mhurhangee/ep-ind-claims huggingface dataset:
Filter pipette tip with a small tube with a relatively large aperture at one end for attaching to a pipette, a relatively small aperture at the other end for the passage of liquid and a through-channel between the large aperture and the small aperture and a porous filter arranged in the through-channel filling up a portion of the through-channel and comprising at least two layers (11, 12) arranged in series in the direction of the through-channel of which a fine-pore layer is directed at the large aperture and has a pore size of a maximum of 20 μmand a coarse-pore layer directed at the small aperture has a pore size of 20 to 50 μm, the two layers (11, 12) having different pore sizes and the layers (11, 12) of the filter are attached to one another forming a one-piece filter body, wherein the through-channel between the small aperture and the filter comprises a receiving volume for receiving a liquid sample and between the filter and the large aperture is a channel for displacing a gas column.
A solid electrolytic capacitor of surface mounting type comprising: a metal pierce serving as an anode electrode, the metal pierce being divided by an insulating resin member into a first area for connecting an external anode terminal and a second area for developing a capacitance; an oxide film formed on the second area of the metal piece; and a cathode electrode which comprises: a solid electrolyte including a conductive polymer layer formed on said oxide film; a graphite layer formed on said conductive polymer layer; and a first metal plated layer formed on said graphite layer on the external periphery of the cathode electrode so as to securely prevent the intrusion of oxygen from the exterior, wherein the solid electrolytic capacitor further comprises an external cathode terminal adhered with a conductive adhesive to said metal plated layer, and said cathode terminal comprises a solderable second metal plated layer on a mounting surface of said cathode terminal and a third metal plated layer on a surface of said cathode terminal to be adjoined to said cathode electrode, said third metal plated layer having a higher melting temperature than said second metal plated layer. a metal pierce serving as an anode electrode, the metal pierce being divided by an insulating resin member into a first area for connecting an external anode terminal and a second area for developing a capacitance; an oxide film formed on the second area of the metal piece; and a cathode electrode which comprises: a solid electrolyte including a conductive polymer layer formed on said oxide film; a graphite layer formed on said conductive polymer layer; and a first metal plated layer formed on said graphite layer on the external periphery of the cathode electrode so as to securely prevent the intrusion of oxygen from the exterior, wherein the solid electrolytic capacitor further comprises an external cathode terminal adhered with a conductive adhesive to said metal plated layer, and said cathode terminal comprises a solderable second metal plated layer on a mounting surface of said cathode terminal and a third metal plated layer on a surface of said cathode terminal to be adjoined to said cathode electrode, said third metal plated layer having a higher melting temperature than said second metal plated layer. a solid electrolyte including a conductive polymer layer formed on said oxide film; a graphite layer formed on said conductive polymer layer; and a first metal plated layer formed on said graphite layer on the external periphery of the cathode electrode so as to securely prevent the intrusion of oxygen from the exterior, wherein the solid electrolytic capacitor further comprises an external cathode terminal adhered with a conductive adhesive to said metal plated layer, and said cathode terminal comprises a solderable second metal plated layer on a mounting surface of said cathode terminal and a third metal plated layer on a surface of said cathode terminal to be adjoined to said cathode electrode, said third metal plated layer having a higher melting temperature than said second metal plated layer.
A system suitable for measuring temperature and liquid level of a spent fuel pool, the system comprising: a cable, suitable for being mounted vertically along a sidewall of the spent fuel pool; a plurality of thermocouples (TC1-TCn) attached to the cable, the thermocouples being vertically spaced apart from each other and configured to take temperature measurements; and means (24, 25) arranged for comparing the temperature measurements and inferring a liquid level in the spent fuel pool based on the comparison of the temperatures; characterized in that the system is arranged to be powered by ambient heat from water in the spent fuel pool and air above the spent fuel pool. a cable, suitable for being mounted vertically along a sidewall of the spent fuel pool; a plurality of thermocouples (TC1-TCn) attached to the cable, the thermocouples being vertically spaced apart from each other and configured to take temperature measurements; and means (24, 25) arranged for comparing the temperature measurements and inferring a liquid level in the spent fuel pool based on the comparison of the temperatures; characterized in that the system is arranged to be powered by ambient heat from water in the spent fuel pool and air above the spent fuel pool.
