mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing artificial sputum, comprising the following steps: Step preparing an aqueous solution or dispersion of nutrients and Step adding non-human mucin to the aqueous solution or dispersion obtained in step such that the concentration of mucin is in the range of 6 to 18 percent by weight, based on the total weight of the artificial sputum, and the viscosity of the artificial sputum is in a range of 30 to 480 mPa·s. Step preparing an aqueous solution or dispersion of nutrients and Step adding non-human mucin to the aqueous solution or dispersion obtained in step such that the concentration of mucin is in the range of 6 to 18 percent by weight, based on the total weight of the artificial sputum, and the viscosity of the artificial sputum is in a range of 30 to 480 mPa·s.
A nonwoven fabric for press molding comprising polylactic acid fibers and natural fibers, the nonwoven fabric being characterized by that the polylactic acid fibers have a crystallization temperature on cooling of 120 °C or higher, that the nonwoven fabric has a tensile strength of 20 N/cm 2 or higher, and that the nonwoven fabric has a tensile stress of 80 N/cm 2 or less at 30% tensile elongation in a 200 °C atmosphere.
A method for determining the number of passes as well as the successive positionings of the two lower rolls (5, 6) with respect to the fixed upper central roll of a three-roll roll bending machine according to the desired radius of curvature, the nature and the thickness of a sheet to be bent, in order to obtain said radius of curvature, characterized in that it consists of: ▪ generating a finite element simulation table according to the characteristics of the roll bending machine, the elastic limit of the constituent material of the sheet to be bent, and the thickness of said sheet, this for a determined number of positions of the lower rolls, enabling one to define the roll bent diameter of the sheet for each of said positions; ▪ then, introducing within a processing and control unit of said three-roll roll bending machine, from among the adjustment parameters of the roll bending machine, the positioning of the lower rolls resulting from this table after mathematical treatment, in particular by regression of the function D = f(p), in which D denotes the roll bent diameter of the sheet and p denotes the positioning of the lower rolls (5, 6), in order to define, for the final pass of the given sheet in the roll bending machine, the desired radius of curvature of the sheet. ▪ generating a finite element simulation table according to the characteristics of the roll bending machine, the elastic limit of the constituent material of the sheet to be bent, and the thickness of said sheet, this for a determined number of positions of the lower rolls, enabling one to define the roll bent diameter of the sheet for each of said positions; ▪ then, introducing within a processing and control unit of said three-roll roll bending machine, from among the adjustment parameters of the roll bending machine, the positioning of the lower rolls resulting from this table after mathematical treatment, in particular by regression of the function D = f(p), in which D denotes the roll bent diameter of the sheet and p denotes the positioning of the lower rolls (5, 6), in order to define, for the final pass of the given sheet in the roll bending machine, the desired radius of curvature of the sheet.
Security seal (1, 101, 201) comprising a seal base (10, 110, 210) and a seal head (20, 120, 220), which is connected to the seal base (10, 110, 210) and has at least one locking tab (21, 121, 221), each locking tab (21, 121, 221) being movably connected to the seal head (20, 120, 220) via at least one hinge element (22, 122, 222), characterized in that the seal base (10, 110, 210) has at least two latching projections (11, 111, 211) and two slots (213, 313) through which the distal end of the seal base (10, 110, 210) can be inwardly deformed.
A display device comprising: a display unit including a display panel and a back cover positioned on a back surface of the display panel, the back cover including a transparent material; a housing into which at least a portion of the display unit is inserted, a substrate being mounted on the housing; and a link bar connecting the housing to the display unit and having at least one opening, characterized by a transparent fixer mounted in the opening of the link bar and attached to a back surface of the back cover through a first adhesive layer, wherein the first adhesive layer includes a UV-curable resin. a display unit including a display panel and a back cover positioned on a back surface of the display panel, the back cover including a transparent material; a housing into which at least a portion of the display unit is inserted, a substrate being mounted on the housing; and a link bar connecting the housing to the display unit and having at least one opening, characterized by a transparent fixer mounted in the opening of the link bar and attached to a back surface of the back cover through a first adhesive layer, wherein the first adhesive layer includes a UV-curable resin.
