mhurhangee/ep-ind-claims huggingface dataset:
An optical transmitting and receiving device comprising: a main unit, in turn comprising: a light emitting element, for emitting light toward a front; a light receiving element, for receiving light illuminated from the front; a base, having a first recess, in which the light emitting element is positioned, and a second recess, in which the light receiving element is positioned, formed on a front surface; a light blocking member, disposed on the front surface side of the base and having formed therein a first light passage hole, through which the light emitted from the light emitting element passes, and a second light passage hole, through which the light to be received by the light receiving element passes; and a light transmitting member, disposed on a front surface side of the light blocking member and through which is transmitted the light emitted from the light emitting element and the light to be received by the light receiving element; an enclosure, formed so as to open toward the front and with which the main unit is positioned at an inner side thereof; and a light blocking resin portion, filling a region surrounding the main unit inside the enclosure wherein a groove, passing between the first light passage hole and the second light passage hole as viewed from the front and having at least one end opened to a side surface of the light transmitting member, is formed in a front surface of the light transmitting member, and the light blocking resin portion reaches an interior of the groove. a light emitting element, for emitting light toward a front; a light receiving element, for receiving light illuminated from the front; a base, having a first recess, in which the light emitting element is positioned, and a second recess, in which the light receiving element is positioned, formed on a front surface; a light blocking member, disposed on the front surface side of the base and having formed therein a first light passage hole, through which the light emitted from the light emitting element passes, and a second light passage hole, through which the light to be received by the light receiving element passes; and a light transmitting member, disposed on a front surface side of the light blocking member and through which is transmitted the light emitted from the light emitting element and the light to be received by the light receiving element; an enclosure, formed so as to open toward the front and with which the main unit is positioned at an inner side thereof; and a light blocking resin portion, filling a region surrounding the main unit inside the enclosure wherein a groove, passing between the first light passage hole and the second light passage hole as viewed from the front and having at least one end opened to a side surface of the light transmitting member, is formed in a front surface of the light transmitting member, and the light blocking resin portion reaches an interior of the groove.
A highly reflective mirror for use in the wavelength range of 0.4μm to 15μm, the mirror comprising: a fused silica substrate; a barrier layer on top the substrate, the barrier layer material having a thickness in the range of 100nm to 50μm, the barrier layer selected from the group consisting of Si 3 N 4 and CrN; a first Al 2 O 3 interface layer on top of the barrier layer, the first Al 2 O 3 interface layer having a thickness in the range of 2.5nm to 25nm; a Ag reflective layer on top of the first interface layer, the Ag reflective layer having a thickness in the range of 80nm to 350nm; a second Al 2 O 3 interface layer on top of the Ag reflective layer; and on top of the second Al 2 O 3 interface layer, at least one tuning layer selected from the group consisting of (i) YbF 3 plus Nb 2 O 5 and (ii) Yb x F y O z, having a thickness in the range of 75nm to 300nm and aYbF 3 protective layer having a thickness in the range of 60nm to 200nm on top of the tuning layer; the mirror having a reflectivity of at least 96% over the wavelength ranges of 0.4μm to 1.8μm and 3μm to 15μm at an AOI 45°. a fused silica substrate; a barrier layer on top the substrate, the barrier layer material having a thickness in the range of 100nm to 50μm, the barrier layer selected from the group consisting of Si 3 N 4 and CrN; a first Al 2 O 3 interface layer on top of the barrier layer, the first Al 2 O 3 interface layer having a thickness in the range of 2.5nm to 25nm; a Ag reflective layer on top of the first interface layer, the Ag reflective layer having a thickness in the range of 80nm to 350nm; a second Al 2 O 3 interface layer on top of the Ag reflective layer; and on top of the second Al 2 O 3 interface layer, at least one tuning layer selected from the group consisting of (i) YbF 3 plus Nb 2 O 5 and (ii) Yb x F y O z, having a thickness in the range of 75nm to 300nm and aYbF 3 protective layer having a thickness in the range of 60nm to 200nm on top of the tuning layer; the mirror having a reflectivity of at least 96% over the wavelength ranges of 0.4μm to 1.8μm and 3μm to 15μm at an AOI 45°.
A binder for an ink-jet printing ink, the binder comprising an aqueous medium; and a polyurethane obtained by reacting a polyol containing a vinyl polymer having two hydroxyl groups at one end and at least one polyol selected from the group consisting of polyether polyols, polyester polyols, polyester ether polyols, and polycarbonate polyols with a polyisocyanate, the polyurethane having a structure derived from the vinyl polymer in a side chain thereof and being dispersed in the aqueous medium, wherein the polyurethane is obtained by using the polyol in an amount in the range of 5% to 80% by mass relative to the total mass of materials used in the production of the polyurethane and a mass ratio [ /] of the vinyl polymer to the polyol is in the range of 1/20 to 20/1.