A cabinet for displaying and preserving cooked heated food products, comprising: - a supporting frame provided with a plurality of sides ( 3, 4) suited to define an internal compartment; - a supporting plane with an upper surface positioned inside said compartment and suited to support the cooked food products intended to be displayed and preserved; - heating means positioned inside said compartment above said plane supporting plane, said heating means being suited to heat said plane supporting plane to a predetermined temperature; wherein said heating means comprise at least one infrared source; wherein it comprises a reflector element positioned inside said compartment and arranged under said infrared source, said reflector element being suited to at least partially reflect the infrared radiation emitted by said infrared source; said reflector being configured to reflect only a portion of the infrared radiation emitted by said source and suited to reach said supporting plane in a direct manner; so as to shield a large area of said upper surface of said supporting plane from the direct infrared radiation generated by said source, the remaining part of the direct radiation emitted by the source reaching the upper surface or the food product without being reflected along its path. - a supporting frame provided with a plurality of sides ( 3, 4) suited to define an internal compartment; - a supporting plane with an upper surface positioned inside said compartment and suited to support the cooked food products intended to be displayed and preserved; - heating means positioned inside said compartment above said plane supporting plane, said heating means being suited to heat said plane supporting plane to a predetermined temperature; wherein said heating means comprise at least one infrared source; wherein it comprises a reflector element positioned inside said compartment and arranged under said infrared source, said reflector element being suited to at least partially reflect the infrared radiation emitted by said infrared source; said reflector being configured to reflect only a portion of the infrared radiation emitted by said source and suited to reach said supporting plane in a direct manner; so as to shield a large area of said upper surface of said supporting plane from the direct infrared radiation generated by said source, the remaining part of the direct radiation emitted by the source reaching the upper surface or the food product without being reflected along its path.
Light source including at least one source of excitation coherent radiation, especially solid-state laser source, and at least one single crystal phosphor containing at least one doping element for at least partial conversion of the excitation coherent radiation into the extracted light, composed especially of the visible wavelengths spectrum, characterized in that the solid-state laser source of the excitation coherent radiation has the maximum emission of light wavelengths in the area from 340 nm to 480 nm and where the emitted light from the single crystal phosphor is in essence of white colour with the correlated colour temperature ranging from 2700 K to 10000 K, the single crystal phosphor is connected to a cooler, at least a portion of the single crystal phosphor volume is structured to create colour-homogenized scattered extracted light and/or to maximize the extracted light emission in the desired direction, and the single crystal phosphor is created with the oxide-type compound of the general formula (A x, Lu 1-x) a Al b O 12:Ce c where: A is at least one of the chemical elements from the Y, Gd, Tb group, a is a number from the value interval from 0.5 to 20, b is a number from the value interval from 0.5 to 20, c is a positive number from the value interval from 0.0005 < c < 0.03, x is a positive number from the value interval from 0.0005 < x < 0.9999, and the value of the stoichiometric ratio a:b ranges between 0.5 to 0.7. A is at least one of the chemical elements from the Y, Gd, Tb group, a is a number from the value interval from 0.5 to 20, b is a number from the value interval from 0.5 to 20, c is a positive number from the value interval from 0.0005 < c < 0.03, x is a positive number from the value interval from 0.0005 < x < 0.9999,
A sheet material dispensing apparatus, comprising: a cover; a rear wall connected to the cover; a flexible mounting plate operatively connected to the cover; a shaft, wherein the shaft is connected to the mounting plate; a motor operatively connected to the shaft; a supply roller connected to the shaft, wherein the supply roller has a radiused portion and at least one truncated portion; and a microswitch activating cam extending from a side of the supply roller, the microswitch activating cam being operable to contact a microswitch fixed on the mounting plate to stop the motor, the apparatus further, comprising an electronics box included by said mounting plate and in electrical communication with the motor,, characterised in that the electronics box includes a chip that is programmed to allow the adjustment of the period of time for which the motor is operated to discharge one piece of the sheet material and that the apparatus further comprises a retracting roller connected to the shaft, wherein the retracting roller has a radiused portion, and at least one truncated portion; and a supporting plate engaged and disengaged by the retracting roller during operation, wherein the disengagement of the radiused portion from the supporting plate causes the supply roller to translate toward the rear wall. a cover; a rear wall connected to the cover;
