mhurhangee/ep-ind-claims huggingface dataset:
A vacuum enclosure which is defined by a wall having inner and outer surfaces, where the inner surface is in contact with the vacuum and the outer surface is in contact with ambient air, and comprising therein a getter for undesired gaseous contaminants including at least hydrogen and water vapor, wherein said getter comprises a substrate integral with said inner surface and deposited thereon by vacuum deposition a thin-layer laminate including at least one layer of substance(s) selected from the group consisting of platinum group metals and oxides thereof, and at least one porous hydrophilic layer of a mixture of at least one active metal with at least one active metal oxide, wherein the at least one layer of substance(s) is deposited on the substrate, and the at least one porous hydrophilic layer is deposited on the at least one layer of the substance(s), and wherein the substrate is aluminum or titanium.
A breathable gas supply regulation device, said gas being supplied by a respiratory assistance apparatus in respiratory assistance to a patient, which device comprises a first input provided for receiving a leakage signal produced, in case of a gas leakage detection, by a detection member provided to detect a leakage in the gas supplied by the respiratory assistance apparatus, which device is provided for regulating the supply of breathable gas to the patient in response to a received leakage signal, characterised in that the device comprises a second input provided for receiving a patient mouth movement measurement signal produced by a mouth movement measurement device, which regulation device comprises a processing unit provided for generating a synchronisation signal by synchronising in time the mouth movement measurement signal and the leakage signal and for establishing, under control of the synchronisation signal, if a variation of the value of the mouth movement measurement signal occurred and for generating a first control signal when establishing that a variation of value of the mouth movement measurement signal occurred, which processing unit is provided for generating under control of the first control signal a modification amount indicating the modification to be applied to the supply of breathable gas supplied by the respiratory assistance apparatus.
Process for the purification of an alcohol in the course of a process comprising: providing a reaction zone comprising an acid type catalyst; providing a reaction zone comprising an acidic adsorbent material and/ or a combination of acidic sorbent materials; providing an alcohol stream comprising impurities selected in the group consisting of: nitriles, aldehydes, ketons, carboxylic acids, carboxylic esters, amides and the corresponding thio-compounds, and imines, wherein said alcohol stream is introduced into a reaction zone comprising an hydrogenation catalyst and brought into contact with said catalyst, in the presence of hydrogen, at conditions effective (i) to convert a portion or the whole impurities to modified impurities capable to be retained on the acidic adsorbent material of the reaction zone or (ii) to convert a portion or the whole impurities to modified impurities having no adverse effect on the acid type catalyst of the reaction zone or both (i) + (ii); introducing the alcohol stream of into the reaction zone and bringing said stream into contact with the sorbent material(s) at conditions effective to reduce the amount of impurities having an adverse effect on the acid type catalyst of the reaction zone; recovering from step an alcohol stream and introducing it into the reaction zone; optionally introducing one or more reactants into the reaction zone; operating said reaction zone at conditions effective to recover a valuable effluent and wherein, the reaction zone provides the dehydration of an alcohol. providing a reaction zone comprising an acid type catalyst; providing a reaction zone comprising an acidic adsorbent material and/ or a combination of acidic sorbent materials; providing an alcohol stream comprising impurities selected in the group consisting of: nitriles, aldehydes, ketons, carboxylic acids, carboxylic esters, amides and the corresponding thio-compounds, and imines, wherein said alcohol stream is introduced into a reaction zone comprising an hydrogenation catalyst and brought into contact with said catalyst, in the presence of hydrogen, at conditions effective (i) to convert a portion or the whole impurities to modified impurities capable to be retained on the acidic adsorbent material of the reaction zone or (ii) to convert a portion or the whole impurities to modified impurities having no adverse effect on the acid type catalyst of the reaction zone or both (i) + (ii); introducing the alcohol stream of into the reaction zone and bringing said stream into contact with the sorbent material(s) at conditions effective to reduce the amount of impurities having an adverse effect on the acid type catalyst of the reaction zone; recovering from step an alcohol stream and introducing it into the reaction zone; optionally introducing one or more reactants into the reaction zone; operating said reaction zone at conditions effective to recover a valuable effluent and wherein, the reaction zone provides the dehydration of an alcohol.
