mhurhangee/ep-ind-claims huggingface dataset:
A cooling device for use in a thermal spray coating system characterised by comprising: a manifold including a face having multiple impingement holes less than 3.1 mm in diameter, a back plate spaced from the face, and perimeter walls adjoining the face and the back plate to form a cavity that is in communication with the impingement holes, the manifold having an inlet configured to supply gas to the cavity. a manifold including a face having multiple impingement holes less than 3.1 mm in diameter, a back plate spaced from the face, and perimeter walls adjoining the face and the back plate to form a cavity that is in communication with the impingement holes, the manifold having an inlet configured to supply gas to the cavity.
A snowmobile, comprising: a chassis extending along a longitudinal axis of the snow mobile, comprising a front chassis portion and a rear chassis portion, the front chassis portion including a bulkhead defined by cast portions (20, 22) connected along a center seam, a cross support tube extending transversely between the cast portions, and a steering mount positioned above the bulkhead by way of frame members; an engine having at least one intake and at least one exhaust port, the engine mounted with the at least one exhaust port facing forwardly; a steering post coupled to the steering mount and extending substantially along the longitudinal axis of the snowmobile, the steering post extending over a top of the engine; and characterised in that an exhaust outlet (204, 206) coupled to the at least one exhaust port, the exhaust outlet projecting vertically upwardly to a position higher than the engine, and projecting rearwardly between the steering post and one of the frame members and over a top of the cross support tube. a chassis extending along a longitudinal axis of the snow mobile, comprising a front chassis portion and a rear chassis portion, the front chassis portion including a bulkhead defined by cast portions (20, 22) connected along a center seam, a cross support tube extending transversely between the cast portions, and a steering mount positioned above the bulkhead by way of frame members; an engine having at least one intake and at least one exhaust port, the engine mounted with the at least one exhaust port facing forwardly; a steering post coupled to the steering mount and extending substantially along the longitudinal axis of the snowmobile, the steering post extending over a top of the engine; and characterised in that an exhaust outlet (204, 206) coupled to the at least one exhaust port, the exhaust outlet projecting vertically upwardly to a position higher than the engine, and projecting rearwardly between the steering post and one of the frame members and over a top of the cross support tube. an engine having at least one intake and at least one exhaust port, the engine mounted with the at least one exhaust port facing forwardly; a steering post coupled to the steering mount and extending substantially along the longitudinal axis of the snowmobile, the steering post extending over a top of the engine; and characterised in that an exhaust outlet (204, 206) coupled to the at least one exhaust port, the exhaust outlet projecting vertically upwardly to a position higher than the engine, and projecting rearwardly between the steering post and one of the frame members and over a top of the cross support tube.
A vehicular lamp comprising: a light source configured to emit light; a projection optical system configured to have a rear focal point (fp) in a rear thereof so as to project light emitted from the light source forward; a liquid crystal element which is arranged at the rear focal point of the projection optical system and configured to control an image of the light projected by the projection optical system; a condensing optical system configured to condense the light emitted from the light source toward the liquid crystal element; a polarizing beam splitter configured to transmit first light including one polarization component of the light emitted from the light source and reflect and separate second light including the other polarization component of the light emitted from the light source; a reflective optical system configured to reflect the first light toward the liquid crystal element; and a polarization rotation element which is disposed in an optical path between the polarizing beam splitter and the liquid crystal element, and configured to rotate a polarization direction of one of the first light and the second light so that it coincide with the other light in terms of a polarization direction thereof; characterized by further comprising a first polarizing plate which is disposed in an optical path between the liquid crystal element and the projection optical system and configured to transmit light of a specific polarization component; and wherein the first light and the second light are condensed at a shared condensing point. a light source configured to emit light; a projection optical system configured to have a rear focal point (fp) in a rear thereof so as to project light emitted from the light source forward; a liquid crystal element which is arranged at the rear focal point of the projection optical system and configured to control an image of the light projected by the projection optical system; a condensing optical system configured to condense the light emitted from the light source toward the liquid crystal element; a polarizing beam splitter configured to transmit first light including one polarization component of the light emitted from the light source and reflect and separate second light including the other polarization component of the light emitted from the light source; a reflective optical system configured to reflect the first light toward the liquid crystal element; and a polarization rotation element which is disposed in an optical path between the polarizing beam splitter and the liquid crystal element, and configured to rotate a polarization direction of one of the first light and the second light so that it coincide with the other light in terms of a polarization direction thereof; characterized by further comprising a first polarizing plate which is disposed in an optical path between the liquid crystal element and the projection optical system and configured to transmit light of a specific polarization component; and wherein the first light and the second light are condensed at a shared condensing point.
