mhurhangee/ep-ind-claims huggingface dataset:
A process for producing melamine octamolybdate, the process consisting of reacting molybdenum trioxide (MoOs) and melamine in an acidic aqueous system at a pH of less than or equal to 4 to form a slurry of the melamine octamolybdate, wherein an aqueous mixture of the melamine is added slowly to a saturated aqueous mixture of the molybdenum trioxide over a time period from 30 min to 24 hr; wherein: the melamine octamolybdate is characterized by a temperature at a weight loss of 1% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C; and/or the melamine octamolybdate is characterized by a temperature at a weight loss of 2% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C. the melamine octamolybdate is characterized by a temperature at a weight loss of 1% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C; and/or the melamine octamolybdate is characterized by a temperature at a weight loss of 2% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C.
A face frame assembly, comprising a face frame defining an air inlet, an air inlet grille disposed near the air inlet, and a guiding rail structure, wherein the guiding rail structure is detachably connected to an air inlet grille and/or a face frame, comprising: a connecting member, wherein at least one side of the connecting member is provided with a buckle; a first guiding member, disposed on at least one side of the connecting member, wherein one end of the first guiding member is arc-shaped; and a second guiding member, disposed on at least one side of the connecting member and facing the arc end of the first guiding member, wherein the second guiding member and the first guiding member are cooperated with the connecting member to form a sliding rail, characterised in that the connection member and the buckle are configured for clamping the connection member to the air inlet grille and/or the face frame. a connecting member, wherein at least one side of the connecting member is provided with a buckle; a first guiding member, disposed on at least one side of the connecting member, wherein one end of the first guiding member is arc-shaped; and a second guiding member, disposed on at least one side of the connecting member and facing the arc end of the first guiding member, wherein the second guiding member and the first guiding member are cooperated with the connecting member to form a sliding rail,
A bottle assembly comprising: a container having an open end, a closed end, a base portion, and a neck together defining a liquid chamber within the container, the neck having a rim defining the open end of the container, the container having a central axis; a vent assembly positionable at least in part on the rim of the container to permit venting of the container during use, the vent assembly comprising at least one lateral vent extending other than parallel to the central axis of the container when the vent assembly is positioned on the rim of the container, the vent assembly comprising a vent insert including the at least one lateral vent and a perimeter wall, wherein the perimeter wall defines at least one vent opening and at least partially defines an annular gap extending circumferentially around the vent insert, the perimeter wall includes a curved surface defining the annular gap, the curved surface being concave relative to an exterior of the vent assembly, wherein the at least one vent opening is in flow communication with the at least one lateral vent and the annular gap such that air is allowed to flow from the annular gap into the lateral vent through the vent opening; and a collar assembly generally defining a closure for the container, the collar assembly configured for releasable engagement with the neck of the container over the open end thereof to retain the vent assembly together with the container, wherein the annular gap is defined between the collar assembly and the vent assembly. a container having an open end, a closed end, a base portion, and a neck together defining a liquid chamber within the container, the neck having a rim defining the open end of the container, the container having a central axis; a vent assembly positionable at least in part on the rim of the container to permit venting of the container during use, the vent assembly comprising at least one lateral vent extending other than parallel to the central axis of the container when the vent assembly is positioned on the rim of the container, the vent assembly comprising a vent insert including the at least one lateral vent and a perimeter wall, wherein the perimeter wall defines at least one vent opening and at least partially defines an annular gap extending circumferentially around the vent insert, the perimeter wall includes a curved surface defining the annular gap, the curved surface being concave relative to an exterior of the vent assembly, wherein the at least one vent opening is in flow communication with the at least one lateral vent and the annular gap such that air is allowed to flow from the annular gap into the lateral vent through the vent opening; and a collar assembly generally defining a closure for the container, the collar assembly configured for releasable engagement with the neck of the container over the open end thereof to retain the vent assembly together with the container, wherein the annular gap is defined between the collar assembly and the vent assembly.
A computer implemented method for removing noise correlated with a region of a detector by applying Extended Field Iterative Reconstruction Technique - EFIRT - in a three-dimensional - 3D - reconstruction of a 3D volume from transmission electron microscope images of a sample taken, using said detector, at different tilt angles, said method comprising: performing, using EFIRT, a set of successive reconstructions on an extended field larger than a region of interest - ROI - by increasing volumes of each successive reconstruction; and extracting and averaging the ROI from said set of successive reconstructions. performing, using EFIRT, a set of successive reconstructions on an extended field larger than a region of interest - ROI - by increasing volumes of each successive reconstruction; and extracting and averaging the ROI from said set of successive reconstructions.
