mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a resonance measuring system, in the form of a Coriolis mass flow meter, wherein the resonance measuring system comprises at least one electrical actuating apparatus, at least one electromagnetic drive as an oscillation generator, at least one oscillation element that interacts with a medium, the electrical actuating apparatus making available an electrical excitation signal (u 2) for exciting the electromagnetic drive, the electromagnetic drive exciting the oscillation element to oscillation in at least one natural form, characterized in that the driving terminal current i DrA caused by the electrical excitation signal u 2 and the driving terminal voltage u DrA of the electromagnetic drive caused by the electrical excitation signal u 2 are detected by measurement and that the parameters of the electromagnetic drive and the drive power SdrA is determined from the driving terminal current i DrA and with the driving terminal voltage u DrA, wherein, when exceeding a given maximum drive terminal current i DrA-max by the drive terminal current i DrA and/or when exceeding a predetermined maximum drive terminal voltage u DrA-max by the drive terminal voltage u DrA and/or when exceeding a predetermined maximum drive power S DrA-max by the drive power S DrA, the electrical excitation signal u 2 is restricted to a threshold value u 2-B such that the drive terminal current i DrA remains below the specified maximum drive terminal current i DrA-max and the drive terminal voltage u DrA remains below the specified maximum drive terminal voltage U DrA-max and the drive power S DrA remains below the maximum drive power S DrA-max.
A cell expressing a thyroid stimulating hormone receptor (TSHR), a cAMP dependent calcium channel, wherein the cAMP dependent calcium channel is a modified CNG (cyclic nucleotide-gated) calcium channel that exhibits higher sensitivity to cAMP than cGMP, and a calcium sensitive protein, wherein the calcium sensitive protein is a protein that emits luminescence in response to calcium.
Buoyant wobbler lure (10, 20) for fishing underwater, comprising a main body mimicking a bait fish to which at least one fishhook is fastened, and having a fastening eyelet (11, 21) for connecting to a fishing line or a trace which eyelet is disposed in the head region of the main body, and having a blade-type protrusion (12; 22) that is disposed in the head region of the main body, wherein the protrusion (12, 22) of the lure (10, 20) in relation to the horizontal longitudinal axis thereof, while forming an angle of attack thereto, points obliquely upwards, and the fastening eyelet (11, 21) is disposed on the lower side and below the protrusion (12, 22), characterized in that the protrusion (12, 22) widens towards the front towards the front edge of said protrusion (12, 22).
Household electrical appliance for cooking and/or reheating food, comprising - a housing with a container arranged such as to receive food to be cooked and/or reheated, - a removable lid arranged such as to close the container while cooking and/or reheating, - at least one heating element and a fan arranged such as to create a closed hot air flow while cooking and/or reheating, - a ventilation sheath comprising a suction inlet arranged on one side of the container, a ventilation outlet above the container and arranged such as to direct the hot air flow onto the food while cooking and/or reheating, characterized in that the ventilation sheath is in one piece and separated from the lid. - a housing with a container arranged such as to receive food to be cooked and/or reheated, - a removable lid arranged such as to close the container while cooking and/or reheating, - at least one heating element and a fan arranged such as to create a closed hot air flow while cooking and/or reheating, - a ventilation sheath comprising a suction inlet arranged on one side of the container, a ventilation outlet above the container and arranged such as to direct the hot air flow onto the food while cooking and/or reheating, characterized in that the ventilation sheath is in one piece and separated from the lid.
A flat foil printing press with a foil web guidance for several foil webs and with a sheet guidance and a machine control, characterised by - an evacuable back-pressure plate comprising suction regions which run in the sheet running direction and which have suction openings, wherein the suction regions are arranged next to and between embossing regions, in which the foil webs run, - wherein the suction regions are subdivided into several suction segments which are successive in the sheet running direction and - wherein the suction segments are each connected to a vacuum source via a vacuum switching element by way of a vacuum feed line and are controllable by means of the machine control, - so that after the embossing, firstly all suction segments covered by the sheet are evacuable, and subsequently, when the embossed sheet runs out, the suction segments which are no longer covered by the sheet are successively disconnectable from the vacuum source. - an evacuable back-pressure plate comprising suction regions which run in the sheet running direction and which have suction openings, wherein the suction regions are arranged next to and between embossing regions, in which the foil webs run, - wherein the suction regions are subdivided into several suction segments which are successive in the sheet running direction and - wherein the suction segments are each connected to a vacuum source via a vacuum switching element by way of a vacuum feed line and are controllable by means of the machine control, - so that after the embossing, firstly all suction segments covered by the sheet are evacuable, and subsequently, when the embossed sheet runs out, the suction segments which are no longer covered by the sheet are successively disconnectable from the vacuum source.
