mhurhangee/ep-ind-claims huggingface dataset:
An inkjet recording device, comprising: an inkjet head configured to form an image of a test chart on a recording medium by ejecting ink containing a phosphor onto the recording medium, wherein the ink is an ultraviolet curing type ink, and wherein the ink is white or transparent; a fixer arranged to irradiate the ink with ultraviolet rays to fix the ink impacted on the recording medium to the recording medium; an image reader including a white light source configured to irradiate the image formed on the recording medium with white light and an ultraviolet light source configured to irradiate the image formed on the recording medium with ultraviolet rays, wherein the image reader is at a position further downstream than the fixer in a conveyance direction of the recording medium; a light source switcher configured to switch between emission of the ultraviolet light source and emission of the white light source; and an imager configured to detect fluorescence emitted by the image by the irradiation of the ultraviolet rays. an inkjet head configured to form an image of a test chart on a recording medium by ejecting ink containing a phosphor onto the recording medium, wherein the ink is an ultraviolet curing type ink, and wherein the ink is white or transparent; a fixer arranged to irradiate the ink with ultraviolet rays to fix the ink impacted on the recording medium to the recording medium; an image reader including a white light source configured to irradiate the image formed on the recording medium with white light and an ultraviolet light source configured to irradiate the image formed on the recording medium with ultraviolet rays, wherein the image reader is at a position further downstream than the fixer in a conveyance direction of the recording medium; a light source switcher configured to switch between emission of the ultraviolet light source and emission of the white light source; and an imager configured to detect fluorescence emitted by the image by the irradiation of the ultraviolet rays.
A compound selected from the following group: ([Re 2 (Br) 4] 2-), X=CH 3 ([Re II 2 Br 2 (N-methylimidazole) 2]), ([Re II 2 Br 2 (benzimidazole) 2]), X=CH 3 ([Re II 2 Br 2 (4-methyl pyridine) 2]), X=H ([Re II 2 Br 2 (pyridine) 2]), X=CH 2 -NH 2 ([Re I 2 Br 2 (4-picoline amine) 2] -), wherein py is pyrimidine and "N≡C-Co" is cyanocobalamin; for use in the prophylaxis and/or treatment of diseases and/or medical condition selected from the group consisting of cardiovascular diseases, ischemia-reperfusion injury, inflammatory diseases, traumatic injury, transplant rejection, platelet aggregation and/or monocyte activation; neuron degeneration of the nervous system, radiation damage, cancer, penile erectile dysfunction, adult respiratory distress syndrome, and disorders of the circadian rhythm or for the ex-vivo administration to a tissue before grafting into a mammal in need thereof.
A UV-absorbing color-filtering glass material comprising precipitated cuprous halide crystals, essentially free of colloidal Cu metal, and having a composition, expressed in terms of weight percentage of the total composition, consisting essentially of: 30-65% SiO 2; 12-25% B 2 O 3; 3-9% Al 2 O 3; 2-8% ZrO 2; 0-5% Li 2 O; 0-7% Na 2 O; 0-10% K 2 O; 5-20% alkali metal oxides R 2 O (Li 2 O+Na 2 O+K 2 O+Rb 2 O+Cs 2 O); 0-10% alkaline earth oxides RO (MgO+SrO+CaO+BaO); 0-5% ZnO+La 2 O 3 +Gd 2 O 3 +Y 2 O 3 +Ta 2 O 3 +Nb 2 O 5 +Hf 2 O 5 +WO 3 +MoO 3; 0-5% TiO 2; 0-2% CeO 2; 0-10% Pr 2 O 3; 5-15% Nd 2 O 3; 0-10% Er 2 O 3; 0-2% NiO; 0.25-1.5% CuO; 0-1% Cl; 0-3% Br; 0-2% other halogen; 0.3-3% total of halogens; and 0.3-4% SnO.
