mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of an infusion set and an infusion set package , wherein the infusion set is sealed within the infusion set package, wherein on the infusion set package there are displayed in mutually offset and partially overlapping fashion on a surface thereof a plurality of illustrations (la) that are displayed with respectively different colors, wherein the infusion set comprises a plurality of groups, each group comprising: a spike cap ; a spike on which said spike cap is installed; infusion tubing, one end of which is connected to said spike; a shutoff clamp for pressing on said infusion tubing and opening and/or closing a flow path within said infusion tubing; and a stopcock and/or splitter which is connected to the other end of said infusion tubing, wherein respective groups are given different colors, colors being assigned so as to indicate an order in which spikes are to be used during intravenous drip infusion, one or more of the constituent elements of each group being colored with the color assigned for that group, the order of those colors being identical to the order of colors employed at the images displayed on the infusion set package. a spike cap ; a spike on which said spike cap is installed; infusion tubing, one end of which is connected to said spike; a shutoff clamp for pressing on said infusion tubing and opening and/or closing a flow path within said infusion tubing; and a stopcock and/or splitter which is connected to the other end of said infusion tubing, wherein respective groups are given different colors, colors being assigned so as to indicate an order in which spikes are to be used during intravenous drip infusion, one or more of the constituent elements of each group being colored with the color assigned for that group, the order of those colors being identical to the order of colors employed at the images displayed on the infusion set package.
An oral preparation containing a natural product extract and having an improved dissolution rate and disintegrability of the natural product extract, the oral preparation comprising a solubilizer, a water-insoluble diluent, a lubricant, and a disintegrant, wherein i) the solubilizer is a mixture of a poloxamer and polyethylene glycol (PEG), the poloxamer and polyethylene glycol being mixed at a weight ratio of 1-10:1-10; ii) the water-insoluble diluent is at least one selected from the group consisting of dicalcium phosphate, cellulose, and starch; iii) the lubricant is at least one selected from the group consisting of silicon dioxide and magnesium stearate; and iv) the disintegrant is at least one selected from the group consisting of crospovidone and sodium croscamellose, and wherein the natural product extract is a processed ginseng extract or a ginseng extract. i) the solubilizer is a mixture of a poloxamer and polyethylene glycol (PEG), the poloxamer and polyethylene glycol being mixed at a weight ratio of 1-10:1-10; ii) the water-insoluble diluent is at least one selected from the group consisting of dicalcium phosphate, cellulose, and starch; iii) the lubricant is at least one selected from the group consisting of silicon dioxide and magnesium stearate; and iv) the disintegrant is at least one selected from the group consisting of crospovidone and sodium croscamellose, and
Crane controller for controlling travel movements of a crane , in particular a gantry crane, the crane controller having control electronics and at least one input device which is connected to the control electronics and which has a grip part , a main axis of the grip part being pivotable together with the grip part in at least two pivoting directions oriented, in particular orthogonally, in relation to one another and electrical signals for activating at least one actuator of the crane being able to be generated by the control electronics as a function of an adjustment of the grip part relative to an original position of the grip part , characterised in that the grip part is displaceable with the main axis additionally in at least two, preferably three, different displacement directions relative to the original position and electrical signals for activating the at least one actuator of the crane can be generated by the control electronics as a function of the adjustment of the grip part relative to the original position.
A method comprising: capturing a plurality of radiographic images of a patient (P), each using a same geometric relationship relative to an x-ray source , the patient (P) and a digital detector , a same energy and intensity of an x-ray beam emitted by the x-ray source and a same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5); determining a change in the radiographic images of the patient (P) based on the plurality of captured radiographic images of the patient (P); and automatically scheduling a point in time to capture a next radiographic image of the patient (P), wherein the capture of the next radiographic image is performed using the same geometric relationship; wherein the same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5) is determined using a stereoscopic camera, and wherein the x-ray source is automatically activated at the automatically scheduled point in time to capture the next radiographic image of the patient (P) at the same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5). capturing a plurality of radiographic images of a patient (P), each using a same geometric relationship relative to an x-ray source , the patient (P) and a digital detector , a same energy and intensity of an x-ray beam emitted by the x-ray source and a same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5); determining a change in the radiographic images of the patient (P) based on the plurality of captured radiographic images of the patient (P); and automatically scheduling a point in time to capture a next radiographic image of the patient (P), wherein the capture of the next radiographic image is performed using the same geometric relationship; wherein the same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5) is determined using a stereoscopic camera, and wherein the x-ray source is automatically activated at the automatically scheduled point in time to capture the next radiographic image of the patient (P) at the same phase of the patient's (P) respiratory cycle (Q1, Q2, ... Q5).
