mhurhangee/ep-ind-claims huggingface dataset:
A circuit board for a steering motor, wherein: a first magnetic element part; a second magnetic element part spaced apart from the first magnetic element part; a first power terminal electrically connected to the first magnetic element part; and a second power terminal spaced from the first power terminal and electrically connected to the second magnetic element part; wherein, the first magnetic element part comprises a plurality of magnetic elements (111, 112, 113), and the second magnetic element part comprises a plurality of magnetic elements (121, 122), characterized in that, the plurality of magnetic elements (111, 112, 113) of the first magnetic element part is disposed along a first circular arc having a first radius, and the plurality of magnetic elements (121, 122) of the second magnetic element part is disposed along a second circular arc having a second radius greater than the first radius, and wherein the first circular arc and the second circular arc are concentric. a first magnetic element part; a second magnetic element part spaced apart from the first magnetic element part; a first power terminal electrically connected to the first magnetic element part; and a second power terminal spaced from the first power terminal and electrically connected to the second magnetic element part; wherein, the first magnetic element part comprises a plurality of magnetic elements (111, 112, 113), and the second magnetic element part comprises a plurality of magnetic elements (121, 122), characterized in that, the plurality of magnetic elements (111, 112, 113) of the first magnetic element part is disposed along a first circular arc having a first radius, and the plurality of magnetic elements (121, 122) of the second magnetic element part is disposed along a second circular arc having a second radius greater than the first radius, and
A method for providing operating system independent error control in computing devices, the method comprising: defining with a reliability, availability and serviceability, RAS, controller a first memory region for correctable errors and a second memory region for uncorrectable errors; receiving an error indication at the RAS controller; determining with the RAS controller whether the received error indication is a correctable error; in response to the determination, if the received error indication is a correctable error, writing with the RAS controller information about the correctable error to the first memory region, and if the received error indication is an uncorrectable error, writing with the RAS controller information about the uncorrectable error to the second memory region and sending an interrupt request from the RAS controller to an operating system executing on a processor; polling, by the operating system the first memory region to determine whether there is a correctable error to handle; and storing subsequent error notifications in a buffer until receiving at the RAS controller an error acknowledgement indicating an error associated with the information in the first memory region or the second memory region has been handled. defining with a reliability, availability and serviceability, RAS, controller a first memory region for correctable errors and a second memory region for uncorrectable errors; receiving an error indication at the RAS controller; determining with the RAS controller whether the received error indication is a correctable error; in response to the determination, if the received error indication is a correctable error, writing with the RAS controller information about the correctable error to the first memory region, and if the received error indication is an uncorrectable error, writing with the RAS controller information about the uncorrectable error to the second memory region and sending an interrupt request from the RAS controller to an operating system executing on a processor; if the received error indication is a correctable error, writing with the RAS controller information about the correctable error to the first memory region, and if the received error indication is an uncorrectable error, writing with the RAS controller information about the uncorrectable error to the second memory region and sending an interrupt request from the RAS controller to an operating system executing on a processor; polling, by the operating system the first memory region to determine whether there is a correctable error to handle; and storing subsequent error notifications in a buffer until receiving at the RAS controller an error acknowledgement indicating an error associated with the information in the first memory region or the second memory region has been handled.
An arrangement for conduit guiding and conduit anchoring for a plurality of electrical cables, hydraulic and/or pneumatic conduits, or the like, to be movably mounted on a machine, said arrangement comprising a machine-attached base section for anchoring a support structure, which guides and/or surrounds the individual conduits and/or individual cables, and comprising a strain relief bridge attached at the base section, characterised in that the strain relief bridge that is attached at the base section is toollessly connectable to and disconnectable from the base section to enable the individual conduits and/or the individual cables leading to machine parts to be orderly fastened next to each other and/or on top of each other, wherein the strain relief bridge is connectable to the base section by means of a snap-lock connection, wherein the snap-lock connection has at least two snap-in surfaces arranged opposite each other, which engage with corresponding snap-in receptions at the base section, and wherein the snap-in surfaces are respectively formed by resiliently yielding snap-in tongues, which have tiered sections on their surface for engaging with the corresponding snap-in receptions at the base section.
