mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic medical treatment device comprising: a casing (66, 86, 120); an elongate probe (40, 56, 122; 140, 156) mounted to and extending from said casing (66, 86, 120), said probe (40, 56, 122, 140, 156) having an axis (48,148) and a free end serving as an operative tip (78, 79); a transducer assembly mounted to said casing (66, 86, 120) and operatively connected to said probe (40, 56, 122, 140, 156) for generating vibrations of at least one ultrasonic frequency in said probe (40, 56, 122, 140, 156); a sheath (38, 54, 106, 138, 154) surrounding said probe (40, 56, 122, 140, 156), said sheath (38, 54, 106, 138, 154) being movable relative to said probe (40, 56, 122, 140, 156), whereby said tip (78, 79) of said probe (40, 56, 122, 140, 156) may be alternately covered and exposed; and at least one electrode member (32, 34; 50-53; 102, 104; 132, 150-153) connectable to an RF voltage source, said electrode member (32, 34; 50-53; 102, 104; 132, 150-153) being fixed to said sheath (38, 54, 106, 138, 154) so that longitudinal motion of said sheath (38, 54, 106, 138, 154) relative to said probe (40, 56, 122, 140, 156) along said axis of said probe (40, 56, 122, 140, 156) results in relative longitudinal motion between said electrode member (32, 34; 50-53; 102, 104; 132,150-153) and said probe (40, 56, 122, 140, 156), characterized in that said electrode member (102, 104) and said sheath. are so configured to include a hinge so as to permit a transverse motion of a portion of said sheath and a distal end of said electrode member (102, 104) relative to said probe, thereby permitting an adjustment in the distance between the distal end of said electrode member (102,104) and an axis of said probe (40, 56, 122, 140, 156). a casing (66, 86, 120); an elongate probe (40, 56, 122; 140, 156) mounted to and extending from said casing (66, 86, 120), said probe (40, 56, 122, 140, 156) having an axis (48,148) and a free end serving as an operative tip (78, 79); a transducer assembly mounted to said casing (66, 86, 120) and operatively connected to said probe (40, 56, 122, 140, 156) for generating vibrations of at least one ultrasonic frequency in said probe (40, 56, 122, 140, 156); a sheath (38, 54, 106, 138, 154) surrounding said probe (40, 56, 122, 140, 156), said sheath (38, 54, 106, 138, 154) being movable relative to said probe (40, 56, 122, 140, 156), whereby said tip (78, 79) of said probe (40, 56, 122, 140, 156) may be alternately covered and exposed; and at least one electrode member (32, 34; 50-53; 102, 104; 132, 150-153) connectable to an RF voltage source, said electrode member (32, 34; 50-53; 102, 104; 132, 150-153) being fixed to said sheath (38, 54, 106, 138, 154) so that longitudinal motion of said sheath (38, 54, 106, 138, 154) relative to said probe (40, 56, 122, 140, 156) along said axis of said probe (40, 56, 122, 140, 156) results in relative longitudinal motion between said electrode member (32, 34; 50-53; 102, 104; 132,150-153) and said probe (40, 56, 122, 140, 156),
A pigment comprising a milled elastomer, wherein the milled elastomer has a D50 particle size of between 5 and 30 microns, preferably from 5 to 25 microns, and wherein a coating of the pigment has a smoothness of about 3 or less; wherein the elastomer is vulcanized rubber from natural rubber, styrene-butadiene rubber, ethylene propylene diene monomer, or blends thereof.
Integrated compact station of subsea separation and pumping systems, comprising a first separation module and a second pumping module of reinjection water, said separation module comprising a bank of cyclonic devices, characterized in that the separation module further comprises a harp as gas-liquid gravitational separator positioned oppositely to the bank of cyclonic devices, said harp performing the processing of gas separation sent to the topside, and a separator vessel of oil and water, along which is a set of integrated blocks of gate valves, a set of control valves or chokes positioned on the opposite side and the bank of cyclonic devices positioned contiguous to said block of gate valves.
