically coupled to the at least one waveguide; and at least one detector region (180, 320, 510), the at least one detector region configured to detect an optical emission signal from the at least one reaction region; characterised in that the optical excitation beam is a broadband, multi-longitudinal optical excitation beam.
A product obtained by solid-phase sintering of a silicon carbide powder and of a sintering additive, said product having a relative density of greater than 98.5% and comprising: - more than 92% by weight of SiC present in the form of grains, - less than 2% by weight of elemental oxygen, - less than 6% by weight, in total, of other elements, said product being characterized in that: - more than 10% by number of the SiC grains, on the basis of the total number of said grains, have an elongation factor F of greater than 3 (F > 3), - more than 50% by number of said grains, the elongation factor F of which is greater than 3, have a width of greater than 3 micrometers, - the other SiC grains in said product have a mean equivalent diameter of greater than 1 micrometer and less than 20 micrometers and in that the number of SiC grains having an elongation factor F of greater than 6 is less than 7%, said product comprising between 0.1% and 4% by weight of at least one other element chosen from boron, titanium, zirconium and free carbon and less than 2% by weight, in total, of other elements. - more than 92% by weight of SiC present in the form of grains, - less than 2% by weight of elemental oxygen, - less than 6% by weight, in total, of other elements, said product being characterized in that: - more than 10% by number of the SiC grains, on the basis of the total number of said grains, have an elongation factor F of greater than 3 (F > 3), - more than 50% by number of said grains, the elongation factor F of which is greater than 3, have a width of greater than 3 micrometers, - the other SiC grains in said product have a mean equivalent diameter of greater than 1 micrometer and less than 20 micrometers and in that the number of SiC grains having an elongation factor F of greater than 6 is less than 7%, said product comprising between 0.1% and 4% by weight of at least one other element chosen from boron, titanium, zirconium and free carbon and less than 2% by weight, in total, of other elements. - more than 10% by number of the SiC grains, on the basis of the total number of said grains, have an elongation factor F of greater than 3 (F > 3), - more than 50% by number of said grains, the elongation factor F of which is greater than 3, have a width of greater than 3 micrometers, - the other SiC grains in said product have a mean equivalent diameter of greater than 1 micrometer and less than 20 micrometers and in that the number of SiC grains having an elongation factor F of greater than 6 is less than 7%, said product comprising between 0.1% and 4% by weight of at least one other element chosen from boron, titanium, zirconium and free carbon and less than 2% by weight, in total, of other elements.
A microneedle applicator for applying a fluid product on the skin and for making it penetrate into the skin, the applicator defining a longitudinal axis X and comprising: - an application face provided with at least one fluid product outlet, - a plurality of microneedles, - a fluid product reservoir connected to the fluid product outlet; - a motor for causing the microneedles to vibrate and to convey the fluid product from the reservoir to the outlet; and being characterised in that it comprises two distinct modules (M; M'; C) axially and removably connected to each other, namely: - a first module (M; M') housing the motor and accessories for operating the motor, and - a second module housing the fluid product reservoir, forming the application face and supporting the microneedles. - an application face provided with at least one fluid product outlet, - a plurality of microneedles, - a fluid product reservoir connected to the fluid product outlet; - a motor for causing the microneedles to vibrate and to convey the fluid product from the reservoir to the outlet; - a first module (M; M') housing the motor and accessories for operating the motor, and - a second module housing the fluid product reservoir, forming the application face and supporting the microneedles.
Chute for articles, in particular packages and/or consignments, having a chute base for the article to slide down, having at least one storage installation, preferably assigned to the lower end of the chute, for the articles that have slid down along the chute base, wherein the storage installation is configured to be adjustable, in particular pivotable, from an upper receiving position for receiving the articles sliding down the chute into a lower discharging position for discharging the received articles, and back again, characterized in that the storage installation has, transversely to the chute base, at least one finger element, in particular a plurality of finger elements that are preferably spaced-apart from one another, in that the finger elements each have at least two flexible flank elements that extend jointly in the longitudinal direction of the finger element as far as the free end of the finger element, and in that the flexible flank elements are each connected flexibly together in the longitudinal direction of the finger elements via a plurality of crosspieces, such that the free ends of the finger elements can be adjusted from a lower position into an upper position and back again.