mhurhangee/ep-ind-claims huggingface dataset:
A kettlebell type apparatus for gymnastics comprising: - a substantially spherical shaped body which defines an inner cavity; and - a rigid handle fixed to the upper part of the body; wherein the cavity is partially filled with a filling material that comprises at least one liquid, and wherein the handle comprises a gripping portion; wherein the body is provided with a seat comprising a tubular element, which extends from the upper part of the body, the tubular element acting as a mouth for introducing said filling material into said cavity, said tubular element is in fluid communication with the inner cavity of the body, the handle comprising at least a coupling portion, that extends from the gripping portion, a length of said coupling portion being received in said tubular element; the coupling portion being sealed on the tubular element, and the body having a structure such as to maintain its shape, substantially spherical, with or without the filling material in the cavity, during use; the apparatus being characterised in that the body is formed by a single flexible layer made of polymer material. - a substantially spherical shaped body which defines an inner cavity; and - a rigid handle fixed to the upper part of the body; wherein the cavity is partially filled with a filling material that comprises at least one liquid, and wherein the handle comprises a gripping portion; wherein the body is provided with a seat comprising a tubular element, which extends from the upper part of the body, the tubular element acting as a mouth for introducing said filling material into said cavity, said tubular element is in fluid communication with the inner cavity of the body, the handle comprising at least a coupling portion, that extends from the gripping portion, a length of said coupling portion being received in said tubular element; the coupling portion being sealed on the tubular element, and the body having a structure such as to maintain its shape, substantially spherical, with or without the filling material in the cavity, during use; the apparatus being characterised in that the body is formed by a single flexible layer made of polymer material.
A method of producing a charged non-proteinogenic amino acid-containing peptide comprising: a step of expressing a peptide in a cell-free translation system including: (i) at least one tRNA to which a charged non-proteinogenic amino acid, into the charged group of which a protecting group has been introduced, has been bound, and (ii) a nucleic acid that encodes the peptide and contains at least one codon corresponding to an anticodon of the tRNA; and a step of removing the protecting group of a non-proteinogenic amino acid residue contained in the peptide. a step of expressing a peptide in a cell-free translation system including: (i) at least one tRNA to which a charged non-proteinogenic amino acid, into the charged group of which a protecting group has been introduced, has been bound, and (ii) a nucleic acid that encodes the peptide and contains at least one codon corresponding to an anticodon of the tRNA; and (i) at least one tRNA to which a charged non-proteinogenic amino acid, into the charged group of which a protecting group has been introduced, has been bound, and (ii) a nucleic acid that encodes the peptide and contains at least one codon corresponding to an anticodon of the tRNA; and a step of removing the protecting group of a non-proteinogenic amino acid residue contained in the peptide.
A device for the optical detection of a gas, for example a pollutant, in an observed space area, comprising a camera, a Fourier transform infrared spectroscope and means for continuously detecting at least one gas in the observed area from an absorbance analysis in a plurality of different spectral bands, characterised in that it comprises a micromirror array individually orientable between at least two positions in a first one of which they return the radiative flux coming from the observed area towards the camera for the detection of gas in said spectral bands and a second position wherein they return the radiative flux coming from the observed area towards said Fourier transform infrared spectroscope, and wherein the camera comprises an imaging optical system, filters and at least one sensitive element on which the optical system forms the image returned by the micromirror array to perform the absorbance analysis, said camera being an infrared camera or an infrared imager.
A method for removing one or more fucoses in a glycoprotein, the method comprising contacting the glycoprotein with an α-fucosidase comprising a polypeptide having an amino acid sequence according to SEQ ID NO: 1.
