mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a catalyst component comprising Mg, Ti, and at least an electron donor compound said process comprising two or more steps of reaction in which in a first step (a) carried out at a temperature ranging from 0 to 150°C, a Mg based compound is reacted with a Ti compound, having at least a Ti-Cl bond, in an amount such that the Ti/Mg molar ratio is greater than 3 so as to generate an intermediate solid catalyst component containing Mg and Ti and, in a following step (b), the intermediate solid catalyst component (a) is contacted, in a gaseous dispersing medium, with a gaseous stream containing the electron donor compound ID thereby obtaining a final solid catalyst component having an ID/Ti molar ratio ranging from 0.5: 1 to 20:1.
A non-contact power supply system (1, 2) that is configured to supply power between a power reception coil that is provided to a vehicle and a power transmission coil that is provided to a power supply device in a non-contact manner by means of at least a magnetic coupling, wherein the power supply device comprises: a power supply side recording means for recording vehicle identification information, which represents the identification information of the vehicle; a power supply side communication means for performing a communication with the vehicle; and a power supply side controller for controlling the power that is outputted from a power source to the power transmission coil, the vehicle identification information being recorded in the power supply side recording means is the vehicle identification information of the vehicle in which a paired communication has been established between the power supply device and the vehicle, and the power supply side controller is configured to cross-check the vehicle identification information that is transmitted from the vehicle after stopping the power supply and the vehicle identification information that is recorded in the power supply side recording means, if the power supply is stopped before the power supply to the power reception coil is ended normally, and restarts the non-contact power supply from the power transmission coil to the power reception coil, if the vehicle identification information matches. a power supply side recording means for recording vehicle identification information, which represents the identification information of the vehicle; a power supply side communication means for performing a communication with the vehicle; and a power supply side controller for controlling the power that is outputted from a power source to the power transmission coil, the vehicle identification information being recorded in the power supply side recording means is the vehicle identification information of the vehicle in which a paired communication has been established between the power supply device and the vehicle, and the power supply side controller is configured to cross-check the vehicle identification information that is transmitted from the vehicle after stopping the power supply and the vehicle identification information that is recorded in the power supply side recording means, if the power supply is stopped before the power supply to the power reception coil is ended normally, and restarts the non-contact power supply from the power transmission coil to the power reception coil, if the vehicle identification information matches.
Apparatus for providing a reserve power source for a ventricular assist device, the apparatus comprising: a primary power source (20, 45) for powering the ventricular assist device disposed subcutaneously within a patient; a controller in a controller housing having a reserve battery therein for powering the ventricular assist device when the primary power source provides inadequate power to the ventricular assist device, and the controller housing configured for use externally of the patient with a percutaneous cable to the ventricular assist device; and a controller battery disposed in the controller housing, the controller battery configured to power electronic components of the controller. a primary power source (20, 45) for powering the ventricular assist device disposed subcutaneously within a patient; a controller in a controller housing having a reserve battery therein for powering the ventricular assist device when the primary power source provides inadequate power to the ventricular assist device, and the controller housing configured for use externally of the patient with a percutaneous cable to the ventricular assist device; and a controller battery disposed in the controller housing, the controller battery configured to power electronic components of the controller.
A case of a portable electronic device, the case comprising: a housing comprising: a brace; and at least one cutout; and a bezel coupled to the housing and comprising: a base structure comprising an externally exposed outer upper surface, wherein the entirety of the externally exposed outer upper surface has a substantially smooth outer surface; and an attachment portion extending from the base structure and engaging the housing, wherein the base structure and the attachment portion are constructed from a single piece of material, the attachment portion comprising: a plurality of walls extending into the housing, the plurality of walls comprising at least one engaging member engaging a slot defined by the brace, thereby coupling the bezel to the housing; and at least one aperture, wherein the at least one aperture aligns with at least one corresponding cutout of the housing. a housing comprising: a brace; and at least one cutout; and a brace; and at least one cutout; and a bezel coupled to the housing and comprising: a base structure comprising an externally exposed outer upper surface, wherein the entirety of the externally exposed outer upper surface has a substantially smooth outer surface; and an attachment portion extending from the base structure and engaging the housing, wherein the base structure and the attachment portion are constructed from a single piece of material, the attachment portion comprising: a plurality of walls extending into the housing, the plurality of walls comprising at least one engaging member engaging a slot defined by the brace, thereby coupling the bezel to the housing; and at least one aperture, wherein the at least one aperture aligns with at least one corresponding cutout of the housing. a base structure comprising an externally exposed outer upper surface, wherein the entirety of the externally exposed outer upper surface has a substantially smooth outer surface; and an attachment portion extending from the base structure and engaging the housing, wherein the base structure and the attachment portion are constructed from a single piece of material, the attachment portion comprising: a plurality of walls extending into the housing, the plurality of walls comprising at least one engaging member engaging a slot defined by the brace, thereby coupling the bezel to the housing; and at least one aperture, wherein the at least one aperture aligns with at least one corresponding cutout of the housing. a plurality of walls extending into the housing, the plurality of walls comprising at least one engaging member engaging a slot defined by the brace, thereby coupling the bezel to the housing; and at least one aperture, wherein the at least one aperture aligns with at least one corresponding cutout of the housing.