A switching material comprising: (a) one or more than one polymers; (b) an electrolyte comprising: (i) a salt; and (ii) a solvent portion comprising one or more solvents; (c) one or more compounds having electrochromic and photochromic properties dispersed homogeneously through the electrolyte; and wherein the switching material is transitionable from a light state to a dark state on exposure to UV light and from a dark state to a light state with application of an electric voltage; characterised in that the one or more than one polymers are chemically crosslinked with a crosslinking agent selected from the group consisting of: an isocyanate, an epoxide, an aldehyde, and a silane, wherein the crosslinking agent comprises 0.01 wt% to 1 wt% of the switching material. (a) one or more than one polymers; (b) an electrolyte comprising: (i) a salt; and (ii) a solvent portion comprising one or more solvents; (i) a salt; and (ii) a solvent portion comprising one or more solvents; (c) one or more compounds having electrochromic and photochromic properties dispersed homogeneously through the electrolyte; and
Method for detecting and tracking targets in a series of optronic images of one and same monotoring field, comprising the following steps carried out for each image being processed: /1/ using a detection threshold, looking for pixels inside the image, which each have a value of a signal-to-noise ratio greater than the detection threshold; /2/ inside a matrix of the image, grouping together some of the pixels of which the values of the signal-to-noise ratio are greater than the detection threshold, when said pixels are close to one another in the image, so as to form grouping plots; /3/ selecting some of the plots formed in step /2/, in a limited number with respect to all the plots formed in step /2/, and /4/ testing a tracking sequence only for the selected plots, and stating a target track for a chain of plots selected in the different images if the tracking sequence is completely satisfied for said chain of plots; the method being characterised in that the number of plots selected in step /3/ is limited based on an integrated intensity value Nc calculated for a target presence probability density distribution produced for the tracking sequences which are already undergoing testing before step /3/ is executed for the image currently processed, and based on a number of plots Nt of said distribution which have individual weights greater than a predetermined weight threshold, the integrated intensity value being an integral sum of the individual values of probability density distribution for all points of the image matrix, and the individual weight of each plot resulting from a combination of a spatial extension of the plot in the image with a contrast of this plot. /1/ using a detection threshold, looking for pixels inside the image, which each have a value of a signal-to-noise ratio greater than the detection threshold; /2/ inside a matrix of the image, grouping together some of the pixels of which the values of the signal-to-noise ratio are greater than the detection threshold, when said pixels are close to one another in the image, so as to form grouping plots; /3/ selecting some of the plots formed in step /2/, in a limited number with respect to all the plots formed in step /2/, and /4/ testing a tracking sequence only for the selected plots, and stating a target track for a chain of plots selected in the different images if the tracking sequence is completely satisfied for said chain of plots;
A lighting device comprising: a substrate; a light emitting device disposed on the substrate; a driving unit supplying electric power to the light emitting device and connected to the substrate through a conductive line; a heat radiating body radiating heat from the light emitting devices and comprising a hole through which the conductive line passes; and an insulator coupled with the hole and having a opening, characterized in that the outer surface of the heat radiating body has a prominence and depression structure, wherein the prominence and depression structure includes a wave-shaped prominence curved in one direction. a substrate; a light emitting device disposed on the substrate; a driving unit supplying electric power to the light emitting device and connected to the substrate through a conductive line; a heat radiating body radiating heat from the light emitting devices and comprising a hole through which the conductive line passes; and an insulator coupled with the hole and having a opening, characterized in that the outer surface of the heat radiating body has a prominence and depression structure,
A method of speed management and control, comprising: receiving a present geographic position of a wireless device; determining a speed limit corresponding to the present geographic position; and selectively generating an alert conprising a warning that the speed limit has increased or decreased based on a comparison of the speed limit and a prior speed limit. receiving a present geographic position of a wireless device; determining a speed limit corresponding to the present geographic position; and selectively generating an alert conprising a warning that the speed limit has increased or decreased based on a comparison of the speed limit and a prior speed limit.
