mhurhangee/ep-ind-claims huggingface dataset:
Process for forming a bond between a first and a second substrate, wherein the first substrate is an elastomeric rubber substrate and the second substrate is a metal substrate, wherein the process comprises: (a) applying rubber treatment, preferably oxidizing rubber treatment, preferably a iodine monobromide / dichlorohexane solution, and/or a primer composition, preferably comprising at least one cyanoacrylate, to the to-be-bonded surface of the rubber substrate; (b) applying an adhesive composition to the to-be-bonded surface of the metal substrate, wherein the adhesive composition is a pre-mixed 2K adhesive comprising a resin formulation and a hardener formulation, preferably a 2k polyurea adhesive or a 2k epoxy adhesive, and allowing the adhesive to develop green strength; (c) contacting the primed surface of the rubber substrate and the surface of the metal substrate with the applied adhesive under pressure to form the bond, wherein the green strength of the used pre-mixed 2K adhesive comprising a resin formulation and a hardener formulation is 0.5 to 3 N/mm (floating roller peel resistance according to ASTM D 3167-03). (a) applying rubber treatment, preferably oxidizing rubber treatment, preferably a iodine monobromide / dichlorohexane solution, and/or a primer composition, preferably comprising at least one cyanoacrylate, to the to-be-bonded surface of the rubber substrate; (b) applying an adhesive composition to the to-be-bonded surface of the metal substrate, wherein the adhesive composition is a pre-mixed 2K adhesive comprising a resin formulation and a hardener formulation, preferably a 2k polyurea adhesive or a 2k epoxy adhesive, and allowing the adhesive to develop green strength; (c) contacting the primed surface of the rubber substrate and the surface of the metal substrate with the applied adhesive under pressure to form the bond,
A motorized household appliance for processing food comprising at least: - a processing bowl, - a spindle, - a pin supporting the spindle, - a clutch connecting the spindle to the driving means of the appliance, - a working tool attached to the spindle, - a lid for preventing access of the user to said working tool and holding the processed food within the processing bowl during operation, - a friction member arranged between the spindle and the pin for rapidly stopping the rotation of the spindle when the lid is lifted from the processing bowl, characterized in that the spindle is supported by the pin on its circumference in the bottom third of the height of the spindle as measured from the bottom of the processing bowl and that the spindle is supported through a single gliding surface, which is of a basically circular shape with the height of less than 2 mm, preferably less than 0.5 mm, wherein said friction member is made of a high-friction material, such as rubber, and wherein said friction member is located either on the inner cavity of the spindle or on the pin. - a processing bowl, - a spindle, - a pin supporting the spindle, - a clutch connecting the spindle to the driving means of the appliance, - a working tool attached to the spindle, - a lid for preventing access of the user to said working tool and holding the processed food within the processing bowl during operation, - a friction member arranged between the spindle and the pin for rapidly stopping the rotation of the spindle when the lid is lifted from the processing bowl,
A system for assessing wound exudate from a wound of a patient, said system comprising: a wound treatment device; a wound drain line comprising a flow disruption element; a source of light; detecting means (11, 40, 42) configured for detecting the light emitted by the light source for detecting one or more values of one or more physiological parameters of the wound exudate; analyzing means for analyzing the values of the one or more physiological parameters so as to obtain an assessment of the wound exudate, wherein the detecting means is integral with the wound drain line comprising the flow disruption element; and providing means for providing a treatment guideline based on the assessment; and in which the wound treatment device, the detecting means, the analyzing means, and the providing means are integrated. a wound treatment device; a wound drain line comprising a flow disruption element; a source of light; detecting means (11, 40, 42) configured for detecting the light emitted by the light source for detecting one or more values of one or more physiological parameters of the wound exudate; analyzing means for analyzing the values of the one or more physiological parameters so as to obtain an assessment of the wound exudate, wherein the detecting means is integral with the wound drain line comprising the flow disruption element; and providing means for providing a treatment guideline based on the assessment; and in which the wound treatment device, the detecting means, the analyzing means, and the providing means are integrated.
