mhurhangee/ep-ind-claims huggingface dataset:
A method of cleaving an adhesive joint between two support surfaces, the method comprising the steps of: a) providing a polymeric foam layer comprising a plurality of fibers having a tenacity of above 30 cN/tex when measured according to test method DIN EN ISO 5079, wherein said fibers are at least partially embedded in said polymeric foam layer; b) forming an adhesive joint between two support surfaces with said polymeric foam; c) mechanically extracting at least part of said plurality of embedded fibers out of said polymeric foam layer thereby cleaving or at least partially weakening the adhesive joint formed with said polymeric foam layer; d) optionally, separating said two support surfaces; and e) optionally, removing the portions of polymeric foam layer still remaining on said two support surfaces. a) providing a polymeric foam layer comprising a plurality of fibers having a tenacity of above 30 cN/tex when measured according to test method DIN EN ISO 5079, wherein said fibers are at least partially embedded in said polymeric foam layer; b) forming an adhesive joint between two support surfaces with said polymeric foam; c) mechanically extracting at least part of said plurality of embedded fibers out of said polymeric foam layer thereby cleaving or at least partially weakening the adhesive joint formed with said polymeric foam layer; d) optionally, separating said two support surfaces; and e) optionally, removing the portions of polymeric foam layer still remaining on said two support surfaces.
A process for the production of hydrogen, comprising catalytically decomposing a concentrated aqueous solution of potassium formate having a concentration of not less than 5M in a reaction vessel to form bicarbonate slurry and hydrogen, discharging the hydrogen from said reaction vessel, and treating a mixture comprising the bicarbonate slurry and the catalyst with an oxidizer, wherein the oxidizer is air or oxygen, thereby regenerating the catalyst.
An unlocking method, comprising: acquiring (S201, S301, S401, S501) an original fingerprint image and concurrently waking up a power management service, PMS, of a mobile terminal when detecting a touch operation on a fingerprint identification module of the mobile terminal, wherein the PMS is configured for lighting up a screen; performing (S202, S302) a fingerprint identification process on the original fingerprint image; notifying (S203, S303, S405, S505) the PMS to light up the screen when detecting that a result of the fingerprint identification process is match; characterised by: acquiring a current system time; determining a screen-on time period corresponding to the current system time; determining a screen-on application desktop corresponding to the screen-on time period according to a preset mapping relation between screen-on time periods and screen-on application desktops of the mobile terminal; loading the screen-on application desktop; determining, from among applications of the mobile terminal, a target application used most frequently in a time period corresponding to the current system time; and loading the target application. acquiring (S201, S301, S401, S501) an original fingerprint image and concurrently waking up a power management service, PMS, of a mobile terminal when detecting a touch operation on a fingerprint identification module of the mobile terminal, wherein the PMS is configured for lighting up a screen; performing (S202, S302) a fingerprint identification process on the original fingerprint image; notifying (S203, S303, S405, S505) the PMS to light up the screen when detecting that a result of the fingerprint identification process is match; characterised by: acquiring a current system time; determining a screen-on time period corresponding to the current system time; determining a screen-on application desktop corresponding to the screen-on time period according to a preset mapping relation between screen-on time periods and screen-on application desktops of the mobile terminal; loading the screen-on application desktop; determining, from among applications of the mobile terminal, a target application used most frequently in a time period corresponding to the current system time; and loading the target application. acquiring a current system time; determining a screen-on time period corresponding to the current system time; determining a screen-on application desktop corresponding to the screen-on time period according to a preset mapping relation between screen-on time periods and screen-on application desktops of the mobile terminal; loading the screen-on application desktop; determining, from among applications of the mobile terminal, a target application used most frequently in a time period corresponding to the current system time; and loading the target application.
A motor-driven compressor comprising: a metal housing accommodating a compression unit and an electric motor; a resin cover coupled to the housing, wherein the cover and the housing define an accommodation chamber that accommodates a motor driving circuit that drives the electric motor; a metal shield (23, 27, 27A) that is fixed to the cover and blocks electromagnetic noise, wherein the shield (23, 27, 27A) and the cover are stacked together; and a sealing member located between the shield (23, 27, 27A) and the cover, wherein the sealing member is configured to block entry of foreign matter into the accommodation chamber through a gap between the shield (23, 27, 27A) and the cover, the motor-driven compressor being characterized in that the cover includes an annular accommodation groove or an annular cut out part that forms a closed space defined by the shield (23, 27, 27A) and the cover to receive the sealing member. a metal housing accommodating a compression unit and an electric motor; a resin cover coupled to the housing, wherein the cover and the housing define an accommodation chamber that accommodates a motor driving circuit that drives the electric motor; a metal shield (23, 27, 27A) that is fixed to the cover and blocks electromagnetic noise, wherein the shield (23, 27, 27A) and the cover are stacked together; and a sealing member located between the shield (23, 27, 27A) and the cover, wherein the sealing member is configured to block entry of foreign matter into the accommodation chamber through a gap between the shield (23, 27, 27A) and the cover, the motor-driven compressor being characterized in that the cover includes an annular accommodation groove or an annular cut out part that forms a closed space defined by the shield (23, 27, 27A) and the cover to receive the sealing member.
