mhurhangee/ep-ind-claims huggingface dataset:
A machining apparatus, in particular a machining centre for machining workpieces which are preferably made at least partially of wood, wood materials, plastic or the like, comprising: at least two machining units (20, 22) which are arranged apart from one another by a spindle distance A, for machining the workpieces, a clamping device for clamping the workpieces to be machined, a beam-shaped guide arrangement, the beam-shaped guide arrangement extending in a first direction and the beam-shaped guide arrangement and the clamping device being able to be moved relative to one another in a second direction in order to clamp the workpieces to be machined, a first receiving device having a number of first receivers for machining tools and/or machining assemblies, the first receivers being arranged over a first circumference, a second receiving device having a number of second receivers for machining tools and/or machining assemblies, the second receivers being arranged over a second circumference, the distance between the first receiver and a second receiver in a transfer position for changing the machining tools and/or machining assemblies (10, 11) corresponding to the spindle distance A, characterised in that the second receiving device is arranged offset relative to the first receiving device in a direction perpendicular to a plane of the circumference (64, 84) of the first or the second receiving device (60, 80). at least two machining units (20, 22) which are arranged apart from one another by a spindle distance A, for machining the workpieces, a clamping device for clamping the workpieces to be machined, a beam-shaped guide arrangement, the beam-shaped guide arrangement extending in a first direction and the beam-shaped guide arrangement and the clamping device being able to be moved relative to one another in a second direction in order to clamp the workpieces to be machined, a first receiving device having a number of first receivers for machining tools and/or machining assemblies, the first receivers being arranged over a first circumference, a second receiving device having a number of second receivers for machining tools and/or machining assemblies, the second receivers being arranged over a second circumference, the distance between the first receiver and a second receiver in a transfer position for changing the machining tools and/or machining assemblies (10, 11) corresponding to the spindle distance A, characterised in that the second receiving device is arranged offset relative to the first receiving device in a direction perpendicular to a plane of the circumference (64, 84) of the first or the second receiving device (60, 80).
An image search server constituting an image search system having a client computer and the image search server, comprising: feature quantity calculation means for calculating, with regard to each image of a plurality of images, the values of feature quantities representing characteristics of the image; scoring means for scoring the image based upon the values of the feature quantities calculated by said feature quantity calculation means; and characterised in that images having high scores obtained by said scoring means are displayed in a search result area of a display screen of said client computer and images other than the images having high scores are displayed in a candidate area of the display screen; and first scoring control means, responsive to application of a first move command which moves an image being displayed in the candidate area, which has been formed on the display screen of said client computer, to the search result area, for controlling said scoring means so as to raise the value of feature quantities, which correspond to the feature quantities of the image for which the first move command has been applied, and score said plurality of images based upon the raised values of the feature quantities. feature quantity calculation means for calculating, with regard to each image of a plurality of images, the values of feature quantities representing characteristics of the image; scoring means for scoring the image based upon the values of the feature quantities calculated by said feature quantity calculation means; and characterised in that images having high scores obtained by said scoring means are displayed in a search result area of a display screen of said client computer and images other than the images having high scores are displayed in a candidate area of the display screen; and first scoring control means, responsive to application of a first move command which moves an image being displayed in the candidate area, which has been formed on the display screen of said client computer, to the search result area, for controlling said scoring means so as to raise the value of feature quantities, which correspond to the feature quantities of the image for which the first move command has been applied, and score said plurality of images based upon the raised values of the feature quantities.
An apparatus for use in fluid jetting, the apparatus comprising: a printhead including a flow path and a nozzle in communication with the flow path, the flow path having a first end and a second end; a first container fluidically coupled to the first end of the flow path, the first container having a first controllable internal pressure; and a second container fluidically coupled to the second end of the flow path, the second container having a second controllable internal pressure; characterized by a controller to control the first internal pressure and the second internal pressure to have a fluid flow between the first container and the second container through the flow path in the printhead according to a first mode and a second mode, while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode. a printhead including a flow path and a nozzle in communication with the flow path, the flow path having a first end and a second end; a first container fluidically coupled to the first end of the flow path, the first container having a first controllable internal pressure; and a second container fluidically coupled to the second end of the flow path, the second container having a second controllable internal pressure; characterized by a controller to control the first internal pressure and the second internal pressure to have a fluid flow between the first container and the second container through the flow path in the printhead according to a first mode and a second mode, while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode. while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode.