A method of operating an ultrasound system to perform spatial compounding using a sonographic linear phased array comprising: transmitting ultrasound beams from a linear phased array transducer toward a skin line of a subject, as if the beams emanate from a virtual curved array transducer having a virtual apex, a virtual skin line and a virtual radius of curvature; collecting ultrasound data from the transmitted beams and ultrasound beams received from the subject by the linear phased array transducer; processing the collected data using spatial compounding calculations made for curved arrays, wherein the processing includes: substituting a curved array apex and a radius of curvature in the calculations with the virtual apex and the virtual radius of curvature, respectively, and discarding data corresponding to a region between the virtual skin line and the skin line of the subject; and generating an ultrasound image using the processed ultrasound data. transmitting ultrasound beams from a linear phased array transducer toward a skin line of a subject, as if the beams emanate from a virtual curved array transducer having a virtual apex, a virtual skin line and a virtual radius of curvature; collecting ultrasound data from the transmitted beams and ultrasound beams received from the subject by the linear phased array transducer; processing the collected data using spatial compounding calculations made for curved arrays, wherein the processing includes: substituting a curved array apex and a radius of curvature in the calculations with the virtual apex and the virtual radius of curvature, respectively, and discarding data corresponding to a region between the virtual skin line and the skin line of the subject; and substituting a curved array apex and a radius of curvature in the calculations with the virtual apex and the virtual radius of curvature, respectively, and discarding data corresponding to a region between the virtual skin line and the skin line of the subject; and generating an ultrasound image using the processed ultrasound data.
A composition comprising at least one biological control agent which is Paecilomyces lilacinus strain 251 (AGAL No. 89/030550) and at least one fungicide which is pencycuron in a synergistically effective amount.
A composition for use in the treatment and/or prevention of chemo-induced peripheral neuropathies and their symptoms induced by an anti-cancer compound, said composition comprising an aqueous liquid extract, said aqueous liquid extract comprising Phycocyanin.
A parking lock actuator comprising an output element that is adapted for being connected to a rotatable component of a parking lock, the output element being rotatably mounted so as to be rotatable between a locking position and a release position, a spindle drive that includes an electric motor, a spindle rotatably connected with the electric motor and a nut non-rotatably accommodated on the spindle, and a lever for converting a translational movement of the nut into a rotation of the output element, the nut being connected to the lever and the lever being connected to the output element in a torque-transmitting manner, the lever being pivotally fixed at a pivot axis and having only one degree of freedom in a pivot plane perpendicular to an extension of the output element, wherein a spring element is provided, characterized in that the spring element acts on the lever and biases the lever in a lever release direction (R L) towards the release position of the output element, supporting the nut in providing part of the torque required for rotating the output element in a release direction.
A cryogenic energy system for cooling and powering an indoor environment, the system comprising: a cryogenic open loop comprising a cryogen source to supply a cryogen and at least one transfer-expansion stage in fluid connection with the cryogen source, each transfer-expansion stage comprising at least one heat exchanger for heat transfer therein from a hot fluid to the cryogen and a power unit, for expansion therein of the cryogen that has been heated in the at least one heat exchanger to generate electricity, the at least one heat exchanger including an evaporator; and a heat supply open loop configured to provide the hot fluid for heat exchange with the cryogen in the at least one heat exchanger, the heat supply open loop comprising an exit for the hot fluid that has been cooled by the cryogen in the at least one heat exchanger; the cryogenic energy system configured to perform heat removal from a first heat transfer loop of a conventional cooling system of the indoor environment for at least partially cooling the indoor environment, the first heat transfer loop transferring heat obtained from air in the indoor environment, wherein the heat removal comprises one of: heat transfer from the first heat transfer loop to the cryogen in the evaporator; and heat transfer from the first heat transfer loop to the hot fluid in the heat supply open loop that has been cooled by the cryogen in the evaporator. a cryogenic open loop comprising a cryogen source to supply a cryogen and at least one transfer-expansion stage in fluid connection with the cryogen source, each transfer-expansion stage comprising at least one heat exchanger for heat transfer therein from a hot fluid to the cryogen and a power unit, for expansion therein of the cryogen that has been heated in the at least one heat exchanger to generate electricity, the at least one heat exchanger including an evaporator; and a heat supply open loop configured to provide the hot fluid for heat exchange with the cryogen in the at least one heat exchanger, the heat supply open loop comprising an exit for the hot fluid that has been cooled by the cryogen in the at least one heat exchanger; the cryogenic energy system configured to perform heat removal from a first heat transfer loop of a conventional cooling system of the indoor environment for at least partially cooling the indoor environment, the first heat transfer loop transferring heat obtained from air in the indoor environment, wherein the heat removal comprises one of: heat transfer from the first heat transfer loop to the cryogen in the evaporator; and heat transfer from the first heat transfer loop to the hot fluid in the heat supply open loop that has been cooled by the cryogen in the evaporator. heat transfer from the first heat transfer loop to the cryogen in the evaporator; and heat transfer from the first heat transfer loop to the hot fluid in the heat supply open loop that has been cooled by the cryogen in the evaporator.