Method for adjusting an angular position (Θ) of an optical axis of a headlight of a motor vehicle, wherein the method comprises a first method for statically adjusting a headlight range and a second method using a MEMS gyroscope, wherein in the first method, when the motor vehicle is stationary, a level sensor transmits a deflection of the motor vehicle as a deflection signal (S8, S8a) to a control unit, wherein the control unit calculates, from the deflection signals (S8, S8a), a control variable for adjusting the angular position (Θ) of the optical axis of the headlight relative to the roadway, wherein when the motor vehicle starts moving, the second method is then carried out using the MEMS gyroscope, in which method the optical axis of the headlight is adjusted depending on an actual angular position (Θ) of the headlight relative to the roadway, wherein the actual angular position (Θ) is determined depending on an angular velocity (ω) of the optical axis, wherein the angular velocity (ω) of the optical axis is determined by means of the at least single-axis MEMS gyroscope fixed with respect to the headlight, wherein the lighting device has at least one headlight which is designed to generate a high-resolution light distribution, wherein the angular velocities (ω) determined by the at least single-axis MEMS gyroscope are integrated to form an angle (Θ), and wherein the adjustment is carried out at a speed which also allows the effects of vehicle vibrations to be compensated for when the motor vehicle is moving.
A former section for producing paper comprising: a headbox, a felt, a wire, a forming roll having a suction zone, a save-all for collecting water, especially white water, from a forming section in the area of the forming roll, and a gap section defined by the section between the headbox and a position where the felt and the wire are brought together at the forming roll, wherein the headbox distributes a pulp slurry into the gap section to be sandwiched by the felt and the wire to form a paper sheet and wherein a bottom side of the paper sheet contacts the felt and a top side of the paper sheet contacts the wire, and the sandwiched felt, paper sheet and wire wrap around the forming roll, wherein the former further comprises a press roll which forms a nip with the forming roll through which the paper sheet is carried by the felt and the wire, and that the suction zone of the forming roll is arranged in a section around the nip, and the press roll is a shoe roll or extended nip roll, wherein the nip has a force between 10 to 200 N/mm. a headbox, a felt, a wire, a forming roll having a suction zone, a save-all for collecting water, especially white water, from a forming section in the area of the forming roll, and a gap section defined by the section between the headbox and a position where the felt and the wire are brought together at the forming roll, wherein the headbox distributes a pulp slurry into the gap section to be sandwiched by the felt and the wire to form a paper sheet and wherein a bottom side of the paper sheet contacts the felt and a top side of the paper sheet contacts the wire, and the sandwiched felt, paper sheet and wire wrap around the forming roll, wherein the former further comprises a press roll which forms a nip with the forming roll through which the paper sheet is carried by the felt and the wire, and that the suction zone of the forming roll is arranged in a section around the nip, and the press roll is a shoe roll or extended nip roll, wherein the nip has a force between 10 to 200 N/mm.