A method for supervised training of a deep learning model to obtain histopathological information from images, the method comprising the steps of: - providing a first image of a first section of a specimen, such as a tissue portion, wherein the first section has been stained using a first staining protocol; - providing a second image of a second section of the specimen, the first and second sections being adjacent sections of the specimen, wherein the second section has been stained using a second staining protocol different from the first staining protocol; - co-registration of the first and second sections of the images, wherein a transfer map or transfer function expresses an alignment of the first section of the first image and the second section of the second image; - obtaining histopathological information for the first section of the first image based on the staining of the first section and the first staining protocol; - transferring the histopathological information for the first section of the first image to the second section of the second image based on the co-registration of the first and second sections, thereby labelling the second image according to the histopathological information of the first image and the transfer map or transfer function; and - training a deep learning model, based on the labelling of the second image, to obtain histopathological information from images stained with the second staining protocol wherein the supervised training of the deep learning model comprises the step of comparing training annotations associated with the second image against the transferred histopathological information. - providing a first image of a first section of a specimen, such as a tissue portion, wherein the first section has been stained using a first staining protocol; - providing a second image of a second section of the specimen, the first and second sections being adjacent sections of the specimen, wherein the second section has been stained using a second staining protocol different from the first staining protocol; - co-registration of the first and second sections of the images, wherein a transfer map or transfer function expresses an alignment of the first section of the first image and the second section of the second image; - obtaining histopathological information for the first section of the first image based on the staining of the first section and the first staining protocol; - transferring the histopathological information for the first section of the first image to the second section of the second image based on the co-registration of the first and second sections, thereby labelling the second image according to the histopathological information of the first image and the transfer map or transfer function; and - training a deep learning model, based on the labelling of the second image, to obtain histopathological information from images stained with the second staining protocol wherein the supervised training of the deep learning model comprises the step of comparing training annotations associated with the second image against the transferred histopathological information.
A multiplex in vitro nucleic acid amplification method for identifying Mycobacterium canettii present in a sample, wherein the method comprises detecting the presence or absence of a plurality of nucleic acid molecule targets in the sample in one reaction, which, in combination, are unique in their presence or absence to Mycobacterium canettii, wherein the method comprises the use of primers or probes specific for a nucleic acid sequence that is present in M. canettii, but is not present in M. tuberculosis and comprises a region of RD canetti1, SEQ ID NO: 78.
A hub assembly for a door handle comprising: a hub body extending along a longitudinal axis having a first end portion including a spindle recess and a second end portion including a handle attachment protrusion; a spindle slideably received within the spindle recess in the first end of the hub body, wherein the spindle includes a body portion having a first pair of opposing sides and an elongated slot is located in at least one of the pair of opposing sides, wherein there is a spring recess in the spindle, and wherein the spring recess includes a proximal end at an opening in a proximal end of the body portion of the spindle; a pin aperture in the hub body that is at least partially aligned with the elongated slot in the spindle with a retention pin located in the pin aperture and the elongated slot; and a spring at least partially located within the spindle recess on the hub body and in engagement with the spindle; wherein the retention pin is spaced from the spring recess in the spindle, and wherein the distal end of the retention pin is aligned with a thickness of the body portion in the elongated slot to prevent the retention pin from extending into the spring recess in the spindle. a hub body extending along a longitudinal axis having a first end portion including a spindle recess and a second end portion including a handle attachment protrusion; a spindle slideably received within the spindle recess in the first end of the hub body, wherein the spindle includes a body portion having a first pair of opposing sides and an elongated slot is located in at least one of the pair of opposing sides, wherein there is a spring recess in the spindle, and wherein the spring recess includes a proximal end at an opening in a proximal end of the body portion of the spindle; a pin aperture in the hub body that is at least partially aligned with the elongated slot in the spindle with a retention pin located in the pin aperture and the elongated slot; and a spring at least partially located within the spindle recess on the hub body and in engagement with the spindle; wherein the retention pin is spaced from the spring recess in the spindle, and wherein the distal end of the retention pin is aligned with a thickness of the body portion in the elongated slot to prevent the retention pin from extending into the spring recess in the spindle.