A rotor for a centrifugal separator, the rotor having storing holes each for storing a sample tube with a cap, the storing holes being inclined with respect to an axis of the rotor such that an open end of each of the storing holes is directed toward the axis, wherein the cap of the sample tube has diameter larger than that of the open end opening of the sample tube, characterized in that the rotor further comprises: contact portions each coming into contact with an outer surface of the cap of the sample tube which are formed in open end sides of the storing holes, the contact portions each extending within the range of an angle θ in a circumferential direction of the corresponding storing hole where the angle θ is bigger than 180°, and having a notch at a portion thereof which faces the axis, and a cap storing potion of a substantially cylindrical shape surrounded by each cap contact portion, wherein the diameter of the cap storing portion is slightly larger than that of the cap of the sample tube. contact portions each coming into contact with an outer surface of the cap of the sample tube which are formed in open end sides of the storing holes, the contact portions each extending within the range of an angle θ in a circumferential direction of the corresponding storing hole where the angle θ is bigger than 180°, and having a notch at a portion thereof which faces the axis, and a cap storing potion of a substantially cylindrical shape surrounded by each cap contact portion, wherein the diameter of the cap storing portion is slightly larger than that of the cap of the sample tube.
A device for automatically preparing a hot beverage having brewing and/or crushing means provided in a device housing for a base material of the hot beverage as well as controlling means allocated thereto, which control a preparation mode for preparing a hot beverage in response to a preferably manual operation of an operating unit provided at or in the device housing, an electronic data transmission interface for a bidirectional transmission of the configuration data, which influence the preparation mode, and/or the operating data, which are generated from the preparation mode, via a preferably public data transmission network to a server and/or data processing unit connected so as to transmit data being allocated to the controlling means in such a manner that in response to a predetermined operating state detected from the operating data, in particular a maintenance and/or error operating state, data specific to the operating state can be transmitted from the server and/or data processing unit to the controlling means and/or to a further data processing unit on the side of the device, and/or in response to a demand on the side of the device connected so as to transmit data, configuration data specific to demands can be transmitted to the controlling means via the server and/or data processing unit, characterized in that the controlling means and/or the server and/or data processing unit is configured for generating and storing data identifying and/or being individual to the user, in particular from the generated operating data, and the data specific to the operating state and/or the configuration data specific to demands are generated based on the data identifying and/or being individual to the user.
A plant disease control composition comprising a carboxamide compound represented by formula:, wherein R 1 represents hydrogen or methyl, and R 2 represents methyl, difluoromethyl or trifluoromethyl, characterized in that the enantiomer ratio R form/S form of the carboxamide compound is 90/10 to 10,000/1. R 1 represents hydrogen or methyl, and R 2 represents methyl, difluoromethyl or trifluoromethyl, characterized in that the enantiomer ratio R form/S form of the carboxamide compound is 90/10 to 10,000/1.
A method of forming a plurality of pixels of an image sensor comprising: forming a plurality of light sensitive elements in a semiconductor substrate; and then forming a top planarizing layer over said light sensitive elements; characterized in that the method then includes: forming a trench structure (207, 601) in said top planarizing layer that encompasses each of said light sensitive elements; and then forming a respective micro-lens (205, 701) within the interior of said trench structure over each of said light sensitive elements so that the trench structure separates the individual micro-lenses and so that said micro-lenses are formed atop said top planarizing layer; wherein said trench structure in said top planarizing layer extends part-way into the top planarizing layer from the interface between the top planarizing layer and said micro-lenses (205, 701). forming a plurality of light sensitive elements in a semiconductor substrate; and then forming a top planarizing layer over said light sensitive elements; characterized in that the method then includes: forming a trench structure (207, 601) in said top planarizing layer that encompasses each of said light sensitive elements; and then forming a respective micro-lens (205, 701) within the interior of said trench structure over each of said light sensitive elements so that the trench structure separates the individual micro-lenses and so that said micro-lenses are formed atop said top planarizing layer; forming a trench structure (207, 601) in said top planarizing layer that encompasses each of said light sensitive elements; and then forming a respective micro-lens (205, 701) within the interior of said trench structure over each of said light sensitive elements so that the trench structure separates the individual micro-lenses and so that said micro-lenses are formed atop said top planarizing layer; wherein said trench structure in said top planarizing layer extends part-way into the top planarizing layer from the interface between the top planarizing layer and said micro-lenses (205, 701).