A laundry dryer comprising: a drum for holding a drying object; a first heater and a second heater for supplying hot air to an inside of the drum; a sensing unit for providing a pulse signal depending on contact to the drying object in the drum; and a microcomputer for determining a load and dryness of the drying object with reference to the pulse signal from the sensing unit to control a general drying course, characterized in that the sensing unit comprises: an electrode sensor for providing a voltage signal corresponding to impedance generated at a time the electrode sensor is brought into contact to the drying object; a comparator for comparing the voltage signal from the electrode sensor to a preset reference voltage, and providing a result of the comparison; and a photo-coupler for providing a pulse signal to the microcomputer in response to a signal from the comparator, wherein the photo-coupler comprises a light emission unit connected to an output terminal of the comparator, and a light receiving unit of the photo-coupler connected to an input port of the microcomputer, such that the sensing unit is electrically insulated from the microcomputer, to prevent electric shock hazard. a drum for holding a drying object; a first heater and a second heater for supplying hot air to an inside of the drum; a sensing unit for providing a pulse signal depending on contact to the drying object in the drum; and a microcomputer for determining a load and dryness of the drying object with reference to the pulse signal from the sensing unit to control a general drying course, an electrode sensor for providing a voltage signal corresponding to impedance generated at a time the electrode sensor is brought into contact to the drying object; a comparator for comparing the voltage signal from the electrode sensor to a preset reference voltage, and providing a result of the comparison; and a photo-coupler for providing a pulse signal to the microcomputer in response to a signal from the comparator, wherein the photo-coupler comprises a light emission unit connected to an output terminal of the comparator, and a light receiving unit of the photo-coupler connected to an input port of the microcomputer, such that the sensing unit is electrically insulated from the microcomputer, to prevent electric shock hazard.
A piston-cylinder arrangement for a piston compressor, comprising a cylinder chamber that is delimited by a cylinder running surface for a piston that is provided with at least one circumferential ring groove enclosing a groove space for receiving a piston ring, which also delimits the groove space, for the creation of a dynamic seal between the piston and the cylinder running surface, there being provided between the groove space in the piston and the cylinder chamber a jet-flow connection arranged in or on the piston in order to delay pressure equalisation in the groove space relative to the cylinder chamber in a time-controlled manner, characterised in that the jet-flow flow connection between the groove space and the cylinder chamber takes the form of at least one nozzle bore in the piston that leads from the edge region of the piston crown and opens into the groove space (Fig. 1) in order to delay pressure equalisation in the groove space relative to the cylinder chamber in a time-controlled manner.
A skin composition comprising: a) a mixture of ar-turmerone, alpha-turmerone and beta-turmerone, b) hyaluronic acid, or a salt thereof, and/or dextran sulfate, and c) isostearyl isostearate and/or oleyl erucate. a) a mixture of ar-turmerone, alpha-turmerone and beta-turmerone, b) hyaluronic acid, or a salt thereof, and/or dextran sulfate, and c) isostearyl isostearate and/or oleyl erucate.
A haptic effect enabled system comprising: a first image sensor that generates a first digital image; a second image sensor that generates a second digital image; a first haptic output device; a second haptic output device; and a processor coupled to the first and second image sensors and to the first and second haptic output devices, wherein the processor: receives notification of a first image event relating to the first digital image; receives notification of a second image event relating to the second digital image; determines a first haptic effect corresponding to the first image event; determines a second haptic effect corresponding to the second image event; applies the first haptic effect with the first haptic output device; and applies the second haptic effect with the second haptic output device, the second haptic effect being applied at the same time as the first haptic effect. a first image sensor that generates a first digital image; a second image sensor that generates a second digital image; a first haptic output device; a second haptic output device; and a processor coupled to the first and second image sensors and to the first and second haptic output devices, wherein the processor: receives notification of a first image event relating to the first digital image; receives notification of a second image event relating to the second digital image; determines a first haptic effect corresponding to the first image event; determines a second haptic effect corresponding to the second image event; applies the first haptic effect with the first haptic output device; and applies the second haptic effect with the second haptic output device, the second haptic effect being applied at the same time as the first haptic effect. receives notification of a first image event relating to the first digital image; receives notification of a second image event relating to the second digital image; determines a first haptic effect corresponding to the first image event; determines a second haptic effect corresponding to the second image event; applies the first haptic effect with the first haptic output device; and applies the second haptic effect with the second haptic output device, the second haptic effect being applied at the same time as the first haptic effect.
An orthodontic appliance for orthodontic treatment of a posterior maxillary sector extending from a canine tooth to a molar tooth on the same side of the maxilla, the orthodontic appliance comprising a canine attachment bracket affixable to a canine tooth, a curved rod extending from the canine attachment bracket in a mesiodistal direction, and a hook (22; 34) for attachment to a traction elastic, characterized in that: it comprises a molar tube affixable to a molar tooth and having an opening on the mesial side to an interior of the molar tube; the curved rod extends towards the molar tube; the hook (22; 34) is located on the canine attachment bracket or on the curved rod; and the curved rod engages the molar tube to exert a distal force to the molar tooth when under a force of the traction elastic on the hook. it comprises a molar tube affixable to a molar tooth and having an opening on the mesial side to an interior of the molar tube; the curved rod extends towards the molar tube; the hook (22; 34) is located on the canine attachment bracket or on the curved rod; and the curved rod engages the molar tube to exert a distal force to the molar tooth when under a force of the traction elastic on the hook.
