mhurhangee/ep-ind-claims huggingface dataset:
A two-component adhesive consisting of a binder system containing components and, in which a) a compound bearing at least two cyclic carbonate groups, or a mixture of two or more compounds bearing at least two cyclic carbonate groups, is contained as component, wherein component has an average molecular weight (M n) of ≥ 1,000 g/mol and b) a compound bearing at least two (-NHR-) groups of atoms, or a mixture of two or more compounds bearing at least two (-NHR-) groups of atoms, is contained as component, where R = H, an alkyl or aryl functional group, and component B has an average molecular weight (Mn) of from 60 g/mol to 500 g/mol as component or an average molecular weight (Mn) of > 500 g/mol as component, wherein component is present individually as component or as a mixture of with, for bonding paper, cardboard, wood, plastics, metal or earthenware. a) a compound bearing at least two cyclic carbonate groups, or a mixture of two or more compounds bearing at least two cyclic carbonate groups, is contained as component, wherein component has an average molecular weight (M n) of ≥ 1,000 g/mol and b) a compound bearing at least two (-NHR-) groups of atoms, or a mixture of two or more compounds bearing at least two (-NHR-) groups of atoms, is contained as component, where R = H, an alkyl or aryl functional group, and component B has an average molecular weight (Mn) of from 60 g/mol to 500 g/mol as component or an average molecular weight (Mn) of > 500 g/mol as component, wherein component is present individually as component or as a mixture of with,
Apparatus for processing data comprising: ownership circuitry to enforce ownership rights of memory regions within a physical memory address space, a given memory region having a given owning process specified in an ownership table from among a plurality of processes and independently of privilege level, said given owning process having rights to control access to said given memory region, wherein said given owning process designates said given memory region as one of: private to said given owning process; and shared between said given owning process and at least one further source of memory access requests; wherein said ownership circuitry permits said given owning process to set one or more attributes in the ownership table to deny access to said given memory region to a process having a greater level of privilege than said given owning process; and wherein in response to receiving a target physical address associated with a read or write transaction requesting a read or write to a target memory region associated with the target physical address, the ownership circuitry is configured to: access an entry of the ownership table corresponding to the target physical address; perform access permission checking based on the entry of the ownership table corresponding to the target physical address; and when the access permission checking fails, reject the read or write transaction. ownership circuitry to enforce ownership rights of memory regions within a physical memory address space, a given memory region having a given owning process specified in an ownership table from among a plurality of processes and independently of privilege level, said given owning process having rights to control access to said given memory region, wherein said given owning process designates said given memory region as one of: private to said given owning process; and shared between said given owning process and at least one further source of memory access requests; private to said given owning process; and shared between said given owning process and at least one further source of memory access requests; wherein said ownership circuitry permits said given owning process to set one or more attributes in the ownership table to deny access to said given memory region to a process having a greater level of privilege than said given owning process; and wherein in response to receiving a target physical address associated with a read or write transaction requesting a read or write to a target memory region associated with the target physical address, the ownership circuitry is configured to: access an entry of the ownership table corresponding to the target physical address; perform access permission checking based on the entry of the ownership table corresponding to the target physical address; and when the access permission checking fails, reject the read or write transaction. access an entry of the ownership table corresponding to the target physical address; perform access permission checking based on the entry of the ownership table corresponding to the target physical address; and when the access permission checking fails, reject the read or write transaction.
An image processing apparatus configured to adjust brightness of a processed image for which contrast correction for removing a scattered light component has been performed for each local area of an input image, wherein the brightness of the processed image is different from brightness of the input image, the apparatus characterized by comprising: an estimation unit configured to estimate luminance of the processed image as exposure value thereof based on luminance of the input image and on transmittance corresponding to the luminance of the input image; a parameter calculation unit configured to calculate an exposure correction parameter based on the luminance of the input image and the exposure value of the processed image estimated by the estimation unit; and an exposure correction unit configured to perform exposure correction for the processed image by using the exposure correction parameter to adjust the brightness of the processed image. an estimation unit configured to estimate luminance of the processed image as exposure value thereof based on luminance of the input image and on transmittance corresponding to the luminance of the input image; a parameter calculation unit configured to calculate an exposure correction parameter based on the luminance of the input image and the exposure value of the processed image estimated by the estimation unit; and an exposure correction unit configured to perform exposure correction for the processed image by using the exposure correction parameter to adjust the brightness of the processed image.