A system of monitoring cardiac activity of a user, comprising a wearable health sensor to be worn by a user which comprises a photo-plethysmographic PPG sensor configured to detect heart beat time data, a motion sensor configured to detect motion data of the user and a control unit configured to analyze output data of the PPG sensor comprising heart beat time data to detect suspected arrhythmia periods of the user, wherein the health sensor is configured to output a message to the user to operate a specific movement protocol with the body part where the health sensor is located to avoid motion artefacts in the output signal of the PPG sensor when the suspected arrhythmia periods are detected, wherein the health sensor is configured to detect heart beat time data and motion data including a health sensor position and orientation during the specific movement protocol, wherein the control unit is configured to analyze the motion data to determine whether the user has followed the specific motion protocol and to analyze the heart rate time data detected during the specific motion protocol to determine suspected arrhythmia periods, wherein the health sensor is configured to generate data templates of heart beat time data and heart beat time signal waveforms during the detection of the heart beat time data during the specific movement protocol, wherein said reference template include information on health sensor positions and orientations, a display unit configured to display the data templates of the PPG sensor, comprising heart beat time data, the detected motion data and the detected raw signal during suspected arrhythmia periods as well as previously generated data templates such that a medical professional can analyze this data to determine whether a suspected arrhythmia period is a valid arrhythmia period, and a storage unit to which the detected heart beat time data, the detected motion data, the detected suspected arrhythmia periods and the data templates are forwarded by the health sensor to be stored for future reference.
Access control device comprising a lock cylinder with a key channel formed in a rotatable cylinder core and a key that can be inserted into the key channel, the key and the lock cylinder comprising infrared transmitting and/or receiving elements for wireless energy and/or data transmission between the lock cylinder and the key, wherein the infrared transmitting and/or receiving element of the key is arranged on the bow of the key and the infrared transmitting and/or receiving element of the lock cylinder is arranged on the front side of the lock cylinder, characterized in that the infrared transmitting and/or receiving element of the lock cylinder is arranged on the front side of the cylinder core.
An image forming method comprising: applying a treatment liquid, which contains an organic acidic compound represented by the following general formula, a water-soluble polymer compound, and water, on a recording medium; and applying an ink composition, which contains a pigment, a compound having a lactam structure of 5-membered ring, a compound represented by the following general formula, and water, on a treatment liquid-applied surface of the recording medium, [Chem. 1] C n H 2n+2-m (COOH) m General Formula wherein in the general formula, n represents an integer of 2 or greater and m represents an integer of 3 or greater, and wherein in the general formula, 1, m, and n each independently represent an integer of 1 or greater, the relation l + m + n = 3 to 15 is satisfied, and AO represents at least one of ethyleneoxy and propyleneoxy. applying a treatment liquid, which contains an organic acidic compound represented by the following general formula, a water-soluble polymer compound, and water, on a recording medium; and applying an ink composition, which contains a pigment, a compound having a lactam structure of 5-membered ring, a compound represented by the following general formula, and water, on a treatment liquid-applied surface of the recording medium, [Chem. 1] C n H 2n+2-m (COOH) m General Formula wherein in the general formula, n represents an integer of 2 or greater and m represents an integer of 3 or greater, and wherein in the general formula, 1, m, and n each independently represent an integer of 1 or greater, the relation l + m + n = 3 to 15 is satisfied, and AO represents at least one of ethyleneoxy and propyleneoxy.
A control system for an AC electric motor which comprises a rotor and a stator and a plurality of phase windings (10, 12, 14)connected in a star formation, each winding having one end connected to a common neutral point and another end arranged to have a terminal voltage (u u, u v, u w) applied to it, the control system comprising switching means arranged to control the terminal voltages applied to the windings and control means arranged to control the switching means (20, 22) so as to switch it between a plurality of states in each of a sequence of PWM periods, wherein the control means is further arranged to measure the voltage at the neutral point at sample times and to generate from the measured voltages an estimation of the rotational position of the rotor, characterised in that the control means is arranged to measure the neutral point voltage (u n) when all of the phases are connected to the DC link voltage (U DC) thereby to generate an estimation of the DC link voltage, and to use that estimation to generate the position estimation.
