mhurhangee/ep-ind-claims huggingface dataset:
A pest control device against rodents, comprising a container (10, 20) having a first compartment (12, 22) and at least one other compartment (14, 24), characterised in that - the first compartment (12, 22) contains an aqueous gel for sating the thirst of rodents by consumption of the aqueous gel by the rodents, wherein the aqueous gel contains less than 0.00050 wt% biocides, the first compartment (12, 22) being equipped with a removable first cover on its top, adapted to close the first compartment (12, 22), wherein the first cover is a vapour and liquid tight cover, and - the at least one other compartment (14, 24) contains a bait which comprises a biocide containing a rodenticide material, and which bait includes a composition comprising one or more of a solid material, optionally grain, granulate, pellet, loose bait, chippings, block or tablet or dust, or a semi-solid material, the at least one other compartment (14, 24) being equipped with a further cover adapted to close the at least one other compartment (14, 24), wherein the further cover is an aroma-permeable cover. - the first compartment (12, 22) contains an aqueous gel for sating the thirst of rodents by consumption of the aqueous gel by the rodents, wherein the aqueous gel contains less than 0.00050 wt% biocides, the first compartment (12, 22) being equipped with a removable first cover on its top, adapted to close the first compartment (12, 22), wherein the first cover is a vapour and liquid tight cover, and - the at least one other compartment (14, 24) contains a bait which comprises a biocide containing a rodenticide material, and which bait includes a composition comprising one or more of a solid material, optionally grain, granulate, pellet, loose bait, chippings, block or tablet or dust, or a semi-solid material, the at least one other compartment (14, 24) being equipped with a further cover adapted to close the at least one other compartment (14, 24), wherein the further cover is an aroma-permeable cover. a solid material, optionally grain, granulate, pellet, loose bait, chippings, block or tablet or dust, or a semi-solid material,
A method of differentiating an induced pluripotent stem cell (iPSC) into a renal proximal tubular cell -like cell, the method comprising: culturing an undifferentiated iPSC on a surface coated with growth factor reduced Matrigel matrix in a renal epithelial cell culture medium in the presence of bone morphogenic protein 2 and bone morphogenic protein 7, for a period of from about 8 to about 10 days, under conditions sufficient to induce differentiation of the iPSC into a PTC-like cell.
Method of rolling extrusion with regulated axis spacing of axi-symmetrical stepped parts characterized in that a formed semi-finished product in the form of a bar or tube part is placed in the seat of a front rotary holder and in the seat of a back rotary holder, next, the front rotational holder and back rotational holder together with semi-finished product move with a translational motion with constant velocity into the workspace, which is made by the same three, and formed rolls, next the same three, and formed rolls are put into rotational motion in the same direction and with a same first velocity ( n 1), then revolution motion of the same three, and formed rolls is activated with a second velocity ( n 2) and the same three, and formed rolls are brought closer to the semi-finished product, yet rotary movement trajectories, and of the same three, and formed rolls are of spiral shape, next the semi-finished product is affected by the, and formed rolls working ( 4a 1), (4a 2), ( 4b 1), (4b 2), (4c 1)and (4c 2) surfaces and the semi-finished product is put into rotary motion with a constant third velocity ( n 3) in the direction opposite to the direction of rotations of the same three, and formed rolls and at the same time the semi-finished product is squeezed by working ( 4a 1), (4a 2), ( 4b 1), ( 4b 2), ( 4c 1) and (4c 2) surfaces and a necking is formed on the part circumference.