A station for cleaning and / or filling of a subassembly for spraying coating product mounted on a moveable arm of a robot, this station comprising: - a zone for receiving at least one sprayer belonging to the spraying sub assembly, - means for connection between at least one feed circuit and the sprayer in place in the receiving zone, these connection means comprising at least one part (131 -135) that can be moved between a retracted position (fig. 3, 4) at a distance from the sprayer in place in the receiving zone, and an active position (fig. 5, 6), wherein the connection means enable the sprayer to be fed with cleaning product and / or coating product, characterised in that the station comprises a flexible membrane firmly attached, on the one hand, to the moveable part (131 -135) of the connection means and, on the other hand, to a fixed casing envelope for protecting a portion of the connection means, and in that this said membrane is deformable and suitable for following the displacements of the moveable part (131 -135) between the retracted and active positions thereof. - a zone for receiving at least one sprayer belonging to the spraying sub assembly, - means for connection between at least one feed circuit and the sprayer in place in the receiving zone, these connection means comprising at least one part (131 -135) that can be moved between a retracted position (fig. 3, 4) at a distance from the sprayer in place in the receiving zone, and an active position (fig. 5, 6), wherein the connection means enable the sprayer to be fed with cleaning product and / or coating product, characterised in that the station comprises a flexible membrane firmly attached, on the one hand, to the moveable part (131 -135) of the connection means and, on the other hand, to a fixed casing envelope for protecting a portion of the connection means, and in that this said membrane is deformable and suitable for following the displacements of the moveable part (131 -135) between the retracted and active positions thereof.
A process for the production of a filtration and/or diffusion device comprising a bundle of hollow fiber membranes disposed within a tubular housing, the process comprising sealing a first end of the bundle of hollow fiber membranes by dipping the first end of the bundle and the first end of the tubular housing into a melt of thermoplastic resin and allowing the melt to solidify, thereby sealing the first end of the bundle and the first end of the tubular housing and forming a potting cap that prevents leakage of a potting resin from the housing during the formation of an end wall; followed by a potting step which involves the formation of an end wall within the tubular housing by embedding the first end of the bundle in a potting resin; and a subsequent step which involves re-opening the fibers by cutting off the first end of the potted bundle together with part of the solidified potting resin after the potting resin has set and the end wall has been formed.
An electric toothbrush comprising: a handle having a first end, a second end and an internal chamber; a head coupled to the first end of the handle, the head comprising a plurality of bristles; a grip at the second end and configured for holding the electric toothbrush by a user; a window positioned between the head and the grip and on a side of the electric toothbrush opposite the bristles; an illumination element within the internal chamber and configured such that light from the illumination element is visible through the window; a power source within the internal chamber and coupled to the illumination element; a motor within the internal chamber and configured to impart motion to at least one of the plurality of bristles; a timing circuit configured to activate for a set period of time, wherein the illumination element is activated during all, part of, and/or at the end of, the set period of time; and an activation device configured to activate the motor and the timing circuit; wherein the electric toothbrush is configured so that, when in use brushing teeth, the user can see light from the illumination element in a mirror facing the user; characterized by a frame positioned within the internal chamber, wherein the motor, the illumination element, and at least a part of the activation device are attached to the frame prior to insertion into the chamber, the frame having at least one prong configured to engage a wall of the internal chamber to secure the frame in place within the internal chamber. a handle having a first end, a second end and an internal chamber; a head coupled to the first end of the handle, the head comprising a plurality of bristles; a grip at the second end and configured for holding the electric toothbrush by a user; a window positioned between the head and the grip and on a side of the electric toothbrush opposite the bristles; an illumination element within the internal chamber and configured such that light from the illumination element is visible through the window; a power source within the internal chamber and coupled to the illumination element; a motor within the internal chamber and configured to impart motion to at least one of the plurality of bristles; a timing circuit configured to activate for a set period of time, wherein the illumination element is activated during all, part of, and/or at the end of, the set period of time; and an activation device configured to activate the motor and the timing circuit; wherein the electric toothbrush is configured so that, when in use brushing teeth, the user can see light from the illumination element in a mirror facing the user; characterized by a frame positioned within the internal chamber, wherein the motor, the illumination element, and at least a part of the activation device are attached to the frame prior to insertion into the chamber, the frame having at least one prong configured to engage a wall of the internal chamber to secure the frame in place within the internal chamber.