A process for removal of 99Tc from liquid intermediate level waste of spent fuel reprocessing comprising: adding HNO 3 to ILW till the pH is 2 to destroy the carbonates; transferring the ILW deprived of carbonates to a tank containing mild steel wool (msw) for 4 to 48 hrs; subjecting the ILW and mild steel wool to the step of separation; discharging the supernatant solution free of 99Tc and retaining the corrosion products (goethite(FeOOH)/magnetite); subjecting the said corrosion products to the step of vitrification; and storing the said vitrified 99Tc bearing waste. adding HNO 3 to ILW till the pH is 2 to destroy the carbonates; transferring the ILW deprived of carbonates to a tank containing mild steel wool (msw) for 4 to 48 hrs; subjecting the ILW and mild steel wool to the step of separation; discharging the supernatant solution free of 99Tc and retaining the corrosion products (goethite(FeOOH)/magnetite); subjecting the said corrosion products to the step of vitrification; and storing the said vitrified 99Tc bearing waste.
A method of providing a seedstock of Sphagnum, comprising: providing in vitro Sphagnum; applying the Sphagnum to a growth surface; cultivating the Sphagnum in vivo on the growth surface; harvesting the cultivated Sphagnum from the growth surface; chopping the harvested Sphagnum to provide a plurality of fragments of in vivo Sphagnum; and mixing the plurality of fragments of Sphagnum with a first fluid solution to provide a seedstock of Sphagnum for cultivation, the seedstock comprising a suspension of the plurality of fragments of the in vivo Sphagnum in the first fluid solution. providing in vitro Sphagnum; applying the Sphagnum to a growth surface; cultivating the Sphagnum in vivo on the growth surface; harvesting the cultivated Sphagnum from the growth surface; chopping the harvested Sphagnum to provide a plurality of fragments of in vivo Sphagnum; and mixing the plurality of fragments of Sphagnum with a first fluid solution to provide a seedstock of Sphagnum for cultivation, the seedstock comprising a suspension of the plurality of fragments of the in vivo Sphagnum in the first fluid solution.
Device for driving at least one door (4a, 4b) of an aircraft undercarriage bay, comprising: - an undercarriage; - an aircraft bay door; the device comprising a permanent mechanical linkage (20, 23, 24, 25a, 25b) coupled to the door and to the undercarriage and arranged to transform a movement of the undercarriage between a stowed position and a deployed position, or vice versa, into a go-and-return movement suitable for opening and then closing the door during the movement of the undercarriage between said positions, characterised in that the permanent linkage comprises a generator lever hinged to an element of the undercarriage and intended to be coupled to a stationary point of the aircraft so as to present a go-and-return movement relative to the undercarriage element. - an undercarriage; - an aircraft bay door;
Bolt having an extractor for cartridge cases, comprising a cylindrical body, on which, on the barrel side, a locking portion having an breech face, at least two radially outwardly projecting locking lugs, and, starting from the breech face, running rearwardly, a groove-shaped recess having an undercut for receiving the extractor and a leaf spring are formed, and an extractor, which, viewed in the installed state, has a first lever arm on the barrel side with an inwardly protruding, hook-shaped extractor claw, and, in a central portion, an inwardly projecting bearing protrusion and a second lever arm with a rearwardly projecting spring bearing portion and which is designed to be mounted on the body so as to be pivotable about an extractor axis and to interact with the leaf spring to pretension the extractor characterized in that - the bearing protrusion is designed to be hook-shaped so as to abut against the extractor axis in the installed state with a bearing opening open rearwardly, and has a contacting surface on the barrel side, and - on the body, the groove-shaped recess for receiving the leaf spring is laterally open at least partially on one side tangentially to the circumferential direction, via an insertion portion, and is designed to merge laterally and/or rearwardly into the undercut, and - the body has a cavity for receiving the bearing protrusion relative to an imaginary plane of the recess in the region of the extractor axis. an extractor, which, viewed in the installed state, has a first lever arm on the barrel side with an inwardly protruding, hook-shaped extractor claw, and, in a central portion, an inwardly projecting bearing protrusion and a second lever arm with a rearwardly projecting spring bearing portion and which is designed to be mounted on the body so as to be pivotable about an extractor axis and to interact with the leaf spring to pretension the extractor characterized in that - the bearing protrusion is designed to be hook-shaped so as to abut against the extractor axis in the installed state with a bearing opening open rearwardly, and has a contacting surface on the barrel side, and - on the body, the groove-shaped recess for receiving the leaf spring is laterally open at least partially on one side tangentially to the circumferential direction, via an insertion portion, and is designed to merge laterally and/or rearwardly into the undercut, and - the body has a cavity for receiving the bearing protrusion relative to an imaginary plane of the recess in the region of the extractor axis. - the bearing protrusion is designed to be hook-shaped so as to abut against the extractor axis in the installed state with a bearing opening open rearwardly, and has a contacting surface on the barrel side, and - on the body, the groove-shaped recess for receiving the leaf spring is laterally open at least partially on one side tangentially to the circumferential direction, via an insertion portion, and is designed to merge laterally and/or rearwardly into the undercut, and - the body has a cavity for receiving the bearing protrusion relative to an imaginary plane of the recess in the region of the extractor axis.
