mhurhangee/ep-ind-claims huggingface dataset:
Palletising device (10, 30) for piece-goods carriers, comprising a first conveyor path for piece-goods carriers, and a second conveyor path for stacked piece-goods carriers, comprising two palletising machines (18, 20) for picking up and placing down piece-goods carriers, which have access to both conveyor paths (12, 14), which palletising machines (18, 20) each have a carrier arrangement (22a,b, 23a,b, 24a,b, 25a,b, 26a,b, 28a,b), on which at least one gripping head (28a,b) for the piece-goods carriers can be moved both in the vertical and horizontal direction between a first position (P A) via the first conveyor path and a second position (P B) is horizontally moveable over the second conveyor path, wherein the two palletising machines (18, 20) are arranged on both sides and opposite each other on the first conveyor path, characterised in that the palletising device comprises a control device for both palletising machines (18, 20), which is designed such as to move the gripping heads (28a,b) of both the palletising machines on an identical circulating path (U 1, U 2), which runs about a horizontal axis extending transversely to the first conveyor path, and that the two palletising machines (18, 20), arranged on both sides of the first conveyor path and opposite one another, are each provided with a vertical carrier column (22a, 22b), which is held stable by means of a standing foot on a hall floor, wherein at each carrier column (22a, 22b) a horizontal guide rail (24a, 24b) is held such as to be capable of moving vertically.
Triggered dispenser device for a liquid comprising: - a pumping chamber and a piston slidable in an airtight manner in the pumping chamber along a piston axis, said chamber being provided with a bottom wall; - a trigger operatively connected to the piston to move it; - a suction pipe suitable for being placed in fluidic communication with a container of the liquid to be dispensed, wherein said suction pipe terminates in the pumping chamber through a suction aperture performed in the bottom wall; - a dispensing pipe extending along a dispenser axis, in fluidic connection at one end with the pumping chamber by means of an inlet opening and, at the other end, in fluidic connection with the outside environment; - a suction valve comprising a membrane housed in the pumping chamber suitable for regulating the fluid flow between the suction pipe and the pumping chamber; - a delivery valve (20, 22, 24, 76), distinct from the suction valve, comprising a valve body and a baffle deformable externally to the dispensing pipe, said valve (20, 22, 24, 76) being suitable for regulating the fluid flow between the pumping chamber and the dispensing pipe; wherein a support wall of the valve body is coupled to the baffle so as to follow it during its deformation, said device being characterized in that the baffle is co-moulded to the support wall of the valve body. - a pumping chamber and a piston slidable in an airtight manner in the pumping chamber along a piston axis, said chamber being provided with a bottom wall; - a trigger operatively connected to the piston to move it; - a suction pipe suitable for being placed in fluidic communication with a container of the liquid to be dispensed, wherein said suction pipe terminates in the pumping chamber through a suction aperture performed in the bottom wall; - a dispensing pipe extending along a dispenser axis, in fluidic connection at one end with the pumping chamber by means of an inlet opening and, at the other end, in fluidic connection with the outside environment; - a suction valve comprising a membrane housed in the pumping chamber suitable for regulating the fluid flow between the suction pipe and the pumping chamber; - a delivery valve (20, 22, 24, 76), distinct from the suction valve, comprising a valve body and a baffle deformable externally to the dispensing pipe, said valve (20, 22, 24, 76) being suitable for regulating the fluid flow between the pumping chamber and the dispensing pipe; wherein a support wall of the valve body is coupled to the baffle so as to follow it during its deformation, said device being characterized in that the baffle is co-moulded to the support wall of the valve body.
