mhurhangee/ep-ind-claims huggingface dataset:
A sensing guide wire, comprising: a flexible elongate member having a distal portion adjacent a distal end and a proximal portion adjacent a proximal end, the flexible elongate member comprising a core wire having two electrical conductors embedded therein; and a sensing element electrically coupled to the two electrical conductors embedded in the core wire; wherein the two conductors are fully embedded within the material forming the core wire, while still providing the appropriate conductive path for function of the sensing element of the sensing guide wire, wherein the core wire is formed of a metallic material; wherein the sensing element is electrically coupled to the two electrical conductors adjacent a distal portion of the core wire; wherein in a section of the distal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling the sensing element to the conductors; wherein in a section of the proximal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling one or more connectors to the conductors. a flexible elongate member having a distal portion adjacent a distal end and a proximal portion adjacent a proximal end, the flexible elongate member comprising a core wire having two electrical conductors embedded therein; and a sensing element electrically coupled to the two electrical conductors embedded in the core wire; wherein the two conductors are fully embedded within the material forming the core wire, while still providing the appropriate conductive path for function of the sensing element of the sensing guide wire, wherein the core wire is formed of a metallic material; wherein the sensing element is electrically coupled to the two electrical conductors adjacent a distal portion of the core wire; wherein in a section of the distal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling the sensing element to the conductors; wherein in a section of the proximal portion, the outer portions of the core member have been removed to expose the embedded conductors for electrically coupling one or more connectors to the conductors.
Rinsing arrangement for a household appliance for the care of laundry items, with a rinsing bowl, which has an upper part and a lower part able to be connected thereto, wherein in the lower part a water inlet device with a water receiving recess, an outlet spout (8e, 8f) on the lower part, which opens out into the water receiving recess and a siphon embodied between the outlet spout (8e, 8f) and a water receiving chamber embodied in the lower part are embodied, wherein the siphon has a first overflow to the outlet spout and a second overflow to a further outlet, especially a second outlet spout, wherein the overflow level of the first overflow is disposed higher than the overflow level of the second overflow, characterised in that an overflow channel which has a smaller cross-sectional surface than the cross-sectional surface of the outlet spout and which is disposed at a height below the overflow level of the first overflow is disposed between the water inlet device and the further outlet.
A method of predicting disease progression comprising: determining the expression of glia maturation factor beta in an obtained sample of breast tissue, wherein expression of glia maturation factor beta is indicative of lymph node metastatis. determining the expression of glia maturation factor beta in an obtained sample of breast tissue, wherein expression of glia maturation factor beta is indicative of lymph node metastatis.
A product including a medicament comprising: (a) a chewable consumable center which will dissolve in the mouth of the consumer and/or be swallowed; and (b) a coating comprising a medicament and a fat-based confectionery that surrounds the consumable center and wherein the coating comprises at least 50% by weight of the product. (a) a chewable consumable center which will dissolve in the mouth of the consumer and/or be swallowed; and (b) a coating comprising a medicament and a fat-based confectionery that surrounds the consumable center and wherein the coating comprises at least 50% by weight of the product.
A female connector component configured to be coupled to a male connector component having a first fluid conduit and a latch catch groove, the female connector component comprising a connector housing defining a female distal end and a receptacle extending proximally from an opening in said female distal end, a second fluid conduit defined by a second elongate bore extending from said receptacle, and a latch operatively engaged with said connector housing for releasably retaining the male connector component, said latch including a release button positioned along a top side of said connector housing, a latch plate extending from said release button at least partially across said receptacle so as to latch into engagement with the male connector component after insertion into said receptacle, and at least one spring arm integrally formed as a unitary piece with said release button and extending into said connector housing, said at least one spring arm engaging said connector housing to bias said latch towards a latched position in which said latch plate engages the latch catch groove to prevent removal of the male connector component from said receptacle, said release button configured to be depressed into said connector housing to move said latch against the bias and towards an unlatched position in which said latch plate disengages from the latch catch groove, characterized in that the female connector component further comprises a lock mechanism having a lock slider operatively engaged with said latch, said lock slider being slidable along a generally planar top surface of the release button between a distal locked position, in which movement of said latch towards the unlatched position is prevented, and a proximal unlocked position where operation of said latch is unaffected.