A depositing arrangement for evaporation of a material comprising an alkali metal or alkaline earth metal and for deposition of the material on a substrate, comprising: a first chamber configured for liquefying the material, wherein the first chamber comprises a gas inlet configured for inlet of a gas in the first chamber, an evaporation zone configured for vaporizing the liquefied material; a line providing a fluid communication between the first chamber and the evaporation zone for the liquefied material, wherein the line includes a first portion defining a flow resistance of the line;; a valve configured for controlling a flow rate of the gas in the first chamber for controlling a flow rate of the liquefied material through the line having said flow resistance; the flow rate of the liquefied material controls a deposition rate of the vaporized material on the substrate; and one or more outlets for directing the vaporized material towards the substrate; and a vapor distribution showerhead comprising the one or more outlets. a first chamber configured for liquefying the material, wherein the first chamber comprises a gas inlet configured for inlet of a gas in the first chamber, an evaporation zone configured for vaporizing the liquefied material; a line providing a fluid communication between the first chamber and the evaporation zone for the liquefied material, wherein the line includes a first portion defining a flow resistance of the line;; a valve configured for controlling a flow rate of the gas in the first chamber for controlling a flow rate of the liquefied material through the line having said flow resistance; the flow rate of the liquefied material controls a deposition rate of the vaporized material on the substrate; and one or more outlets for directing the vaporized material towards the substrate; and a vapor distribution showerhead comprising the one or more outlets.
A polymeric composition comprising: a polyolefin polymer; a metallic acrylate salt; and an acid neutralizer, the acid neutralizer being sodium carbonate, sodium bicarbonate, sodium hydroxide, potassium hydroxide, zinc stearate, calcium stearate, a combination of zinc oxide and sodium carbonate, or a combination thereof. a polyolefin polymer; a metallic acrylate salt; and an acid neutralizer, the acid neutralizer being sodium carbonate, sodium bicarbonate, sodium hydroxide, potassium hydroxide, zinc stearate, calcium stearate, a combination of zinc oxide and sodium carbonate, or a combination thereof.
Press-in pin for an electrical press-in connection between an electronic component and a substrate plate with an electrical contact hole, having - a press-in pin head having a press-in head length (l K), - a press-in pin leg that extends between the electronic component and the press-in pin head, - a press-in pin collar that forms a transition between the press-in pin leg and the press-in pin head and has an arresting shoulder, wherein the press-in pin head is coated with a layer of a lead-free tin alloy, and the press-in pin collar with the arresting shoulder has an electrically insulating coating, characterized in that a tin-free region is provided on a press-in pin shank of the press-in pin head, at the transition to the press-in pin collar, in order to provide extra space for sheared-off tin alloy. - a press-in pin head having a press-in head length (l K), - a press-in pin leg that extends between the electronic component and the press-in pin head, - a press-in pin collar that forms a transition between the press-in pin leg and the press-in pin head and has an arresting shoulder,
A n-type SiC single crystal containing germanium and nitrogen, wherein the density ratio of the germanium and the nitrogen [Ge/N] satisfies the relationship 0.17 < [Ge/N] < 1.60, the nitrogen density satisfies the relationship 1.00 × 10 19 /cm 3 ≤ ≤ 1.00 × 10 20 /cm 3, and the germanium density [Ge] satisfies the relationship 1.70 × 10 18 /cm 3 < [Ge] < 1.60 × 10 20 /cm 3.
A surgical instrument, comprising: a hollow sheath including an opening, wherein the hollow sheath defines a longitudinal axis and the opening defines a plane which is not transverse to the longitudinal axis; a blade disposed at least partially within the hollow sheath and extending through the opening, wherein the blade comprises a pointed tip and a cross-sectional shape adjacent to the tip that is a polygon and tapers to the pointed tip, and wherein the pointed tip projects away from the longitudinal axis; and at least one ultrasonic transducer operably coupled to the blade. a hollow sheath including an opening, wherein the hollow sheath defines a longitudinal axis and the opening defines a plane which is not transverse to the longitudinal axis; a blade disposed at least partially within the hollow sheath and extending through the opening, wherein the blade comprises a pointed tip and a cross-sectional shape adjacent to the tip that is a polygon and tapers to the pointed tip, and wherein the pointed tip projects away from the longitudinal axis; and at least one ultrasonic transducer operably coupled to the blade.
A method for operating a wireless communication device connectable to a cellular network comprising a plurality of cells, the method characterised by: - receiving, from the cellular network, configuration information for delaying a transmission of a paging area update request that triggers a paging area update of a paging area of a paging operation of the wireless communication device, - when operating in a disconnected mode associated with the paging operation, determining that the paging area update is required, and - upon determining that the paging area update is required, delaying the transmission of the paging area update request in accordance with the configuration information. - receiving, from the cellular network, configuration information for delaying a transmission of a paging area update request that triggers a paging area update of a paging area of a paging operation of the wireless communication device, - when operating in a disconnected mode associated with the paging operation, determining that the paging area update is required, and - upon determining that the paging area update is required, delaying the transmission of the paging area update request in accordance with the configuration information.
