mhurhangee/ep-ind-claims huggingface dataset:
A device at a bone cement mixer, wherein the bone cement mixer comprises at least one mixing space for mixing of powder and liquid components (2, 4), preferably a polymer and a monomer respectively, to make bone cement, wherein the powder component is placed in the mixing space and the liquid component in a liquid container, and wherein the liquid component can be transferred from the liquid container to the mixing space and the powder component placed therein, wherein the liquid container is an aerosol container and contains, in addition to the liquid component, a propellant gas for pushing the liquid component out from the aerosol container into the mixing space, wherein the aerosol container has a connecting element with a closing wall which closes the aerosol container, wherein the aerosol container is adapted to being opened when it is connected to a corresponding connecting element on the bone cement mixer, characterised in that the connecting element of the bone cement mixer has a seal which closes the mixing space of the bone cement mixer and an opening means having a single tip which tip, when the connecting element of the aerosol container is connected to the connecting element of the bone cement mixer, pushes up first a hole in the seal and then in the closing wall in the connecting element of the aerosol container, such that the propellant gas in the aerosol container can push the liquid component out from the space in the aerosol container and into the mixing space, that the aerosol container is connectable to a bone cement mixer which has a delivery means in the form of a piston which is anchorable relative to the bone cement mixer and which can be released from the latter after the mixing of the powder and liquid components (2, 4), so that the delivery piston can move and/or be moved relative to the mixing space of the bone cement mixer, and that the connecting element of the bone cement mixer is disposed on the delivery piston to mechanically connect the bone cement mixer to the aerosol container.
Method for operating a mobile screen with orientable slats of a building, the screen being motorized using an electromechanical actuator, a set of slats forming an apron that can be moved between two extreme positions and at least some of the slats being able to be oriented in relation to the plane of the apron on reception of commands respectively for movement and orientation of the slats, characterized in that the method comprises a first and a second distinct orientation modes in which the orientation sequence for opening or closure of two adjacent orientable slats, even of three adjacent orientable slats, is different, even in which the orientation sequences for opening or closure of the slats of two pairs of adjacent orientable slats are different, in that the first orientation mode is a gradual orientation mode, in which the two adjacent orientable slats, even the three adjacent orientable slats, are oriented one after the other during the execution of the orientation command and in that the gradual orientation of the slats is a successive orientation of one slat after the other in the course of a movement imparted to a winding tube around which the apron is wound when the screen is opened.
A system for interstitial photodynamic light therapy of a tissue, comprising: at least two light-transmitting catheters (LTCs), each LTC having a lumen, and wherein a first LTC of the at least two LTCs has a flat end at or near a base of a conical tip; a treatment fiber having a flat tip configured to be disposed through the lumen of a first LTC of the at least two LTCs; a dosimetry fiber configured to be disposed through the lumen of the first LTC of the at least two LTCs together with the treatment fiber; a second treatment fiber configured to be disposed through the lumen of a second LTC of the at least two LTCs; a spectrometer in operable communication with the dosimetry fiber, the spectrometer configured to measure light received at the dosimetry fiber; a light source in operable communication with at least one treatment fiber, the light source configured to deliver light to a tissue by way of the at least one treatment fiber; and a controller configured to adjust the light delivered by the light source according to light measured by the spectrometer. at least two light-transmitting catheters (LTCs), each LTC having a lumen, and wherein a first LTC of the at least two LTCs has a flat end at or near a base of a conical tip; a treatment fiber having a flat tip configured to be disposed through the lumen of a first LTC of the at least two LTCs; a dosimetry fiber configured to be disposed through the lumen of the first LTC of the at least two LTCs together with the treatment fiber; a second treatment fiber configured to be disposed through the lumen of a second LTC of the at least two LTCs; a spectrometer in operable communication with the dosimetry fiber, the spectrometer configured to measure light received at the dosimetry fiber; a light source in operable communication with at least one treatment fiber, the light source configured to deliver light to a tissue by way of the at least one treatment fiber; and a controller configured to adjust the light delivered by the light source according to light measured by the spectrometer.