Brake system for a vehicle, comprising: - at least two hydraulic brake circuits (BK1, BK2) with in each case at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4), - at least two pressure supply devices (DVI, DV2), which are driven by an electric motor drive (MI, M2), - at least one valve assembly with valves for the wheel-specific adjustment of brake pressures and/or for disconnecting or connecting the at least one wheel brake (RB1, RB2, RB3, RB4) from or to a pressure supply device (DVI, DV2) of the at least two pressure supply devices (DVI, DV2) - at least one electronic control and regulating unit, wherein one of them is a superordinate central control unit (M-ECU) which controls individual control and regulating units of components of the brake system, and - at least one additional electric drive motor (TM1, TM2) for at least one axle or wheel of the vehicle, wherein the additional electric drive motor (TM1, TM2) can be utilized to drive and decelerate the axle or the wheel, wherein for steering interventions (torque vectoring), the brake system utilizes the at least one pressure supply device (DVI, DV2) for pressure regulation in at least one wheel brake and/or utilizes the at least one electric drive motor (TM1, TM2), wherein, during braking, different brake torques are generated at the axles for the brakeforce distribution and/or at the wheels of an axle for generating a yaw moment or steering intervention (torque vectoring) by means of the at least one wheel brake (RB1, RB2, RB3, RB4) and/or the at least one drive motor (TM1, TM2). - at least two hydraulic brake circuits (BK1, BK2) with in each case at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4), - at least two pressure supply devices (DVI, DV2), which are driven by an electric motor drive (MI, M2), - at least one valve assembly with valves for the wheel-specific adjustment of brake pressures and/or for disconnecting or connecting the at least one wheel brake (RB1, RB2, RB3, RB4) from or to a pressure supply device (DVI, DV2) of the at least two pressure supply devices (DVI, DV2) - at least one electronic control and regulating unit, wherein one of them is a superordinate central control unit (M-ECU) which controls individual control and regulating units of components of the brake system, and - at least one additional electric drive motor (TM1, TM2) for at least one axle or wheel of the vehicle, wherein the additional electric drive motor (TM1, TM2) can be utilized to drive and decelerate the axle or the wheel, wherein
A method for screening a candidate for efficacy as an asphaltene stabilizer, said method comprising: forming a reconstituted oil by dispersing an asphaltene-containing solid in a hydrocarbon fluid, wherein the asphaltene-containing solid is a solid that has precipitated from a crude oil during production, transportation or processing, and wherein the hydrocarbon fluid is a stock tank oil; adding an asphaltene stabilizer candidate to the reconstituted oil to give an additized oil; and analyzing the stability of the asphaltenes in the additized oil by: adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil; wherein the stock tank oil is obtained by bringing crude oil from a subterranean formation to atmospheric conditions. forming a reconstituted oil by dispersing an asphaltene-containing solid in a hydrocarbon fluid, wherein the asphaltene-containing solid is a solid that has precipitated from a crude oil during production, transportation or processing, and wherein the hydrocarbon fluid is a stock tank oil; adding an asphaltene stabilizer candidate to the reconstituted oil to give an additized oil; and analyzing the stability of the asphaltenes in the additized oil by: adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil; wherein the stock tank oil is obtained by bringing crude oil from a subterranean formation to atmospheric conditions. adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil;
A method of transferring a foreign gene into a target cell using a retroviral vector, the method comprising the following steps (a) and (b): (a) placing a liquid containing a retroviral vector carrying a foreign gene in a bag for cell culture on which a retrovirus-binding substance is immobilized, followed by incubation with shaking at a temperature of less than 25°C for 8 hours to 48 hours to obtain the bag for cell culture to which the retroviral vector is bound; and (b) adding a target cell into the bag for cell culture obtained by the step (a), followed by incubation. (a) placing a liquid containing a retroviral vector carrying a foreign gene in a bag for cell culture on which a retrovirus-binding substance is immobilized, followed by incubation with shaking at a temperature of less than 25°C for 8 hours to 48 hours to obtain the bag for cell culture to which the retroviral vector is bound; and (b) adding a target cell into the bag for cell culture obtained by the step (a), followed by incubation.
A method of grouping of light sources in an illumination system, the method comprising the following steps: - emitting via a first light source a first light signal and a first sound signal, characterized by the following steps: - using an intensity of the first light signal as received by a second light source and an intensity of the first sound signal as received by the second light source to determine a value of a grouping function, and - assigning the first light source and the second light source to a the same group of light sources when the determined value of the grouping function satisfies one or more pre-determined conditions. - emitting via a first light source a first light signal and a first sound signal, - using an intensity of the first light signal as received by a second light source and an intensity of the first sound signal as received by the second light source to determine a value of a grouping function, and - assigning the first light source and the second light source to a the same group of light sources when the determined value of the grouping function satisfies one or more pre-determined conditions.
A tube roller pump for a medical device for extracorporeal blood treatment, comprising a pump housing including a curved running surface and a rotor that is rotatable within the running surface, wherein a tube segment is adapted to be placed between the running surface and the rotor, and the rotor is adapted to be attached to a drive shaft of the tube roller pump and to be coupled to the drive shaft in the axial direction as well as in the rotational direction, characterized in that a locking element provided on the rotor is movable, in particular pivotable, between at least two positions, and that the geometries of the drive shaft and of the locking element are configured such that, at a first position of the locking element, the rotor is slidable and rotatable relative to the drive shaft, whereas, at a second position of the locking element, the rotor is coupled to the drive shaft in the axial direction as well as in the rotational direction, in particular through positive locking engagement with the drive shaft.
