mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-part seal , in particular cassette seal, comprising at least two parts which are movable relative to one another, having: at least one dust protection lip , which provides sealing with respect to the surroundings ; a lubricating fluid sealing lip , which provides sealing with respect to the space to be sealed off, wherein a hollow intermediate chamber is formed between the at least one dust protection lip and the lubricating fluid sealing lip ; and a pressure equalization duct (46; 146), which opens into the intermediate chamber and serves for the feed of a fluid into the intermediate chamber , characterized in that the lubricating fluid sealing lip is designed for conveyance of leakage fluid, which has escaped from the space to be sealed off into the intermediate chamber , back towards the space to be sealed off. at least one dust protection lip , which provides sealing with respect to the surroundings ; a lubricating fluid sealing lip , which provides sealing with respect to the space to be sealed off, wherein a hollow intermediate chamber is formed between the at least one dust protection lip and the lubricating fluid sealing lip ; and a pressure equalization duct (46; 146), which opens into the intermediate chamber and serves for the feed of a fluid into the intermediate chamber , characterized in that the lubricating fluid sealing lip is designed for conveyance of leakage fluid, which has escaped from the space to be sealed off into the intermediate chamber , back towards the space to be sealed off.
Method for controlling optical modules (11, 12, 21, 22; 121) of a tail light of a vehicle, said method comprising the following steps: - activating a first set of one or more optical modules , said first set generating a first signaling function, - if the vehicle has reverse gear engaged, activating, according to a first mode of operation, a second set of one or more optical modules (21, 22; 121), so that said second set generates a second signaling function distinct from the first signaling function, - if the vehicle does not have reverse gear engaged, activating, according to a second mode of operation, the or at least one of the optical modules of said second set, so that this optical module generates a complementary beam of light distinct from the beam of light it emits in the first mode of operation, this distinct complementary beam of light supplementing the first signaling function, said complementary beam of light having a photometric distribution, the pattern of which is identical to that of the photometric distribution of the first function. - activating a first set of one or more optical modules , said first set generating a first signaling function, - if the vehicle has reverse gear engaged, activating, according to a first mode of operation, a second set of one or more optical modules (21, 22; 121), so that said second set generates a second signaling function distinct from the first signaling function, - if the vehicle does not have reverse gear engaged, activating, according to a second mode of operation, the or at least one of the optical modules of said second set, so that this optical module generates a complementary beam of light distinct from the beam of light it emits in the first mode of operation, this distinct complementary beam of light supplementing the first signaling function, said complementary beam of light having a photometric distribution, the pattern of which is identical to that of the photometric distribution of the first function.
A method for real-time monitoring of a surface processing of an object, in particular for a deposition process of a plurality of layers on a wafer , comprising: performing a mass spectrometric real-time measurement of a gas mixture generated in the monitored process to determine real-time mass spectrometric data (25, 25a-c, 25a-f) indicative of the monitored process, evaluating the monitored process by correlating and/or calibrating the real-time mass spectrometric data (25, 25a-c, 25a-f) with metrology data determined by at least one post-process metrology method for evaluating a previous process.
A medical imaging device comprising: a display configured to display a first and a second medical image of an object, the first and second medical images having different modalities from each other; an image processor configured to extract individual anatomical structures corresponding to an object from the first and second medical images, match the first and second medical images using a geometric relationship between the extracted individual anatomical structures, receive a selection of a first object in the first medical image based on a user input and extract a first boundary of the first object, extract a second object corresponding to the first object selected in the first medical image and extract a second boundary of the second object, receive another user input related to one of the first and second boundaries, correct the one of the first and the second boundaries using the another user input, and correct another of the first and the second boundaries based on the corrected boundary using the matching result, extract first feature information including information used for diagnosing the first object by analyzing the first medical image, and extract second feature information including information used for diagnosing the second object by analyzing the second medical image; and a controller configured to generate final diagnostic information of the object based on the first and second feature information, and control the display to display the final diagnostic information. a display configured to display a first and a second medical image of an object, the first and second medical images having different modalities from each other; an image processor configured to extract individual anatomical structures corresponding to an object from the first and second medical images, match the first and second medical images using a geometric relationship between the extracted individual anatomical structures, receive a selection of a first object in the first medical image based on a user input and extract a first boundary of the first object, extract a second object corresponding to the first object selected in the first medical image and extract a second boundary of the second object, receive another user input related to one of the first and second boundaries, correct the one of the first and the second boundaries using the another user input, and correct another of the first and the second boundaries based on the corrected boundary using the matching result, extract first feature information including information used for diagnosing the first object by analyzing the first medical image, and extract second feature information including information used for diagnosing the second object by analyzing the second medical image; and a controller configured to generate final diagnostic information of the object based on the first and second feature information, and control the display to display the final diagnostic information.