A money handling apparatus for handling money, comprising: a depositing unit that receives money; a transport unit that transports the money; a recognition unit that recognizes the money; a money storage unit that stores the money; a dispensing port that dispenses money to be taken out therefrom; a reject unit that ejects rejected money to be taken out therefrom; and a control unit that controls the depositing unit, the transport unit, the recognition unit, the money storage unit, the dispensing port and the reject unit, wherein when performing a dispensing process, the money storage unit feeds out stored money, and the transport unit transports the money fed from the money storage unit to the dispensing port, characterized in that when performing a coordinate process to sort the money received in the depositing unit based on a recognition result of each piece of the money, the transport unit transports the money received in the depositing unit, the recognition unit recognizes the money transported by the transport unit, and the transport unit transports specified money based on the recognition result to one of the dispensing port and the reject unit, and transports money other than the specified money to the other of the dispensing port and the reject unit. a depositing unit that receives money; a transport unit that transports the money; a recognition unit that recognizes the money; a money storage unit that stores the money; a dispensing port that dispenses money to be taken out therefrom; a reject unit that ejects rejected money to be taken out therefrom; and a control unit that controls the depositing unit, the transport unit, the recognition unit, the money storage unit, the dispensing port and the reject unit, wherein when performing a dispensing process, the money storage unit feeds out stored money, and the transport unit transports the money fed from the money storage unit to the dispensing port, characterized in that when performing a coordinate process to sort the money received in the depositing unit based on a recognition result of each piece of the money, the transport unit transports the money received in the depositing unit, the recognition unit recognizes the money transported by the transport unit, and the transport unit transports specified money based on the recognition result to one of the dispensing port and the reject unit, and transports money other than the specified money to the other of the dispensing port and the reject unit.
Apparatus for the display of color information (color display) using at least one individual pixel, the color of which is variable, in which (a) the at least one pixel consists of at least one subpixel, whereby the subpixel comprises a fluidic chain comprising an image compartment with an aperture (subpixel image aperture, through which exclusively the respective contents of the image compartment is visible to an observer, (b) the at least one pixel comprises a pixel image aperture, through which essentially only the respective subpixel image aperture or apertures is/are visible, and whereby the apparatus also comprises means for the transport of the colored fluids; characterized in that the fluidic chain is provided in the form (i) of a plurality of compartments for the separate storage of certain, specified colors present in fluid form, between which (ii) these colored fluids can be transported in channels, and wherein one of the colors red, green, blue or cyan, magenta, yellow, white and black is contained in each of the compartments of the at least one subpixel. (a) the at least one pixel consists of at least one subpixel, whereby the subpixel comprises a fluidic chain comprising an image compartment with an aperture (subpixel image aperture, through which exclusively the respective contents of the image compartment is visible to an observer, (b) the at least one pixel comprises a pixel image aperture, through which essentially only the respective subpixel image aperture or apertures is/are visible, and
Method for determining a torque of a gear mechanism, in particular on an actuator, wherein an elastically deformable bending element is arranged in a torque transmission chain, which deforms as a function of the torque, wherein the bending element is formed as a tongue in a plate-shaped carrier, characterized in that a degree of deformation of the tongue in the plate plane of the carrier is detected by a distance measurement with a Hall sensor.
A method for selectively growing by MOCVD without catalyst a first semi-conducting structure forming a GaN wire, wherein: - from first gas or molecular flows comprising the TMG precursors, trimethylgallium, for gallium and NH 3 for nitrogen, the first semi-conducting structure is formed at an aperture of a masking layer covering a substrate, the method being characterised in that: - at the same time, silane, SiH 4, is added to the first gas or molecular flows, a silane flow being selected to selectively grow in situ and upon growing the lower part of the first structure a lateral SiNx passivation dielectric layer on the first semi-conducting structure and to induce N-type doping in said first structure, - and then the silane flow is stopped in order to let the first structure to continue growing without forming the SiNx passivation dielectric layer, - and then, on the first semi-conducting structure provided, on one part, with the dielectric layer, a second semi-conducting structure is grown from third gas or molecular flows, growing the second structure only occurring on the part of the support devoid of the passivation dielectric layer. - from first gas or molecular flows comprising the TMG precursors, trimethylgallium, for gallium and NH 3 for nitrogen, the first semi-conducting structure is formed at an aperture of a masking layer covering a substrate, the method being characterised in that: - at the same time, silane, SiH 4, is added to the first gas or molecular flows, a silane flow being selected to selectively grow in situ and upon growing the lower part of the first structure a lateral SiNx passivation dielectric layer on the first semi-conducting structure and to induce N-type doping in said first structure, - and then the silane flow is stopped in order to let the first structure to continue growing without forming the SiNx passivation dielectric layer, - and then, on the first semi-conducting structure provided, on one part, with the dielectric layer, a second semi-conducting structure is grown from third gas or molecular flows, growing the second structure only occurring on the part of the support devoid of the passivation dielectric layer. - at the same time, silane, SiH 4, is added to the first gas or molecular flows, a silane flow being selected to selectively grow in situ and upon growing the lower part of the first structure a lateral SiNx passivation dielectric layer on the first semi-conducting structure and to induce N-type doping in said first structure, - and then the silane flow is stopped in order to let the first structure to continue growing without forming the SiNx passivation dielectric layer, - and then, on the first semi-conducting structure provided, on one part, with the dielectric layer, a second semi-conducting structure is grown from third gas or molecular flows, growing the second structure only occurring on the part of the support devoid of the passivation dielectric layer.