An implant (110, 900) for bone fixation, comprising: an elongate body having a longitudinal axis and a triangular cross section transverse to the longitudinal axis, three faces, a plurality of apexes joining the three faces, and a plurality of pockets (122, 145) with openings on the three faces, wherein: the elongate body further comprises a central lumen extending along the longitudinal axis of the elongate body, characterised in that the plurality of pockets do not extend to the central lumen, and the implant has a bending strength or a shear strength of 0.5 to 0.9 relative to a reference implant that is cannulated but otherwise solid and which has a bending strength of 1.00 and a shear strength of 1.00. the elongate body further comprises a central lumen extending along the longitudinal axis of the elongate body, characterised in that the plurality of pockets do not extend to the central lumen, and the implant has a bending strength or a shear strength of 0.5 to 0.9 relative to a reference implant that is cannulated but otherwise solid and which has a bending strength of 1.00 and a shear strength of 1.00.
X-ray source for ionizing gases with a field emission tip array in a vacuum chamber, wherein the field emission tip array having field emission tips is arranged inside a vacuum region enclosed by a metallic hood and part of a metallic carrier plate, and wherein the field emission tip array is arranged in a manner in which it is electrically insulated with respect to the carrier plate on or above an insulating body in the carrier plate on an electrode extending through the insulating body and is electrically connected to said electrode and is connected, switched as a cathode, to a high-voltage source and wherein an X-ray-transmissive transmission window, which consists of beryllium or another suitable material, such as diamond, and is coated with tungsten or another braking material on the vacuum side, is arranged centrally above the field emission tip array in the hood, and wherein the hood is switched as an anode.
An apparatus for decoding an image, the apparatus comprising: an entropy decoding unit configured to receive intra prediction information and one-dimensional, 1D, quantized transform coefficients from an image encoding device, and restore a quantized transform block using the 1D quantized transform coefficients; an intra prediction unit configured to restore an intra prediction mode from the intra prediction information and generate a prediction block according to the intra prediction mode; an inverse quantization/transform unit configured to inversely quantize and inversely transform the quantized block to generate a residual block; and an adding unit configured to add the residual block and the prediction block to generate an original block, characterized in that: the entropy decoding unit restores a plurality of sub-blocks by applying a first scan pattern determined according to the intra prediction mode to the 1D quantized transform coefficients and restores the quantized transform block by applying a second scan pattern determined according to the intra prediction mode to the plurality of sub-blocks if it is determined that a size of the quantized block is equal to or larger than 8x8, wherein the first scan pattern is a scan order applied to the 1D quantized coefficients within a sub-block, and the second scan pattern is a scan order applied to the plurality of sub-blocks, wherein the first scan pattern is the same as the second scan pattern. the entropy decoding unit restores a plurality of sub-blocks by applying a first scan pattern determined according to the intra prediction mode to the 1D quantized transform coefficients and restores the quantized transform block by applying a second scan pattern determined according to the intra prediction mode to the plurality of sub-blocks if it is determined that a size of the quantized block is equal to or larger than 8x8, wherein the first scan pattern is a scan order applied to the 1D quantized coefficients within a sub-block, and the second scan pattern is a scan order applied to the plurality of sub-blocks, wherein the first scan pattern is the same as the second scan pattern.
A printer comprising: a printhead; a conveyance unit configured to convey label paper having peelable labels affixed to a continuous liner through a conveyance path passing a printing position of the printhead, and having a nip mechanism configured to nip the label paper at a nipping position upstream in the conveyance direction from the printing position on the conveyance path; a trailing end sensor configured to detect the trailing end of the label paper at a detection position set on the conveyance path upstream in the conveyance direction from the nipping position; a label sensor configured to detect the position of the label on the label paper; a cutter mechanism configured to cut the label paper at a cutting position set on the conveyance path on the downstream side in the conveyance direction from the printing position; and a controller configured to determine, when the trailing end of the label paper is detected, if the upstream side end of a target label being printed can be conveyed to the downstream side of the printing position before the conveyance distance by the conveyance unit reaches a specific amount, wherein if said conveyance is determined not possible, the controller is configured to control the printhead to interrupt printing to the target label, characterised in that the controller is further configured to control the conveyance unit after interrupting printing to set a specific position on the target label to the cutting position, and to control the cutter mechanism to cut the target label. a printhead; a conveyance unit configured to convey label paper having peelable labels affixed to a continuous liner through a conveyance path passing a printing position of the printhead, and having a nip mechanism configured to nip the label paper at a nipping position upstream in the conveyance direction from the printing position on the conveyance path; a trailing end sensor configured to detect the trailing end of the label paper at a detection position set on the conveyance path upstream in the conveyance direction from the nipping position; a label sensor configured to detect the position of the label on the label paper; a cutter mechanism configured to cut the label paper at a cutting position set on the conveyance path on the downstream side in the conveyance direction from the printing position; and a controller configured to determine, when the trailing end of the label paper is detected, if the upstream side end of a target label being printed can be conveyed to the downstream side of the printing position before the conveyance distance by the conveyance unit reaches a specific amount, wherein if said conveyance is determined not possible, the controller is configured to control the printhead to interrupt printing to the target label, characterised in that the controller is further configured to control the conveyance unit after interrupting printing to set a specific position on the target label to the cutting position, and to control the cutter mechanism to cut the target label.