A magnetic tunnel junction device comprising: a magnetic tunnel junction including a pinned magnetic layer , a free magnetic layer , and a tunnel barrier layer interposed between the pinned magnetic layer and the free magnetic layer; a first conductive layer to which in-plane current is configured to flow, the first conductive layer being disposed adjacent to the free magnetic layer of the magnetic tunnel junction to cause spin Hall effect or Rashba effect to apply a spin torque to the free magnetic layer of the magnetic tunnel junction, which spin torque is a spin-orbit torque, SOT, resulting from a spin-orbit coupling force between the free magnetic layer and the first conductive layer; the first conductive layer and the free magnetic layer being vertically stacked on each other, characterized by a spin filter structure abutted on both opposite side surfaces of the first conductive layer in a direction in which in-plane current is applied, wherein the spin filter structure is configured to filter injected current to control the amount and direction of a spin and to supply the filtered spin current to the first conductive layer; wherein the spin polarization of the spin filter structure is greater than 0 and equal to or smaller than 1; the spin filter structure includes a ferromagnet; a magnetization direction of the spin filter structure is parallel or antiparallel to a magnetization direction of the free magnetic layer; and a magnetization direction of the spin filter structure is antiparallel at opposite sides of the conductive layer. a magnetic tunnel junction including a pinned magnetic layer , a free magnetic layer , and a tunnel barrier layer interposed between the pinned magnetic layer and the free magnetic layer; a first conductive layer to which in-plane current is configured to flow, the first conductive layer being disposed adjacent to the free magnetic layer of the magnetic tunnel junction to cause spin Hall effect or Rashba effect to apply a spin torque to the free magnetic layer of the magnetic tunnel junction, which spin torque is a spin-orbit torque, SOT, resulting from a spin-orbit coupling force between the free magnetic layer and the first conductive layer; the first conductive layer and the free magnetic layer being vertically stacked on each other, characterized by a spin filter structure abutted on both opposite side surfaces of the first conductive layer in a direction in which in-plane current is applied, wherein the spin filter structure is configured to filter injected current to control the amount and direction of a spin and to supply the filtered spin current to the first conductive layer; wherein the spin polarization of the spin filter structure is greater than 0 and equal to or smaller than 1; the spin filter structure includes a ferromagnet; a magnetization direction of the spin filter structure is parallel or antiparallel to a magnetization direction of the free magnetic layer; and a magnetization direction of the spin filter structure is antiparallel at opposite sides of the conductive layer.
Apparatus for shielding a catheter from contact with water falling from a shower head of a shower, the apparatus comprising: a first shield component having a first part that is configured to form a first seal around an exit aperture from which a catheter exits the patient's body, said first part defining an internal volume that opens to an internal volume of a bag-like second part that is configured to receive a distal part of said catheter; and a second shield component (10b; 39, 41, 43) for adhering to the patient's body around at least part of the periphery of the first part of said first shield component so as to provide a second seal against water contact with said exit aperture ; wherein said first and second (10b; 39, 41, 43) shield components cooperate, when the apparatus is worn by a patient, to provide two seals against contact between water falling from said shower head and said exit aperture without obstructing access to an area of the patient's skin beneath said second part of said first shield component . a first shield component having a first part that is configured to form a first seal around an exit aperture from which a catheter exits the patient's body, said first part defining an internal volume that opens to an internal volume of a bag-like second part that is configured to receive a distal part of said catheter; and a second shield component (10b; 39, 41, 43) for adhering to the patient's body around at least part of the periphery of the first part of said first shield component so as to provide a second seal against water contact with said exit aperture ; wherein said first and second (10b; 39, 41, 43) shield components cooperate, when the apparatus is worn by a patient, to provide two seals against contact between water falling from said shower head and said exit aperture without obstructing access to an area of the patient's skin beneath said second part of said first shield component .