An impeller for a centrifugal pump with a first shroud having a number of blades and with a second shroud which is joined onto the first shroud by way of welding, wherein each blade has an apex region, at which it contacts the second shroud and at least one blade of the number of blades in a first section of the apex region has a weld connection to the second shroud, wherein at least one second section of the apex region is free of a weld connection, characterised in that one of the shrouds (4, 6) is manufactured of a transparent material and the other shroud (4, 6) is manufactured at least partly of light-absorptive material and that the weld connection is created by way of laser welding.
A method for creating multiple paths to an I/O device used for paging code or data in a virtual machine environment, the method comprising: requesting the instantiation of a secondary interface and configuring a physical driver for the I/O device, wherein the I/O device is capable of supporting multiple control interfaces; receiving a pointer from an I/O virtualization layer to an existing stack, wherein the existing stack comprises an existing driver to said I/O device; instantiating an object representing said I/O device; communicating to the I/O device via said existing stack and configuring a new driver for redirecting I/O to the I/O device via the new driver; providing a pointer to the object and new driver; sending a message to a primary interface for said I/O device to relinquish control of said I/O device to said secondary interface; and redirecting I/O to said I/O device via the new driver and secondary interface using said pointer. requesting the instantiation of a secondary interface and configuring a physical driver for the I/O device, wherein the I/O device is capable of supporting multiple control interfaces; receiving a pointer from an I/O virtualization layer to an existing stack, wherein the existing stack comprises an existing driver to said I/O device; instantiating an object representing said I/O device; communicating to the I/O device via said existing stack and configuring a new driver for redirecting I/O to the I/O device via the new driver; providing a pointer to the object and new driver; sending a message to a primary interface for said I/O device to relinquish control of said I/O device to said secondary interface; and redirecting I/O to said I/O device via the new driver and secondary interface using said pointer.
A therapeutically-effective amount of oritavancin or a salt thereof for use in a method of treating bacteremia and osteomyelitis in a subject, comprising administering the therapeutically-effective amount of oritavancin or the salt thereof to a subject having bacteremia and osteomyelitis, thereby treating bacteremia and osteomyelitis in a subject.
A printer comprising: a convexly curved media path for feeding print media along a media feed direction, the curved media path having an apex, a first section upstream of the apex and a second section downstream of the apex: a plurality of printheads mounted on a print chassis, the plurality of printheads being radially arranged with respect to the curved media path, and including a first printhead positioned for printing onto the first section and a second printhead positioned for printing onto the second section; a plurality of cappers for capping the plurality of printheads, each capper being positioned at one longitudinal side of a respective printhead and each capper being laterally moveable between capped and uncapped positions; and a lift mechanism for lifting and lowering the printheads between a maintenance position and a printing position, wherein: a first capper is positioned downstream of the first printhead and a second capper is positioned upstream of the second printhead in respective uncapped positions; characterized in that the plurality of cappers are mounted on a maintenance chassis fixedly mounted relative to the curved media path: and the lift mechanism moves the print chassis relative to the maintenance chassis. a convexly curved media path for feeding print media along a media feed direction, the curved media path having an apex, a first section upstream of the apex and a second section downstream of the apex: a plurality of printheads mounted on a print chassis, the plurality of printheads being radially arranged with respect to the curved media path, and including a first printhead positioned for printing onto the first section and a second printhead positioned for printing onto the second section; a plurality of cappers for capping the plurality of printheads, each capper being positioned at one longitudinal side of a respective printhead and each capper being laterally moveable between capped and uncapped positions; and a lift mechanism for lifting and lowering the printheads between a maintenance position and a printing position, a plurality of printheads mounted on a print chassis, the plurality of printheads being radially arranged with respect to the curved media path, and including a first printhead positioned for printing onto the first section and a second printhead positioned for printing onto the second section; a plurality of cappers for capping the plurality of printheads, each capper being positioned at one longitudinal side of a respective printhead and each capper being laterally moveable between capped and uncapped positions; and a lift mechanism for lifting and lowering the printheads between a maintenance position and a printing position, a first capper is positioned downstream of the first printhead and a second capper is positioned upstream of the second printhead in respective uncapped positions; characterized in that the plurality of cappers are mounted on a maintenance chassis fixedly mounted relative to the curved media path: and the lift mechanism moves the print chassis relative to the maintenance chassis.