A Crimean-Congo hemorrhagic fever (CCHF) virus replicon particle, comprising: (i) CCHF virus Gn and Gc glycoproteins; (ii) CCHF virus L protein; (iii) CCHF virus nucleoprotein; (iv) a CCHF virus L genome segment; and (v) a CCHF virus S genome segment, wherein the CCHF VRP a) does not contain a CCHF virus M genome segment or b) encodes a domain of a glycoprotein precursor but not a full-length GPC. (i) CCHF virus Gn and Gc glycoproteins; (ii) CCHF virus L protein; (iii) CCHF virus nucleoprotein; (iv) a CCHF virus L genome segment; and (v) a CCHF virus S genome segment,
Cooking appliance comprising at least one heatable cooking chamber, comprising at least one door that closes the cooking chamber and comprising at least one extension on which at least one support can be moved between at least one pushed-in and at least one pulled-out position, the extension comprising at least one lower rail which is fastened to the cooking chamber, at least one upper rail which is arranged so as to be movable relative to the lower rail, and at least one self-retracting device, the entire self-retracting device being arranged in its own housing, the self-retracting device being received in the lower rail and being covered by the upper rail when said upper rail is in the pushed-in position, the self-retracting device comprising at least one first spring and at least one second spring, the actions of force of which are oriented so as to be substantially opposed, and the first spring being designed as a tension spring, characterised in that the second spring is designed as a damping spring, and in that a damping means is provided which is designed as a damping spring and is the second spring of the self-retracting device, which damping means prevents the upper rail from being pushed in too quickly.
Electric/electronic installation system for buildings with at least two actuators (A1 to An) linked via a bus system, each designed as rail-mounted device, each with several load outputs (L1 to Ln) for influencing connected loads, wherein at least one display element (AE1 to AEn) is assigned to each load output (L1 to Ln), and which actuators (A1 to An) each provide several first operating elements (BE1 to BE4) for manual influencing of the connected loads on demand, and wherein at least one second operating element is provided for programming, and wherein, released by operating one of the first operating elements (BE1 to BE4), at least one display element (AE1 to AEn) each of the relevant actuator (A1 to An) can be influenced via the logic unit of each actuator (A1 to An), characterized by the fact that for the purpose of simultaneously influencing the display elements (AE1 to AEn) of a plurality of actuators (A1 to An) the logic units of the actuators (A1 to An) are connected to one another in terms of data technology via the bus system, and that the logic unit of each actuator (A1 to An) has an actuator evaluation stage and a display element activation stage.
Method for determining the cooking state when cooking eggs, in which method at least one egg is positioned in a vessel, wherein a plurality of identical or different eggs can be situated in or outside the vessel so as to be next to, above or below one another, the vessel is then closed and the temperature is increased, at least inside the vessel, and maintained until the desired cooking state of the egg(s) is reached, and then the egg is cooled, wherein, in order to determine the cooking state of the egg(s) in the vessel, at least one light source having a wavelength between 400 nm and 1000 nm is placed on the egg or in the immediate vicinity of the egg or each of the eggs, from which light source light is transmitted through at least one cross section of the egg to a light measuring device, and the transmission of the light through the egg is determined at least during cooking, and in order to achieve a cooking state for a runny egg yolk a transmission of at least 96%, and in order to achieve a cooking state for a soft egg yolk a transmission of at least 94%, and in order to achieve a cooking state for a medium soft egg yolk a transmission of at least 90%, and in order to achieve a cooking state for a hard egg yolk a transmission of at least 85% of the maximum transmission degree of a raw egg is achieved.
A method comprising: identifying, by a network device in a multicast network, a network topology of the multicast network, the method being characterized in that identifying includes identifying whether the network topology includes a layer 2 network topology and/or a layer 3 network topology; enabling, by the network device, a multicast protocol on the network device based on the network topology of the multicast network, wherein in response to the identification that the network topology of the multicast network includes a layer 2 topology, enabling Internet Group Management Protocol, IGMP, snooping on the network device, and wherein in response to the identification that the network topology of the multicast network includes a layer 3 topology, enabling both IGMP protocol and Protocol Independent Multicast, PIM, protocol on the network device; determining, by the network device, a network parameter related to the multicast network; and auto-configuring, on the network device, a multicast parameter related to the multicast protocol, based on the network parameter related to the multicast network. identifying, by a network device in a multicast network, a network topology of the multicast network, the method being characterized in that identifying includes identifying whether the network topology includes a layer 2 network topology and/or a layer 3 network topology; enabling, by the network device, a multicast protocol on the network device based on the network topology of the multicast network, wherein in response to the identification that the network topology of the multicast network includes a layer 2 topology, enabling Internet Group Management Protocol, IGMP, snooping on the network device, and wherein in response to the identification that the network topology of the multicast network includes a layer 3 topology, enabling both IGMP protocol and Protocol Independent Multicast, PIM, protocol on the network device; determining, by the network device, a network parameter related to the multicast network; and auto-configuring, on the network device, a multicast parameter related to the multicast protocol, based on the network parameter related to the multicast network.