An oxygen absorbing resin composition comprising: a polyolefin; an iron powder; titanium oxide; and calcium oxide, a content of the iron powder being from 10 to 50 mass% in the oxygen absorbing resin composition, a mass ratio of the titanium oxide to the iron powder [titanium oxide/iron powder] being from 0.1 to 0.5, and a mass ratio of the calcium oxide to the iron powder [calcium oxide/iron powder] being from 0.1 to 0.5. a polyolefin; an iron powder; titanium oxide; and calcium oxide, a content of the iron powder being from 10 to 50 mass% in the oxygen absorbing resin composition, a mass ratio of the titanium oxide to the iron powder [titanium oxide/iron powder] being from 0.1 to 0.5, and a mass ratio of the calcium oxide to the iron powder [calcium oxide/iron powder] being from 0.1 to 0.5.
A heavy-duty tire comprising a tread part, wherein the tread part comprises a plurality of circumferential grooves extending continuously in a tire circumferential direction, wherein the tread part at least comprises a first layer constituting a tread surface, a second layer adjacent to the inner side of the first layer in a radial direction, and a third layer present on the inner side of the second layer in the radial direction, wherein each of the first layer, the second layer, and the third layer is composed of a rubber composition comprising a rubber component and a filler, characterized in that Dt is 0.80 or more, preferably 1.00 or more, t1/H is 0.90 or less, S1/S2 is less than 1.0, and a product (S2×Dt) of S2 and Dt is greater than 10.0, where a tire outer diameter is referred to as Dt, in m, a thickness of the first layer is referred to as t1, in mm, a groove depth at a deepest part of the circumferential grooves (3, 4, 5) is referred to as H, in mm, a content of silica based on 100 parts by mass of a rubber component in a rubber composition constituting the first layer is referred to as S1, in parts by mass, and a content of silica based on 100 parts by mass of a rubber component in a rubber composition constituting the second layer is referred to as S2, in parts by mass. wherein the tread part comprises a plurality of circumferential grooves extending continuously in a tire circumferential direction, wherein the tread part at least comprises a first layer constituting a tread surface, a second layer adjacent to the inner side of the first layer in a radial direction, and a third layer present on the inner side of the second layer in the radial direction, a first layer constituting a tread surface, a second layer adjacent to the inner side of the first layer in a radial direction, and a third layer present on the inner side of the second layer in the radial direction, wherein each of the first layer, the second layer, and the third layer is composed of a rubber composition comprising a rubber component and a filler, characterized in that Dt is 0.80 or more, preferably 1.00 or more, t1/H is 0.90 or less, S1/S2 is less than 1.0, and a product (S2×Dt) of S2 and Dt is greater than 10.0, where a tire outer diameter is referred to as Dt, in m, a thickness of the first layer is referred to as t1, in mm, a groove depth at a deepest part of the circumferential grooves (3, 4, 5) is referred to as H, in mm, a content of silica based on 100 parts by mass of a rubber component in a rubber composition constituting the first layer is referred to as S1, in parts by mass, and a content of silica based on 100 parts by mass of a rubber component in a rubber composition constituting the second layer is referred to as S2, in parts by mass.
Method of performing a plurality of synthesis processes of preparing a radiopharmaceutical in series, which method comprises carrying out a first synthesis run comprising the steps of: a) providing water containing 18F; b) trapping the 18F from the water provided in step a) on an anion exchange material; c) eluting the trapped 18F from the anion exchange material to a reaction vessel of a first radiopharmaceutical synthesis cassette; d) preparing a radiopharmaceutical incorporating the eluted 18F using the first radiopharmaceutical synthesis cassette; wherein steps a)-d) are repeated in at least one subsequent run using another radiopharmaceutical synthesis cassette (50"; 50"'); and wherein the method comprises a reconditioning step of said anion exchange material between two consecutive runs. a) providing water containing 18F; b) trapping the 18F from the water provided in step a) on an anion exchange material; c) eluting the trapped 18F from the anion exchange material to a reaction vessel of a first radiopharmaceutical synthesis cassette; d) preparing a radiopharmaceutical incorporating the eluted 18F using the first radiopharmaceutical synthesis cassette;
A vibrating screening system, consisting of at least two screening machines (2, 3, 4), which are arranged in a row and can be caused to vibrate, wherein each screening machine (2, 3, 4) has a screening material feed end (21, 31, 41) and a screening material discharge end (24, 34, 44) and wherein each screening machine (2, 3, 4) has one resilient support (22, 25; 32, 35; 42, 45) each in the area of the screening material feed end (21, 31, 41) and in the area of the screening material discharge end (24, 34, 44), wherein: all the supports (22, 25) of the screening machine that is last in the row of the screening machines (2, 3, 4) in the screening material conveying direction are supported on the base; the support (32, 42) provided in the area of the screening material feed end (31, 41) of the/each additional screening machine (3, 4) is likewise supported on the base; characterized in that the support (35, 45) provided in the area of the screening material discharge end (34, 44) of the/each additional screening machine (3, 4) is supported on the screening machine that follows in the screening material conveying direction in the area of the screening material feed end (21, 31) of said screening machine (2, 3) that follows in the screening material conveying direction. all the supports (22, 25) of the screening machine that is last in the row of the screening machines (2, 3, 4) in the screening material conveying direction are supported on the base; the support (32, 42) provided in the area of the screening material feed end (31, 41) of the/each additional screening machine (3, 4) is likewise supported on the base; characterized in that the support (35, 45) provided in the area of the screening material discharge end (34, 44) of the/each additional screening machine (3, 4) is supported on the screening machine that follows in the screening material conveying direction in the area of the screening material feed end (21, 31) of said screening machine (2, 3) that follows in the screening material conveying direction.