An isolated polypeptide having serine protease activity, selected from: a) a polypeptide comprising an amino acid sequence with at least 91% identity with the amino acid sequence of SEQ ID NO:22; b) a polypeptide comprising an amino acid sequence with at least 94% identity with the amino acid sequence of SEQ ID NO:23; c) a polypeptide comprising an amino acid sequence with at least 98% identity with the amino acid sequence of SEQ ID NO:24; and d) a polypeptide comprising an amino acid sequence with at least 80% identity with the amino acid sequence of SEQ ID NO:25. a) a polypeptide comprising an amino acid sequence with at least 91% identity with the amino acid sequence of SEQ ID NO:22; b) a polypeptide comprising an amino acid sequence with at least 94% identity with the amino acid sequence of SEQ ID NO:23; c) a polypeptide comprising an amino acid sequence with at least 98% identity with the amino acid sequence of SEQ ID NO:24; and d) a polypeptide comprising an amino acid sequence with at least 80% identity with the amino acid sequence of SEQ ID NO:25.
A coating composition, comprising: a (meth)acrylic resin containing a structural unit having an acetoacetoxy group and a structural unit having an amide group; a curing agent; and a surfactant, wherein the curing agent includes a polyfunctional (meth)acrylate compound, wherein the surfactant includes at least a dialkyl sulfosuccinate, wherein a contact angle θ 1 of a cured film having a film thickness of 10 μm, which is formed using the coating composition, after one second from the contact of the cured film with water is 70° or less, wherein the contact angle θ 1 is measured at a temperature of 25°C and a humidity of 50% RH, using an automatic contact angle meter as follows: discharging 2 μL of pure water droplet from the tip of the needle of a syringe of the automatic contact angle meter; bringing the cured film on the test plate close to the droplet so that the droplets adhere to the film; measuring the contact angle after one second after the water was in contact with the surface of the film in the static state by the θ/2 method at any 10 positions on the film surface; and taking the average value of measured values as the contact angle θ 1. a (meth)acrylic resin containing a structural unit having an acetoacetoxy group and a structural unit having an amide group; a curing agent; and a surfactant, wherein the curing agent includes a polyfunctional (meth)acrylate compound, wherein the surfactant includes at least a dialkyl sulfosuccinate,
A device for loading connector housing mounts with corresponding connector housings of at least one type, particularly for use in a cable processing machine for placing assembled cable ends with connector housings held in connector housing mounts, having at least one storage device for storing and providing the connector housing and at least one placement device, which is constructed for introducing one or more connector housings from the at least one storage device into one or more corresponding connector housing mounts, and also having a supply device arranged between the storage device and the placement device, which is constructed for transferring connector housings, particularly in a sorted and/or correctly positioned manner, from the storage device to the placement device, characterized in that the supply device has a linear conveyor section (131, 132) and an oscillating conveyor, wherein the supply device has a locking device, and in particular a bolt or a lock, in order to control, particularly interrupt, the supplying of connector housings from the storage device to the placement device.
A method of inspecting a ceramic wall-flow filter for a vehicle exhaust system, the filter having a first end and a second end; the method including the steps of: a) providing a source of heat energy suitable for heating material within the filter; b) applying heat energy from the source to the first end of the filter to heat material within the filter; c) detecting infrared radiation which has been emitted by heated material in the filter using a radiation detector at the second end of the filter to form an image of a pattern of emitted radiation, characterized in that the pattern of emitted radiation providing an indication of the depth of blockages within channels of the filter; wherein the applied heat energy has an emission peak wavelength which is substantially different from the emission peak wavelength of the emitted radiation detected by the radiation detector; and wherein the heat energy applied to the first end of the filter is substantially not transmitted through the second end. a) providing a source of heat energy suitable for heating material within the filter; b) applying heat energy from the source to the first end of the filter to heat material within the filter; c) detecting infrared radiation which has been emitted by heated material in the filter using a radiation detector at the second end of the filter to form an image of a pattern of emitted radiation, characterized in that the pattern of emitted radiation providing an indication of the depth of blockages within channels of the filter;
A hair dryer comprising: a body, an installation cavity being provided in an interior of the body, a blowing mechanism being provided in an interior of the installation cavity; an annular inner air intake net disposed at a tail end of the body, a plurality of perforative inner air inlets being formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net, a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, the plurality of outer air inlets communicating with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover, wherein one side of the porous fillers is opposite to the plurality of inner air inlets, and the other side of the porous fillers is opposite to the plurality of outer air inlets. a body, an installation cavity being provided in an interior of the body, a blowing mechanism being provided in an interior of the installation cavity; an annular inner air intake net disposed at a tail end of the body, a plurality of perforative inner air inlets being formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net, a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, the plurality of outer air inlets communicating with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover, wherein one side of the porous fillers is opposite to the plurality of inner air inlets, and the other side of the porous fillers is opposite to the plurality of outer air inlets.