A method for analyzing performance of a chilled water system having a plurality of CW components, the method comprising: considering a collection of at least one of allowable operating points, allowable operating ranges or allowable operating conditions, for each one of the plurality of CW components of the CW system; considering at least one of a user set or system measured ambient wet bulb temperature for an environment in which at least a subplurality of the CW components are located; calculating equivalent loop conditions for each of the CW components covering a load being thermally managed by the CW system, the equivalent loop conditions relating to a performance parameter for one or more of the CW components covering the load in a manner to manage cooling of the load; and for each one of the calculated equivalent loop conditions, using a processor to generate information for balancing the CW components by selecting specific operating points of the CW system, given the user set or system measured WB temperature, to meet load requirements imposed by the load. considering a collection of at least one of allowable operating points, allowable operating ranges or allowable operating conditions, for each one of the plurality of CW components of the CW system; considering at least one of a user set or system measured ambient wet bulb temperature for an environment in which at least a subplurality of the CW components are located; calculating equivalent loop conditions for each of the CW components covering a load being thermally managed by the CW system, the equivalent loop conditions relating to a performance parameter for one or more of the CW components covering the load in a manner to manage cooling of the load; and for each one of the calculated equivalent loop conditions, using a processor to generate information for balancing the CW components by selecting specific operating points of the CW system, given the user set or system measured WB temperature, to meet load requirements imposed by the load.
An arrangement for measuring the position of an installation platform in an elevator shaft wherein the installation platform is arranged to be movable upwards and downwards in a first direction in the elevator shaft, characterised in that: two laser transmitters (210, 220) are arranged at a bottom of the elevator shaft, each of said two laser transmitters (210, 220) producing a vertical upwards directed laser plane (LP1, LP2) in the elevator shaft, said laser planes (LP1, LP2) being perpendicular to each other, at least four primary light sensitive detectors (310, 320, 330, 340) are attached to the installation platform so that they are visible to the laser transmitters (210, 220), each of the primary light sensitive detectors (310, 320, 330, 340) being positioned on a respective side of a rectangle, whereby the position of the installation platform in relation to the elevator shaft can be measured from the hitting points (A1, A2, A3, A4) of the laser planes (LP1, LP2) on the primary light sensitive detectors (310, 320, 330, 340). two laser transmitters (210, 220) are arranged at a bottom of the elevator shaft, each of said two laser transmitters (210, 220) producing a vertical upwards directed laser plane (LP1, LP2) in the elevator shaft, said laser planes (LP1, LP2) being perpendicular to each other, at least four primary light sensitive detectors (310, 320, 330, 340) are attached to the installation platform so that they are visible to the laser transmitters (210, 220), each of the primary light sensitive detectors (310, 320, 330, 340) being positioned on a respective side of a rectangle, whereby the position of the installation platform in relation to the elevator shaft can be measured from the hitting points (A1, A2, A3, A4) of the laser planes (LP1, LP2) on the primary light sensitive detectors (310, 320, 330, 340).
Method for providing a temporary connection between two objects (101,102; 201,202; 301,302; 401,402; 501,502; 601,602; 801,802) that are movable in relation to each other, such that one (101;201;301;401;501;601;801) of the two objects is fixedly arranged while the other object (102;202;302;402;502;602;802) is movable relative to the first object, wherein one (201;301) of the objects is fixedly installed at a quay (203;303) and another (202;302) of the objects is fixedly installed on a boat or a ship (204;304) floating on a water surface by the quay, wherein the first of said objects comprises a first connecting means (114;214;314;414;514;614;814) and a second of said objects comprises a second connecting means (154;254;354;454;554;654;854), whereby said temporary connection is established by the two connecting means being approached and connected to each other, wherein the connection is a connection for delivering electrical power between the objects, whereby a control means (120;220;320) continuously controls the motions of a movable first robot (110;210;310;410;510;610;810), so that the first connecting means is thereby displaced relative to the first object, whereby a sensor means (130;230;330) continuously measures a relative position between the first object or the first connecting means and the second connecting means while the said objects move relative to each other, and, while said first and second objects move relative to each other, the control means, based upon a signal from the sensor means, continuously controls the first robot so that the first connecting means is displaced relative to the first object and up to the second connecting means, and connects to the second connecting means so that said temporary connection is thus established, wherein the objects are approachedfrom a first separated position, in which the objects are located at such a distance from each other so that it is not possible to establish the connection, to a parked position, in which the objects are located so close to each other that the first robot can reach to achieve said connection and in which respective equilibrium positions or centres of motion about which the objects possibly move are immobile in relation to each other, and wherein the control means is caused to control the first robot so that the connection is established while the objects move so that they are approachedfrom the first separated position towards the parked position and before the objects have time to reach the parked position.