An optically variable security element for security papers, value documents and other data carriers, having a substantially transparent support having opposing first and second main surfaces, an arrangement composed of microlenses arranged on the first main surface of the support, and a laser-sensitive recording layer arranged on the second main surface of the support, characterized in that - the microlens arrangement is provided with a laser-sensitive cover layer that exhibits at least one gap that is produced by the action of laser radiation and that extends across multiple microlenses, - the laser-sensitive recording layer exhibits a plurality of micromarkings produced by the action of laser radiation, each micromarking being associated with a microlens and being visible when the security element is viewed through the associated microlens, and - the plurality of micromarkings is arranged on the support in perfect register directly opposite the at least one gap. - the microlens arrangement is provided with a laser-sensitive cover layer that exhibits at least one gap that is produced by the action of laser radiation and that extends across multiple microlenses, - the laser-sensitive recording layer exhibits a plurality of micromarkings produced by the action of laser radiation, each micromarking being associated with a microlens and being visible when the security element is viewed through the associated microlens, and - the plurality of micromarkings is arranged on the support in perfect register directly opposite the at least one gap.
An embossing-laminating unit, comprising: - a first embossing roller provided with a series of first embossing protuberances; - a first pressure roller, cooperating with said first embossing roller to emboss a first ply of web material, generating projections on said first ply; - a second embossing roller provided with a series of second embossing protuberances; - a second pressure roller, cooperating with said second embossing roller to emboss a second ply of web material generating projections on said second ply; - a glue dispenser, cooperating with said first embossing roller to apply glue on all or some of the projections generated on said first ply; - a laminating roller provided with protuberances, characterised in that: said laminating roller cooperates with said second embossing roller; and the protuberances of said laminating roller are in phase with at least some of the first protuberances of the first embossing roller in order to generate a laminating effect in correspondence of areas of the first ply embossed by the first embossing roller. - a first embossing roller provided with a series of first embossing protuberances; - a first pressure roller, cooperating with said first embossing roller to emboss a first ply of web material, generating projections on said first ply; - a second embossing roller provided with a series of second embossing protuberances; - a second pressure roller, cooperating with said second embossing roller to emboss a second ply of web material generating projections on said second ply; - a glue dispenser, cooperating with said first embossing roller to apply glue on all or some of the projections generated on said first ply; - a laminating roller provided with protuberances,
A multi-sensor-based under-screen fingerprint capturing method, applied to an under-screen fingerprint capturing system comprising multiple fingerprint sensors, wherein the method comprises: acquiring fingerprint information of a user captured by the multiple fingerprint sensors, wherein each fingerprint sensor corresponds to a sensing region, and sensing regions corresponding to the multiple fingerprint sensors form a fingerprint capturing region of the under-screen fingerprint capturing system; determining a variance of sampling values of each pixel point in the fingerprint information of the user; determining a region formed by pixel points with a variance greater than a first variance threshold in the each fingerprint sensor as a pressing region for the user on the sensing region of the each fingerprint sensor; and determining a fingerprint sensor corresponding to a pressing region having an area larger than a first threshold in the pressing regions on the sensing regions of the fingerprint sensors as the effectively pressed fingerprint sensor, wherein the fingerprint information of the user captured by the effectively pressed fingerprint sensor is used for fingerprint authentication of the user. acquiring fingerprint information of a user captured by the multiple fingerprint sensors, wherein each fingerprint sensor corresponds to a sensing region, and sensing regions corresponding to the multiple fingerprint sensors form a fingerprint capturing region of the under-screen fingerprint capturing system; determining a variance of sampling values of each pixel point in the fingerprint information of the user; determining a region formed by pixel points with a variance greater than a first variance threshold in the each fingerprint sensor as a pressing region for the user on the sensing region of the each fingerprint sensor; and determining a fingerprint sensor corresponding to a pressing region having an area larger than a first threshold in the pressing regions on the sensing regions of the fingerprint sensors as the effectively pressed fingerprint sensor, wherein the fingerprint information of the user captured by the effectively pressed fingerprint sensor is used for fingerprint authentication of the user.