mhurhangee/ep-ind-claims huggingface dataset:
Device for receiving and handling specifically shaped medical waste products to be stored in a safe container (10; 100), comprising a receiving mechanism (14; 126) arranged with - a compartment (48; 131) for receiving a specifically shaped medical waste product, - which compartment (48; 131) is operably arranged to be moved from a first position wherein the specifically shaped medical waste product may be entered into said compartment to a second position wherein the specifically shaped medical waste product is entered into the safe container (10; 100), - at least one first locking element (25; 118) operably arranged to releasably lock said compartment (48; 131) from being moved to said second position, - said at least one first locking element (25; 118) being configured such that the specifically shaped medical waste product placed in said compartment (48; 131) constitutes a keying element for unlocking said compartment (48; 131) such that the compartment (48, 131) is able to be moved from the first position to the second position, and - a monitoring unit (60; 200) comprising a detection mechanism (64; 150, 170) capable of detecting that said compartment (48; 131) has been moved from said first position to said second position. - a compartment (48; 131) for receiving a specifically shaped medical waste product, - which compartment (48; 131) is operably arranged to be moved from a first position wherein the specifically shaped medical waste product may be entered into said compartment to a second position wherein the specifically shaped medical waste product is entered into the safe container (10; 100), - at least one first locking element (25; 118) operably arranged to releasably lock said compartment (48; 131) from being moved to said second position, - said at least one first locking element (25; 118) being configured such that the specifically shaped medical waste product placed in said compartment (48; 131) constitutes a keying element for unlocking said compartment (48; 131) such that the compartment (48, 131) is able to be moved from the first position to the second position, and - a monitoring unit (60; 200) comprising a detection mechanism (64; 150, 170) capable of detecting that said compartment (48; 131) has been moved from said first position to said second position.
A self-extinguishing polymeric composition which comprises: a) a stabilizing polymeric composition containing i. from 1% by weight to 100% by weight of at least a copolymer containing as main unit monomeric units of at least a type of vinylaromatic monomer, and containing monomeric units of at least a type of vinyl monomer containing epoxy groups wherein the oxirane oxygen, calculated with respect to the whole copolymer (i), varies from 70 to 5000 ppm by weight, ii. from 0% by weight to 99% by weight of one or more vinylaromatic polymers compatible among them; such that the copolymer is homogenously distributed in the polymeric composition when the same is finely dispersed; b) from 0.03 phr by weight to 10 phr by weight, calculated on the base of component (a), of at least a halogenated flame retardant. a) a stabilizing polymeric composition containing i. from 1% by weight to 100% by weight of at least a copolymer containing as main unit monomeric units of at least a type of vinylaromatic monomer, and containing monomeric units of at least a type of vinyl monomer containing epoxy groups wherein the oxirane oxygen, calculated with respect to the whole copolymer (i), varies from 70 to 5000 ppm by weight, ii. from 0% by weight to 99% by weight of one or more vinylaromatic polymers compatible among them; such that the copolymer is homogenously distributed in the polymeric composition when the same is finely dispersed; b) from 0.03 phr by weight to 10 phr by weight, calculated on the base of component (a), of at least a halogenated flame retardant.
Autonomous locomotion device, in particular autonomous lawnmower, having at least one drive unit, having at least one energy supply unit at least for supplying energy to the drive unit, having at least one vegetation sensor unit for capturing at least one vegetation characteristic variable, and having at least one open-loop and/or closed-loop control unit at least for open-loop and/or closed-loop control of the drive unit, wherein the open-loop and/or closed-loop control unit comprises a processor unit, a memory unit and an operating program stored in the memory unit and is provided at least for the purpose of controlling at least the drive unit in an open-loop and/or closed-loop manner to initiate an autonomous working process on the basis of the at least one vegetation characteristic variable, characterized in that a vegetation database is stored in the memory unit and can be used to infer an average growth of plants in a working area on the basis of the at least one captured vegetation characteristic variable, and/or the operating program of the open-loop and/or closed-loop control unit comprises at least one algorithm which can be used to calculate an average growth of plants in a working area on the basis of the at least one captured vegetation characteristic variable.
Nano-sized lead metaborate compounds for use in the treatment of breast cancers with p53 mutations due to their selective toxic effect on the p53 mutant breast cancer cell line, T47D.