A masking sheet for anodizing, the masking sheet comprising a substrate having first and second faces, and a pressure-sensitive adhesive layer placed on the first face side of the substrate, wherein the substrate is a non-metal substrate, and the masking sheet has an elastic modulus Et' and the substrate has a thickness Hs, satisfying the next relation 0.7 N·mm < Et'·Hs 3, wherein the elastic modulus Et' is determined using a dynamic viscoelastometer (RSA-III available from TA Instruments) in a tension mode, at a chuck distance of 23 mm, a heating rate of 10 °C/min, a frequency of 1 Hz and a strain of 0.05 %, wherein the elastic modulus Et' of the masking sheet is 1.0 GPa or greater, wherein the pressure-sensitive adhesive layer is formed of a rubber-based pressure-sensitive adhesive, wherein the substrate has a thickness Hs of 0.05 mm or more and 0.30 mm or less. a substrate having first and second faces, and a pressure-sensitive adhesive layer placed on the first face side of the substrate, the substrate is a non-metal substrate, and the masking sheet has an elastic modulus Et' and the substrate has a thickness Hs, satisfying the next relation 0.7 N·mm < Et'·Hs 3, wherein the elastic modulus Et' is determined using a dynamic viscoelastometer (RSA-III available from TA Instruments) in a tension mode, at a chuck distance of 23 mm, a heating rate of 10 °C/min, a frequency of 1 Hz and a strain of 0.05 %, wherein the elastic modulus Et' of the masking sheet is 1.0 GPa or greater, wherein the pressure-sensitive adhesive layer is formed of a rubber-based pressure-sensitive adhesive, wherein the substrate has a thickness Hs of 0.05 mm or more and 0.30 mm or less. wherein the elastic modulus Et' is determined using a dynamic viscoelastometer (RSA-III available from TA Instruments) in a tension mode, at a chuck distance of 23 mm, a heating rate of 10 °C/min, a frequency of 1 Hz and a strain of 0.05 %, wherein the elastic modulus Et' of the masking sheet is 1.0 GPa or greater, wherein the pressure-sensitive adhesive layer is formed of a rubber-based pressure-sensitive adhesive, wherein the substrate has a thickness Hs of 0.05 mm or more and 0.30 mm or less.
A method for associating a first source of data with a second source of data, the first source of data consisting of a table generated by a component for monitoring a communication network, each line of the table corresponding to an event (E_i) on said network satisfying a predefined alert rule, the second source of data being formed by a plurality of binary files (F_m), each file being generated by a probe for analyzing the contents of intercepted packets on said network, a file gathering the data of the packets belonging to a same communication session on said network, the method includes the steps of: - providing a class, called Alert class, defined by a plurality of variables, a hashing function and an equality function; - for each event (E_i) of the first source of data, instantiating an Alert object (A_i) of the Alert class and updating a hashing table by calculating the value of the hashing function for said instantiated Alert object; - for each file (F_m) of the second source of data, analyzing the file so as to extract possible values for the variables of the Alert class; - by using the hashing function and the equality function of the Alert class, checking by means of the hashing table, whether the extracted values correspond to an instantiated Alert object; and, - if this is the case, associating in memory an identifier of the file of said corresponding instantiated Alert object, according to which method the hashing function of the Alert class is defined by: H = ∑ q = 0 N − 1 S q.37 N − 1 − q wherein N is the number of bytes used for representing an object of the Alert class and S q is a weight with which the qth byte may be weighted. - providing a class, called Alert class, defined by a plurality of variables, a hashing function and an equality function; - for each event (E_i) of the first source of data, instantiating an Alert object (A_i) of the Alert class and updating a hashing table by calculating the value of the hashing function for said instantiated Alert object; - for each file (F_m) of the second source of data, analyzing the file so as to extract possible values for the variables of the Alert class; - by using the hashing function and the equality function of the Alert class, checking by means of the hashing table, whether the extracted values correspond to an instantiated Alert object; and, - if this is the case, associating in memory an identifier of the file of said corresponding instantiated Alert object,
A memory array, comprising: N memory elements, each of the N memory elements for storing data and one or more error check bits derived from the data, wherein N is an integer greater than one; means for computing one or more parity bits based on the data stored in the N memory elements; a N+1 memory element for storing the parity bits; characterized in that it further comprises logic circuitry for checking but not correcting the data stored in each of the N memory elements by using the respectively stored error check bits to detect whether one of the N memory elements is storing faulty data; and logic circuitry for performing a bitwise exclusive-or operation involving the data in the remaining N-1 memory elements and the parity bits in the N+1 memory element to recover the faulty data, if faulty data are detected. N memory elements, each of the N memory elements for storing data and one or more error check bits derived from the data, wherein N is an integer greater than one; means for computing one or more parity bits based on the data stored in the N memory elements; a N+1 memory element for storing the parity bits; characterized in that it further comprises logic circuitry for checking but not correcting the data stored in each of the N memory elements by using the respectively stored error check bits to detect whether one of the N memory elements is storing faulty data; and logic circuitry for performing a bitwise exclusive-or operation involving the data in the remaining N-1 memory elements and the parity bits in the N+1 memory element to recover the faulty data, if faulty data are detected.