A surgical instrument comprising: a first member defining an axis and including a scraping surface configured to scrape tissue; a second member including a cutting surface being rotatable relative to the first member, the second member having a maximum length defined by opposite end surfaces of the second member, the end surfaces each being disposed within the first member; and a third member including an outer surface defining at least a portion of a passageway configured for disposal of scraped tissue, the third member being fixed with the first member, wherein the cutting surface is rotatable relative to the third member to transfer scraped tissue along the axis, characterized in that the third member includes a threaded surface that directly engages a threaded surface of the second member such that the second member translates relative to the third member along the axis as the second member rotates relative to the first member. a first member defining an axis and including a scraping surface configured to scrape tissue; a second member including a cutting surface being rotatable relative to the first member, the second member having a maximum length defined by opposite end surfaces of the second member, the end surfaces each being disposed within the first member; and a third member including an outer surface defining at least a portion of a passageway configured for disposal of scraped tissue, the third member being fixed with the first member, wherein the cutting surface is rotatable relative to the third member to transfer scraped tissue along the axis, characterized in that the third member includes a threaded surface that directly engages a threaded surface of the second member such that the second member translates relative to the third member along the axis as the second member rotates relative to the first member.
A method for making at least one tandem photovoltaic cell, wherein a first sub-cell of the tandem photovoltaic cell is made by applying the following steps: - making a first oxide layer on at least a first surface of a semiconductor substrate; - making a p-doped polycrystalline semiconductor layer on the first oxide layer; - annealing in an oxidizing atmosphere, diffusing and activating the dopants present in the polycrystalline semiconductor layer, and forming at least a second semiconductor oxide layer on the polycrystalline semiconductor layer; - making, at least on the second semiconductor oxide layer, a first doping layer including n-type dopants, diffusing n-type dopants from the first doping layer into a first portion of the polycrystalline semiconductor layer, through the second semiconductor oxide layer, the first portion of the polycrystalline semiconductor layer being arranged between a second portion of the polycrystalline semiconductor layer into which the n-type dopants have not diffused and the second semiconductor oxide layer; - removing the first dopant layer and the second semiconductor oxide layer; and then comprising making a second sub-cell of the tandem photovoltaic cell on the first portion of the polycrystalline semiconductor layer. - making a first oxide layer on at least a first surface of a semiconductor substrate; - making a p-doped polycrystalline semiconductor layer on the first oxide layer; - annealing in an oxidizing atmosphere, diffusing and activating the dopants present in the polycrystalline semiconductor layer, and forming at least a second semiconductor oxide layer on the polycrystalline semiconductor layer; - making, at least on the second semiconductor oxide layer, a first doping layer including n-type dopants, diffusing n-type dopants from the first doping layer into a first portion of the polycrystalline semiconductor layer, through the second semiconductor oxide layer, the first portion of the polycrystalline semiconductor layer being arranged between a second portion of the polycrystalline semiconductor layer into which the n-type dopants have not diffused and the second semiconductor oxide layer; - removing the first dopant layer and the second semiconductor oxide layer;
A method for distributed sealing of enclave data, comprising: attesting a sealing enclave to a source enclave; receiving, at the attested sealing enclave, enclave data and a permitted list from the source enclave via a first secure communications channel; sealing, at the sealing enclave, the received enclave data to the sealing enclave; verifying, at the sealing enclave, that a destination enclave is permitted access to the received enclave data, wherein verifying that the destination enclave is permitted access includes verifying that an identity of the destination enclave is included in the permitted list; unsealing, at the sealing enclave, the sealed enclave data; and sending the unsealed enclave data to the destination enclave via a second secure communications channel. attesting a sealing enclave to a source enclave; receiving, at the attested sealing enclave, enclave data and a permitted list from the source enclave via a first secure communications channel; sealing, at the sealing enclave, the received enclave data to the sealing enclave; verifying, at the sealing enclave, that a destination enclave is permitted access to the received enclave data, wherein verifying that the destination enclave is permitted access includes verifying that an identity of the destination enclave is included in the permitted list; unsealing, at the sealing enclave, the sealed enclave data; and sending the unsealed enclave data to the destination enclave via a second secure communications channel.
A prophylactic and/or therapeutic agent for use in the prophylaxis and/or treatment of liver disease, comprising a combination of a PPARα agonist with an SGLT2 inhibitor, wherein the PPARα agonist is -2-[3-[[N-(benzoxazol-2-yl)-N-3-(4-methoxyphenoxy)propyl]aminomethyl]phenoxy]butyric acid or a salt thereof, or a solvate thereof.