A method for a packet data network gateway PDN-GW on a wireless telecommunications network having a target radio access network RAN and a serving GW characterized by the steps of: generating an end marker packet with a processing unit after receiving an update bearer request message at a network interface which indicates the serving GW will switch from a source Serving GW to a target serving GW; and sending the end marker packet onto the network with the network interface to the source Serving GW using generic routing encapsulation GRE where any one of bits 1-5 of the GRE header field of the end marker packet is set to one to indicate the end marker packet is an end marker packet to assist the target RAN in reordering of downlink data. generating an end marker packet with a processing unit after receiving an update bearer request message at a network interface which indicates the serving GW will switch from a source Serving GW to a target serving GW; and sending the end marker packet onto the network with the network interface to the source Serving GW using generic routing encapsulation GRE where any one of bits 1-5 of the GRE header field of the end marker packet is set to one to indicate the end marker packet is an end marker packet to assist the target RAN in reordering of downlink data.
An exposure unit for an image forming apparatus, that performs exposure of an image supporting member, the exposure unit comprising: a light-emitting element array including a plurality of light-emitting elements that are disposed in a first direction and each emit a light beam (31 L); and a lens array that faces the light-emitting element array in a second direction that is orthogonal to the first direction, and focuses the light beams (31 L) emitted from the respective light-emitting elements, the second direction being an optical axis direction of the light-emitting elements, characterized in that the lens array includes a plurality of rod lenses each having an aperture half-angle that is from 10 degrees to 15 degrees both inclusive and having a refractive index distribution in a diameter direction of the rod lens itself, and the following expressions and are satisfied: 175 μm ⩽ L 0 − L 1 ⩽ 250 μm 175 μm ⩽ L 0 − L 2 ⩽ 250 μm where L0 is a focal distance of the lens array at a first end surface of the lens array facing the light-emitting element array and at a second end surface of the lens array facing a surface of the image supporting member in which a contrast becomes maximum, the contrast being determined from a light amount distribution in the first direction of any of the light beams focused by the lens array, L1 is a distance from said first end surface of the lens array to the light-emitting element array, and L2 is a distance from said second end surface of the lens array to said surface of the image supporting member. a light-emitting element array including a plurality of light-emitting elements that are disposed in a first direction and each emit a light beam (31 L); and a lens array that faces the light-emitting element array in a second direction that is orthogonal to the first direction, and focuses the light beams (31 L) emitted from the respective light-emitting elements, the second direction being an optical axis direction of the light-emitting elements, characterized in that the lens array includes a plurality of rod lenses each having an aperture half-angle that is from 10 degrees to 15 degrees both inclusive and having a refractive index distribution in a diameter direction of the rod lens itself, and the following expressions and are satisfied: 175 μm ⩽ L 0 − L 1 ⩽ 250 μm 175 μm ⩽ L 0 − L 2 ⩽ 250 μm where L0 is a focal distance of the lens array at a first end surface of the lens array facing the light-emitting element array and at a second end surface of the lens array facing a surface of the image supporting member in which a contrast becomes maximum, the contrast being determined from a light amount distribution in the first direction of any of the light beams focused by the lens array, L1 is a distance from said first end surface of the lens array to the light-emitting element array, and L2 is a distance from said second end surface of the lens array to said surface of the image supporting member.
A device for evaluating the hydric loss of a person or an animal by sweating, comprising: - a flexible support able to adapt to the shape of the body on which the support is applied, comprising a measuring face and a contact face designed to be applied to the skin of the person or animal, characterized in that the device is provided with: - a swelling element, securedly affixed to the support, that swells by absorption of sweat, said swelling element being arranged to be in direct contact or in fluidic communication with the skin and, - measuring means for measuring the increase of at least one dimension of the swelling element, said increase being caused by absorption of said sweat. - a flexible support able to adapt to the shape of the body on which the support is applied, comprising a measuring face and a contact face designed to be applied to the skin of the person or animal, characterized in that the device is provided with: - a swelling element, securedly affixed to the support, that swells by absorption of sweat, said swelling element being arranged to be in direct contact or in fluidic communication with the skin and, - measuring means for measuring the increase of at least one dimension of the swelling element, said increase being caused by absorption of said sweat. - a swelling element, securedly affixed to the support, that swells by absorption of sweat, said swelling element being arranged to be in direct contact or in fluidic communication with the skin and, - measuring means for measuring the increase of at least one dimension of the swelling element, said increase being caused by absorption of said sweat.