A motor usable with a washing machine , whereby said motor comprises a stator that can be mounted to a tub of a washing machine and a rotor for rotating a drum of a washing machine , the stator includes: a stator core ; a first insulator and a second insulator arranged to cover the stator core ; and a plurality of mounts for coupling the stator to a tub of a washing machine , and wherein the plurality of mounts is selectively provided at one of the first insulator and the second insulator ; characterized in that the first insulator includes a first contact surface for coming into contact with a tub of a washing machine when the stator is mounted to a tub of a washing machine , and the second insulator includes a second contact surface arranged on the same plane as the first contact surface of the first insulator , for coming into contact with a tub of a washing machine when the stator is mounted to a tub of a washing machine . a stator core ; a first insulator and a second insulator arranged to cover the stator core ; and a plurality of mounts for coupling the stator to a tub of a washing machine , and wherein the plurality of mounts is selectively provided at one of the first insulator and the second insulator ; characterized in that the first insulator includes a first contact surface for coming into contact with a tub of a washing machine when the stator is mounted to a tub of a washing machine , and the second insulator includes a second contact surface arranged on the same plane as the first contact surface of the first insulator , for coming into contact with a tub of a washing machine when the stator is mounted to a tub of a washing machine .
Film-forming coating agent having a water content of at least 10%, which agent forms a film that can be removed readily and without residue and has high mechanical strength and adhesive properties when dried, characterised in that the coating agent is a polymer dispersion which absorbs a partial spectrum of the electromagnetic radiation incident on the coated surface and further comprises a release agent and, for the absorption of radiation in the infrared range, contains amorphous silicic acid having a brightness measured according to test specification 10/EMQ33, in line with DIN 53163, of greater than 80 and an oil absorption value measured according to test specification 10/EMQ20, in line with DIN ISO 787-5, in the range from 40 g/100 g to 60 g/100 g, in particular in the range from 45 g/100 g to 55 g/100 g, the final coating having a layer thickness from approximately 0.5 mm to approximately 2 mm.
An outdoor lighting network device for operating in an outdoor lighting network , the outdoor lighting network device comprising: a vendor-specific protocol stack for communication between the outdoor lighting network device and a vendor-specific management system for managing the outdoor lighting network , the vendor-specific protocol stack comprising a vendor-specific application layer using a vendor application protocol ; and a common network protocol stack for communication between the outdoor lighting network device and a central management system for managing the outdoor lighting network , the common network protocol stack comprising an application layer using a common application protocol; wherein the outdoor lighting network device is adapted to translate communication messages from the common application protocol to the vendor-specific application protocol and vice versa; and wherein the common application protocol is adapted to send and/or receive configuration messages for the outdoor lighting network device to/from the central management system and the vendor-specific application protocol is adapted to send and/or receive initialization and/or commissioning messages for the outdoor lighting network device to/from the vendor-specific management system . a vendor-specific protocol stack for communication between the outdoor lighting network device and a vendor-specific management system for managing the outdoor lighting network , the vendor-specific protocol stack comprising a vendor-specific application layer using a vendor application protocol ; and a common network protocol stack for communication between the outdoor lighting network device and a central management system for managing the outdoor lighting network , the common network protocol stack comprising an application layer using a common application protocol; wherein the outdoor lighting network device is adapted to translate communication messages from the common application protocol to the vendor-specific application protocol and vice versa; and wherein the common application protocol is adapted to send and/or receive configuration messages for the outdoor lighting network device to/from the central management system and the vendor-specific application protocol is adapted to send and/or receive initialization and/or commissioning messages for the outdoor lighting network device to/from the vendor-specific management system .