An enclosure for diffusing sound by reverberation comprising: - a loudspeaker comprising:. a fixed frame,. a cylindrical support movable in translation, and. a membrane whose annular outer edge is connected to an upper bearing surface of said frame by means of a suspension and an annular inner edge which is fastened onto said cylindrical support; and - a wave guide mounted on said upper bearing surface of said frame, said wave guide being substantially in the shape of a truncated pyramid with a long wall, a short wall and lateral uprights connecting said walls; wherein said long wall forms a front face (Fa) of said enclosure such that said long wall blocks the propagation of sound in front of said enclosure so that the greater part of the sound is directed towards a reflective surface; characterized in that said wave guide also comprises at least one acoustic wall fastened onto said lateral uprights, said acoustic wall extending tangentially relative to the generatrix line (Dg) of said cylindrical support closest to said front face (Fa). - a loudspeaker comprising:. a fixed frame,. a cylindrical support movable in translation, and. a membrane whose annular outer edge is connected to an upper bearing surface of said frame by means of a suspension and an annular inner edge which is fastened onto said cylindrical support; and. a fixed frame,. a cylindrical support movable in translation, and. a membrane whose annular outer edge is connected to an upper bearing surface of said frame by means of a suspension and an annular inner edge which is fastened onto said cylindrical support; and - a wave guide mounted on said upper bearing surface of said frame, said wave guide being substantially in the shape of a truncated pyramid with a long wall, a short wall and lateral uprights connecting said walls; wherein said long wall forms a front face (Fa) of said enclosure such that said long wall blocks the propagation of sound in front of said enclosure so that the greater part of the sound is directed towards a reflective surface; characterized in that said wave guide also comprises at least one acoustic wall fastened onto said lateral uprights, said acoustic wall extending tangentially relative to the generatrix line (Dg) of said cylindrical support closest to said front face (Fa).
A system for distributed shared execution of one or more shared processes, comprising: one or more processors; and memory, coupled to the one or more processors and storing instructions, which, when executed by the one or more processors, cause the one or more processors to: receive one or more shared code segments (142, 143, 144, 146, 148) from a distributed ledger (152, 154, 156); determine an anticipated execution result of the one or more shared code segments (142, 143, 144, 146, 148) satisfies shared authorization conditions; and authorize, after determining the anticipated execution result satisfies the shared authorization conditions, the execution of the one or more shared code segments. one or more processors; and memory, coupled to the one or more processors and storing instructions, which, when executed by the one or more processors, cause the one or more processors to: receive one or more shared code segments (142, 143, 144, 146, 148) from a distributed ledger (152, 154, 156); determine an anticipated execution result of the one or more shared code segments (142, 143, 144, 146, 148) satisfies shared authorization conditions; and authorize, after determining the anticipated execution result satisfies the shared authorization conditions, the execution of the one or more shared code segments. receive one or more shared code segments (142, 143, 144, 146, 148) from a distributed ledger (152, 154, 156); determine an anticipated execution result of the one or more shared code segments (142, 143, 144, 146, 148) satisfies shared authorization conditions; and authorize, after determining the anticipated execution result satisfies the shared authorization conditions, the execution of the one or more shared code segments.
A method of operating a coil forming device comprising a housing, the method comprising receiving a continuous rolled product at an entry to the housing comprising a reform tub; guiding the product into the housing; forming a partial coil (40, 44) supported by a first support in the housing, characterized in retracting the first support and dropping the partial coil onto a second support comprising a combined iris and shear unit, the iris and shear unit comprising an actuator and a plurality of support members coupled together in series and connected to the actuator; and wherein each support member further comprises a retractable shear blade, the support members of the combined iris and shear unit being adapted to be retracted away from a wall of the reform tub, so that coil forming takes place within the reform tub without interference; or to be extended into the reform tub and providing support for the coil; or to be in a shear position for cutting a coil before it is extracted; the method further comprising adding further coils to the partial coil; extending the first support; retracting the second support; and dropping the formed coil onto a coil plate.
An implant-supported dental prosthesis, comprising intermediate pieces for fixing the prosthesis (g) to implants arranged in the gum of a user, characterized in that it at least comprises: - a compartment housed inside the prosthesis and provided with a side opening arranged in correspondence with a opening of the prosthesis (g) for communicating the compartment with the outside of the prosthesis, - a spacing member included in the compartment that can be actuated through the side opening by means of a tool introduced into the side opening and arranged proximal to an implant, that comprises two arms articulated on a shaft like pincers, wherein at least one of the two arms of the spacing member comprises, in one of its end areas, a cavity facing the other arm and the side opening; where the end of the upper arm, opposite the one with the cavity is located near an implant to cause the arms to open and the prosthesis (g) to separate from the implant when the tool is introduced in the cavity. where the spacing member is fixed in an articulated manner inside the compartment, such that when the arms open, only the upper arm located near the implant at the end opposite the one with the cavity comprises a step on which said implant is supported and moves and presses the spacing member against the implant, causing the separation of the prosthesis (g) from said implant. - a compartment housed inside the prosthesis and provided with a side opening arranged in correspondence with a opening of the prosthesis (g) for communicating the compartment with the outside of the prosthesis, - a spacing member included in the compartment that can be actuated through the side opening by means of a tool introduced into the side opening and arranged proximal to an implant, that comprises two arms articulated on a shaft like pincers, wherein at least one of the two arms of the spacing member comprises, in one of its end areas, a cavity facing the other arm and the side opening; where the end of the upper arm, opposite the one with the cavity is located near an implant to cause the arms to open and the prosthesis (g) to separate from the implant when the tool is introduced in the cavity.