A coronary sinus and tricuspid valve tissue protective device for protecting tissues of coronary sinus and tricuspid valve during mitral valve cerclage annuloplasty, the coronary sinus and tricuspid valve tissue protective device comprising: a coronary sinus tube that is a hollow cylindrical tube for protecting tissues of the coronary sinus; and a tricuspid valve tube that is a hollow cylindrical tube for protecting tissues of the tricuspid valve and of interventricular septum; characterized in that the coronary sinus and tricuspid valve tissue protective device further comprises a stem in which the coronary sinus tube and the tricuspid valve tube extend to be fixed and combined to each other. a coronary sinus tube that is a hollow cylindrical tube for protecting tissues of the coronary sinus; and a tricuspid valve tube that is a hollow cylindrical tube for protecting tissues of the tricuspid valve and of interventricular septum; characterized in that the coronary sinus and tricuspid valve tissue protective device further comprises a stem in which the coronary sinus tube and the tricuspid valve tube extend to be fixed and combined to each other.
Continuous process for preparing primary aliphatic amines having 3 to 18 carbon atoms by reacting corresponding aliphatic aldehydes with ammonia and hydrogen in the presence of a hydrogenation catalyst, characterized in that the reaction is carried out without solvent at a molar ratio of aliphatic aldehyde to ammonia of more than 1 to 16, above the critical temperature and above the critical pressure of ammonia.
An aeroplane comprising an arrangement for storing and launching counter-measures, such as flares and chaff, the arrangement comprising: an elongate body provided with at least one launch opening used for storing the counter-measures in compartments (11.1,11.2,..., 11.n), wherein the arrangement being designed to be mounted on the aeroplane, with the longitudinal direction of the elongate body essentially coinciding with the flight direction of the aeroplane, and wherein the compartments (11.1,11.2,..., 11.n) are provided with openings (18.1,18.2,..., 18.n) configured for launching the counter-measures in a direction obliquely forwards and downwards relative to the aeroplane, and the counter-measures being connected to a firing control unit for feeding firing signals to the counter-measures, characterized in that the arrangement is designed to be mounted under the aeroplane, and in that the compartments (11.1,11.2,...,11.n) are configured to slope obliquely forwards at 30° to 60° relative to the aeroplane. an elongate body provided with at least one launch opening used for storing the counter-measures in compartments (11.1,11.2,..., 11.n), wherein the arrangement being designed to be mounted on the aeroplane, with the longitudinal direction of the elongate body essentially coinciding with the flight direction of the aeroplane, and wherein the compartments (11.1,11.2,..., 11.n) are provided with openings (18.1,18.2,..., 18.n) configured for launching the counter-measures in a direction obliquely forwards and downwards relative to the aeroplane, and the counter-measures being connected to a firing control unit for feeding firing signals to the counter-measures, characterized in that the arrangement is designed to be mounted under the aeroplane, and in that the compartments (11.1,11.2,...,11.n) are configured to slope obliquely forwards at 30° to 60° relative to the aeroplane.
A device for gripping or grasping products, said products being in particular in the form of packages, in a preferred manner defined by a corresponding envelope, for example made of a plastic film, or a paper sheet, or other, or made of cardboard, which wraps or contains one or more articles; in particular said articles being articles of the so-called Tissue field and preferably being made of paper material or other material, such as woven fabric or non-woven fabric, and preferentially being in the form of rolls, in particular rolls of toilet paper, of kitchen paper or for another use, or rolls for the treatment of food products, such as rolls of aluminium foil, plastic film, wax paper film, and the like, i.e., said articles being in the form of packaging, in particular packs, packets or other containers, in particular for napkins, handkerchiefs, small towels for hands and face, hand towels, bed sheets, sanitary napkins for personal care; the device comprising support means for means for engaging and holding by suctioning the respective product and being characterized in that said means for engaging and holding by suctioning the respective product define a first and a second surfaces for engaging and holding by suctioning the same product angularly spaced apart by an angle equal to, or substantially equal to, 90°, and in that at the respective surface (141, 142) for engaging and holding by suctioning the same product, corresponding means are provided for the passage of said suctioning flow.
A fluid ejection device, comprising: a circuit comprising a plurality of nozzle firing cells (200, 105), a nozzle firing cell (200, 105) comprising: a firing transistor; a firing resistor and a decoder comprising a pre-charge transistor (115, 230) having a source and drain coupled between a pre-charge line and a gate of the firing transistor; characterized in that the pre-charge line is physically layered over the pre-charge transistors (115, 230) and runs over the pre-charge transistors (115, 230), wherein the pre-charge line is routed over the gates of the pre-charge transistors (115, 230). a circuit comprising a plurality of nozzle firing cells (200, 105), a nozzle firing cell (200, 105) comprising: a firing transistor; a firing resistor and a decoder comprising a pre-charge transistor (115, 230) having a source and drain coupled between a pre-charge line and a gate of the firing transistor; characterized in that the pre-charge line is physically layered over the pre-charge transistors (115, 230) and runs over the pre-charge transistors (115, 230), wherein the pre-charge line is routed over the gates of the pre-charge transistors (115, 230). a firing transistor; a firing resistor and a decoder comprising a pre-charge transistor (115, 230) having a source and drain coupled between a pre-charge line and a gate of the firing transistor; characterized in that the pre-charge line is physically layered over the pre-charge transistors (115, 230) and runs over the pre-charge transistors (115, 230), wherein the pre-charge line is routed over the gates of the pre-charge transistors (115, 230).