Process for producing a glass fibre-reinforced thermoplastic polymer composition, comprising the subsequent steps of unwinding from a package of at least one continuous glass multifilament strand and applying a sheath of thermoplastic polymer around said multifilament strand to form a sheathed continuous multifilament strand, wherein: - at least two continuous glass multifilament strands together are provided within said sheath of thermoplastic polymer, wherein said at least two continuous glass multifilament strands are provided together within the same sheath of thermoplastic polymer and in close contact with each other, - the thermoplastic polymer of the sheath is polypropylene, - said sheath surrounds said at least two continuous glass multifilament strands, - the amount of glass in the composition is from 35 to 75 wt.% on the basis of the total weight of the composition, wherein an impregnating agent is applied to said at least two continuous glass multifilament strands together before the application of said sheath of thermoplastic polymer around said multifilament strands. - at least two continuous glass multifilament strands together are provided within said sheath of thermoplastic polymer, wherein said at least two continuous glass multifilament strands are provided together within the same sheath of thermoplastic polymer and in close contact with each other, - the thermoplastic polymer of the sheath is polypropylene, - said sheath surrounds said at least two continuous glass multifilament strands, - the amount of glass in the composition is from 35 to 75 wt.% on the basis of the total weight of the composition, wherein an impregnating agent is applied to said at least two continuous glass multifilament strands together before the application of said sheath of thermoplastic polymer around said multifilament strands.
Method for the manufacture of a plain bearing, in which the bearing surface has a material in which an alloying material based on CuSnX, where 0.01 < X < 9, CuNi2Si or CuFe2P is used, in which the alloying material is made by atomising a raw alloying material, applying the atomised and now powdered raw alloying material to a steel back and then sintering, in which the atomised raw alloying material is divided up according to particle size, only the powder particles which have either a greater or a smaller particle size than a predetermined value being used to make the alloying material, in which the powder particles are divided up by sifting, and in which PTFE or a plastic material which has a lower melting point than PTFE is applied to the alloying material.
Transport system for conveying objects along a transport route, comprising at least one conveying element, which consists of a plurality of chain members connected to one another in an articulated manner via chain joints so as to form a closed loop and which can be driven intermittantly or continuously via at least one sprocket wheel (4, 5) so as to circulate in at least one transport direction, wherein the chain members are designed as transport pallets, wherein sprocket-wheel engagement or entrainment areas are provided on the at least one sprocket wheel (4, 5) at a predetermined pitch angle, wherein guiding and bearing devices (32, 33) configured on the chain joints of the transport pallets engage with the sprocket-wheel engagement or entrainment areas of the revolving sprocket wheel (4, 5) on respectively at least one pitch circle (8.1) on which the transport pallets are guided radially to a respective axis (4.1, 5.1) of the at least one sprocket wheel (4, 5) between a transport pallet inlet (11.1, 12.1) and a transport pallet outlet (11.2, 12.2), wherein transport pallet guides (30, 31) for the linear guidance of the guiding and bearing devices (32, 33) of the transport pallets are additionally provided between the radial deflections formed by means of the at least one sprocket wheel (4, 5) so as to form a closed path of movement, wherein, in relation to the transport direction, a compensation curve (24, 24a) is respectively provided between a transport pallet inlet (11.1, 12.1) and the corresponding linear guide by means of the transport pallet guides (30, 31) and between a transport pallet outlet (11.2, 12.2) and the corresponding linear guide by means of the transport pallet guides (30, 31), along which compensation curves (24, 24a) the guiding and bearing devices (32, 33) of the transport pallets are guided for a polygonal compensation, characterized in that the compensation curves (24, 24a) are configured at least in sections as a clothoid or essentially as a clothoid and in that the clothoid form of the at least one compensation curve (24, 24a) is described by the following formulae and Cartesian coordinates, where γ is the angle at which the clothoid merges into the circle, and r is the radius of the circle of curvature at the end of the clothoid, which in this specific application is the radius of the sprocket wheel, wherein the clothoid, starting at the point (0, 0), is thus mathematically described as follows x = ∫ 0 L cos f s 2 ds y = ∫ 0 L sin f s 2 ds where L is the length of the clothoid and f(s) is a function that is essentially a quadratic function of the form s ↦ ( as) 2, wherein the clothoid parameter a results from γ and R according to the following formulae Λ = γ π 180 ∘ ⋅ 2 R a = 1 2 r ⋅ Λ and wherein the angle γ is indicated in degrees.