Circuit arrangement with electronic first components , which are arranged on a circuit board and lie at high-voltage potential, containing: - functionless, electronic second components lying at high-voltage potential, - which are arranged on the circuit board adjacent to the electronic first components and are configured - to reduce the maximum electrical field strength (E) between the first components and a reference potential and/or between pads of the circuit board and the reference potential, wherein the second components are capacitors, characterised in that the capacitors are short-circuited. - functionless, electronic second components lying at high-voltage potential, - which are arranged on the circuit board adjacent to the electronic first components and are configured - to reduce the maximum electrical field strength (E) between the first components and a reference potential and/or between pads of the circuit board and the reference potential, wherein the second components are capacitors,
A dynamic metasurface optical modulator comprising a plurality of pixels arranged in a grid, said pixels comprising a plurality of unit-cells, said unit-cell comprising a dielectric layer sandwiched between two at least partially conductive layers, wherein the optical characteristics of each of said unit-cells is controlled by the application of a voltage across each of said pixels of the plurality of pixels, wherein each of said unit-cells comprises non-linear materials and the dimensional size of each of said unit-cells is smaller than an half of the operating wavelength of said dynamic metasurface optical modulator.
A chewing gum comprising at least one sweetener, at least one flavoring agent and a water-insoluble chewing gum base comprising polymers exclusively derived from renewable sources, and wherein the gum base comprises: 3 to 30 wt.% of at least one synthetic elastomer selected from butyl rubber, styrene-butadiene and polyisobutylene; and a plastic resin which is polyvinyl acetate. 3 to 30 wt.% of at least one synthetic elastomer selected from butyl rubber, styrene-butadiene and polyisobutylene; and a plastic resin which is polyvinyl acetate.
Electric machine for a household appliance , wherein the electric machine is embodied as a synchronous machine, having a stator , which has a stator body and a winding , wherein the stator is extrusion-coated at least in regions with a protective material comprising resin, and having a rotor , which can be rotated relative to the stator and which has at least one permanent magnet, wherein the winding of the stator is embodied to be multiphase, wherein the protective material comprises fibres, wherein coils of the winding are arranged in each case on an electrically insulating coil carrier, characterised in that the respective coils are completely extrusion-coated with the protective material and the coil carrier is then extrusion-coated together with the coils .
Method for preparing α-amino acids and α-deuterated α-amino acids, comprising the following steps: providing carboxylic acid azanyl esters, in which the N-atom of the azanyl ester group is protected by a protecting group, and carrying out a 1,3-nitrogen migration in the presence of a catalyst to provide the α-amino acids and the α-deuterated α-amino acids. providing carboxylic acid azanyl esters, in which the N-atom of the azanyl ester group is protected by a protecting group, and carrying out a 1,3-nitrogen migration in the presence of a catalyst to provide the α-amino acids and the α-deuterated α-amino acids.
A hearing device having an ear plug for insertion into an ear canal of a user of the hearing device, the hearing device comprising a first microphone , a signal processor , a memory, a controller and a receiver , the ear plug comprising a vent having a vent valve device configured to open or close the vent, the controller being configured to electrically manipulate the vent valve device to a first position or a second position based on a first signal from the signal processor, wherein the hearing device is configured to obtain a predetermined audio signal representing a sound emitted by the vent when the vent valve device is manipulated between the first position and the second position, and configured to store the predetermined audio signal in the memory, and wherein the signal processor is configured to access the predetermined audio signal in the memory and output a phase-inverted version of the predetermined audio signal from the memory to the receiver substantially at the same time as the vent valve device is manipulated.
A process for the preparation of an acrylamide-free acrylic polymer comprising the following steps: a) prepararing a reaction mixture containing the monomer or the mixture of monomers and suitable polymerization additives, b) adding the polymerization catalyst in a controlled manner, c) allowing the polymerization reaction to proceed until the polymer is obtained, characterized in that the monomer or the mixture of monomers is not or does not comprise acrylamide, the reaction mixture is a highly homogenized water in oil emulsion with emulsion micelles with sizes 0.5 - 1.5 microns, and the polymerization reaction is carried out at a controlled temperature between 30°C and 45°C, or between 35°C and 40°C, or between 35°C and 38°C, by adding the catalyst in a controlled manner and by heating or cooling down the mixture according to need. a) prepararing a reaction mixture containing the monomer or the mixture of monomers and suitable polymerization additives, b) adding the polymerization catalyst in a controlled manner, c) allowing the polymerization reaction to proceed until the polymer is obtained,