A method for forming at least a tooth root in a tooth containing a tooth crown, the method comprising: forming a culture core containing the tooth and a cell-containing base material, the tooth being wrapped with the cell-containing base material, and culturing the culture core in a medium so as to form at least the tooth root in the tooth contained in the culture core, wherein the cell-containing base material contains at least one kind of cells selected from periodontal ligament-derived cells, bone marrow-derived cells, dental follicle-derived cells, dental pulp-derived cells and dental papilla-derived cells, and wherein the medium contains at least one selected from the group consisting of the following and: a component contained in a conditioned medium of a serum-free cultured cell line of a human uterocervical squamous carcinoma cell line; and an additive; wherein the component in comprises IL-1α, IL-1β, IL-2, IL-3, IL-4, IL-5, IL-6, IL-9, IL-10, IL-12, EGF, TNF-α, TGF-α, IGF-I, GH, PDGF-AB, IGF-BP-3, FGF-2, VEGF, LIF and HGF, and wherein the additive in comprises IL-1β, IL-6, IL-8, IL-9, EGF, IGF-I, GH, PDGF-AB, VEGF, LIF, HGF, FGF-2, FGF-1, BMP-2, BMP-4, M-CSF, dexamethasone, insulin, thyroxine, thyrocalcitonin, ascorbic acid and β-glycerophosphate. forming a culture core containing the tooth and a cell-containing base material, the tooth being wrapped with the cell-containing base material, and culturing the culture core in a medium so as to form at least the tooth root in the tooth contained in the culture core, wherein the cell-containing base material contains at least one kind of cells selected from periodontal ligament-derived cells, bone marrow-derived cells, dental follicle-derived cells, dental pulp-derived cells and dental papilla-derived cells, and wherein the medium contains at least one selected from the group consisting of the following and: a component contained in a conditioned medium of a serum-free cultured cell line of a human uterocervical squamous carcinoma cell line; and an additive; a component contained in a conditioned medium of a serum-free cultured cell line of a human uterocervical squamous carcinoma cell line; and an additive; wherein the component in comprises IL-1α, IL-1β, IL-2, IL-3, IL-4, IL-5, IL-6, IL-9, IL-10, IL-12, EGF, TNF-α, TGF-α, IGF-I, GH, PDGF-AB, IGF-BP-3, FGF-2, VEGF, LIF and HGF, and wherein the additive in comprises IL-1β, IL-6, IL-8, IL-9, EGF, IGF-I, GH, PDGF-AB, VEGF, LIF, HGF, FGF-2, FGF-1, BMP-2, BMP-4, M-CSF, dexamethasone, insulin, thyroxine, thyrocalcitonin, ascorbic acid and β-glycerophosphate.
Trap for marine sediments, the trap comprising on two vertical sides, opposite to each other, a first inlet opening and a second outlet opening, configured to allow the inlet and the outlet of the marine current, said trap comprising between said two openings (10, 11): - an inlet area, whose section diverges in terms of width between said inlet opening and the end section of said inlet area; - a sedimentation area having a section greater than said end section of the inlet area, configured to allow the separation by gravity of the particles present in the marine current, - and an outlet area whose section converges in terms of width between the section where said outlet area is connected to said sedimentation area and said second outlet opening characterized in that the section of said inlet area converges in terms of height between said inlet opening and its own end section, the bottom of said inlet area being convergent upwards and in that the section of said outlet area diverges in terms of height between the section in which said outlet area is connected to said sedimentation area and said second outlet opening. - an inlet area, whose section diverges in terms of width between said inlet opening and the end section of said inlet area; - a sedimentation area having a section greater than said end section of the inlet area, configured to allow the separation by gravity of the particles present in the marine current, - and an outlet area whose section converges in terms of width between the section where said outlet area is connected to said sedimentation area and said second outlet opening the section of said inlet area converges in terms of height between said inlet opening and its own end section, the bottom of said inlet area being convergent upwards and in that the section of said outlet area diverges in terms of height between the section in which said outlet area is connected to said sedimentation area and said second outlet opening.
A method comprising: exposing functionality via an application programming interface by an operating system of a computing device to one or more applications, the application programming interface is configured to calculate an effect of inertia for movement in a user interface; and calculating an inertia rest position for the movement in the user interface by the operating system using a plurality of phases based on one or more rest points specified by the one or more applications via interaction with the application programming interface of the operating system, the calculating is performed by employing the plurality of phases in the listed order; wherein the plurality of phases include: a default phase in which a proposed inertia rest position is calculated by determining the one or more rest points based on a position or velocity of a subject of movement at a start of inertia; a position phase in which the one or more rest points are used to adjust the proposed inertia rest position as the one or more rest points are evaluated in turn, starting with a first point of the one or more rest points closest to the start of inertia and continuing in a direction of movement to determine the inertia rest position; and a range phase in which the subject of movement is forced to stop at a specific location when falling within a predefined range around the specific location to generate a final location of the inertia rest position; and managing the calculated effect of inertia for the movement on the user interface by the operating system based on the two or more rest points specified using one or more parametric curves by the one or more