A nondispersive infrared gas detection sensor, comprising: - an optical cavity capable of receiving the gas, and defined by: +first and second opposite longitudinal ends (100, 101), and +a connecting portion (6a, 6b) extending transversely between the first end and the second end to connect the first and second ends (100, 101); - a light source arranged to emit infrared light in the optical cavity; - at least one infrared detector (3a, 3b) arranged to detect the infrared light; - at least one mirror (4a, 4b) arranged in optical cavity to guide the infrared light towards said at least one infrared detector (3a, 3b); - first and second reflective elements (5a, 5b) respectively extending at the first and second ends (100, 101) of the optical cavity, each of the first and second reflective elements (5a, 5b) comprising a reflective surface, and having an infrared light reflection coefficient greater than or equal to 75% for any angle of incidence; the first and second reflective elements (5a, 5b) being planar mirrors having said reflection coefficient; characterized in that the sensor is designed so as to arrange the light source between the first and second reflective elements (5a, 5b), the light source being directed so as to present an optical axis intersecting said at least one mirror (4a, 4b), said at least one mirror (4a, 4b) being formed by a reflective coating deposited on the connecting portion (6a, 6b). - an optical cavity capable of receiving the gas, and defined by: +first and second opposite longitudinal ends (100, 101), and +a connecting portion (6a, 6b) extending transversely between the first end and the second end to connect the first and second ends (100, 101); +first and second opposite longitudinal ends (100, 101), and +a connecting portion (6a, 6b) extending transversely between the first end and the second end to connect the first and second ends (100, 101); - a light source arranged to emit infrared light in the optical cavity; - at least one infrared detector (3a, 3b) arranged to detect the infrared light; - at least one mirror (4a, 4b) arranged in optical cavity to guide the infrared light towards said at least one infrared detector (3a, 3b); - first and second reflective elements (5a, 5b) respectively extending at the first and second ends (100, 101) of the optical cavity, each of the first and second reflective elements (5a, 5b) comprising a reflective surface, and having an infrared light reflection coefficient greater than or equal to 75% for any angle of incidence; the first and second reflective elements (5a, 5b) being planar mirrors having said reflection coefficient; characterized in that the sensor is designed so as to arrange the light source between the first and second reflective elements (5a, 5b), the light source being directed so as to present an optical axis intersecting said at least one mirror (4a, 4b), said at least one mirror (4a, 4b) being formed by a reflective coating deposited on the connecting portion (6a, 6b).
A method of fabricating a three dimensional, 3D, object using a plurality of substrate layers (301, 302, 303) corresponding to slices of the 3D object to be fabricated, comprising: for each substrate layer, selectively depositing a liquid on the substrate layer to correspond to the slice of the 3D object to be formed by the substrate layer, applying a powder to the substrate layer so that the powder adheres to the selectively deposited liquid, and removing excess powder that is not adhering to the liquid; and aligning the substrate layers with each other and placing them on top of one another, and transforming the adhered powder so that it hardens, thereby bonding the layers of the substrate together. for each substrate layer, selectively depositing a liquid on the substrate layer to correspond to the slice of the 3D object to be formed by the substrate layer, applying a powder to the substrate layer so that the powder adheres to the selectively deposited liquid, and removing excess powder that is not adhering to the liquid; and aligning the substrate layers with each other and placing them on top of one another, and transforming the adhered powder so that it hardens, thereby bonding the layers of the substrate together.
