mhurhangee/ep-ind-claims huggingface dataset:
A kitchen appliance comprising: - a base station having a support surface on an upper portion thereof and enclosing a drive means for driving a rotatable drive shaft, said drive shaft comprising a first coupling part at a free end thereof, and - a removable bowl comprising a bottom part that is supported by the support surface during operation and a coupling member provided in said bottom part, said coupling member comprising a second coupling part for coupling with the first coupling part during operation, characterized in that, the first coupling part comprises a head with an outer surface on which a number of first cam portions are provided, the second coupling part comprises a socket for interacting with the head, the socket having an inner surface on which a number of second cam portions are provided, said first and second cam portions comprising first respectively second cam faces, said cam faces (21, 25) mating upon interaction of the head with the socket, such that upon rotating the drive shaft the second coupling part rotates in unison with the first coupling part and the bowl is pulled down towards the support surface. - a base station having a support surface on an upper portion thereof and enclosing a drive means for driving a rotatable drive shaft, said drive shaft comprising a first coupling part at a free end thereof, and - a removable bowl comprising a bottom part that is supported by the support surface during operation and a coupling member provided in said bottom part, said coupling member comprising a second coupling part for coupling with the first coupling part during operation, the first coupling part comprises a head with an outer surface on which a number of first cam portions are provided, the second coupling part comprises a socket for interacting with the head, the socket having an inner surface on which a number of second cam portions are provided, said first and second cam portions comprising first respectively second cam faces, said cam faces (21, 25) mating upon interaction of the head with the socket, such that upon rotating the drive shaft the second coupling part rotates in unison with the first coupling part and the bowl is pulled down towards the support surface.
Hotplate device with at least one variable cooking surface area, which has at least one subarea, which is provided to carry out special heating processes, which deviate from a normal heating of a positioned item of cookware, with which a control input of at least one operating parameter is required by means of a control unit, and with a controller, which is provided, in the case of detecting a positioned item of cookware in the subarea, to automatically offer a catalogue of a number of special heating processes for selection, characterised in that the catalogue comprises at least one heating process using earlier heating settings or at least one grill heating process or at least one boost heating process, in which the controller operates at least one heating element, which is assigned to the positioned item of cookware, during an in particular predetermined period of time with a heating output density which extends beyond a normal heating output density.
A mouth gag supporting device that includes a gripping structure and an eccentric shaft structure, said gripping structure is connected to the mouth gag, said eccentric shaft structure is composed of an eccentric structure and a shaft structure, the eccentric structure is fixed to the gripping structure, the eccentric structure is provided with a U-shaped slot, the end of the shaft structure is eccentrically hinged in the U-shaped slot, and the eccentric shaft structure is locked by a fastening nut to the eccentric structure; said gripping structure is L-shaped, with the horizontal part at the bottom and the vertical part at the top, and the horizontal part is provided with a C-shaped slot for connecting the mouth gag; eccentric holes are relatively arranged on the two parallel circular arc feet of the U-shaped slot; said shaft structure includes a stud and an extension sleeve, one end of the stud is rotatably connected between the eccentric holes on the two parallel circular arc feet by an eccentric bolt, the other end of the stud is fixed to the extension sleeve; said stud is screwed with the fastening nut. said gripping structure is L-shaped, with the horizontal part at the bottom and the vertical part at the top, and the horizontal part is provided with a C-shaped slot for connecting the mouth gag; eccentric holes are relatively arranged on the two parallel circular arc feet of the U-shaped slot; said shaft structure includes a stud and an extension sleeve, one end of the stud is rotatably connected between the eccentric holes on the two parallel circular arc feet by an eccentric bolt, the other end of the stud is fixed to the extension sleeve; said stud is screwed with the fastening nut.
A thermal integrated multi-source plant comprising: • a first tank configured to store technical water and coupled to at least one air-conditioning plant; • at least a first thermal source (28; 29; 30; 31; 131) associated to the first tank and configured to heat the technical water; • at least a second tank configured to store sanitary water and coupled to a sanitary water supplying circuit; the second tank being coupled to the first tank; • a first heat exchanger arranged in the first tank and provided with an inlet coupled to a water network for receiving sanitary water and with an outlet characterized in that the outlet is selectively couplable to the second tank or to the sanitary water supplying circuit. • a first tank configured to store technical water and coupled to at least one air-conditioning plant; • at least a first thermal source (28; 29; 30; 31; 131) associated to the first tank and configured to heat the technical water; • at least a second tank configured to store sanitary water and coupled to a sanitary water supplying circuit; the second tank being coupled to the first tank; • a first heat exchanger arranged in the first tank and provided with an inlet coupled to a water network for receiving sanitary water and with an outlet characterized in that the outlet is selectively couplable to the second tank or to the sanitary water supplying circuit.