Apparatus for communicating by radio, comprising: (a) a baseband processor for modulating data to be transmitted into an intermediate frequency signal; (b) the baseband processor demodulating an intermediate frequency signal derived from a received high frequency signal; (c) a front end section for receiving the intermediate frequency signal from said baseband processor and converting the received intermediate frequency signal into a high frequency signal; (d) the front end section transmitting the high frequency signal; (e) the front end section receiving a high frequency signal from a remote location and converting the received high frequency signal into an intermediate frequency signal; (f) the front end section supplying the converted intermediate frequency signal to said baseband processor; (g) said front end section being tunable to different frequency channels in each of a plurality of frequency bands for use as a radio frequency channel within a selected one of the frequency bands; characterized in that it further comprises (h) a frequency change-over selector (21, 26) operable to detect whether acceptable reception of radio communication is possible on any frequency channel of a current frequency band, and if not, operable to select a frequency channel of a different frequency band to transmit and receive said data. (a) a baseband processor for modulating data to be transmitted into an intermediate frequency signal; (b) the baseband processor demodulating an intermediate frequency signal derived from a received high frequency signal; (c) a front end section for receiving the intermediate frequency signal from said baseband processor and converting the received intermediate frequency signal into a high frequency signal; (d) the front end section transmitting the high frequency signal; (e) the front end section receiving a high frequency signal from a remote location and converting the received high frequency signal into an intermediate frequency signal; (f) the front end section supplying the converted intermediate frequency signal to said baseband processor; (g) said front end section being tunable to different frequency channels in each of a plurality of frequency bands for use as a radio frequency channel within a selected one of the frequency bands; characterized in that it further comprises (h) a frequency change-over selector (21, 26) operable to detect whether acceptable reception of radio communication is possible on any frequency channel of a current frequency band, and if not, operable to select a frequency channel of a different frequency band to transmit and receive said data.
A work vehicle configured to perform work while traveling autonomously, comprising: an object detection unit configured to detect an object located in a periphery of a vehicle body; an identification information acquisition unit configured to acquire identification information that is transmitted from a transmission unit of a terminal in possession of a user to the periphery; a determination unit configured to determine whether or not the identification information acquisition unit acquired preset identification information that is associated with the vehicle body; an indication unit configured to give an indication that the object is approaching the vehicle body in a case where the identification information acquisition unit determined that the preset identification information has not been acquired and furthermore a distance from the vehicle body to the object is within a preset distance; and a vehicle body periphery image acquisition unit configured to acquire a captured image that shows surroundings of the vehicle body; characterized by: a specification unit configured to specify an object approaching the vehicle body based on the captured image acquired by the vehicle body periphery image acquisition unit; and an output unit configured to output a retreat sound for causing the object to retreat, based on the specified object. an object detection unit configured to detect an object located in a periphery of a vehicle body; an identification information acquisition unit configured to acquire identification information that is transmitted from a transmission unit of a terminal in possession of a user to the periphery; a determination unit configured to determine whether or not the identification information acquisition unit acquired preset identification information that is associated with the vehicle body; an indication unit configured to give an indication that the object is approaching the vehicle body in a case where the identification information acquisition unit determined that the preset identification information has not been acquired and furthermore a distance from the vehicle body to the object is within a preset distance; and a vehicle body periphery image acquisition unit configured to acquire a captured image that shows surroundings of the vehicle body; characterized by: a specification unit configured to specify an object approaching the vehicle body based on the captured image acquired by the vehicle body periphery image acquisition unit; and an output unit configured to output a retreat sound for causing the object to retreat, based on the specified object. a specification unit configured to specify an object approaching the vehicle body based on the captured image acquired by the vehicle body periphery image acquisition unit; and an output unit configured to output a retreat sound for causing the object to retreat, based on the specified object.
A blow mandrel device for blow molding blow molded parts, having a blow mandrel unit and a holder, the blow mandrel unit having a blow mandrel and being held by the holder, wherein the blow mandrel unit is pivotally mounted in the holder and the blow mandrel device comprises a pivot unit for pivoting the blow mandrel unit from a first position into a second position different from the first position relative to the holder, wherein the first position is a push-on position for a parison onto the blow mandrel, characterized in that the blow mandrel device comprises a fixing unit for fixing a parison to the blow mandrel after the push-on.
A heating device comprising an air-guiding device as well as a housing with a combustion chamber door which can be opened as required in a side wall of the housing, a combustion chamber arranged inside the housing and accessible via the combustion chamber door, and at least one outlet opening (18, 19, 20) in the combustion chamber via which an air supply duct, in particular for secondary air, is connected to the combustion chamber in such a manner, that supplied air flows along an inner side of a transparent viewing panel in the combustion chamber door, characterized in that the air-guiding device, which is formed from an air-impermeable material, in particular metal, is arranged adjacent to the at least one outlet opening (18, 19, 20) in the combustion chamber, and that the supplied air flows along a flat front side of the air-guiding device, which front side has projections, in particular knobs.