Mammography system having a. a stand unit for arrangement of the mammography system on the floor; b. an L-shaped source unit, one arm of which is connected to an X-ray detector in a rotatably mounted manner on a front face of the stand unit, and the other arm protrudes substantially perpendicularly, with the result that an X-ray source is arranged at the end of the source unit remote from the stand unit; c. a substantially U-shaped protective unit, the first arm of which is attached to the stand unit, in particular to a rear face thereof, in a rotatably mounted manner in particular such that it can rotate independently of the source unit, the second arm extends along the top face of the source unit in a first operating state, and the third arm has, at the end of the protective unit remote from the stand element, a protective shield for supporting the patient's head, characterised in that the protective unit comprises sensors for collision protection. a. a stand unit for arrangement of the mammography system on the floor; b. an L-shaped source unit, one arm of which is connected to an X-ray detector in a rotatably mounted manner on a front face of the stand unit, and the other arm protrudes substantially perpendicularly, with the result that an X-ray source is arranged at the end of the source unit remote from the stand unit; c. a substantially U-shaped protective unit, the first arm of which is attached to the stand unit, in particular to a rear face thereof, in a rotatably mounted manner in particular such that it can rotate independently of the source unit, the second arm extends along the top face of the source unit in a first operating state, and the third arm has, at the end of the protective unit remote from the stand element, a protective shield for supporting the patient's head, characterised in that the protective unit comprises sensors for collision protection.
A process for preparing an oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone as determined by the HPLC method of Example 6, which process comprises the steps of: (a) hydrogenating a 14-hydroxycodeinone composition to obtain an oxycodone free base composition; (b) converting the oxycodone free base to oxycodone hydrochloride; and (c) hydrogenating the oxycodone hydrochloride composition formed in step (b) to produce an oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone. (a) hydrogenating a 14-hydroxycodeinone composition to obtain an oxycodone free base composition; (b) converting the oxycodone free base to oxycodone hydrochloride; and (c) hydrogenating the oxycodone hydrochloride composition formed in step (b) to produce an oxycodone hydrochloride composition having less than 25 ppm 14-hydroxycodeinone.
A topical pharmaceutical composition comprising 5-(aziridin-1-yl)-4-hydroxylamino-2-nitrobenzamide and a topically-acceptable adjuvant, diluent or carrier.
A conductive textile-based inductance-type electrode apparatus configured for bio-signal detection, comprising: an electrode unit having a textile electrode configured for receiving an oscillation signal from an oscillating unit and outputting a bio signal of a subject person, the textile electrode having a spiral coil disposed at a textile sheet and forming a loop by spirally turning a coil thread with conductivity such that one end of the spiral coil is disposed at an outer portion of the loop, and the other end is disposed at a center portion of the loop; and a bottom textile sheet configured to come in contact with a skin of the subject person, the apparatus being characterized in that it further comprises: a plurality of buffering members disposed between the electrode unit and the bottom textile sheet to separate the textile electrode unit from the skin, wherein the buffering members are spaced apart from each other to form a space between them. an electrode unit having a textile electrode configured for receiving an oscillation signal from an oscillating unit and outputting a bio signal of a subject person, the textile electrode having a spiral coil disposed at a textile sheet and forming a loop by spirally turning a coil thread with conductivity such that one end of the spiral coil is disposed at an outer portion of the loop, and the other end is disposed at a center portion of the loop; and a bottom textile sheet configured to come in contact with a skin of the subject person, the apparatus being characterized in that it further comprises: a plurality of buffering members disposed between the electrode unit and the bottom textile sheet to separate the textile electrode unit from the skin, wherein the buffering members are spaced apart from each other to form a space between them.