An automated method employing a computer-controlled workstation for navigating and displaying breast tissue images, the workstation comprising an operatively associated user interface and display monitor (32,34), the method comprising: obtaining a tomosynthesis image data set (R MLO,L MLO,R CC,L CC), the data set comprising volumetric image data of a breast; displaying a series of images from the data set on the display monitor in response to one or more user commands received through the user interface; detecting through the user interface a user selection or indication of an object or region of interest in a then-displayed image (32L,32R,34L,34R) from the data set; highlighting the user selected or indicated object or region of interest in the then-displayed image with a visual indicia (58a-58d); and as further images of the series are displayed, continuing to highlight the user selected or indicated object or region of interest, characterised in that the visual indicia is a geometric shape, and wherein modifying the visual indicia comprises changing a size of the geometric shape according to a relative focus measure of the user selected or indicated object or region of interest in a currently displayed image, or the visual indicia is a color, and wherein modifying the visual indicia comprises changing a hue of the color according to a relative focus measure of the user selected or indicated object or region of interest in a currently displayed image. obtaining a tomosynthesis image data set (R MLO,L MLO,R CC,L CC), the data set comprising volumetric image data of a breast; displaying a series of images from the data set on the display monitor in response to one or more user commands received through the user interface; detecting through the user interface a user selection or indication of an object or region of interest in a then-displayed image (32L,32R,34L,34R) from the data set; highlighting the user selected or indicated object or region of interest in the then-displayed image with a visual indicia (58a-58d); and as further images of the series are displayed, continuing to highlight the user selected or indicated object or region of interest, characterised in that the visual indicia is a geometric shape, and wherein modifying the visual indicia comprises changing a size of the geometric shape according to a relative focus measure of the user selected or indicated object or region of interest in a currently displayed image, or the visual indicia is a color, and wherein modifying the visual indicia comprises changing a hue of the color according to a relative focus measure of the user selected or indicated object or region of interest in a currently displayed image.
An electrical insulator for operating in a vacuum, comprising: an electrically insulating glass substrate having at least one face surface; and an electrically insulating ceramic plasma spray deposition layer for protecting against exposure to ionized plasma and directly coating at least one portion of the at least one face surface of the glass substrate. an electrically insulating glass substrate having at least one face surface; and an electrically insulating ceramic plasma spray deposition layer for protecting against exposure to ionized plasma and directly coating at least one portion of the at least one face surface of the glass substrate.
A polyethylene having a crystal relaxation temperature of 110 °C or more, and a relaxation time satisfying the following Equation 1: T < − 0.6622 × M + 2 in Equation 1, T is the relaxation time of the polyethylene in seconds, and M is a melt index (MI 5, g/10min) of the polyethylene measured at a temperature of 190 °C under a load of 5 kg in accordance with ASTM D 1238, wherein the polyethylene is an ethylene homopolymer, wherein the melt index (MI 5) is 0.55 g/10min or less, wherein the crystal relaxation temperature is measured by lowering the temperature to -60 °C, maintaining at that temperature for 5 minutes, increasing the temperature to 140 °C, and then determining the top of the tanδ curve as the crystal relaxation temperature using dynamic mechanical analyzer, and wherein the relaxation time is obtained by measuring a viscosity of the polyethylene at a temperature of 190 °C and at an angular frequency of 0.05 rad/s to 500 rad/s using a rotational rheometer. T is the relaxation time of the polyethylene in seconds, and M is a melt index (MI 5, g/10min) of the polyethylene measured at a temperature of 190 °C under a load of 5 kg in accordance with ASTM D 1238, wherein the polyethylene is an ethylene homopolymer, wherein the melt index (MI 5) is 0.55 g/10min or less, wherein the crystal relaxation temperature is measured by lowering the temperature to -60 °C, maintaining at that temperature for 5 minutes, increasing the temperature to 140 °C, and then determining the top of the tanδ curve as the crystal relaxation temperature using dynamic mechanical analyzer, and wherein the relaxation time is obtained by measuring a viscosity of the polyethylene at a temperature of 190 °C and at an angular frequency of 0.05 rad/s to 500 rad/s using a rotational rheometer.
A status updating method for nodes of a wireless network, comprising: each node in the wireless network periodically sending status broadcast messages according to a preset period, the status broadcast messages at least carrying an identifier and current status information of the node; and each node in the wireless network recording, when receiving the status broadcast messages from other nodes, the current status information of the other nodes carried in the received status broadcast messages; wherein if each node in the wireless network has received the status broadcast messages from the other nodes when periodically sending the status broadcast messages, the sent status broadcast messages further carry the recorded current status information of the other nodes, characterized in that, in the step of carrying the recorded current status information of the other nodes in the sent status broadcast message, the method comprises following sub-steps: judging whether the status broadcast message to be sent currently is able to carry the recorded current status information of all the nodes; and selecting, according to a preset strategy, the recorded current status information of some nodes as the current status information of the other nodes carried in the status broadcast messages to be sent currently if the judging result is no. each node in the wireless network periodically sending status broadcast messages according to a preset period, the status broadcast messages at least carrying an identifier and current status information of the node; and each node in the wireless network recording, when receiving the status broadcast messages from other nodes, the current status information of the other nodes carried in the received status broadcast messages; judging whether the status broadcast message to be sent currently is able to carry the recorded current status information of all the nodes; and selecting, according to a preset strategy, the recorded current status information of some nodes as the current status information of the other nodes carried in the status broadcast messages to be sent currently if the judging result is no.