Frost-proof outlet fitting comprising a valve housing, which forms a valve seat, an outlet housing and an intermediate shaft, which is received in an intermediate pipe that connects the outlet housing to the valve housing, the intermediate shaft being in the form of a hollow shaft, and a top part of the valve, which has a guide sleeve rigidly connected to the outlet housing and an adjustment shaft which is held so as to be rotatable thereon yet axially fixed, being provided in the outlet housing, which adjustment shaft is in threaded engagement with an adjustment element that is provided so as to be sealed off in the outlet housing and forms a recess for the adjustment shaft, characterised in that the intermediate shaft forms a flow path for the fluid from the valve housing to the outlet housing and is formed by a plastics pipe, in that the adjustment element forms an outlet means that is provided between two seal elements (36, 37) which seal off the adjustment element from the outlet housing, and in that the frost-proof outlet fitting comprises a clamping socket that engages in the end of the intermediate shaft and has a radial hole at the level of the outlet means and is sealingly inserted into the adjustment element.
A method for cleaning and drying a semiconductor substrate in which a semiconductor substrate onto which a pattern has been formed is cleaned and dried, which comprises steps of cleaning the semiconductor substrate onto which a pattern has been formed with a cleaning solution, substituting the cleaning solution with a composition solution containing a resin which is decomposed by heat, removing the solvent in the substituted composition solution, after the Step, and decomposing and removing the resin by heat, after the Step, in which the resin contains a repeating unit having an acetal structure represented by the following general formula, wherein R 1 represents a hydrogen atom, or a saturated or unsaturated monovalent organic group having 1 to 30 carbon atoms which may be optionally substituted; and W represents a saturated or unsaturated divalent organic group having 2 to 30 carbon atoms. cleaning the semiconductor substrate onto which a pattern has been formed with a cleaning solution, substituting the cleaning solution with a composition solution containing a resin which is decomposed by heat, removing the solvent in the substituted composition solution, after the Step, and decomposing and removing the resin by heat, after the Step,
Method for providing a medical image of a patient, which image has been acquired by means of a computed tomography apparatus, comprising the following steps: - acquiring first projection data of a first measurement region by means of the computed tomography apparatus, wherein at least one respiration-correlated image of the patient corresponding to respiration of the patient is reconstructed from the first projection data; - acquiring second projection data of a second measurement region by means of the computed tomography apparatus, wherein at least one functional image of the patient is reconstructed under a first reconstruction rule from the second projection data, and wherein the first measurement region and the second measurement region overlap at least partially; - registering a reference image to the at least one respiration-correlated image of the patient, wherein a deformation model is produced; - applying the deformation model to the at least one functional image of the patient; - combining the deformed at least one functional image of the patient with the at least one respiration-correlated image of the patient, thereby producing the medical image of the patient; and - providing the medical image of the patient, characterised in that the reference image is reconstructed under a second reconstruction rule from the second projection data, wherein the first reconstruction rule is optimised with regard to a functional contrast, and wherein the second reconstruction rule is optimised with regard to an anatomical contrast. - acquiring first projection data of a first measurement region by means of the computed tomography apparatus, wherein at least one respiration-correlated image of the patient corresponding to respiration of the patient is reconstructed from the first projection data; - acquiring second projection data of a second measurement region by means of the computed tomography apparatus, wherein at least one functional image of the patient is reconstructed under a first reconstruction rule from the second projection data, and wherein the first measurement region and the second measurement region overlap at least partially; - registering a reference image to the at least one respiration-correlated image of the patient, wherein a deformation model is produced; - applying the deformation model to the at least one functional image of the patient; - combining the deformed at least one functional image of the patient with the at least one respiration-correlated image of the patient, thereby producing the medical image of the patient; and - providing the medical image of the patient,
An exercise device, comprising a support mounting a pair of hand grips linked together so as to be movable relative to the support, the hand grips being formed of a resiliently deformable material containing sensors for detecting the speed and acceleration of the hand grips, and a processor connected to the sensors and programmed to display information relating thereto on a display screen, characterised in that the hand grips are linked by an endless belt running around a spaced pair of pulleys and the support comprises a body carried by legs, such that in use, when the device is placed with the legs on a horizontal surface with the body extending away from the user, as one grip is moved away from a user positioned at one end of the body, the other grip is caused to move towards the user.