Binding element for a bundle of leaves, whereby the binding element comprises a spine for enclosing an edge of the bundle and two cover sheets (3,4) fastened to the spine, whereby a first of the cover sheets is of plastic and transparent and the second of the cover sheets is not transparent, characterised in that the second of the cover sheets is of plastic and translucent.
A corrosion resistance degradation sensor comprising: - a conductive pipe having an inner surface thereof covered with an anticorrosive coating, and being filled with a liquid; - an electrode insulated from the conductive pipe and placed in contact with the liquid within the conductive pipe; - a resistor having one end thereof connected to an outer surface of the conductive pipe; - an AC power supply having one terminal thereof connected to the conductive pipe, and another terminal thereof connected to the electrode and the resistor; and - a detecting unit that detects degradation or non-degradation of the anticorrosive coating based on frequency dependence of impedance response to an AC voltage of the AC power supply; and wherein the resistor has a resistance that is less than a resistance of the anticorrosive coating and is not less than a resistance measured in a circuit including a second conductive pipe having the inner surface thereof uncovered with the anticorrosive coating, the liquid in the second conductive pipe, and the electrode placed within the second conductive pipe. - a conductive pipe having an inner surface thereof covered with an anticorrosive coating, and being filled with a liquid; - an electrode insulated from the conductive pipe and placed in contact with the liquid within the conductive pipe; - a resistor having one end thereof connected to an outer surface of the conductive pipe; - an AC power supply having one terminal thereof connected to the conductive pipe, and another terminal thereof connected to the electrode and the resistor; and - a detecting unit that detects degradation or non-degradation of the anticorrosive coating based on frequency dependence of impedance response to an AC voltage of the AC power supply; and
A security element (100, 200) having - a first information area (102, 202) containing a first representation, wherein at least a first sub-wavelength arrangement supplies a colored region (110, 210) in the representation, and - a second information area (104, 204) containing a second representation, wherein at least a second sub-wavelength arrangement supplies a colored region (210, 212) in the representation, wherein the information areas (102, 202; 104, 204) are arranged separately next to each other, and - when the information areas (102, 202; 104, 204) are viewed in incident light, the first sub-wavelength arrangement and the second sub-wavelength arrangement have substantially mutually different colors and - when the information areas (102, 202; 104, 204) are viewed in transmitted light, the first sub-wavelength arrangement and the second sub-wavelength arrangement have substantially the same colors, wherein the first representation and the second representation are recognizable in incident light and in transmitted light - independently of the viewing side -, and the sub-wavelength arrangements are two-dimensionally periodic, color-filtering gratings. - a first information area (102, 202) containing a first representation, wherein at least a first sub-wavelength arrangement supplies a colored region (110, 210) in the representation, and - a second information area (104, 204) containing a second representation, wherein at least a second sub-wavelength arrangement supplies a colored region (210, 212) in the representation, wherein the information areas (102, 202; 104, 204) are arranged separately next to each other, and - when the information areas (102, 202; 104, 204) are viewed in incident light, the first sub-wavelength arrangement and the second sub-wavelength arrangement have substantially mutually different colors and - when the information areas (102, 202; 104, 204) are viewed in transmitted light, the first sub-wavelength arrangement and the second sub-wavelength arrangement have substantially the same colors, wherein the first representation and the second representation are recognizable in incident light and in transmitted light - independently of the viewing side -, and the sub-wavelength arrangements are two-dimensionally periodic, color-filtering gratings.