Wind turbine blade (6, 13), comprising a hollow blade body with a blade root and a base plate arranged at a root-side end section of the blade, which base plate comprises a manhole through which the interior of the blade is accessible, characterized in that the base plate is provided with mounting means arranged at the or close to the manhole and adapted to directly or indirectly mount at least one ladder (30, 34) to the base plate.
A manufacturing method of an engine comprising the steps of: preparing (S1, S2) a cylinder head having a surface including a ceiling surface of a combustion chamber; forming a heat shielding film (22, 22a, 22b) on the ceiling surface; measuring a volume of the heat shielding film (22, 22a, 22b); and selecting out of multiple ranks (R1, R2) of pistons (40a, 40b, 50a, 50b, 60a, 60b) one rank to be combined with the ceiling surface, wherein each of the pistons (40a, 40b, 50a, 50b, 60a, 60b) includes a cavity (42, 42a, 42b, 52, 52a, 52b), the multiple ranks (R1, R2) are preset in accordance with volume of the cavity, wherein the selecting step is a step to select the one rank of which volume of the cavity corresponds to a divergence amount of the measured volume of the heat shielding film (22, 22a, 22b) from a design volume, wherein the cavity (42, 42a, 42b, 52, 52a, 52b) is formed in each top land of the pistons (40a, 40b, 50a, 50b, 60a, 60b) as an annular groove surrounding a conical protrusion, the multiple ranks (R1, R2) are preset in accordance with depth of the cavity (42, 42a, 42b, 52, 52a, 52b) from an upper end of the top land to a lower end of the annular groove. preparing (S1, S2) a cylinder head having a surface including a ceiling surface of a combustion chamber; forming a heat shielding film (22, 22a, 22b) on the ceiling surface; measuring a volume of the heat shielding film (22, 22a, 22b); and selecting out of multiple ranks (R1, R2) of pistons (40a, 40b, 50a, 50b, 60a, 60b) one rank to be combined with the ceiling surface, wherein each of the pistons (40a, 40b, 50a, 50b, 60a, 60b) includes a cavity (42, 42a, 42b, 52, 52a, 52b), the multiple ranks (R1, R2) are preset in accordance with volume of the cavity, wherein the selecting step is a step to select the one rank of which volume of the cavity corresponds to a divergence amount of the measured volume of the heat shielding film (22, 22a, 22b) from a design volume, wherein the cavity (42, 42a, 42b, 52, 52a, 52b) is formed in each top land of the pistons (40a, 40b, 50a, 50b, 60a, 60b) as an annular groove surrounding a conical protrusion, the multiple ranks (R1, R2) are preset in accordance with depth of the cavity (42, 42a, 42b, 52, 52a, 52b) from an upper end of the top land to a lower end of the annular groove.
Magnetic resonance fingerprinting method for generating measurement data of an examination object, wherein the method comprises the following steps: - loading of parameters which describe a starting k-space trajectory (SkRt) along which measurement data is to be recorded, - creation of at least one measurement k-space trajectory (MkRt) by means of fluctuation of at least one of the parameters determining the course of the starting k-space trajectory (SkRt), so that the created measurement k-space trajectory (MkRt) runs erratically, - recording of measurement data along the measurement k-space trajectory (MkRt), - repetition of the recording of measurement data along created measurement k-space trajectories (MkRt) using different fingerprinting parameters until all the desired measurement data has been recorded, - storage of the recorded measurement data in a measurement dataset, characterised in that fluctuation takes place such that a spatial and/or temporal distribution of the noise contained in the recorded signals is as homogenous as possible. - loading of parameters which describe a starting k-space trajectory (SkRt) along which measurement data is to be recorded, - creation of at least one measurement k-space trajectory (MkRt) by means of fluctuation of at least one of the parameters determining the course of the starting k-space trajectory (SkRt), so that the created measurement k-space trajectory (MkRt) runs erratically, - recording of measurement data along the measurement k-space trajectory (MkRt), - repetition of the recording of measurement data along created measurement k-space trajectories (MkRt) using different fingerprinting parameters until all the desired measurement data has been recorded, - storage of the recorded measurement data in a measurement dataset,