A shielding film, comprising a first film layer, wherein the first film layer comprises a first conductive part; wherein the first conductive part constitutes a main part of the first film layer, a plurality of first insulating parts are disposed in the first film layer, the plurality of first insulating parts are dispersed in the first conductive part, and the plurality of first insulating parts penetrate the first conductive part in a thickness direction of the first film layer; wherein the shielding film further comprising a second film layer, wherein the second film layer comprises a second conductive part; wherein the second insulating part constitutes a main part of the second film layer, a plurality of second conductive parts are disposed in the second film layer, and the plurality of second conductive parts penetrate the second insulating part in a thickness direction of the second film layer; wherein the second film layer and the first film layer are disposed in a stacked manner; wherein the first conductive part in the first film layer is disposed corresponding to the second insulating part in the second film layer, and the plurality of first insulating parts in the first film layer are disposed corresponding to the plurality of second conductive parts in the second film layer; wherein the contour of the plurality of first insulating parts is less than the contour of the plurality of second conductive parts. the first film layer comprises a first conductive part; wherein the first conductive part constitutes a main part of the first film layer, a plurality of first insulating parts are disposed in the first film layer, the plurality of first insulating parts are dispersed in the first conductive part, and the plurality of first insulating parts penetrate the first conductive part in a thickness direction of the first film layer; wherein the shielding film further comprising a second film layer, wherein the second film layer comprises a second conductive part; wherein the second insulating part constitutes a main part of the second film layer, a plurality of second conductive parts are disposed in the second film layer, and the plurality of second conductive parts penetrate the second insulating part in a thickness direction of the second film layer; wherein the second film layer and the first film layer are disposed in a stacked manner; wherein the first conductive part in the first film layer is disposed corresponding to the second insulating part in the second film layer, and the plurality of first insulating parts in the first film layer are disposed corresponding to the plurality of second conductive parts in the second film layer; wherein the contour of the plurality of first insulating parts is less than the contour of the plurality of second conductive parts.
Milling tool, particularly an end mill, a torus mill or the like for the processing of metallic and nonmetallic workpieces with a tool shank and a working area, having at least one milling surface situated in the circumference of the milling tool and extending in a thread on a tooth with a cutting edge, whereas the cutting edge is formed on the at least one tooth, characterized in that spaced from the cutting edge a rounded guide support ledge with a rounding radius follows, whereas the guide support ledge has an at least 0.001 mm smaller diameter than the cutting edge, whereas the guide support ledge is equipped with free sections and/or interruptions, which are spaced evenly and/or unevenly from each other.
A compound having structure A, or a pharmaceutically acceptable salt, hydrate, N-oxide, or solvate thereof: wherein each R is independently NHX; and X is alkyl, substituted alkyl, alkylaryl, substituted alkylaryl; wherein the alkyl is a straight or branched chain, or cyclic hydrocarbon radical, or combination thereof. each R is independently NHX; and X is alkyl, substituted alkyl, alkylaryl, substituted alkylaryl; wherein the alkyl is a straight or branched chain, or cyclic hydrocarbon radical, or combination thereof.
A polymeric construction profile being a window or door profile, said construction profile defining an inner cavity, the polymeric construction profile having an outer surface comprising unexposed side portions (8a, 8b) and exposed side portions (7a, 7b), whereby a stiffening profile is provided external of said polymeric construction profile and fixed at an unexposed side portion (8a, 8b) thereof, said stiffening profile having a length larger than its width, said width being larger than its thickness, said stiffening profile comprising a polymeric material and a reinforcement material, the stiffening profile having a tensile modulus in its length direction of at least 5 GPa according to EN2561 and the polymeric material having a lambda value of maximum 2 W/mK, characterized in that said stiffening profile comprises at least two longitudinal reinforced edges (2a, 2b) comprising the reinforcement material, the at least two longitudinal reinforced edges extending parallel one to another and being connected by a web of the polymeric material.