A method, performed by a first node, wherein the method comprises: the first node subscribing to an event for one or more user equipments, UEs, at a Policy and Control Function, PCF,, wherein subscribing to the event comprises sending to the PCF an HTTP POST request message comprising a request uniform resource identifier, URI, and a request body comprising an event exposure subscription data structure comprising: i) an event subscription attribute identifying a policy event, ii) a URI attribute specifying a notification URI where to receive the requested notifications, iii) a notification identifier, ID, attribute specifying a correlation ID assigned by the first node, and iv) at least one of a network name filter attribute comprising one or more data network names, DNNs, or a single network slice selection assistance information, S-NSSAI, attribute comprising one or more S-NSSAIs; and the first node receiving a notification about the event, wherein the notification was transmitted by the PCF and the notification is an HTTP POST request that comprises said notification URI and further comprises an event exposure notification data structure that comprises: i) the correlation ID, ii) an event notifications attribute comprising information about the event, and iii) a PDU session attribute comprising information about a PDU session involved in the reported event and at least one of an S-NSSAI attribute identifying the S-NSSAI of the PDU session or a DNN attribute identifying the DNN of the PDU session. the first node subscribing to an event for one or more user equipments, UEs, at a Policy and Control Function, PCF,, wherein subscribing to the event comprises sending to the PCF an HTTP POST request message comprising a request uniform resource identifier, URI, and a request body comprising an event exposure subscription data structure comprising: i) an event subscription attribute identifying a policy event, ii) a URI attribute specifying a notification URI where to receive the requested notifications, iii) a notification identifier, ID, attribute specifying a correlation ID assigned by the first node, and iv) at least one of a network name filter attribute comprising one or more data network names, DNNs, or a single network slice selection assistance information, S-NSSAI, attribute comprising one or more S-NSSAIs; and the first node receiving a notification about the event, wherein the notification was transmitted by the PCF and the notification is an HTTP POST request that comprises said notification URI and further comprises an event exposure notification data structure that comprises: i) the correlation ID, ii) an event notifications attribute comprising information about the event, and iii) a PDU session attribute comprising information about a PDU session involved in the reported event and at least one of an S-NSSAI attribute identifying the S-NSSAI of the PDU session or a DNN attribute identifying the DNN of the PDU session.
A method for polishing a work, comprising the steps of: pressing a surface of the work onto a polishing part of a rotating polishing plate; and supplying slurry while performing the pressing step, the method being characterized in that an activated gas in the form of a plasma, which has been generated by gas discharge, is turned into micro-nano bubbles and mixed into the slurry. pressing a surface of the work onto a polishing part of a rotating polishing plate; and supplying slurry while performing the pressing step, the method being characterized in that an activated gas in the form of a plasma, which has been generated by gas discharge, is turned into micro-nano bubbles and mixed into the slurry.
A composition for use in reducing acid based erosion of teeth, which composition comprises (a) an orally acceptable vehicle (b) a copolymer of a methylvinyl ether and a maleic anhydride, (c) a metal salt that becomes more soluble at acidic pH wherein said metal salt is calcium carbonate; (d) an abrasive; and (e) a surfactant comprising sodium lauryl sulfate in an amount of 0.5-10% by weight, wherein delivering the composition to the oral cavity of a subject deposits a layer of the copolymer of a methylvinyl ether and a maleic anhydride and calcium carbonate on tooth enamel.