An assembly for a hollow disc pump for generating the aspiration/push of a fluid in said hollow disc pump, said assembly comprising: - an impeller; - a rotating shaft for rotating the impeller; - means (4, 5, 30, 36, Fr) to connect eccentrically the impeller to the rotating shaft with a variable eccentricity; - characterized in that said means comprise a guiding hole (Fr) obtained transversally into the rotating shaft and an annular element connected with the impeller and with such an internal diametrical opening that the rotating shaft couples into said internal diametrical opening eccentrically with respect to the axis of the rotating shaft, said annular element being provided with a pivot that is inserted slidingly in said guiding hole of the shaft in such a way that the annular element can move transversally with respect to the rotating shaft guided by the pivot that slides into the guiding hole in such a way as to be able to vary its eccentricity, and wherein elastic means are provided and arranged in such a way as to keep the annular element with an initial eccentricity (d); - said initial eccentricity varies when on the external perimeter of the annular element acts any possible force sufficient to exceed the force exerted by said elastic means. - an impeller; - a rotating shaft for rotating the impeller; - means (4, 5, 30, 36, Fr) to connect eccentrically the impeller to the rotating shaft with a variable eccentricity; - characterized in that said means comprise a guiding hole (Fr) obtained transversally into the rotating shaft and an annular element connected with the impeller and with such an internal diametrical opening that the rotating shaft couples into said internal diametrical opening eccentrically with respect to the axis of the rotating shaft, said annular element being provided with a pivot that is inserted slidingly in said guiding hole of the shaft in such a way that the annular element can move transversally with respect to the rotating shaft guided by the pivot that slides into the guiding hole in such a way as to be able to vary its eccentricity, and wherein elastic means are provided and arranged in such a way as to keep the annular element with an initial eccentricity (d); - said initial eccentricity varies when on the external perimeter of the annular element acts any possible force sufficient to exceed the force exerted by said elastic means.
An antiperspirant and/or deodorant composition for use in reducing IL-1α release and skin irritability, wherein the composition comprises: between 60 weight % and 95 weight % carrier, based on a total weight of the antiperspirant and/or deodorant composition; between 2 weight % and 25 weight % antiperspirant and/or deodorant active, based on the total weight of the antiperspirant and/or deodorant composition; between 1 weight % and 7 weight % surfactant, based on the total weight of the antiperspirant and/or deodorant composition; and between 0.1 weight % and 0.5 weight % preservative, based on the total weight of the antiperspirant and/or deodorant composition. between 60 weight % and 95 weight % carrier, based on a total weight of the antiperspirant and/or deodorant composition; between 2 weight % and 25 weight % antiperspirant and/or deodorant active, based on the total weight of the antiperspirant and/or deodorant composition; between 1 weight % and 7 weight % surfactant, based on the total weight of the antiperspirant and/or deodorant composition; and between 0.1 weight % and 0.5 weight % preservative, based on the total weight of the antiperspirant and/or deodorant composition.
A terminal antenna, comprising a mainboard, a feedpoint disposed on the mainboard, a metal housing, an adjustable apparatus, and at least two adjustable ground points comprising a first adjustable ground point and a second adjustable ground point, wherein the mainboard is located on an inner side of the metal housing, the metal housing is electrically connected to the mainboard, and a slot is disposed in the metal housing; the feedpoint and the at least two adjustable ground points each are disposed on a part of the mainboard facing the slot, wherein the feedpoint is located between the first adjustable ground point and the second adjustable ground point; and the first adjustable ground point, and the second adjustable ground point each are electrically connected to a ground of the mainboard by using the adjustable apparatus, and wherein the feedpoint is electrically connected to a feeding circuit on the mainboard, the feeding circuit is configured to process a transmit signal generated by a transmitter of a terminal on which the terminal antenna is located, and provide the processed transmit signal to the feedpoint; and the adjustable apparatus is configured to control whether each adjustable ground point is grounded so that signals with a same frequency can be radiated from a first end of the slot and a second end of the slot. the mainboard is located on an inner side of the metal housing, the metal housing is electrically connected to the mainboard, and a slot is disposed in the metal housing; the feedpoint and the at least two adjustable ground points each are disposed on a part of the mainboard facing the slot, wherein the feedpoint is located between the first adjustable ground point and the second adjustable ground point; and the first adjustable ground point, and the second adjustable ground point each are electrically connected to a ground of the mainboard by using the adjustable apparatus, and wherein the feedpoint is electrically connected to a feeding circuit on the mainboard, the feeding circuit is configured to process a transmit signal generated by a transmitter of a terminal on which the terminal antenna is located, and provide the processed transmit signal to the feedpoint; and the adjustable apparatus is configured to control whether each adjustable ground point is grounded so that signals with a same frequency can be radiated from a first end of the slot and a second end of the slot.