A method of manufacturing a diffractive grating, comprising - providing a first substrate , - manufacturing onto the first substrate a first surface profile using temporary grating material, - covering the first surface profile entirely by a layer of final grating material , - bonding a second substrate onto the layer of final grating material , - removing the first substrate , and - removing the temporary grating material for producing on the final grating material a second surface profile which is a negative of the first surface profile, the method being characterized in that the final grating material has an index of refraction which is at least 10 %, such as 10 - 30 %, higher than the index of refraction of the second substrate . - providing a first substrate , - manufacturing onto the first substrate a first surface profile using temporary grating material, - covering the first surface profile entirely by a layer of final grating material , - bonding a second substrate onto the layer of final grating material , - removing the first substrate , and - removing the temporary grating material for producing on the final grating material a second surface profile which is a negative of the first surface profile, the method being characterized in that the final grating material has an index of refraction which is at least 10 %, such as 10 - 30 %, higher than the index of refraction of the second substrate .
A method for identifying a gene cluster capable of producing a secondary metabolite for modulating a target protein, the method comprising: selecting, from a database comprising a list of biosynthetic gene clusters, one or more gene clusters that include or are positioned proximal to a region that encodes a protein that is identical with or homologous to the target protein, expressing the gene cluster or a plurality of genes from the gene cluster in a host cell; isolating a secondary metabolite produced by the gene cluster or the plurality of genes from the gene cluster; and screening the isolated secondary metabolite for modulation of an activity of the target protein thereby identifying the gene cluster; wherein the one or more gene clusters are selected from the group consisting of clusters that comprise one or more polyketide synthases and clusters that comprise one or more non-ribosomal peptide synthetases, clusters that comprise one or more terpene synthases, clusters that comprises one or more UbiA-type terpene cyclases, and clusters that comprise one or more dimethylallyl transferases. selecting, from a database comprising a list of biosynthetic gene clusters, one or more gene clusters that include or are positioned proximal to a region that encodes a protein that is identical with or homologous to the target protein, expressing the gene cluster or a plurality of genes from the gene cluster in a host cell; isolating a secondary metabolite produced by the gene cluster or the plurality of genes from the gene cluster; and screening the isolated secondary metabolite for modulation of an activity of the target protein thereby identifying the gene cluster; wherein the one or more gene clusters are selected from the group consisting of clusters that comprise one or more polyketide synthases and clusters that comprise one or more non-ribosomal peptide synthetases, clusters that comprise one or more terpene synthases, clusters that comprises one or more UbiA-type terpene cyclases, and clusters that comprise one or more dimethylallyl transferases.
A gas analysis device that analyzes a target gas supplied from a thermal analysis device , comprising: a branching section that branches the target gas; a mass spectrometer that carries out mass spectrometry of one branched target gas; a trap section that holds the other branched target gas; a gas chromatograph that analyzes the other branched target gas held by the trap section ; and a controller that controls the flow path of the one branched target gas and the other branched target gas; wherein the controller is configured to acquire information from the thermal analysis device so that, while the thermal analysis is being carried out by the thermal analysis device , the branching section continuously branches the supplied target gas by dividing the supplied target gas into the one branched target gas and the other branched target gas and discharges the one branched target gas and the other branched target gas; and wherein, after the thermal analysis has been completed, the other branched target gas held by the trap section is supplied to the gas chromatograph . a branching section that branches the target gas; a mass spectrometer that carries out mass spectrometry of one branched target gas; a trap section that holds the other branched target gas; a gas chromatograph that analyzes the other branched target gas held by the trap section ; and a controller that controls the flow path of the one branched target gas and the other branched target gas; wherein the controller is configured to acquire information from the thermal analysis device so that, while the thermal analysis is being carried out by the thermal analysis device , the branching section continuously branches the supplied target gas by dividing the supplied target gas into the one branched target gas and the other branched target gas and discharges the one branched target gas and the other branched target gas; and wherein, after the thermal analysis has been completed, the other branched target gas held by the trap section is supplied to the gas chromatograph .