Method for classifying objects contained in seed lots, wherein features of the objects are determined using at least one non-invasive process (702, 703), characterised in that a light sectioning process is used as at least one non-invasive process (602, 603), by means of which the objects are measured three-dimensionally, while a spatial extent and/or a volume and/or a spatial shape and/or a surface quality of the objects is determined as at least one spatial feature of the objects, and in that features that have been obtained by the laser light sectioning process or by the laser light sectioning process and at least one further non-invasive process (602, 603) are used together for describing the objects in order to classify them.
Dust container for a vacuum cleaner, the dust container comprising a dust bag, made of an air permeable material, and a connector plate, surrounding an inlet in the dust bag, whereby the connector plate is configured to correctly position the inlet within a vacuum cleaner by the connector plate being slid into a holder of the vacuum cleaner, said connector plate comprising a front surface having an opening for an airflow, a first side adapted to be inserted into the holder of a vacuum cleaner, an opposite second side, a third side connecting the first and second sides, and a fourth side connecting the first and second sides, the first side is connecting the third side and fourth side, wherein the connector plate comprises two control apertures (7,8), a tab is arranged on the second side, said tab is extending sideways outside the third or fourth side, the third side is arranged at a first distance/radius from the center of the opening and the fourth side is arranged at a second distance/radius from the center of the opening, characterised in that at least one of the control apertures (7,8) is arranged substantially at the first distance/radius from the center of the opening.
A method, comprising: measuring, by an apparatus, signal strength reflecting a power level of one or more wireless communication messages received by the apparatus from a selected wireless device over a wireless communication connection, after an interval following an establishment of the wireless communication connection, the method characterized by; disconnecting, by the apparatus, the wireless communication connection with the selected wireless device, if the one or more wireless communication messages received over the wireless communication connection, has a measured power level greater than a threshold value, which serves to indicate that the selected wireless device is in close proximity to the apparatus. measuring, by an apparatus, signal strength reflecting a power level of one or more wireless communication messages received by the apparatus from a selected wireless device over a wireless communication connection, after an interval following an establishment of the wireless communication connection, the method characterized by; disconnecting, by the apparatus, the wireless communication connection with the selected wireless device, if the one or more wireless communication messages received over the wireless communication connection, has a measured power level greater than a threshold value, which serves to indicate that the selected wireless device is in close proximity to the apparatus.
A method of operating an electronic device, the method comprising: operating a camera of the electronic device in response to a user request; displaying, by the electronic device, a preview image including at least one object on a display; receiving, by the electronic device, a selection of at least one certain area of the object or the preview image (607;703;805,807) displayed on the display; in response to a selection of a recording request menu, collecting sound data using a recording function when the preview image is displayed; linking, through the recording request menu, by the electronic device, the collected sound data to the at least one certain area of the object or the preview image; and in response to a request for photographing, storing a visual sound image in which the sound data and the preview image are linked. operating a camera of the electronic device in response to a user request; displaying, by the electronic device, a preview image including at least one object on a display; receiving, by the electronic device, a selection of at least one certain area of the object or the preview image (607;703;805,807) displayed on the display; in response to a selection of a recording request menu, collecting sound data using a recording function when the preview image is displayed; linking, through the recording request menu, by the electronic device, the collected sound data to the at least one certain area of the object or the preview image; and in response to a request for photographing, storing a visual sound image in which the sound data and the preview image are linked.
Coupling assembly for a vehicle air-conditioning unit with a tubular component and a coupling component for coupling the tubular component to a connecting part, whereby the coupling component constitutes a separate component that can be inserted onto the tubular component, which is connected to tubular component by a locking connection, wherein a connecting part is provided that is connected via a form-fitting, preferably releasable, connection to the coupling component, the form-fitting connection of the coupling component is established with connecting part via a clamp which engages in slots (32, 34) on coupling component and connecting part, characterized in that the coupling component, in the area of the slots, has two radial outwardly projecting lugs, which constitute a part of the form-fitting connection, and engage in provided recesses in the connecting part, so that connecting part and coupling component are fixed at a predetermined angle to each other.