An aircraft storage bin comprising: an upper housing, and a bucket pivotally connected to the upper housing that cooperates with the upper housing to define a bin interior, wherein the bucket includes a bottom, a front edge and first and second opposing side walls (24a, 24b) extending upwardly from the bottom, wherein the bucket pivots about a pivot axis with respect to the upper housing between an open position and a closed position, wherein when the storage bin is installed in an aircraft, a first horizontal distance is defined between a first vertical line that extends through the pivot axis and the front edge of the bucket when the bucket is in the closed position, wherein a second horizontal distance is defined between the first vertical line and the front edge of the bucket when the bucket is in the open position, and wherein the first horizontal distance is greater than the second horizontal distance, the aircraft storage bin further comprising a first pivot mechanism operatively associated with the first side wall of the bucket and a second pivot mechanism operatively associated with the second side wall of the bucket, characterised in that the first side wall of the bucket defines a first arcuate slot therein and the second side wall of the bucket defines a second arcuate slot therein, and wherein the first arcuate slot receives the first pivot mechanism and the second arcuate slot receives the second pivot mechanism, wherein the first and second arcuate slots are open to a top edge of the first and second side walls (24a, 24b) of the bucket. an upper housing, and a bucket pivotally connected to the upper housing that cooperates with the upper housing to define a bin interior, wherein the bucket includes a bottom, a front edge and first and second opposing side walls (24a, 24b) extending upwardly from the bottom, wherein the bucket pivots about a pivot axis with respect to the upper housing between an open position and a closed position, wherein when the storage bin is installed in an aircraft, a first horizontal distance is defined between a first vertical line that extends through the pivot axis and the front edge of the bucket when the bucket is in the closed position, wherein a second horizontal distance is defined between the first vertical line and the front edge of the bucket when the bucket is in the open position, and wherein the first horizontal distance is greater than the second horizontal distance, the aircraft storage bin further comprising a first pivot mechanism operatively associated with the first side wall of the bucket and a second pivot mechanism operatively associated with the second side wall of the bucket, characterised in that the first side wall of the bucket defines a first arcuate slot therein and the second side wall of the bucket defines a second arcuate slot therein, and wherein the first arcuate slot receives the first pivot mechanism and the second arcuate slot receives the second pivot mechanism, wherein the first and second arcuate slots are open to a top edge of the first and second side walls (24a, 24b) of the bucket.
A portable apparatus comprising: sensor devices for measuring and processing physical activity-related measurement data; a proximity wireless connection circuitry configured to detect a second apparatus in proximity to the portable apparatus and communicate reference data to the second apparatus, wherein the reference data comprises an address to web location and causes the second apparatus to fetch and illustrate a user editable configuration template from said web location, wherein the user editable configuration template is associated with the communicated reference data, wherein the user editable configuration template is a web-based template, and wherein the proximity wireless connection circuitry is further configured to read at least some information of the user editable configuration template from the second apparatus; and a processing circuitry configured to receive the physical activity-related measurement data and the read information of the user editable configuration template, to process the physical activity-related measurement data, based at least partly on the read information of the user editable configuration template, into a physical activity-related parameter characterizing the physical activity, and to perform an algorithm, based on the read information of the user editable configuration template, that configures sensor settings of the portable apparatus. sensor devices for measuring and processing physical activity-related measurement data; a proximity wireless connection circuitry configured to detect a second apparatus in proximity to the portable apparatus and communicate reference data to the second apparatus, wherein the reference data comprises an address to web location and causes the second apparatus to fetch and illustrate a user editable configuration template from said web location, wherein the user editable configuration template is associated with the communicated reference data, wherein the user editable configuration template is a web-based template, and wherein the proximity wireless connection circuitry is further configured to read at least some information of the user editable configuration template from the second apparatus; and a processing circuitry configured to receive the physical activity-related measurement data and the read information of the user editable configuration template, to process the physical activity-related measurement data, based at least partly on the read information of the user editable configuration template, into a physical activity-related parameter characterizing the physical activity, and to perform an algorithm, based on the read information of the user editable configuration template, that configures sensor settings of the portable apparatus.