A method comprising: obtaining seismic information of a region resulting from a source waveform applied to the region; obtaining an estimate of one or more visco-elastic properties of a near-surface layer of the region; determining, using a computing device, an estimate of propagation of guided waves in the region based on the estimate of one or more visco-elastic properties of the near-surface layer of the region; determining an estimate of the source waveform based on the estimate of propagation of the guided waves, wherein the estimate of the source waveform represents the source waveform after being applied to the region by a seismic source, as modified by the region; determining, using the computing device, a model of the guided waves in the near-surface layer of the region using the estimate of propagation of the guided waves and an estimate of the source waveform; and determining, using the computing device, a filtered output of the seismic information by removing the model of the guided waves from the seismic information. obtaining seismic information of a region resulting from a source waveform applied to the region; obtaining an estimate of one or more visco-elastic properties of a near-surface layer of the region; determining, using a computing device, an estimate of propagation of guided waves in the region based on the estimate of one or more visco-elastic properties of the near-surface layer of the region; determining an estimate of the source waveform based on the estimate of propagation of the guided waves, wherein the estimate of the source waveform represents the source waveform after being applied to the region by a seismic source, as modified by the region; determining, using the computing device, a model of the guided waves in the near-surface layer of the region using the estimate of propagation of the guided waves and an estimate of the source waveform; and determining, using the computing device, a filtered output of the seismic information by removing the model of the guided waves from the seismic information.
Set for releasably attaching a heat shield plate of a gas turbine to a Belleville washer stack (12, 13) and for securing the Belleville washer stack (12, 13), comprising a cast screw (21, 22), the cast screw (21, 22) having a securing bushing which possesses on an external surface a first external thread and on a bore running through the securing bushing along a longitudinal axis of the external surface an internal thread, and a cast screw head which has a second external thread that can be screwed into the internal thread and is designed to close the bore through the securing bushing, the set further comprising a device for securing the Belleville washer stack (12, 13) of a gas turbine, the device having a rod-shaped shaft with a head region and a foot region and an actuation device arranged in the foot region of the shaft, wherein the head region of the shaft has, in a first operating position, a first maximum diameter transversely to a longitudinal axis of the shaft and, in a second operating position, a second maximum diameter transversely to the longitudinal axis of the shaft, wherein the second maximum diameter is greater than the first maximum diameter and wherein the actuation device is designed to be activated by a user and, when activated by the user, to move the head region from the first operating position into the second operating position, characterized in that the diameter of the bore is greater than the first maximum diameter of the device for securing the Belleville washer stack (12, 13) and is smaller than the second maximum diameter of the device.