A method for prepayment of contents, comprising the steps of: generating an authentication key; maintaining an authentication key validity database of used authentication keys for verifying the va-lidity of any of the generated authentication keys; delivering the generated authentication key to a user; informing the user of the availability of a plurality of different contents; receiving from the user over a first communications link an indication of a desired content and a request for the desired content; receiving from the user the generated authentication key to indicate prepayment for the requested content, said generated authentication key being allowed to be used only once; verifying whether the generated authentication key is valid using an algorithm used for the generation of said generated authentication key; checking that said generated authentication key is not contained in said database of used authentication keys; recording said generated authentication key in said database of used authentication keys; providing the requested content to the user over a second communications link, if the generated authentication key is valid and said key is not contained in said database of used authentication keys; and modifying the validity database on providing the requested content so that a monetary value corresponding to the generated authentication key indicating the payment is reduced according to a price of the content requested by the user. generating an authentication key; maintaining an authentication key validity database of used authentication keys for verifying the va-lidity of any of the generated authentication keys; delivering the generated authentication key to a user; informing the user of the availability of a plurality of different contents; receiving from the user over a first communications link an indication of a desired content and a request for the desired content; receiving from the user the generated authentication key to indicate prepayment for the requested content, said generated authentication key being allowed to be used only once; verifying whether the generated authentication key is valid using an algorithm used for the generation of said generated authentication key; checking that said generated authentication key is not contained in said database of used authentication keys; recording said generated authentication key in said database of used authentication keys; providing the requested content to the user over a second communications link, if the generated authentication key is valid and said key is not contained in said database of used authentication keys; and modifying the validity database on providing the requested content so that a monetary value corresponding to the generated authentication key indicating the payment is reduced according to a price of the content requested by the user.
A method for routing data at a rack comprising a plurality of servers (116, 510) and at least two top-of-rack switches, the method comprising: on each of the plurality of servers, duplicating data signals on two network interfaces of a network interface card, each of the network interfaces communicatively coupled to a different one of the two top-of-rack switches (520, 530) via a physical or media layer switch; activating a control signal to indicate an active communication path from one of the switches to one or more of the servers, the active communication path corresponding to a first of the two network interfaces; in response to detecting a failure of the active communication path, modifying, by at least one of the switches or one of the servers, the control signal to indicate a switch to the second of the two network interfaces, wherein the active and alternate communication paths are pre-provisioned to forward current session traffic addressed to one of the plurality of servers using path labels; and diverting data signals of the current session traffic via the alternate communication path using the path labels. on each of the plurality of servers, duplicating data signals on two network interfaces of a network interface card, each of the network interfaces communicatively coupled to a different one of the two top-of-rack switches (520, 530) via a physical or media layer switch; activating a control signal to indicate an active communication path from one of the switches to one or more of the servers, the active communication path corresponding to a first of the two network interfaces; in response to detecting a failure of the active communication path, modifying, by at least one of the switches or one of the servers, the control signal to indicate a switch to the second of the two network interfaces, wherein the active and alternate communication paths are pre-provisioned to forward current session traffic addressed to one of the plurality of servers using path labels; and diverting data signals of the current session traffic via the alternate communication path using the path labels.
A biomass gas-fired engine system characterized in that it is configured: to generate biomass gas in a gasification furnace, and to supply the biomass gas to an engine through a zero governor unit; to connect the zero governor unit with an air supply path for purging residual gas out of a zero governor with air; to purge residual gas out of the zero governor with air, after supply of the biomass gas from the gasification furnace has ended; and is equipped with a control section which provides control for extending a normal operation time of a starter motor by a time to recharge biomass gas in an amount corresponding to an amount of residual gas expelled by the air purge, only when the engine is started for a first time after the gasification furnace starts to supply the biomass gas. to generate biomass gas in a gasification furnace, and to supply the biomass gas to an engine through a zero governor unit; to connect the zero governor unit with an air supply path for purging residual gas out of a zero governor with air; to purge residual gas out of the zero governor with air, after supply of the biomass gas from the gasification furnace has ended; and is equipped with a control section which provides control for extending a normal operation time of a starter motor by a time to recharge biomass gas in an amount corresponding to an amount of residual gas expelled by the air purge, only when the engine is started for a first time after the gasification furnace starts to supply the biomass gas.