An apparatus comprising a light-sealable housing for curing light-curable ink printed on a substrate having light emitting diodes (LEDs), the apparatus comprising: an interface for supplying power to the LEDs; a substrate support; and a transfer device configured to change a relative position of the interface and the substrate support, wherein the transfer device is configured to bring the interface into contact with the substrate for providing the power to the LEDs for illuminating the LEDs to cure the light-curable ink. an interface for supplying power to the LEDs; a substrate support; and a transfer device configured to change a relative position of the interface and the substrate support, wherein the transfer device is configured to bring the interface into contact with the substrate for providing the power to the LEDs for illuminating the LEDs to cure the light-curable ink.
An engine structure comprising: a metal substrate; a thermal barrier coating layer overlying the metal substrate, wherein the thermal barrier coating layer has columnar grains with gaps defined therebetween; and a metal silicate protective layer disposed directly upon the thermal barrier coating layer, wherein the metal silicate protective layer covers the columnar grains and the gaps between the columnar grains, wherein the metal silicate protective layer comprises metal silicate in an amount of at least 98 weight % based on the total weight of the metal silicate protective layer, and wherein the metal silicate in the metal silicate protective layer is chosen from zirconium silicate, hafnium silicate, and combinations thereof. a metal substrate; a thermal barrier coating layer overlying the metal substrate, wherein the thermal barrier coating layer has columnar grains with gaps defined therebetween; and a metal silicate protective layer disposed directly upon the thermal barrier coating layer, wherein the metal silicate protective layer covers the columnar grains and the gaps between the columnar grains, wherein the metal silicate protective layer comprises metal silicate in an amount of at least 98 weight % based on the total weight of the metal silicate protective layer, and wherein the metal silicate in the metal silicate protective layer is chosen from zirconium silicate, hafnium silicate, and combinations thereof.
An airbag, normally folded and located in a structure of a vehicle, and configured to be expanded and unfolded by gas in an emergency case, the airbag comprising: a vent hole formed in a base cloth (1a, 1b) constituting the airbag; an open/close device configured to open and close the vent hole; and a stretch tether stretchable in stages and connected to the open/close device and an airbag component that moves when the airbag is expanded and unfolded, wherein the stretch tether is configured to assume, depending on an expansion and unfolding status of the airbag, a first stage including transition from a slack state to a tense state, a second stage including stretching to a predetermined length while maintaining the tense state, and a third stage including being slackened when an occupant of the vehicle contacts the airbag, the open/close device is configured to maintain the vent hole in the open state in the first stage, maintain the vent hole in the closed state in the second stage, and shift the vent hole to the open state in the third stage, characterized in that the open/close device includes a valve element that closes the vent hole from an outer side, and a strap connecting between the valve element and the stretch tether, the strap is inserted into the airbag through a slit (42, 54a) formed in the base cloth (1a, 1b) constituting the airbag, and includes a projection protruding in a width direction of the strap, and the projection is located on an outer side of the slit (42, 54a) in the first stage of the stretch tether. a vent hole formed in a base cloth (1a, 1b) constituting the airbag; an open/close device configured to open and close the vent hole; and a stretch tether stretchable in stages and connected to the open/close device and an airbag component that moves when the airbag is expanded and unfolded, wherein the stretch tether is configured to assume, depending on an expansion and unfolding status of the airbag, a first stage including transition from a slack state to a tense state, a second stage including stretching to a predetermined length while maintaining the tense state, and a third stage including being slackened when an occupant of the vehicle contacts the airbag, the open/close device is configured to maintain the vent hole in the open state in the first stage, maintain the vent hole in the closed state in the second stage, and shift the vent hole to the open state in the third stage, characterized in that the open/close device includes a valve element that closes the vent hole from an outer side, and a strap connecting between the valve element and the stretch tether, the strap is inserted into the airbag through a slit (42, 54a) formed in the base cloth (1a, 1b) constituting the airbag, and includes a projection protruding in a width direction of the strap, and the projection is located on an outer side of the slit (42, 54a) in the first stage of the stretch tether.