A display device which is switchable between a single view and a multiple view mode, the display device comprising a display panel having rows and columns of sub-pixels configured to produce a display output, and a lenticular lens arrangement arranged over the display panel on the display output side of the display panel, the lenticular lens arrangement comprising an array of lenticular lens elements which comprise an electro-optic material having a lenticular shape adjacent a non-switchable optically transparent layer having an inverse lenticular shape, wherein the electro-optic material comprises a liquid crystal component having an effective refractive index which is controllable by application of an electrical stimulus and wherein said liquid crystal component has an ordinary refractive index and an extra-ordinary refractive index which differs from said ordinary refractive index by a difference, characterized in that said liquid crystal component is a cholesteric liquid crystal component comprising a helical structure defined by a pitch, wherein said pitch is selected such that a product of said pitch and said difference is equal to or less than a visible light wavelength of the display output.
A method of increasing retention of an intravascular stent on a balloon catheter, comprising: a first stage of crimping the intravascular stent onto a balloon of the balloon catheter; a second stage of heating the balloon in the range of 21 0 C to 121 0 C and pressurizing the balloon in the range of 7 N/cm 2 to 207 N/cm 2 while the intravascular stent is restrained from radially outward expansion by a mold; and a third stage of re-crimping the intravascular device stent onto the balloon of the balloon catheter. a first stage of crimping the intravascular stent onto a balloon of the balloon catheter; a second stage of heating the balloon in the range of 21 0 C to 121 0 C and pressurizing the balloon in the range of 7 N/cm 2 to 207 N/cm 2 while the intravascular stent is restrained from radially outward expansion by a mold; and a third stage of re-crimping the intravascular device stent onto the balloon of the balloon catheter.
Microcapsule (10, 20), in particular of spherical shape, comprising a hollow capsule space (11, 21) encased by a capsule shell (12, 22), characterized in that the capsule shell (12, 22) is at least partially made of hydrated cementitious material, wherein the cementitious material is selected from hydrated portland cement, calcium aluminate cements, calcium sulfoaluminate cement, phosphate cements, hydrated supplementary cementitious materials like slag, pozzolan, lime stone etc. or combinations thereof.
A delivery device for a collapsible and expandable prosthetic heart valve, the delivery device comprising: an outer sheath extending from a proximal end to a distal end; a delivery sheath positioned at the distal end of the outer sheath, the delivery sheath being sized and shaped to maintain the prosthetic heart valve in a collapsed condition therein; and a filter sheath overlying a portion of the outer sheath; characterised in that the delivery device includes an intermediate sheath positioned between the outer sheath and the filter sheath; and an embolic filter (4200a, 4200b, 4200c, 4200d) having a proximal end coupled to the intermediate sheath, and a distal end that is not directly attached to the intermediate sheath, wherein the embolic filter has a delivery condition in which the filter sheath overlies the embolic filter and the distal end of the embolic filter is in a collapsed condition, and a deployed condition in which the filter sheath does not overlie the embolic filter and the distal end of the embolic filter is in an expanded condition. an outer sheath extending from a proximal end to a distal end; a delivery sheath positioned at the distal end of the outer sheath, the delivery sheath being sized and shaped to maintain the prosthetic heart valve in a collapsed condition therein; and a filter sheath overlying a portion of the outer sheath; characterised in that the delivery device includes an intermediate sheath positioned between the outer sheath and the filter sheath; and an embolic filter (4200a, 4200b, 4200c, 4200d) having a proximal end coupled to the intermediate sheath, and a distal end that is not directly attached to the intermediate sheath, wherein the embolic filter has a delivery condition in which the filter sheath overlies the embolic filter and the distal end of the embolic filter is in a collapsed condition, and a deployed condition in which the filter sheath does not overlie the embolic filter and the distal end of the embolic filter is in an expanded condition.
An in vitro method for differentiating between type 1 and type 2 diabetes in a subject, the method comprising the steps of: (a) determining the amount of adiponectin or leptin in a sample; and (b) correlating the amount of adiponectin or leptin in the sample with the presence of either type 1 and type 2 diabetes in the subject. (a) determining the amount of adiponectin or leptin in a sample; and (b) correlating the amount of adiponectin or leptin in the sample with the presence of either type 1 and type 2 diabetes in the subject.
Installation comprising an extraction condensing turbine with a steam extraction point and a steam line, which branches off from the steam extraction point and arranged in which there is a heating condenser for a district heating network, characterized in that in the steam line there is also a device for preheating and evaporating a working medium of an organic Rankine cycle arranged in parallel with the heating condenser of the district heating network.