A cooktop for a fixed or mobile cooking appliance, having a base plate, in particular a glass-ceramic base plate, having a side edge, an outer surface and a peripheral outer edge which forms a plane and which is located at the intersection between said side edge and said outer surface, said cooktop having at least one cooking area (3, 3') and at least one control and/or information area, said control and/or information area having a window that is separated from said base plate and has a side edge, an outer surface and a peripheral outer edge located at the intersection between said side edge and said outer surface, said cooktop also having a seal made of synthetic material which is located between a part of the side edge of said base plate and a part of the side edge of said window so as to provide sealing between said window and said base plate, said seal having an outer surface, at least a part, or all, of the peripheral outer edge of said window being in the plane of the peripheral outer edge of said base plate, characterized in that said cooktop has at least one end plate which is made of different material than that of the seal and is disposed above or on said seal, at least a part of the outer surface of said seal which is located between the outer surface of said base plate and the outer surface of said window being covered by said end plate.
A process for producing treated filler comprising: (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a treating agent, thereby forming a treated filler slurry; and (b) drying said treated filler slurry to produce treated filler, wherein said treating agent comprises at least one of an anhydride, a cyclic imide, and a derivative thereof. (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a treating agent, thereby forming a treated filler slurry; and (b) drying said treated filler slurry to produce treated filler,
A beam-forming method, comprising: determining location information of a plurality of UEs; and performing beam-forming according to the location information of the UEs; characterized in that, the method further comprises: clustering the plurality of UEs; scheduling UEs in a same cluster using a same weight of broadcast beam-forming; wherein the UEs in the same cluster have a same Angles of Arrival, AOA, distribution and a same Elevations of Arrival, EOA, distribution; and scheduling UEs in different clusters in a time-division mode using different weights of broadcast beam-forming at a preset periodicity; wherein the weights of broadcast beam-forming are for channels that are demodulated by using a common reference signal, CRS, wherein the CRS is a cell-level parameter, and are applied to all UEs in a coverage area of a cell. determining location information of a plurality of UEs; and performing beam-forming according to the location information of the UEs; characterized in that, the method further comprises: clustering the plurality of UEs; scheduling UEs in a same cluster using a same weight of broadcast beam-forming; clustering the plurality of UEs; scheduling UEs in a same cluster using a same weight of broadcast beam-forming; wherein the UEs in the same cluster have a same Angles of Arrival, AOA, distribution and a same Elevations of Arrival, EOA, distribution; and scheduling UEs in different clusters in a time-division mode using different weights of broadcast beam-forming at a preset periodicity; wherein the weights of broadcast beam-forming are for channels that are demodulated by using a common reference signal, CRS, wherein the CRS is a cell-level parameter, and are applied to all UEs in a coverage area of a cell.
A catheter for treatment of arrhythmia; comprising a catheter shaft having a double-cylinder structure in which an inner shaft is slidably inserted into an outer shaft, a balloon (2,2') attached between the tip portion of the inner shaft and the tip portion of the outer shaft in a straddling state and a temperature sensor for monitoring the temperature inside the balloon (2,2'); wherein the catheter is configured such that in the deflated state of the balloon (2,2'), at least the front edge of the balloon (2,2') protrudes ahead of the tip portion of the inner shaft towards the front thereof, characterized by providing a pair of high frequency current-carrying electrodes (5,18) of which at least one electrode is disposed inside the balloon (2,2') and by providing the temperature sensor fixed in the high frequency current-carrying electrode disposed within the balloon (2,2').
Light device, in particular a lighting and/or signalling device for a motor vehicle, comprising a light source driven to produce the emission of light rays, and a collecting optic arranged facing the light source to deflect the emitted light rays, and a ray-forming optic for emitting a light beam out of the device, wherein the light source is a semiconductor source, comprising at least one substrate and a plurality of light-emitting elements of submillimetric dimensions which extend from a first face of the substrate, characterized in that the ray-forming optic is a divergent lens.
Rechargeable redox flow battery comprising an electrochemical cell comprising at least a positive electrode in a positive half-cell and a negative electrode In a negative half-cell, an ion-conducting membrane between the two half-cells, wherein the membrane is designed for dual acidic anolyte and catholyte or designed for an acidic catholyte and an alkaline anolyte; at least two storage tanks for catholyte and anolyte, optionally one or more pumps to circulate stored catholyte and anolyte through the cathodic and anodic half cells, respectively, and at least one anolyte and at least one catholyte; wherein the anolyte comprises the Zn 2+ /Zn 0 redox couple, methane sulfonic acid or its anion and at least one solvent; and the catholyte comprises the Cr III /Cr VI redox couple, methane sulfonic acid or its anion, the Ce 4+ /Ce 3+ redox couple and at least one solvent, wherein the anolyte contains In 3+ and/or the negative electrode contains In 0. wherein the anolyte comprises the Zn 2+ /Zn 0 redox couple, methane sulfonic acid or its anion and at least one solvent; and the catholyte comprises the Cr III /Cr VI redox couple, methane sulfonic acid or its anion, the Ce 4+ /Ce 3+ redox couple and at least one solvent, wherein the anolyte contains In 3+ and/or the negative electrode contains In 0.