A biosensor system, with which the concentration of an analyte in a liquid sample is measured using a redox enzyme and an electron-transfer mediator, said biosensor system comprising: a sensor chip having a capillary into which a liquid sample is introduced, whose height is less than the maximum value of the sum of the diffusion distance of the electron-transfer mediator and the diffusion distance of the analyte at the upper limit of the measurement guaranteed temperature of the biosensor system, a plurality of electrodes disposed within the capillary, and a reagent layer that is disposed within the capillary and includes the electron-transfer mediator; a first voltage applicator that applies a first voltage to the electrodes; a concentration measurement section that measures the concentration of the analyte on the basis of the value of the current flowing through the liquid sample during the first voltage application; and a second voltage applicator that applies a second voltage to the electrodes prior to the application of the first voltage, so that the effect of the temperature of the liquid sample on the measurement results of the concentration measurement section will be diminished, wherein the diffusion distances of the electron-transfer mediator and the analyte are each expressed by the following formula (i): d = zDt (where d is the diffusion distance, z is an arbitrarily selected constant, D is a diffusion coefficient, and t is time). a sensor chip having a capillary into which a liquid sample is introduced, whose height is less than the maximum value of the sum of the diffusion distance of the electron-transfer mediator and the diffusion distance of the analyte at the upper limit of the measurement guaranteed temperature of the biosensor system, a plurality of electrodes disposed within the capillary, and a reagent layer that is disposed within the capillary and includes the electron-transfer mediator; a first voltage applicator that applies a first voltage to the electrodes; a concentration measurement section that measures the concentration of the analyte on the basis of the value of the current flowing through the liquid sample during the first voltage application; and a second voltage applicator that applies a second voltage to the electrodes prior to the application of the first voltage, so that the effect of the temperature of the liquid sample on the measurement results of the concentration measurement section will be diminished, wherein the diffusion distances of the electron-transfer mediator and the analyte are each expressed by the following formula (i): d = zDt (where d is the diffusion distance, z is an arbitrarily selected constant, D is a diffusion coefficient, and t is time).
A method for determining confidence values for volume units, the method comprising acquiring real projections of an object in a tomography system wherein each real projection includes a pixel value; reconstructing an image of the object from the real projections; generating artificial projections; and for each volume unit: comparing real projections with artificial projections, comprising computing an error measure value for each pixel value, where the error measure value is the difference between the pixel value from real projection and a summation of artificial pixel values from artificial projection; and generating a confidence measure for each of the volume units, characterized in that generating a confidence measure for a volume unit comprises: building a histogram of error measure values for different real projections through the volume unit, determining a probability distribution from the histogram of error measure values for the volume unit, and determining the confidence measure from the probability distribution. comparing real projections with artificial projections, comprising computing an error measure value for each pixel value, where the error measure value is the difference between the pixel value from real projection and a summation of artificial pixel values from artificial projection; and generating a confidence measure for each of the volume units, characterized in that generating a confidence measure for a volume unit comprises: building a histogram of error measure values for different real projections through the volume unit, determining a probability distribution from the histogram of error measure values for the volume unit, and determining the confidence measure from the probability distribution. building a histogram of error measure values for different real projections through the volume unit, determining a probability distribution from the histogram of error measure values for the volume unit, and determining the confidence measure from the probability distribution.
A chipping machine, in particular for the chipping of trunk wood and/or green waste, comprising a feeder unit, a comminution unit and a material transport system, comprising a fan discharge and/or a conveyor belt discharge, characterised in that a chipped product collection system is provided for supplying the chipped product to the conveyor belt discharge or to the fan discharge, the chipped product collection system comprising a screw conveyor and, when the conveyer trough is closed, conveying the chipped product directly into a fan of the fan discharge and, when the conveyor trough is closed, conveying the chipped product onto a conveyor belt of the conveyor belt discharge.