A user equipment, UE, for a 3 rd generation partnership project, 3GPP,-based wireless communication system having a plurality of Bandwidth Parts, BWPs, in a cell, the UE comprising: a processor; and a communication module, wherein the processor is configured to: receive downlink control information, DCI, for scheduling a physical shared channel, wherein the DCI includes a resource indication value, RIV, defined with reference to a size N BWP1 of a first BWP; and based on the RIV of the DCI, transmit or receive the physical shared channel on a contiguous resource block, RB, set within a second BWP with a size N BWP2, wherein, when N BWP2 > N BWP1, the RIV corresponds to a starting RB index S and a length L of the contiguous RB set within the second BWP as follows, by using a scaling factor K: - S: an element of {0, K, 2*K,..., (N BWP1 -1)*K}, and - L: an element of {K, 2*K, 3*K,..., N BWP1 *K}, where the scaling factor K is determined depending on (N BWP2 /N BWP1), within a set of values {2"} where n represents non-negative integers starting from 0. a processor; and a communication module, wherein the processor is configured to: receive downlink control information, DCI, for scheduling a physical shared channel, wherein the DCI includes a resource indication value, RIV, defined with reference to a size N BWP1 of a first BWP; and based on the RIV of the DCI, transmit or receive the physical shared channel on a contiguous resource block, RB, set within a second BWP with a size N BWP2, wherein, when N BWP2 > N BWP1, the RIV corresponds to a starting RB index S and a length L of the contiguous RB set within the second BWP as follows, by using a scaling factor K: - S: an element of {0, K, 2*K,..., (N BWP1 -1)*K}, and - L: an element of {K, 2*K, 3*K,..., N BWP1 *K}, where the scaling factor K is determined depending on (N BWP2 /N BWP1), within a set of values {2"} where n represents non-negative integers starting from 0. receive downlink control information, DCI, for scheduling a physical shared channel, wherein the DCI includes a resource indication value, RIV, defined with reference to a size N BWP1 of a first BWP; and based on the RIV of the DCI, transmit or receive the physical shared channel on a contiguous resource block, RB, set within a second BWP with a size N BWP2, wherein, when N BWP2 > N BWP1, the RIV corresponds to a starting RB index S and a length L of the contiguous RB set within the second BWP as follows, by using a scaling factor K: - S: an element of {0, K, 2*K,..., (N BWP1 -1)*K}, and - L: an element of {K, 2*K, 3*K,..., N BWP1 *K}, where - S: an element of {0, K, 2*K,..., (N BWP1 -1)*K}, and - L: an element of {K, 2*K, 3*K,..., N BWP1 *K}, where the scaling factor K is determined depending on (N BWP2 /N BWP1), within a set of values {2"} where n represents non-negative integers starting from 0.
An inkjet printing apparatus comprising: a print head comprising at least one ejection opening, a pressure chamber configured to communicate with the ejection opening and to be supplied with ink to be ejected from the ejection opening, and a printing element facing the pressure chamber and configured to generate energy for ejecting ink from the ejection opening, the print head being configured to print an image by ejecting ink from the ejection opening; an ink tank configured to store ink to be supplied to the print head; and a detection means configured to perform detection of an ink ejection state of the ejection opening, a circulation device (PI, P2) configured to circulate ink from the outside of the pressure chamber to the inside of the pressure chamber and from the inside of the pressure chamber to the outside by supplying ink such that the ink flows from a supply flow path for supplying ink to the pressure chamber of the print head to a collection flow path, the collection flow path being communicated with the pressure chamber and different from the ejection opening and the supply flow path, and a control unit (101, 202) configured to cause the circulation device (PI, P2) to circulate ink, and to cause the detection means to perform said detection operation in a period of circulating the ink by the circulation device. a print head comprising at least one ejection opening, a pressure chamber configured to communicate with the ejection opening and to be supplied with ink to be ejected from the ejection opening, and a printing element facing the pressure chamber and configured to generate energy for ejecting ink from the ejection opening, the print head being configured to print an image by ejecting ink from the ejection opening; an ink tank configured to store ink to be supplied to the print head; and a detection means configured to perform detection of an ink ejection state of the ejection opening, a circulation device (PI, P2) configured to circulate ink from the outside of the pressure chamber to the inside of the pressure chamber and from the inside of the pressure chamber to the outside by supplying ink such that the ink flows from a supply flow path for supplying ink to the pressure chamber of the print head to a collection flow path, the collection flow path being communicated with the pressure chamber and different from the ejection opening and the supply flow path, and a control unit (101, 202) configured to cause the circulation device (PI, P2) to circulate ink, and to cause the detection means to perform said detection operation in a period of circulating the ink by the circulation device.