An electronic device comprising: a display; and at least one processor, wherein the at least one processor is configured to: display, on the display, a preview image being acquired by a camera module of the electronic device, detect a first touch input defining a focus on a first object included in the preview image, detect a second touch input on a second object included in the preview image within a predetermined time from when the first touch input is detected, in response to detecting the second touch input, determine a partial area of the preview image, the partial area including the second object and being less than an entire area of the preview image, in response to detecting an image acquisition request, store the preview image focused onto the first object, and generate preview data including the determined partial area of the preview image. a display; and at least one processor, wherein the at least one processor is configured to: display, on the display, a preview image being acquired by a camera module of the electronic device, detect a first touch input defining a focus on a first object included in the preview image, detect a second touch input on a second object included in the preview image within a predetermined time from when the first touch input is detected, in response to detecting the second touch input, determine a partial area of the preview image, the partial area including the second object and being less than an entire area of the preview image, in response to detecting an image acquisition request, store the preview image focused onto the first object, and generate preview data including the determined partial area of the preview image. display, on the display, a preview image being acquired by a camera module of the electronic device, detect a first touch input defining a focus on a first object included in the preview image, detect a second touch input on a second object included in the preview image within a predetermined time from when the first touch input is detected, in response to detecting the second touch input, determine a partial area of the preview image, the partial area including the second object and being less than an entire area of the preview image, in response to detecting an image acquisition request, store the preview image focused onto the first object, and generate preview data including the determined partial area of the preview image.
A paramyxovirus virus like particle comprising a contiguous recombinant polypeptide comprising i) all or a segment of a C-terminal domain of a paramyxovirus nucleocapsid protein and ii) a polypeptide sequence of a distinct protein; wherein the C-terminal segment of the N protein is at least 10 amino acids in length.
A method of selecting a hanger that will maintain consumer acceptability which is a method of selecting a hanger to be packaged with a personal care composition comprising perfume and/or water comprising selecting an hanger with a modulus at 100% strain of 30 to 700 gf/mm 2 when measured in accordance with the Modulus Test, wherein the hanger is selected from silicone rubber; wherein the package comprises a film and wherein the film is sealed around the personal care composition and the hanger.
Battery module having a first energy store that comprises at least one energy cell, preferably a series circuit of energy cells, a second energy store and a diode, wherein the first energy store is designed to generate a first output voltage and to output said first output voltage at a first output terminal and the second energy store is designed to generate a second output voltage that is lower than the first output voltage and to output said second output voltage at a second output terminal, wherein the diode has a cathode that is connected to the first output terminal and an anode that is connected to the second output terminal, characterized in that the first energy store has a DC/DC converter, which is connected on the input side to the one energy cell or the series circuit of energy cells and on the output side to the first output terminal, wherein the second energy store is connected to an input of the DC/DC converter of the first energy store such that the second energy store and the energy cell or the energy cells of the first energy store are connected in series.
Facilities for offshore liquefied natural gas floating storage with jack-up platform regasification unit, the facilities comprising: a jack-up unit comprising legs having bottom portions that are fixable to a sea bed and top portions exposed to a surface of water, and a hull movable up and down with respect to the legs, a storage unit moored at the jack-up unit and providing a space for storing LNG, a regasification unit as a module for regasifying the LNG supplied from the storage unit, installed on a top portion of the hull of the jack-up unit, and separable from the jack-up unit, a utility unit comprising a power source to supply power to the regasification unit, a piping unit comprising unloading piping for connecting the regasification unit and the storage unit, and supplying piping for carrying natural gas gasified by the regasification unit, characterized in that the utility unit further comprises a sea water pump to supply sea water to the regasification unit, and the storage unit comprises a ballast water pump, and the regasification unit comprises an open rack vaporizer as a heat exchanger configured to vaporize liquefied natural gas, and the sea water pump and the ballast water pump are configured to be used simultaneously to supply sea water to the open rack vaporizer. a jack-up unit comprising legs having bottom portions that are fixable to a sea bed and top portions exposed to a surface of water, and a hull movable up and down with respect to the legs, a storage unit moored at the jack-up unit and providing a space for storing LNG, a regasification unit as a module for regasifying the LNG supplied from the storage unit, installed on a top portion of the hull of the jack-up unit, and separable from the jack-up unit, a utility unit comprising a power source to supply power to the regasification unit, a piping unit comprising unloading piping for connecting the regasification unit and the storage unit, and supplying piping for carrying natural gas gasified by the regasification unit, characterized in that the utility unit further comprises a sea water pump to supply sea water to the regasification unit, and the storage unit comprises a ballast water pump, and the regasification unit comprises an open rack vaporizer as a heat exchanger configured to vaporize liquefied natural gas, and the sea water pump and the ballast water pump are configured to be used simultaneously to supply sea water to the open rack vaporizer.