A storage water heater comprising: - a heating device; - a hot-water storage tank that stores hot water; a first passage connected to a lower part of the hot-water storage tank; anda controller (300, 302, 303, 304, 305) configured to selectively switch between a heat-up operation and a recirculation operation, the heat-up operation being an operation in which hot water flowing out from the lower part of the hot-water storage tank is delivered to the heating device via the first passage and then hot water heated by the heating device is delivered to an upper part of the hot-water storage tank, the recirculation operation being an operation in which hot water flowing out from the upper part of the hot-water storage tank is delivered to the lower part of the hot-water storage tank via the first passage, - the hot-water storage tank including a water supply port through which tap water is supplied to the hot-water storage tank, - the controller (300, 302, 303, 304, 305) being configured to, on the basis of an amount of the tap water supplied to the hot-water storage tank from the water supply port, vary a duration of the recirculation operation. - a heating device; - a hot-water storage tank that stores hot water; a first passage connected to a lower part of the hot-water storage tank; anda controller (300, 302, 303, 304, 305) configured to selectively switch between a heat-up operation and a recirculation operation, the heat-up operation being an operation in which hot water flowing out from the lower part of the hot-water storage tank is delivered to the heating device via the first passage and then hot water heated by the heating device is delivered to an upper part of the hot-water storage tank, the recirculation operation being an operation in which hot water flowing out from the upper part of the hot-water storage tank is delivered to the lower part of the hot-water storage tank via the first passage, - the hot-water storage tank including a water supply port through which tap water is supplied to the hot-water storage tank, - the controller (300, 302, 303, 304, 305) being configured to, on the basis of an amount of the tap water supplied to the hot-water storage tank from the water supply port, vary a duration of the recirculation operation.
A method for the in vitro isolation of tumour-derived exosomes from a biological fluid, such method comprising capturing exosomes from a sample of that biological fluid with an anti CA-IX antibody.
A fastening system for fastening a cabin fitting element with at least one electrical installation on a support structure of an aircraft, in which the cabin fitting element on installation into the support structure is fixed in succession by at least one loose bearing in at least one degree of translational freedom and then by at least one fixed bearing in the at least one further degree of translational freedom, characterized in that a contact device with a bush arrangement (17, 21) and a plug arrangement (18, 23) is integrated in the at least one loose bearing, by which an electrical connection is produced between the support structure and the electrical installation of the cabin fitting element during the fixing at least of one degree of translational freedom, and the bush arrangement and/or the plug arrangement is displaceable in the insertion direction between a first and a second stop (27a, 27b) in the bearing.
A ceramic component comprising: - a particulate support material and a graphene-containing material, - wherein the particulate support material is at least partially coated with the graphene-containing material, - wherein a material bond is present between the particulate support material and the graphene-containing material, and - wherein said ceramic member has an electrical resistivity of from 1 Ωcm to 100 Ωcm at room temperature, and - further comprising a first base body, said first base body exclusively comprising said particulate support material. - a particulate support material and a graphene-containing material, - wherein the particulate support material is at least partially coated with the graphene-containing material, - wherein a material bond is present between the particulate support material and the graphene-containing material, and - wherein said ceramic member has an electrical resistivity of from 1 Ωcm to 100 Ωcm at room temperature, and - further comprising a first base body, said first base body exclusively comprising said particulate support material.
A vehicle assembly comprising a chair and a vehicle, wherein the vehicle is: a boat; a raft; an automobile; a submarine; or an aircraft, wherein the chair is for use in take-off or landing of a user wearing personal flying equipment and is mounted on a surface of the vehicle such that it is accessible by the user in-flight, the chair comprising: a seat for the user to straddle such that the user faces in a forward direction; a torso support for supporting a torso of the user sitting on the seat, the torso support being concave and thereby defining an opening facing the seat; a structure to which the seat and torso support are mounted; and a base member rigidly connected to the structure and extending outwardly therefrom, wherein the torso support extends outwardly to either side of the structure leaving a space below for receiving a leg of the user sat on the seat. a seat for the user to straddle such that the user faces in a forward direction; a torso support for supporting a torso of the user sitting on the seat, the torso support being concave and thereby defining an opening facing the seat; a structure to which the seat and torso support are mounted; and a base member rigidly connected to the structure and extending outwardly therefrom, wherein the torso support extends outwardly to either side of the structure leaving a space below for receiving a leg of the user sat on the seat.
A process for producing fluorine containing polymer comprising graft-polymerizing with a molten salt monomer having a polymerizable functional group and a quaternary ammonium salt structure having a quaternary ammonium cation and anion, with a copolymer having a following unit; -(CR 3 R 4 -CR 5 F)m-(CR 1 R 2 -CFX)n- X means halogen atom except fluorine atom, R 1, R 2, R 3, R 4 and R 5 means hydrogen atom or fluorine atom, each is same or different, m is of 99 to 65 mol %, n is of 1 to 35 mol %. X means halogen atom except fluorine atom, R 1, R 2, R 3, R 4 and R 5 means hydrogen atom or fluorine atom, each is same or different, m is of 99 to 65 mol %, n is of 1 to 35 mol %.