A probe device (10, 100, 200, 300, 400, 500) for use in treatment of tissues lining a body cavity by delivering light of multiple wavelengths produced by a light emitting unit into the body cavity, the probe device comprising a probe member having a portion thereof carrying a plurality of light sources, said portion of the probe member having a tampon like configuration with dimensions and shape suitable for insertion into a vagina, wherein the probe member is adapted for treatment of a vagina wall comprising mucous membrane and submucous layer; the light sources being arranged in a three-dimensional array within said portion of the probe member and being constituted by optical windows coupled to the light emitting unit; the light emitting unit being configured and operable to produce light components including yellow, to irradiate said light components via said optical windows outwardly from said portion of the probe member towards the vagina wall of the body cavity so as to have an effect on vaginal tissue rejuvenation or bacterial vaginosis, characterized in that the light emitting unit is located outside said portion of the probe member.
A method of activating a plurality of cascaded electron tube stages (14, 16, 18) within a common vacuum enclosure, the method comprising: a) interconnecting the plurality of cascaded electron tube stages (14, 16, 18) in series, from a non-final stage (14, 16) to a final stage, in such a manner that in each non-final stage an electrode (14a, 16a) is connected to an electrode (16c, 18c) of a subsequent stage by a respective electrical interconnection (20, 22); b) at least one of said respective electrical interconnections comprising a linking structure (20, 22) for electrically and mechanically joining an electrode (14a, 16a) of a previous stage with an electrode (16c, 18c) of a subsequent stage; said linking structure (20, 22) being the primary mechanical support for said electrode (14a, 16a) of the previous stage and for said electrode (16c, 18c) of the subsequent stage, the electrode of the previous stage comprising an anode (16a, 18a) and the electrode of the subsequent stage comprising a cathode (16c, 18c); c) placing the plurality of cascaded electron tube stages within the common vacuum enclosure and exhausting air from the enclosure; and d) providing electrical voltage between the cathode and the anode, being the electrodes, of a first serially-connected stage of said cascaded electron tube stages, so as to supply electrical energy to the first stage; said energy serially propagating through any intervening stage to the final stage so as to facilitate activation of all tube stages. a) interconnecting the plurality of cascaded electron tube stages (14, 16, 18) in series, from a non-final stage (14, 16) to a final stage, in such a manner that in each non-final stage an electrode (14a, 16a) is connected to an electrode (16c, 18c) of a subsequent stage by a respective electrical interconnection (20, 22); b) at least one of said respective electrical interconnections comprising a linking structure (20, 22) for electrically and mechanically joining an electrode (14a, 16a) of a previous stage with an electrode (16c, 18c) of a subsequent stage; said linking structure (20, 22) being the primary mechanical support for said electrode (14a, 16a) of the previous stage and for said electrode (16c, 18c) of the subsequent stage, the electrode of the previous stage comprising an anode (16a, 18a) and the electrode of the subsequent stage comprising a cathode (16c, 18c); c) placing the plurality of cascaded electron tube stages within the common vacuum enclosure and exhausting air from the enclosure; and d) providing electrical voltage between the cathode and the anode, being the electrodes, of a first serially-connected stage of said cascaded electron tube stages, so as to supply electrical energy to the first stage; said energy serially propagating through any intervening stage to the final stage so as to facilitate activation of all tube stages.
An antenna apparatus comprising: an approximately rectangular board having first and second opposite edges and third and fourth opposite edges; a first antenna disposed near the first edge of the board and having a first feed point disposed near the third edge of the board; a second antenna disposed near the second edge of the board and having a second feed point disposed near the fourth edge of the board; a first non-feed element disposed on the board and extending along the third or fourth edge of the board and grounded at a first ground point disposed at a first location distant from the first feed point and the second feed point; wherein the apparatus further comprises a second non-feed element grounded at a second ground point disposed at a second location distant from the first feed point and the second feed point, wherein the first non-feed element is connected to the first ground point via a first circuit element and the second non-feed element is connected to the second ground point via a second circuit element, the first circuit element and the second circuit element being adjustable circuit elements. an approximately rectangular board having first and second opposite edges and third and fourth opposite edges; a first antenna disposed near the first edge of the board and having a first feed point disposed near the third edge of the board; a second antenna disposed near the second edge of the board and having a second feed point disposed near the fourth edge of the board; a first non-feed element disposed on the board and extending along the third or fourth edge of the board and grounded at a first ground point disposed at a first location distant from the first feed point and the second feed point; wherein the apparatus further comprises a second non-feed element grounded at a second ground point disposed at a second location distant from the first feed point and the second feed point, wherein the first non-feed element is connected to the first ground point via a first circuit element and the second non-feed element is connected to the second ground point via a second circuit element, the first circuit element and the second circuit element being adjustable circuit elements.