A mobile radio testing device for protocol testing of a device under test, the mobile radio testing device comprising a downlink path and an uplink path, wherein the uplink path comprises at least a first analysis mode and a second analysis mode; wherein the mobile radio testing device includes a demodulation processing unit for analyzing a signal from the device under test in the first analysis mode; wherein the second analysis mode analyzes said signal from the device under test without using the demodulation processing unit; wherein the mobile radio testing device further comprises a graphical user interface, configured to display results from the first analysis mode and the second analysis mode simultaneously; and wherein the graphical user interface is further configured to control a signal transmission in the downlink path, thereby generating a selective interference through the downlink path that acts on said signal received from the device under test. wherein the mobile radio testing device includes a demodulation processing unit for analyzing a signal from the device under test in the first analysis mode; wherein the second analysis mode analyzes said signal from the device under test without using the demodulation processing unit; wherein the mobile radio testing device further comprises a graphical user interface, configured to display results from the first analysis mode and the second analysis mode simultaneously; and wherein the graphical user interface is further configured to control a signal transmission in the downlink path, thereby generating a selective interference through the downlink path that acts on said signal received from the device under test.
An antenna (120'; 1010), comprising a multi-layer circuit board having multiple layers stacked along a vertical direction; an antenna patch; an extension patch conductively coupled to the antenna patch and arranged in plane offset from the antenna patch; and an electrically floating parasitic patch capacitively coupled to the antenna patch and arranged in a further plane offset from the antenna patch on a side opposite to the extension patch, the antenna patch being formed of multiple conductive strips (122; 122A, 122B, 122C, 122D) extending in a horizontal direction along an edge of the multi-layer circuit board, each of the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch being arranged on a different layer of the multi-layer circuit board, the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch, which are arranged on different layers of the multi-layer circuit board, the extension patch being formed of multiple conductive strips (122A, 126) extending in the horizontal direction, each of the conductive strips (122A, 126) of the extension patch being arranged on a different layer of the multi-layer circuit board, and the conductive strips (122A, 126) of the extension patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips (122A, 126) of the extension patch, which are arranged on different layers of the multi-layer circuit board, the electrically floating parasitic patch being formed of multiple conductive strips extending in the horizontal direction, each of the conductive strips of the electrically floating parasitic patch being arranged on a different layer of the multi-layer circuit board, the conductive strips of the electrically floating parasitic patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips of the electrically floating parasitic patch, which are arranged on different layers of the multi-layer circuit board.
A pole unit comprising: an outer housing (24,92); a first terminal (50,96) and a second terminal (54,98) into the outer housing (24,92); a vacuum interrupter switch including a vacuum chamber, a fixed contact extending into one end of the vacuum chamber and being electrically coupled to the first terminal, and a moving contact extending into an opposite end of the chamber; a sliding contact rigidly coupled to the moving contact and slidably coupled to the second terminal; an electromagnetic actuator including a coil wound on a member a rod extending into the member and being coupled to the sliding contact and a spring positioned against the rod, characterized by said member being electrically coupled to the second terminal; and a power assembly including a transmitter coil and a receiver coil that are electromagnetically coupled, said receiver coil being electrically coupled to the electromagnetic actuator and being electrically isolated from the transmitter coil, wherein the interrupter switch, the electromagnetic actuator and the receiver coil are at a line potential and the transmitter coil is at ground potential. an outer housing (24,92); a first terminal (50,96) and a second terminal (54,98) into the outer housing (24,92); a vacuum interrupter switch including a vacuum chamber, a fixed contact extending into one end of the vacuum chamber and being electrically coupled to the first terminal, and a moving contact extending into an opposite end of the chamber; a sliding contact rigidly coupled to the moving contact and slidably coupled to the second terminal; an electromagnetic actuator including a coil wound on a member a rod extending into the member and being coupled to the sliding contact and a spring positioned against the rod, characterized by said member being electrically coupled to the second terminal; and a power assembly including a transmitter coil and a receiver coil that are electromagnetically coupled, said receiver coil being electrically coupled to the electromagnetic actuator and being electrically isolated from the transmitter coil, wherein the interrupter switch, the electromagnetic actuator and the receiver coil are at a line potential and the transmitter coil is at ground potential.
Indirect extrusion press with a toolhead comprising a die and arranged on an indirect stem, characterized in that the toolhead, a clearance ring and a shearing ring are configured separately and a shell chamber for a shell is formed by the shearing ring, the clearance ring and an outer surface of the toolhead tapering slightly conically in the direction of the shearing ring, wherein the shell can be removed from the toolhead in this direction.