Burner plate for a central heating boiler, which burner plate comprises a first pattern of through-holes arranged therein, which through-holes extend between a first, inlet surface and a second, opposite outlet surface of the burner plate, and which holes are configured to allow passage of a combustible gas from the inlet surface to the outlet surface and thus form a permeable surface part of the total outlet surface of the burner plate, wherein a peripheral edge zone of the burner plate has no through-holes, characterized in that and the peripheral edge zone of the burner plate has a depth dimension (15, 16) lying between 30 and 60 mm, wherein the depth dimension (15, 16) is defined from a peripheral edge and perpendicularly thereof in the plane of the outlet surface.
A method of removing biofilm from a surface in an aqueous system comprising contacting a surface having a biofilm with a solution comprising an amount of a non-decomposed moss or non-decomposed moss extract, wherein the solution is effective to remove some or all of the biofilm from the surface.
Method for joining a fastening element on to a surface portion of a component, the fastening element having a shank portion and having a flange portion, which adjoins the shank portion and has a larger cross-sectional area than the shank portion, the flange portion having an adhesion face, on to which there is applied an adhesive that is thermally meltable and thermally settable, comprising the steps of - pre-heating the adhesive to a first temperature, in order to melt the adhesive; - pre-heating the surface portion to a second temperature; and - placing the adhesion face on to the surface portion; the adhesive undergoing main heating, to a third temperature, after the adhesion face has been placed on to the surface portion, in order to set the adhesive and thereby permanently fasten the fastening element to the component, characterized in that the pre-heating of the adhesive and the pre-heating of the surface portion are effected with an overlap of time. - pre-heating the adhesive to a first temperature, in order to melt the adhesive; - pre-heating the surface portion to a second temperature; and - placing the adhesion face on to the surface portion;
A fuel injection control system for an internal combustion engine in which fuel discharged from a low pressure fuel pump is supplied to a fuel injection valve with its pressure boosted by a high pressure fuel pump, wherein said low-pressure pump is controlled by an electronic control unit, comprising: an inlet valve for changing the discharge ratio of the high pressure fuel pump; a processing section that executes a lowering process of lowering feed pressure that is the discharge pressure of said low pressure fuel pump; a pressure sensor that measures the discharge pressure of said high pressure fuel pump; a control section that performs a proportional-integral control of the duty cycle of said inlet valve based on the difference between a target discharge pressure of said high pressure fuel pump and a measurement value of said pressure sensor; the fuel injection control system being characterized in that it further comprises: a stopping section that stops said lowering process with reference to a tendency of change in an integral term used in the proportional-integral control during the execution of said lowering process. an inlet valve for changing the discharge ratio of the high pressure fuel pump; a processing section that executes a lowering process of lowering feed pressure that is the discharge pressure of said low pressure fuel pump; a pressure sensor that measures the discharge pressure of said high pressure fuel pump; a control section that performs a proportional-integral control of the duty cycle of said inlet valve based on the difference between a target discharge pressure of said high pressure fuel pump and a measurement value of said pressure sensor; the fuel injection control system being characterized in that it further comprises: a stopping section that stops said lowering process with reference to a tendency of change in an integral term used in the proportional-integral control during the execution of said lowering process.