A lamp for use in a lighting assembly comprising a two-wire light string wherein sockets are placed in parallel at different positions of the light string, wherein the lamp is adapted for fitting in one of the sockets of the two-wire light string and receiving a voltage signal and a superimposed control signal via the two-wire light string and the socket, and wherein the lamp comprises: control electronics provided for the purpose, when the lamp has been fitted in the socket, of receiving voltage via the voltage signal and receiving instructions via the control signal superimposed on the voltage signal, at least one LED source, of which at least one of an intensity and a colour is adjustable on the basis of the instructions via the control electronics; wherein, when the lamp is in an initializing mode, the control electronics are further provided for receiving an address for the lamp via the control signal superimposed on the voltage signal and for subsequently confirming receipt of the address by generating an intensity peak of the at least one LED source, such that a current peak resulting from the generated intensity peak is detectable by a controller of the two-wire light string. control electronics provided for the purpose, when the lamp has been fitted in the socket, of receiving voltage via the voltage signal and receiving instructions via the control signal superimposed on the voltage signal, at least one LED source, of which at least one of an intensity and a colour is adjustable on the basis of the instructions via the control electronics; wherein, when the lamp is in an initializing mode, the control electronics are further provided for receiving an address for the lamp via the control signal superimposed on the voltage signal and for subsequently confirming receipt of the address by generating an intensity peak of the at least one LED source, such that a current peak resulting from the generated intensity peak is detectable by a controller of the two-wire light string.
Agricultural implement for cultivating soil, the implement having a plurality of agricultural working tools which, when cultivating the soil, are to be guided in a precisely linear manner between rows of field crops by means of a towing vehicle, the implement moving in a direction of travel and the implement comprising a sliding frame which can be detachably coupled to the towing vehicle and by means of which the working tools can be moved transversely to the direction of travel in a sliding direction, characterised in that the implement has an actively drivable yaw device (4a, 4b) for rotating the working tools about a vertical axis while the working tools are being guided between the rows of field crops, it being possible for the working tools to be actively acted upon by a yaw movement, irrespective of the type of movement of the towing vehicle, in such a way that soil cultivation can also be carried out in a precisely linear manner when the towing vehicle travels across slopes and/or turns corners, and the yaw device (4a, 4b) being arranged so as to act between the sliding frame and the working tools (2, such that the sliding frame does not participate in the yaw movement.
Method for operating a motor vehicle that has an electrical high-voltage network and an electrical low-voltage network, wherein the high-voltage network has at least one traction battery and at least one electric drive machine, wherein the low-voltage network has an on-board electrical system battery, and wherein the high-voltage network monitors for an electrical short circuit, and the traction battery is isolated from the high-voltage network if a short circuit is detected, characterized in that, in order to check the plausibility of the detected short circuit before reconnecting the traction battery to the high-voltage network, a boost current ( I HV) is applied to the high-voltage network by the low-voltage network by means of a DC-DC converter, and a boost voltage ( U HV), which is measured in the high-voltage network, is compared with an expected boost voltage ( U HV, soll).
Filtration system for the filtration of oil, in particular for marine units such as marine engines, in an oil circuit having a main pump (22; 122; 222), comprising at least one backflushable main filter (4; 104; 204), which is arranged in a feed line of the oil circuit and has a filter housing with an oil inlet, a filtrate outlet and a backflush outlet as well as a backflush device, comprising a filtrate line (9; 109; 209) for filtered oil filtrate between the filtrate outlet and the marine unit (1; 101; 201), comprising a treatment branch for backflush fluid, which is connected to the backflush outlet and has at least one treatment filter (31; 131; 231) with a filter housing, a fluid inlet and a fluid outlet, comprising a plurality of switchable switching valves and comprising at least one pump (25; 124) in the treatment branch between the backflush outlet and the fluid inlet, characterized in that the fluid outlet of the treatment filter (31; 131; 231) is connected to the filtrate line (9; 109; 209), and a switchable multi-way valve (40; 140; 240) having a valve inlet as well as at least a first valve outlet and a second valve outlet (43; 143; 243) is arranged in the treatment branch (30; 130; 230) between the at least one pump (25; 125) in the treatment branch and the fluid inlet of the treatment filter, wherein the first valve outlet of the multi-way valve is connected to the fluid inlet of the treatment filter, and the second valve outlet (43; 143; 243) is connected to the feed line (3; 103; 203) upstream of the main filter, upstream of the main pump (22; 122) and downstream of a suitable shut-off or backflow blocking member (24; 199).