A vibration unit , comprising: a rotor ; a stator ; a first rotor coil coupled to the rotor ; a second rotor coil coupled to the rotor ; a first stator coil coupled to the stator and proximal to the first rotor coil ; a second stator coil coupled to the stator and proximal to the second rotor coil ; and a controller operable to alternatingly cause the first rotor coil and the first stator coil to have a first state and the second rotor coil and the second stator coil to have a second state. a first flexible conductor coupled between the first rotor coil and the first stator coil ; and a second flexible conductor coupled between the second rotor coil and the second stator coil . a rotor ; a stator ; a first rotor coil coupled to the rotor ; a second rotor coil coupled to the rotor ; a first stator coil coupled to the stator and proximal to the first rotor coil ; a second stator coil coupled to the stator and proximal to the second rotor coil ; and a controller operable to alternatingly cause the first rotor coil and the first stator coil to have a first state and the second rotor coil and the second stator coil to have a second state. a first flexible conductor coupled between the first rotor coil and the first stator coil ; and a second flexible conductor coupled between the second rotor coil and the second stator coil .
An outdoor take-back system for taking back a deposit good in an outside world outside a retailer's branch-store building , wherein the take-back system comprises: a take-back terminal ; an air reservoir provided separately from the take-back terminal and being integrated into the branch-store building; an air channel connecting the take-back terminal to the air reservoir ; and a powered flow unit causing air to flow between the air reservoir and the take-back terminal ; wherein the take-back terminal comprises: an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior , wherein the outer housing comprises at least one section exposed to external weather influences , without protection from the building, and including the insertion opening ; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; wherein the air is moved by the flow unit such that a cooling, or heating, flow of air is generated within the take-back terminal ; wherein the air in the air reservoir is controlled to a substantially constant temperature; and wherein the flow unit is operated unidirectionally so that the air flows from the air reservoir into the take-back terminal only. a take-back terminal ; an air reservoir provided separately from the take-back terminal and being integrated into the branch-store building; an air channel connecting the take-back terminal to the air reservoir ; and a powered flow unit causing air to flow between the air reservoir and the take-back terminal ; wherein the take-back terminal comprises: an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior , wherein the outer housing comprises at least one section exposed to external weather influences , without protection from the building, and including the insertion opening ; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; an outer housing surrounding a terminal interior and comprising an insertion opening via which the deposit good is insertable into the interior , wherein the outer housing comprises at least one section exposed to external weather influences , without protection from the building, and including the insertion opening ; and an electronic detection device provided in the interior and detecting the inserted deposit good in the interior for identification of deposit goods, and outputting a corresponding detection signal; wherein the air is moved by the flow unit such that a cooling, or heating, flow of air is generated within the take-back terminal ; wherein the air in the air reservoir is controlled to a substantially constant temperature; and wherein the flow unit is operated unidirectionally so that the air flows from the air reservoir into the take-back terminal only.
An electrode assembly for an implantable medical electrical lead, the assembly comprising: at least one core member formed from an insulating material, the at least one core member defining a central longitudinally extending lumen of the assembly, and each of the at least one core member including a plurality of longitudinally extending channels arrayed around a circumference of the central lumen, each channel having an opening that extends along an entire length thereof; a plurality of electrodes (E1-E8) spaced apart from one another along a length of the assembly, a first electrode (E1) of the plurality defining a distal end of the length, and a second electrode (E2) of the plurality defining a proximal end of the length, the first electrode (E1) extending around the at least one core member ; a plurality of elongate conductors (B1-B8) corresponding to the plurality of electrodes (E1-E8), a first conductor (B1) of the plurality of conductors extending along a helical path, the helical path traveling from the proximal end of the length of the assembly to the distal end of the length of the assembly and around the central lumen of the assembly; and an electrical junction between the first conductor (B1) and an inner surface of the first electrode (E1), the junction being wedged within a first channel of the plurality of channels of the at least one core member . at least one core member formed from an insulating material, the at least one core member defining a central longitudinally extending lumen of the assembly, and each of the at least one core member including a plurality of longitudinally extending channels arrayed around a circumference of the central lumen, each channel having an opening that extends along an entire length thereof; a plurality of electrodes (E1-E8) spaced apart from one another along a length of the assembly, a first electrode (E1) of the plurality defining a distal end of the length, and a second electrode (E2) of the plurality defining a proximal end of the length, the first electrode (E1) extending around the at least one core member ; a plurality of elongate conductors (B1-B8) corresponding to the plurality of electrodes (E1-E8), a first conductor (B1) of the plurality of conductors extending along a helical path, the helical path traveling from the proximal end of the length of the assembly to the distal end of the length of the assembly and around the central lumen of the assembly; and an electrical junction between the first conductor (B1) and an inner surface of the first electrode (E1), the junction being wedged within a first channel of the plurality of channels of the at least one core member .