A redox flow battery stack assembled by stacking a plurality of plates (11, 12, 13, 14, 16), the redox flow battery stack comprising a first electrolyte passage and an electrolyte flow channel, which are formed in some of the plurality of plates, wherein overlapping portions are formed at the electrolyte flow channel when viewed from one direction, and characterized in that the plates (11, 12, 13, 14, 16) in which the electrolyte flow channel is formed comprises: a first seal that is disposed along outsides thereof; and a second seal that is disposed adjacent to the electrolyte flow channel and extends between the overlapping portions such that an electrolyte is prevented from being directly moved from the first electrolyte passage to an ion exchange membrane and is prevented from deviating from the electrolyte flow channel, wherein grooves are formed only on surfaces upward directed at the time of assembling at the plates (11, 12, 13, 14, 16) in which the electrolyte flow channel is formed, the first and second seals being placed in the grooves, and wherein said first and second seals are mounted so as to be inserted into a groove formed on a plate, a size of the groove is equally to or greater than a cross sectional area of the seal and the seals are placed in the groove and compressed. a first seal that is disposed along outsides thereof; and a second seal that is disposed adjacent to the electrolyte flow channel and extends between the overlapping portions such that an electrolyte is prevented from being directly moved from the first electrolyte passage to an ion exchange membrane and is prevented from deviating from the electrolyte flow channel, wherein grooves are formed only on surfaces upward directed at the time of assembling at the plates (11, 12, 13, 14, 16) in which the electrolyte flow channel is formed, the first and second seals being placed in the grooves, and wherein said first and second seals are mounted so as to be inserted into a groove formed on a plate, a size of the groove is equally to or greater than a cross sectional area of the seal and the seals are placed in the groove and compressed.
A method of producing a thin layer of a porous, diamond-like carbon by plasma-enhanced chemical vapor deposition (PECVD) in which a workpiece to be coated is provided in a recipient, and then a thin layer of porous DLC is deposited on a surface of the workpiece to be coated by repeatedly performing the following steps: - feeding a carbon-containing precursor gas into the recipient, and depositing a DLC layer on the surface of the workpiece to be coated at an operating pressure of 20 ∗ 10 -3 mbar to 30 ∗ 10 -3 mbar and a BIAS voltage of -250 V to -150 V, - then feeding a back-etching gas into the recipient, and depositing a DLC layer on the surface of the workpiece at an operating pressure of 200 ∗ 10 -3 mbar to 300 ∗ 10 -3 mbar and a BIAS voltage of -430 V to -330 V. - feeding a carbon-containing precursor gas into the recipient, and depositing a DLC layer on the surface of the workpiece to be coated at an operating pressure of 20 ∗ 10 -3 mbar to 30 ∗ 10 -3 mbar and a BIAS voltage of -250 V to -150 V, - then feeding a back-etching gas into the recipient, and depositing a DLC layer on the surface of the workpiece at an operating pressure of 200 ∗ 10 -3 mbar to 300 ∗ 10 -3 mbar and a BIAS voltage of -430 V to -330 V.
A user interface implemented in a computing environment comprising, means for interacting (444, 446, 448, 450) to change parameter values corresponding to parameters of a stereo scene, including a vergence parameter, a dolly parameter, a field-of-view parameter, and an interocular parameter, the user interface providing an above view of the stereo scene including a representation of a viewer's eyes, a representation of a viewing screen, and an indication simulating what each of the viewer's eyes perceive on the viewing screen.
A method, comprising: communicating, between a first node and a second node of a network, one or more messages via a control channel, wherein at least one message of the one or more messages includes one field that specifies a type of the first node, or a version of the first node; determining a particular data channel from multiple data channels, the control channel and the multiple data channels being channels of the network; determining a modulation technique to be utilized on the particular data channel based at least in part on the field of the at least one message of the one or more messages; switching to the particular data channel based at least in part on the determining the particular data channel; sending or receiving, by one of the first or second nodes, data via the particular data channel based at least in part on the modulation technique; and switching to the control channel upon completion of sending or receiving the data via the particular data channel. communicating, between a first node and a second node of a network, one or more messages via a control channel, wherein at least one message of the one or more messages includes one field that specifies a type of the first node, or a version of the first node; determining a particular data channel from multiple data channels, the control channel and the multiple data channels being channels of the network; determining a modulation technique to be utilized on the particular data channel based at least in part on the field of the at least one message of the one or more messages; switching to the particular data channel based at least in part on the determining the particular data channel; sending or receiving, by one of the first or second nodes, data via the particular data channel based at least in part on the modulation technique; and switching to the control channel upon completion of sending or receiving the data via the particular data channel.