A tire comprising a belt layer arranged inside a tread portion, wherein the belt layer includes at least one belt ply (7A, 7B), the belt ply (7A, 7B) includes belt cords made of steel single wires having a flat cross-sectional shape, and a topping rubber covering the belt cords, wherein the tread portion includes a tread rubber forming a tread ground contacting surface, characterized in that the tread rubber has a complex elastic modulus ET* at 70 °C of 4.5 to 10.0 MPa and a loss tangent tan δ at 70 °C of 0.08 to 0.15, and in that the topping rubber has a complex elastic modulus ES* at 70 degrees Celsius in the range of 8.0 to 20.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.04 to 0.16, wherein the complex elastic modulus ET*, the complex elastic modulus ES* and loss tangent tanδ are determined in accordance with JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile, and a ratio tanδ/ES* between the loss tangent tanδ and the complex elastic modulus ES* in MPa of the topping rubber is in the range of 0.002 to 0.017. the belt layer includes at least one belt ply (7A, 7B), the belt ply (7A, 7B) includes belt cords made of steel single wires having a flat cross-sectional shape, and a topping rubber covering the belt cords, wherein the tread portion includes a tread rubber forming a tread ground contacting surface, characterized in that the tread rubber has a complex elastic modulus ET* at 70 °C of 4.5 to 10.0 MPa and a loss tangent tan δ at 70 °C of 0.08 to 0.15, and in that the topping rubber has a complex elastic modulus ES* at 70 degrees Celsius in the range of 8.0 to 20.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.04 to 0.16, wherein the complex elastic modulus ET*, the complex elastic modulus ES* and loss tangent tanδ are determined in accordance with JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile, and a ratio tanδ/ES* between the loss tangent tanδ and the complex elastic modulus ES* in MPa of the topping rubber is in the range of 0.002 to 0.017.
Method for controlling a metal-cutting machine tool by - providing a processing program for controlling the metal-cutting machine tool, wherein - the processing program describes a number of cutting path sections running next to one another, which together form a path, for establishing a 3D contour, wherein each cutting path section consists of a series of path elements, namely support points (P 1, P 2, P 3) and line elements, and each line element connects a pair of the support points (P 1, P 2, P 3) to one another, and also - optimising a course of the path; and - controlling the metal-cutting machine in accordance with the optimised path, wherein at least one path element from/to the first cutting path section is modified, added or removed so that the pre-specified tolerance value is adhered to, characterised by - analysing at least a part of a first of the cutting path sections of the processing program in respect of adherence to a pre-specified tolerance value in relation to at least one path element of at least one second cutting path section adjacent to the first, wherein a number or each of the support points (P 1, P 2, P 3) of the first cutting path section is/are examined separately, and in this case in each case all support points (N50, N60, N90, N160, N290, N320) in a pre-specified spatial area around the support point to be examined are taken into consideration. - providing a processing program for controlling the metal-cutting machine tool, wherein - the processing program describes a number of cutting path sections running next to one another, which together form a path, for establishing a 3D contour, wherein each cutting path section consists of a series of path elements, namely support points (P 1, P 2, P 3) and line elements, and each line element connects a pair of the support points (P 1, P 2, P 3) to one another, and also - optimising a course of the path; and - controlling the metal-cutting machine in accordance with the optimised path, wherein at least one path element from/to the first cutting path section is modified, added or removed so that the pre-specified tolerance value is adhered to, - analysing at least a part of a first of the cutting path sections of the processing program in respect of adherence to a pre-specified tolerance value in relation to at least one path element of at least one second cutting path section adjacent to the first, wherein a number or each of the support points (P 1, P 2, P 3) of the first cutting path section is/are examined separately, and in this case in each case all support points (N50, N60, N90, N160, N290, N320) in a pre-specified spatial area around the support point to be examined are taken into consideration.
Elastomeric bush bearing consisting of a metallic, strand-shaped or tubular inner part, an outer tube surrounding the inner part and an elastomeric bearing body arranged between the inner part and the outer tube, connected to them by vulcanisation, wherein the outer tube is made of plastic, characterised in that the outer tube comprises a sheathing in the form of an elastomeric layer vulcanised to the outer tube.