A mechanism for opening and reclosing an outflow opening for emptying a container, incorporating a latch featuring means to initiate movement of the latch, with the latch connected rotationally to a lid featuring the outflow opening for emptying the container, characterised in that it comprises at least one guide formed on the bottom surface of the lid , with an arched guiding surface going down in a screw-like manner with respect to the bottom surface of the lid , and the latch features at least one hatch with an arched surface shaped on the bottom surface of the latch , where the said arched surface goes down in a screw-like manner with respect to the top surface of the latch , and where the hatch is fitted slidingly in the said guide , so that the arched surface of the latch contacts the arched guiding surface of the guide .
A radiation detection apparatus comprising a scintillator panel laminated to a light-receiving substrate that includes photoelectric conversion elements , wherein the scintillator panel comprises (i) a pixel structure in which cells are divided by a barrier rib of a lattice shape, (ii) a base member of a sheet shape , wherein the barrier rib of a lattice shape is formed on the base member , (iii) a fluorescent loaded in the cells, that, when receiving a radiation ray, emits light, the radiation detection apparatus being characterized in that the scintillator panel further comprises (iv) at least a portion of a non-display region in an outer perimeter portion of the base member has an opening portion, wherein in the portion of the base member having an opening portion the barrier rib of the lattice shape is exposed on both obverse and reverse sides, wherein the exposed portion has a light-transmitting property; and wherein the scintillator panel and the light receiving substrate are arranged so that a pixel pitch of the photoelectric conversion elements corresponds to a pixel pitch of the barrier rib of the lattice shape of the scintillator panel such that the photoelectric conversion elements can be viewed from the base member opening portion through the penetrating barrier rib . (i) a pixel structure in which cells are divided by a barrier rib of a lattice shape, (ii) a base member of a sheet shape , wherein the barrier rib of a lattice shape is formed on the base member , (iii) a fluorescent loaded in the cells, that, when receiving a radiation ray, emits light, the radiation detection apparatus being characterized in that the scintillator panel further comprises (iv) at least a portion of a non-display region in an outer perimeter portion of the base member has an opening portion, wherein in the portion of the base member having an opening portion the barrier rib of the lattice shape is exposed on both obverse and reverse sides, wherein the exposed portion has a light-transmitting property; and
A jig for mounting test samples in a testing device for material contact fatigue tests, the testing device equipped with at least a rolling drum , a bearing shaft for mounting the jig and a testing set , which includes a drive unit for rotating the jig and comprising an entry shaft for coupling to the bearing shaft , and a pressure unit for pressing the jig against the rolling drum, the pressure unit being mounted displaceably in the direction perpendicular to the rotating axis of the rolling drum , the jig being mountable to the bearing shaft and comprising a bearing ring and a pressure ring , which consist of flat circular discs of the same diameter and are adapted to ensure mutual concentric fitting and clamping in the direction of the bearing shaft , the jig being characterised in that the bearing ring and pressure ring are equipped with a set of at least two circumferentially and regularly spaced and mirrored half ring beds , which create, when completed, the entire jig with outwardly open cylindrical cavities for inserting the test samples .
Shower floor element for producing the standing surface of a shower area, with a rigid foam plate as a supporting element and a cover element arranged on the top and with a sealing element located under the cover element for producing a waterproof layer, characterized in that the rigid foam plate is made of polyethylene terephthalate and the sealing element and the rigid foam plate are glued together with a silane-based polymer adhesive.