Electrically conductive contact connection between a first and a second circuit board (12, 14), comprising the first and the second circuit board (12, 14) and a connection pin, the connection pin comprising a first portion which is at least partially arranged in a first opening, formed in the first circuit board, to form a press fit, the connection pin comprising a second portion which is partially arranged in a second opening formed in the second circuit board, the second portion of the connection pin comprising a holding element, and the holding element engaging over the second circuit board on a side of the second circuit board facing away from the first circuit board in such a way that an interlocking connection is formed between the first and the second circuit board (12, 14), the first circuit board being a rigid circuit board and the second circuit board being a flexible circuit board, characterized in that the holding element, for establishing the interlocking connection between the first and the second circuit board (12, 14), comprises a resilient element or is designed as a resilient element.
A method for manufacturing a photodetector able to operate for the photodetection of infrared electromagnetic waves, comprising a stack of thin layers placed on top of one another, characterized in that it comprises the following steps: - obtaining a first assembly (E 1) of stacked layers, forming a detection assembly, comprising a first substrate layer (C 1) made from a first semiconducting substrate material, a photoabsorbent layer (C 3) made from an active semiconductor material, a barrier layer (C 4) made from a semiconductor barrier material and at least one contact layer (C 5) made from a first semiconductor contact material, and a second assembly (E 2) of stacked layers forming a reading circuit, comprising at least one second substrate layer (C 6) and a multiplexing layer (C 7) made from a second semiconductor contact material, - gluing said first and second assembly of stacked layers between the contact layer (C 5) of the first assembly (E 1) and the multiplexing layer (C 7) of the second assembly (E 2), - etching through said second assembly of a plurality of interconnect vias, - p or n doping of zones of the contact layer of the first assembly through said interconnect vias. - obtaining a first assembly (E 1) of stacked layers, forming a detection assembly, comprising a first substrate layer (C 1) made from a first semiconducting substrate material, a photoabsorbent layer (C 3) made from an active semiconductor material, a barrier layer (C 4) made from a semiconductor barrier material and at least one contact layer (C 5) made from a first semiconductor contact material, and a second assembly (E 2) of stacked layers forming a reading circuit, comprising at least one second substrate layer (C 6) and a multiplexing layer (C 7) made from a second semiconductor contact material, - gluing said first and second assembly of stacked layers between the contact layer (C 5) of the first assembly (E 1) and the multiplexing layer (C 7) of the second assembly (E 2), - etching through said second assembly of a plurality of interconnect vias, - p or n doping of zones of the contact layer of the first assembly through said interconnect vias.
A graded composition encapsulation thin film comprising a substrate, an anchoring layer formed on a surface of the substrate and a graded composition layer formed on a surface of the anchoring layer opposite the substrate, wherein the anchoring layer is formed of a Si-containing organic-inorganic hybrid polymer.
A heat-sealable, composite film said film comprising a polymeric substrate layer having a first and second surface and disposed on a surface of the substrate layer a barrier layer, wherein (i) the substrate layer has one or more venting means therein; (ii) the thickness of the barrier layer is from about 0.05 to about 40 μm; characterised in that said barrier layer is a water-soluble barrier layer, wherein water-soluble means that a mass fraction of the barrier layer of at least 0.5 is dissolved when the film is immersed in deionised water at 80°C for 2 minutes; and wherein (iii) the material of the barrier layer occupies no more than 50% of the volume of a venting means, the volume of a venting means being defined as the volume of a void formed in the substrate layer by said venting means. (i) the substrate layer has one or more venting means therein; (ii) the thickness of the barrier layer is from about 0.05 to about 40 μm; characterised in that said barrier layer is a water-soluble barrier layer, wherein water-soluble means that a mass fraction of the barrier layer of at least 0.5 is dissolved when the film is immersed in deionised water at 80°C for 2 minutes; and wherein (iii) the material of the barrier layer occupies no more than 50% of the volume of a venting means, the volume of a venting means being defined as the volume of a void formed in the substrate layer by said venting means.