An optical assembly (30, 40), comprising an optical module and a communications board, wherein an optical component, a first memory, and an edge connector connected to the optical component and the first memory are disposed on the optical module, and the first memory is configured to store a first scattering parameter of the optical module and an operating parameter of the optical component; a connector, and an electronic chip and a matching network that correspond to the optical component are disposed on the communications board, and the optical module is connected to the connector by using the edge connector; the electronic chip comprises a micro controller and a laser diode driver, the laser diode driver is connected to the connector via the matching network, and the communications board stores a second scattering parameter that is between the laser diode driver and the connector; and the micro controller is configured to: read the first scattering parameter from the first memory, calculate a third scattering parameter that is between the laser diode driver and the optical module based on the first scattering parameter and the second scattering parameter, and further adjust matched impedance of the matching network based on the third scattering parameter.
A carrying aid for transporting objects, having a carrying leg and a load-receiving leg, wherein at least one rotatably mounted load support is arranged in the region of a free end of the load-receiving leg, wherein the load support is a radial segment which rests on the load-receiving leg at the free end and forms a load-bearing mount therewith, characterized in that at least one inner surface of the load-receiving leg forms a mounting tray at the free end and corresponds to the radial segment and at least the load-receiving leg has a flat inner surface.
A system comprising a processor and a display, wherein the processor is configured to: obtain physiological data obtained during a non-instantaneous physiological measurement of a patient, wherein the physiological data includes audio data or video data; analyze the physiological data to identify (a) one or more first portions of the physiological data that include diagnosis-enabling data, enabling a diagnosing entity to later diagnose a medical condition of the patient, wherein the first portions having a many valued quality score exceeding a threshold, and (b) at least one second portion not including diagnosis-enabling data; and display, on the display, a user interface including a video or audio progress bar enabling a medical practitioner to navigate to specific points in time within the obtained physiological data, the user interface including at least one indication, on the video or audio progress bar, of a location of at least one corresponding first portion of the first portions associated with a corresponding point in time within the obtained physiological data, enabling the user to identify the location. obtain physiological data obtained during a non-instantaneous physiological measurement of a patient, wherein the physiological data includes audio data or video data; analyze the physiological data to identify (a) one or more first portions of the physiological data that include diagnosis-enabling data, enabling a diagnosing entity to later diagnose a medical condition of the patient, wherein the first portions having a many valued quality score exceeding a threshold, and (b) at least one second portion not including diagnosis-enabling data; and display, on the display, a user interface including a video or audio progress bar enabling a medical practitioner to navigate to specific points in time within the obtained physiological data, the user interface including at least one indication, on the video or audio progress bar, of a location of at least one corresponding first portion of the first portions associated with a corresponding point in time within the obtained physiological data, enabling the user to identify the location.
Drainage device intended to be installed on a construction provided with a flow pipe, in particular on a roof of a building or a terrace in view of removing rainwater, the device comprising: - a drainage head internally delimiting a collection space and provided with at least one through recovery passage (34, 36), - an attachment sleeve at least partially deformable, secured to the drainage head and capable of being engaged inside the flow pipe, - a compression washer attached on the attachment sleeve, and - a stressing element movable in relation to the drainage head and comprising a central screw engaged with the compression washer to obtain, under the effect of a movement of said stressing element relative to the drainage head, an axial movement of the compression washer on the side of the drainage head and an outward radial deformation of the attachment sleeve. - a drainage head internally delimiting a collection space and provided with at least one through recovery passage (34, 36), - an attachment sleeve at least partially deformable, secured to the drainage head and capable of being engaged inside the flow pipe, - a compression washer attached on the attachment sleeve, and - a stressing element movable in relation to the drainage head and comprising a central screw engaged with the compression washer to obtain, under the effect of a movement of said stressing element relative to the drainage head, an axial movement of the compression washer on the side of the drainage head and an outward radial deformation of the attachment sleeve.
A method for electrochemical synthesis of polyaniline on an anodized aluminum or aluminium alloy, the method comprising: electropolymerising aniline on the aluminium or aluminium alloy and doping the polyaniline with 2,5-mercapto-1,3,4-thiadiazole (DMcT).