A method for controlling a damper, the damper comprising: a damper main body including a cylinder, a piston which is slidably inserted into the cylinder to partition the interior of the cylinder into an extension side chamber and a compression side chamber, and a piston rod which is inserted into the cylinder to be coupled to the piston; and a damping force adjustment mechanism including a flow path which permits the passage of a fluid only either during the extension of the damper main body or during the contraction of the damper main body, a valve seat which is provided at an intermediate position of the flow path, a valve body which is movable back and forth relative to the valve seat, and a motor which drives and moves the valve body back and forth relative to the valve seat to adjust a flow path area of the flow path; characterized in that the method comprises: energizing the motor over a period equal to or more than two-fold of the period necessary to move the valve body a distance from a separated position where the valve body is separated from the valve seat to a seated position where the valve body is seated on the valve seat, when the flow path is blocked by moving the valve body from the separated position to the seated position. a damper main body including a cylinder, a piston which is slidably inserted into the cylinder to partition the interior of the cylinder into an extension side chamber and a compression side chamber, and a piston rod which is inserted into the cylinder to be coupled to the piston; and a damping force adjustment mechanism including a flow path which permits the passage of a fluid only either during the extension of the damper main body or during the contraction of the damper main body, a valve seat which is provided at an intermediate position of the flow path, a valve body which is movable back and forth relative to the valve seat, and a motor which drives and moves the valve body back and forth relative to the valve seat to adjust a flow path area of the flow path;
Method for producing a vehicle wheel of sheet metal construction, having a rim for receiving a tyre and a wheel disc which is attached to the rim by a substance-to-substance bond, a force fit and/or a form fit and has an attachment region for detachable attachment to a wheel carrier, comprising the following steps: providing a respective steel material for the rim and the wheel disc, and shaping a rim and a wheel disc from the respective steel material, wherein the steel material for the rim and/or the wheel disc can be quenched and tempered and is uncoated, wherein, - before the wheel disc is connected to the rim to form a vehicle wheel, at least one first heat treatment is carried out at least in certain regions on the rim and/or the wheel disc individually in the course of the shaping operation or after the shaping operation, or, - after the wheel disc has been connected to the rim to form a vehicle wheel, at least one first heat treatment is carried out at least in certain regions on the rim and/or the wheel disc in the assembled state, wherein, after the first heat treatment, cooling is performed in such a way that a hardened microstructure is set in the steel material, that can be quenched and tempered, of the rim and/or of the wheel disc at least in certain regions in the quenched and tempered region, wherein, after the first heat treatment, a blasting operation is carried out at least in certain regions on the rim and/or the wheel disc individually or on the rim and/or the wheel disc in the assembled state, characterized in that, for the blasting operation, use is made of particles which have a grain size between 0.02 and 4.0 mm, in particular between 0.1 and 2.0 mm, preferably between 0.3 and 1.0 mm, and a hardness greater than 400 HV1, in particular greater than 500 HV1, preferably greater than 600 HV1, wherein the blasting is carried out in the form of centrifugal wheel blasting. - before the wheel disc is connected to the rim to form a vehicle wheel, at least one first heat treatment is carried out at least in certain regions on the rim and/or the wheel disc individually in the course of the shaping operation or after the shaping operation, or, - after the wheel disc has been connected to the rim to form a vehicle wheel, at least one first heat treatment is carried out at least in certain regions on the rim and/or the wheel disc in the assembled state,
Non-therapeutic use of a green light with a wavelength of between 500 and 580 nm for activating L-amino acid oxidase in the presence of at least one of its substrates.