A pesticidal mixture comprising, as active components: 1) an anthranilamide compound I selected from 3-bromo-4'-cyano-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, and 3-bromo-4'-chloro-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, and 2) a fungicidal compound II which is N-(3',4',5'-trifluorobiphenyl-2-yl)-1-methyl-3-difluoromethyl-1H-pyrazole-4-carboxamide; in a synergistically effective amount. 1) an anthranilamide compound I selected from 3-bromo-4'-cyano-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, and 3-bromo-4'-chloro-1-(3-chloro-2-pyridyl)-2'-methyl-6'-(methylcarbamoyl)pyrazole-5-carboxanilide, and 2) a fungicidal compound II which is N-(3',4',5'-trifluorobiphenyl-2-yl)-1-methyl-3-difluoromethyl-1H-pyrazole-4-carboxamide;
A portable device for quality control of semen, comprising a housing and within an inner space of the housing, a battery, a processor unit and a sample storing unit for fixing a sample transporting cell, wherein the device is further provided with a microscope unit comprising a camera unit secured to the housing, an optical unit connected to the camera unit and a light source illuminating the sample transporting cell during use, the sample storing unit is arranged inside the housing at the upper side of the housing or adjacent thereto, the optical unit is arranged between the camera unit and the sample storing unit, wherein the light source is arranged on a first side of the sample storing unit and connected to the housing, the camera unit is arranged in the inner space of the housing, on a second side of the sample storing unit opposite to said first side thereof, in such a configuration that the distance between the supporting plane of the sample storing unit and the light sensor of the camera unit is at most 35 mm, wherein the sample storing unit is equipped with a heating element, preferably a Peltier element, controlled by the processor unit, and wherein one or more temperature sensor coupled to the processor unit is arranged on the sample storing unit. the sample storing unit is arranged inside the housing at the upper side of the housing or adjacent thereto, the optical unit is arranged between the camera unit and the sample storing unit, wherein the light source is arranged on a first side of the sample storing unit and connected to the housing, the camera unit is arranged in the inner space of the housing, on a second side of the sample storing unit opposite to said first side thereof, in such a configuration that the distance between the supporting plane of the sample storing unit and the light sensor of the camera unit is at most 35 mm, wherein the sample storing unit is equipped with a heating element, preferably a Peltier element, controlled by the processor unit, and wherein one or more temperature sensor coupled to the processor unit is arranged on the sample storing unit.
A catheterization system, comprising: a catheter having a flexible catheter shaft with a distal portion adapted for insertion into a heart of a subject, the distal portion having at least one electrode (32,33), the catheter shaft having a lumen for passing an electrically conductive fluid therethrough to exit the catheter at the distal portion, the catheter providing an isolated ground of the system; an electrical connection protruding into the lumen at one end and connected to the isolated ground of the system provided by the catheter at the other end so as to link electrically conductive fluid passing through the lumen to the isolated ground, wherein the electrical connection protrudes into the lumen at a location proximal of the distal portion so as to bypass the electrode a catheter having a flexible catheter shaft with a distal portion adapted for insertion into a heart of a subject, the distal portion having at least one electrode (32,33), the catheter shaft having a lumen for passing an electrically conductive fluid therethrough to exit the catheter at the distal portion, the catheter providing an isolated ground of the system; an electrical connection protruding into the lumen at one end and connected to the isolated ground of the system provided by the catheter at the other end so as to link electrically conductive fluid passing through the lumen to the isolated ground, wherein the electrical connection protrudes into the lumen at a location proximal of the distal portion so as to bypass the electrode