An illuminator (10, 10B, 10C), comprising: a first waveguide (20, 20a, 50) having opposed first and second planar faces; a light source (24, 24a, 54) positioned to direct light into the first waveguide (20, 20a, 50) via an edge of the first waveguide (20, 20a, 50); a diffractive optical element, DOE (22, 22a, 52), formed across the first waveguide (20, 20a, 50), said DOE (22, 22a, 52) for spreading the light entering the first waveguide (20, 20a, 50) from the light source across the first waveguide (20, 20a, 50) via total internal reflection and coupling the light out of a surface of said first planar face, and a second waveguide positioned parallel to the first waveguide, wherein the first waveguide is configured to create a first virtual light source at a first location and the second waveguide is configured to create a second virtual light source at a second location. a first waveguide (20, 20a, 50) having opposed first and second planar faces; a light source (24, 24a, 54) positioned to direct light into the first waveguide (20, 20a, 50) via an edge of the first waveguide (20, 20a, 50); a diffractive optical element, DOE (22, 22a, 52), formed across the first waveguide (20, 20a, 50), said DOE (22, 22a, 52) for spreading the light entering the first waveguide (20, 20a, 50) from the light source across the first waveguide (20, 20a, 50) via total internal reflection and coupling the light out of a surface of said first planar face, and a second waveguide positioned parallel to the first waveguide, wherein the first waveguide is configured to create a first virtual light source at a first location and the second waveguide is configured to create a second virtual light source at a second location.
An induction heated roll apparatus comprising: a roller main body having a hollow portion; an induction heating mechanism that is provided inside the hollow portion, and that performs induction heating on the roller main body; and a cooling mechanism that cools the roller main body and/or the induction heating mechanism using a cavity portion between the roller main body and the induction heating mechanism, wherein the cooling mechanism comprises: an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion; a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion; and a suction mechanism that suctions a gas in the cavity portion through the discharge aperture; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body; characterized in that the cooling mechanism further comprises a mist supply mechanism that supplies mist to the intake aperture, wherein the discharge aperture is formed in a second journal flange portion on the second end side in the axial direction of the roller main body. a roller main body having a hollow portion; an induction heating mechanism that is provided inside the hollow portion, and that performs induction heating on the roller main body; and a cooling mechanism that cools the roller main body and/or the induction heating mechanism using a cavity portion between the roller main body and the induction heating mechanism, wherein the cooling mechanism comprises: an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion; a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion; and a suction mechanism that suctions a gas in the cavity portion through the discharge aperture; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body; an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion; a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion; and a suction mechanism that suctions a gas in the cavity portion through the discharge aperture; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body;
A pair of sliding components (3, 5) having annular sliding surfaces that slide with respect to each other in which plural dimples are arranged on at least the sliding surface on one side, one circumferential edge of the sliding surface is a sealed fluid side, the other circumferential edge is a leakage side, the plural dimples are randomly arranged to form random dimple groups (11; 11-P, 11-L), and the dimples of a pumping random dimple group (11-P) are arranged in such a manner that a radial-direction coordinate average of centers of the dimples of the pumping random dimple group (11-P) is smaller than a sliding radius (Rm) of the sliding surface, the pumping random dimple group (11-P) is arranged on the sliding surface on the leakage side, and a lubricating random dimple group (11-L) is arranged on the sliding surface on the sealed fluid side, and a deep groove being isolated from the leakage side and communicating with the sealed fluid side is arranged on the sliding surface, and a circumferential deep groove of the deep groove is arranged between the pumping random dimple group (11-P) and the lubricating random dimple group (11-L), characterized in that the dimples of the lubricating random dimple group (11-L) are arranged in such a manner that the angular-direction standard deviation of the dimples of the random dimple group (11; 11-P, 11-L) is less than one. the pumping random dimple group (11-P) is arranged on the sliding surface on the leakage side, and a lubricating random dimple group (11-L) is arranged on the sliding surface on the sealed fluid side, and a deep groove being isolated from the leakage side and communicating with the sealed fluid side is arranged on the sliding surface, and a circumferential deep groove of the deep groove is arranged between the pumping random dimple group (11-P) and the lubricating random dimple group (11-L), characterized in that the dimples of the lubricating random dimple group (11-L) are arranged in such a manner that the angular-direction standard deviation of the dimples of the random dimple group (11; 11-P, 11-L) is less than one.