applications via interaction with the application programming interface. exposing functionality via an application programming interface by an operating system of a computing device to one or more applications, the application programming interface is configured to calculate an effect of inertia for movement in a user interface; and calculating an inertia rest position for the movement in the user interface by the operating system using a plurality of phases based on one or more rest points specified by the one or more applications via interaction with the application programming interface of the operating system, the calculating is performed by employing the plurality of phases in the listed order; a default phase in which a proposed inertia rest position is calculated by determining the one or more rest points based on a position or velocity of a subject of movement at a start of inertia; a position phase in which the one or more rest points are used to adjust the proposed inertia rest position as the one or more rest points are evaluated in turn, starting with a first point of the one or more rest points closest to the start of inertia and continuing in a direction of movement to determine the inertia rest position; and a range phase in which the subject of movement is forced to stop at a specific location when falling within a predefined range around the specific location to generate a final location of the inertia rest position; and
Cooking appliance with a housing and with a cooking compartment embodied therein, with a door for closing off the cooking compartment, with a guide apparatus, with which the door is guided when moved, and with a coupling facility, with which the door is coupled to the guide apparatus, wherein the coupling facility has a locking apparatus, with which the coupled state between the door and the guide apparatus can be locked, wherein the locking apparatus has a bearing support with a receptacle, into which a bearing element that is arranged on the door engages in the coupled state, characterised in that the locking apparatus has a tube-like sleeve external to the door, which is mounted such that it can rotate on the bearing support so that, in the coupled state, in a first rotational position of the sleeve, an unlocked position between the sleeve and the bearing element can be set and, in the coupled state, in a second rotational position of the sleeve, a locked position between the sleeve and the bearing element can be set, wherein the sleeve has at least one catch so that, when the door is moved, the catch is automatically contacted by a contact element of the door and, when the door is moved further, the sleeve is motion-coupled to the door and can automatically be rotated from the unlocked position into the locked position, or so that, when the door is moved, the catch is automatically contacted by a contact element of the guide apparatus and, when the door is moved further, the sleeve can automatically be rotated from the unlocked position into the locked position due to the relative motion of the door in relation to the coupling element.
A locking system for an openable and closable element which system comprises a safety lock on the edge of the element and a locking member on its opposite edge and a tensile stress conveying member between the safety lock and the locking member, which safety lock comprises a body; a turning member for opening the locking of the safety lock and the locking member; a locking part arranged to move between the open and the locked positions, whereby the locking part is arranged to prevent the motion of the turning member the locking part being in the locked position and to allow the motion of the turning member the locking part being in the open position and pressed inside the body; and which locking system is arranged in the open position of the locking part to allow the motion of the turning member, whereby the tensile stress conveying member moves at least partially inside the safety lock thus opening the locking of the safety lock and the locking member. a body; a turning member for opening the locking of the safety lock and the locking member; a locking part arranged to move between the open and the locked positions, whereby the locking part is arranged to prevent the motion of the turning member the locking part being in the locked position and to allow the motion of the turning member the locking part being in the open position and pressed inside the body; and which locking system is arranged in the open position of the locking part to allow the motion of the turning member, whereby the tensile stress conveying member moves at least partially inside the safety lock thus opening the locking of the safety lock and the locking member.
A method for coating a cheese, comprising applying an aqueous coating composition to the surface of a cheese, wherein the coating composition comprises at least 5 wt% of lactic acid polymers dispersed in an aqueous phase, and optionally a plasticizer, wherein: (i) the coating composition does not comprise an added source of lactic acid bacteria, and/or (ii) the coating composition comprises free carboxylic acid and/or free carboxylate groups, preferably free carboxylic acid groups, in a total concentration of 0.001 - 5 mol/l. (i) the coating composition does not comprise an added source of lactic acid bacteria, and/or (ii) the coating composition comprises free carboxylic acid and/or free carboxylate groups, preferably free carboxylic acid groups, in a total concentration of 0.001 - 5 mol/l.
Vehicle, in particular military vehicle, having an engine, an engine thermal circuit for controlling the temperature of the engine, a power generator which has an auxiliary motor, and a power generator thermal circuit for controlling the temperature of the auxiliary motor, wherein the power generator thermal circuit can be thermally coupled to the engine thermal circuit for exchanging heat, characterized in that the power generator thermal circuit has a radiator for discharging heat to the surrounding air and either the radiator or the auxiliary motor of the power generator thermal circuit can be coupled to the engine thermal circuit.