A method of passing on a virtual product from a first buyer to a second buyer using a server, comprising: the first buyer having acquired a predetermined right to the original version of the virtual product from a provider and having obtained, from the provider, the virtual product in an original version in a digital form having a predetermined quality, selecting, by the first buyer, the virtual product to be passed on and extracting content identification data identifying the virtual product; logging in, by the first buyer, at the server and transmitting the content identification data to the server; after logging in, receiving, by the first buyer, from the server, a personalized copy of the virtual product having reduced quality, the copy of the virtual product having reduced quality containing all the information required for becoming a full-value product, the full-value product being achievable by a key only; passing on, by the first buyer, only the personalized copy of the virtual product having reduced quality to the second buyer; and after passing on, obtaining, by the first buyer, a reward once the second buyer has acquired a full version of the virtual product on the basis of the personalized copy of the virtual product having reduced quality. the first buyer having acquired a predetermined right to the original version of the virtual product from a provider and having obtained, from the provider, the virtual product in an original version in a digital form having a predetermined quality, selecting, by the first buyer, the virtual product to be passed on and extracting content identification data identifying the virtual product; logging in, by the first buyer, at the server and transmitting the content identification data to the server; after logging in, receiving, by the first buyer, from the server, a personalized copy of the virtual product having reduced quality, the copy of the virtual product having reduced quality containing all the information required for becoming a full-value product, the full-value product being achievable by a key only; passing on, by the first buyer, only the personalized copy of the virtual product having reduced quality to the second buyer; and after passing on, obtaining, by the first buyer, a reward once the second buyer has acquired a full version of the virtual product on the basis of the personalized copy of the virtual product having reduced quality.
Method for controlling in a closed-loop system the operating behaviour of a gas turbine combustion system with at least one combustion chamber and at least one burner installed therein, in which an introduction of water vapour in combination with a an introduction of fuel into the gas turbine combustion system takes place by injection of a mixture of water vapour and fuel or a mixture of water vapour and fuel with air, each of which is generated upstream of the injection site, into the burner upstream of the burner outlet in controlled manner via a control unit, and an introduction of air into the burner takes place upstream of the burner outlet in controlled manner via a control unit, characterized in that a combustion of the fuel takes place with a mass proportion of water vapour to air not exceeding 50% by additionally introducing the water vapour into the gas turbine combustion system together with air upstream of the burner, and/or by injection of the water vapour directly into the flame or into the combustion chamber close to the flame thereof, and/or by injection of the water vapour into the combustion chamber behind the flame thereof, in combination with the introduction of the fuel into the gas turbine combustion system also by injection of the fuel into the burner upstream of the burner outlet, and/or in the form of a mixture of fuel and water vapour upstream of the burner outlet, which mixture is generated in the burner after injecting both fuel and water vapour into the burner separately but spatially immediately adjacent to each other, and/or by injection of the fuel or a mixture of the fuel with air directly into the flame of the burner, wherein a vortex motion is induced in the air stream or the mixed air/vapour stream upon entry into the burner and the ratio relative to each other of the width and/or the recirculation stream of the inner and outer recirculation zones (IRZ or ERZ) generated downstream of the burner outlet by the "vortex breakdown" is changed by varying the intensity of the vortex motion for stabilising the flame in the combustion chamber and for reducing the formation of NO x, and wherein characteristic data of the operating state of the combustion chamber are captured continuously by sensor means and are input together with information signals relating to the current fuel composition, operating conditions, emissions, and to the current mass throughput of fuel, air and water vapour into the control unit, which regulates the water vapour and fuel mass flows correspondingly.
A ceiling system (100, 200, 300) comprising one or more ceiling panels (102, 402) for a pod room, characterised in that each ceiling panel comprises: one or more cover components (104, 404) movable between an open configuration and a closed configuration; and an actuation mechanism configured to move the one or more cover components from the closed configuration to the open configuration in response to a trigger, wherein the actuation mechanism is configured to bias one or more of the cover components towards the open configuration, and further configured in a first powered state to hold the one or more cover components in the closed configuration against the bias, and in a second unpowered state to allow the one or more cover components to move towards the open configuration under the bias, the actuation mechanism being configured to move from the first powered state to the second unpowered state in response to the trigger; and the ceiling system further comprising a detection unit configured to provide the trigger to each actuation mechanism in response to the detection of a predetermined condition and wherein the detection unit comprises a movement detector configured to respond to the detection of an absence of movement in the pod room. one or more cover components (104, 404) movable between an open configuration and a closed configuration; and an actuation mechanism configured to move the one or more cover components from the closed configuration to the open configuration in response to a trigger, wherein the actuation mechanism is configured to bias one or more of the cover components towards the open configuration, and further configured in a first powered state to hold the one or more cover components in the closed configuration against the bias, and in a second unpowered state to allow the one or more cover components to move towards the open configuration under the bias, the actuation mechanism being configured to move from the first powered state to the second unpowered state in response to the trigger; and