A composition comprising a pyripyropene pesticide of formula I or of formula II and an adjuvant, wherein the adjuvant comprises at least one of the following adjuvants: a nonionic surfactant which carries at least one poly-C 2 -C 4 -alkyleneoxide moiety a silicone-based adjuvant comprising a poly-C 2 -C 4 -alkyleneoxide modified polydimethylsiloxan, and a crop oil concentrate and where the composition is in the form of an emulsifiable concentrate comprising at least 10 wt% of the adjuvant, based on the composition. a nonionic surfactant which carries at least one poly-C 2 -C 4 -alkyleneoxide moiety a silicone-based adjuvant comprising a poly-C 2 -C 4 -alkyleneoxide modified polydimethylsiloxan, and a crop oil concentrate and where the composition is in the form of an emulsifiable concentrate comprising at least 10 wt% of the adjuvant, based on the composition.
A method for installing a radiant panel, whereby the radiant panel is installed onto at least two mounting devices which comprise a frame, a spring part at the first end of the frame and a holder part at the second end of the frame, and the spring part comprises a spring, a spring nest and a spring nest holder, characterized in that the first side of the radiant panel is pushed towards the spring of the spring parts of the mounting devices such that the second side of the radiant panel is lifted on the holder parts of the frames and on top of the frames of the mounting devices, and the push of the first side of the radiant panel towards the spring parts is released such that the radiant panel places onto the frames of the mounting devices and the radiant panel is supported by the spring parts and holder parts of the mounting devices.
A modular reverse shoulder prosthesis, comprising: a stem having a proximal taper and a primary stem axis, the proximal taper extending from the stem about a metaphyseal axis (29, 143), the metaphyseal axis at an angle with respect to the primary stem axis; a metaphysis (20; 20') having a proximal end, a distal end, an aperture in the distal end configured to be placed over the proximal taper, and first interlocking means (24; 25; 24') at the proximal end, the first interlocking means having an insert axis that is eccentrically offset from the metaphyseal axis (29, 143) and including an opening (25; 24') that has a cross-sectional shape being rotationally symmetrical about the insert axis, the metaphysis being configured for attachment to the stem at a plurality of rotational positions of the metaphysis about the metaphyseal axis; and an angled reverse insert, the angled reverse insert having a proximal end and a distal end, wherein the proximal end comprises a concave cup formed about a cup axis and configured to receive a glenosphere, the cup axis being at an angle with respect to the insert axis when the insert is engaged with the metaphysis (20; 20'), and wherein the distal end comprises second interlocking means (36'; 37') in form of a protrusion, wherein an interface surface between the opening (25; 24') and the protrusion has a rotational symmetry about the insert axis, and wherein an angular eccentricity of the angled reverse insert is customizable with respect to the metaphysis (20; 20') by rotating the angled reverse insert about the insert axis. a stem having a proximal taper and a primary stem axis, the proximal taper extending from the stem about a metaphyseal axis (29, 143), the metaphyseal axis at an angle with respect to the primary stem axis; a metaphysis (20; 20') having a proximal end, a distal end, an aperture in the distal end configured to be placed over the proximal taper, and first interlocking means (24; 25; 24') at the proximal end, the first interlocking means having an insert axis that is eccentrically offset from the metaphyseal axis (29, 143) and including an opening (25; 24') that has a cross-sectional shape being rotationally symmetrical about the insert axis, the metaphysis being configured for attachment to the stem at a plurality of rotational positions of the metaphysis about the metaphyseal axis; and an angled reverse insert, the angled reverse insert having a proximal end and a distal end, wherein the proximal end comprises a concave cup formed about a cup axis and configured to receive a glenosphere, the cup axis being at an angle with respect to the insert axis when the insert is engaged with the metaphysis (20; 20'), and wherein the distal end comprises second interlocking means (36'; 37') in form of a protrusion, wherein an interface surface between the opening (25; 24') and the protrusion has a rotational symmetry about the insert axis, and wherein an angular eccentricity of the angled reverse insert is customizable with respect to the metaphysis (20; 20') by rotating the angled reverse insert about the insert axis.