A cartridge (20, 34, 35) having a generally cylindrical shape and containing a liquid and configured to be mountable to a mounting portion provided with a liquid receiving tube and a plurality of electrical connecting portions, the liquid being usable for image formation or processing of a recording material by being applied to the recording material, the cartridge (20, 34, 35) comprising: a first portion (20a, 34a) including an outwardly facing surface and provided with an inserting portion into which the liquid receiving tube is capable of being inserted; a second portion (20b, 34b) opposite from said first portion (20a, 34a); and a third portion (20c, 34c) connecting said first portion (20a, 34a) and said second portion (20b, 34b) with each other, having a large-diameter portion and a small-diameter portion having a relatively smaller diameter than said large-diameter portion, and wherein a projected portion is provided on said small-diameter portion, projects from the periphery of the side surface of said small-diameter portion and has a plurality of pad electrodes configured to be electrically connectable with said electrical connecting portions, wherein said cartridge (20, 34, 35) is configured to be mountable to the mounting portion by being inserted into said mounting portion in an inserting direction (y) with said first portion (20a, 34a) at a leading side, and wherein said pad electrodes are configured to be electrically connectable with the electrical connecting portions by being moved in a direction (x, z) different from the inserting direction (y); characterized in that a space is provided below said pad electrodes. a first portion (20a, 34a) including an outwardly facing surface and provided with an inserting portion into which the liquid receiving tube is capable of being inserted; a second portion (20b, 34b) opposite from said first portion (20a, 34a); and a third portion (20c, 34c) connecting said first portion (20a, 34a) and said second portion (20b, 34b) with each other, having a large-diameter portion and a small-diameter portion having a relatively smaller diameter than said large-diameter portion, and wherein a projected portion is provided on said small-diameter portion, projects from the periphery of the side surface of said small-diameter portion and has a plurality of pad electrodes configured to be electrically connectable with said electrical connecting portions, wherein said cartridge (20, 34, 35) is configured to be mountable to the mounting portion by being inserted into said mounting portion in an inserting direction (y) with said first portion (20a, 34a) at a leading side, and wherein said pad electrodes are configured to be electrically connectable with the electrical connecting portions by being moved in a direction (x, z) different from the inserting direction (y); characterized in that a space is provided below said pad electrodes.
Combustion air blower, especially side channel blower, for a fuel-operated vehicle heater, comprising a blower housing, wherein an air flow space, through which combustion air being fed can flow, is formed in the blower housing, and air flowing over an inlet area into the air flow space flows to a feed area comprising a feed wheel, wherein at least one hydrocarbon storage element (70, 88) is arranged in the air flow space for storing gaseous hydrocarbon present in the air flow space, wherein the blower housing comprises a bottom wall and a circumferential wall enclosing the air flow space and the circumferential wall of the blower housing or/and the bottom wall of the blower housing is covered on an inner side facing the air flow space in at least some areas by at least one hydrocarbon storage element, or/and wherein the blower housing has a motor housing area with a circumferential wall and with a bottom wall, which said motor housing area is enclosed in at least some areas by the air flow space, and the circumferential wall of the motor housing area or/and the bottom wall of the motor housing area is covered on an outer side facing the air flow space in at least some areas by at least one hydrocarbon storage element.
A power module, wherein the power module comprises a power assembly (11, 11a, 11b) and a drive board, the power assembly (11, 11a, 11b) comprises a substrate, a power chip, and a package body (113, 133), the package body (113, 133) is made of a plastic material, the power chip is disposed on a mounting surface of the substrate, the package body (113, 133) packages the power chip on the substrate, the drive board is disposed in the package body (113, 133) and is located on a side, of the power chip, that backs the mounting surface, and the drive board is electrically connected to the power chip; wherein the drive board and the power assembly (11, 11a, 11b) constitute a packaged structure, a surface, of the substrate, that backs the power chip is a rear surface, the rear surface is exposed from the package body (113, 133), the power module further comprises a heat sink, and the heat sink is fastened to the packaged structure and is in contact with the rear surface; and wherein the drive board comprises a center region and an edge region surrounding the center region, the center region is arranged opposite to the power assembly (11, 11a, 11b), the packaged structure comprises a mounting hole, the mounting hole is located in the edge region, and penetrates the drive board and the package body (113, 133) in a direction from the drive board to the power chip, and the heat sink is connected to the packaged structure through the mounting hole; and wherein a surface, of the edge region, that backs the power chip is exposed from the package body (113, 133), so that a screw is fastened through the surface, of the edge region, that backs the power chip. wherein the drive board and the power assembly (11, 11a, 11b) constitute a packaged structure, a surface, of the substrate, that backs the power chip is a rear surface, the rear surface is exposed from the package body (113, 133), the power module further comprises a heat sink, and the heat sink is fastened to the packaged structure and is in contact with the rear surface; and wherein the drive board comprises a center region and an edge region surrounding the center region, the center region is arranged opposite to the power assembly (11, 11a, 11b), the packaged structure comprises a mounting hole, the mounting hole is located in the edge region, and penetrates the drive board and the package body (113, 133) in a direction from the drive board to the power chip, and the heat sink is connected to the packaged structure through the mounting hole; and wherein a surface, of the edge region, that backs the power chip is exposed from the package body (113, 133), so that a screw is fastened through the surface, of the edge region, that backs the power chip.