Device for transporting a torpedo from a transport carriage to a launching tube, characterised in that it comprises: - a support structure which is to be arranged close to the launching tube and comprises lower posts (32, 33) which can be fixed to the ground, beneath the launching tube, and upper posts which are fixed to the lower posts (32, 33) and are capable of extending vertically to above the launching tube, - a first pulley carried by the upper posts by way of a pivot connection having an axis perpendicular to a longitudinal direction of the launching tube, - a conveying structure which is to be arranged between the transport carriage and the launching tube and comprises means for receiving and guiding the torpedo, - a structure for driving the torpedo, comprising a winch, a securing member which is to be fixed to the torpedo, and a drive cable extending at least partially between the winch, around which it is partially wound, and the securing member, passing through the first pulley. - a support structure which is to be arranged close to the launching tube and comprises lower posts (32, 33) which can be fixed to the ground, beneath the launching tube, and upper posts which are fixed to the lower posts (32, 33) and are capable of extending vertically to above the launching tube, - a first pulley carried by the upper posts by way of a pivot connection having an axis perpendicular to a longitudinal direction of the launching tube, - a conveying structure which is to be arranged between the transport carriage and the launching tube and comprises means for receiving and guiding the torpedo, - a structure for driving the torpedo, comprising a winch, a securing member which is to be fixed to the torpedo, and a drive cable extending at least partially between the winch, around which it is partially wound, and the securing member, passing through the first pulley.
A light emitting component with organic layers consisting of a plurality of layers between a bottom contact on a substrate and a top contact, with polymer layers from a polymer and with molecular layers from small molecules applied in a vacuum, wherein at least one polymer layer (3; 4) and two molecular layers (5; 6) are arranged, wherein - the top contact is a cathode and the layer nearest the top contact is configured as an electron-transporting molecular layer n-doped with an organic donor material, wherein the n-doped molecular layer comprises an organic main substance forming a matrix material and the donor material, characterised in that the donor material has an ionisation potential of less than 4.1eV and the molecular mass of the donor material is larger than 200g/mol. - the top contact is a cathode and the layer nearest the top contact is configured as an electron-transporting molecular layer n-doped with an organic donor material, wherein the n-doped molecular layer comprises an organic main substance forming a matrix material and the donor material, characterised in that the donor material has an ionisation potential of less than 4.1eV and the molecular mass of the donor material is larger than 200g/mol.
A method for citrus fruit processing comprising the steps of a) introducing liquid citrus fruit material to be processed via an inlet to a centrifugal separator being mechanically hermetically sealed at the inlet and at the liquid outlets; b) separating said citrus fruit material in said separator to obtain at least a liquid heavy phase and a liquid light phase, wherein the density of the liquid heavy phase is higher than the density of the liquid light phase; c) discharging said liquid heavy phase via a liquid heavy phase outlet and said liquid light phase via a liquid light phase outlet of said separator; d) measuring at least one parameter of the discharged liquid heavy phase and/or liquid light phase, wherein said parameter is related to a concentration of the heavy phase in the liquid light phase, or vice versa; and e) adjusting the counter pressure of the liquid heavy phase outlet with respect to the liquid light phase outlet, or vice versa, based on the measurement in step d) so as to control the concentration of the heavy phase in the liquid light phase, or vice versa, discharged from the separator. a) introducing liquid citrus fruit material to be processed via an inlet to a centrifugal separator being mechanically hermetically sealed at the inlet and at the liquid outlets; b) separating said citrus fruit material in said separator to obtain at least a liquid heavy phase and a liquid light phase, wherein the density of the liquid heavy phase is higher than the density of the liquid light phase; c) discharging said liquid heavy phase via a liquid heavy phase outlet and said liquid light phase via a liquid light phase outlet of said separator; d) measuring at least one parameter of the discharged liquid heavy phase and/or liquid light phase, wherein said parameter is related to a concentration of the heavy phase in the liquid light phase, or vice versa; and e) adjusting the counter pressure of the liquid heavy phase outlet with respect to the liquid light phase outlet, or vice versa, based on the measurement in step d) so as to control the concentration of the heavy phase in the liquid light phase, or vice versa, discharged from the separator.
A hybrid cord having a core-covering structure comprising: a core comprising a single polyamide monofilament; and a covering spirally twisted around the core and comprising a high modulus yarn; wherein the hybrid cord has a cable twist number of 280 to 370 TPM; and wherein the high modulus yarn has a tensile strength of 141, 3 cN/tex (16 g/d) or more and a Young's modulus of 1766 cN/tex (200 g/d) or more. a core comprising a single polyamide monofilament; and a covering spirally twisted around the core and comprising a high modulus yarn; wherein the hybrid cord has a cable twist number of 280 to 370 TPM; and wherein the high modulus yarn has a tensile strength of 141, 3 cN/tex (16 g/d) or more and a Young's modulus of 1766 cN/tex (200 g/d) or more.
A method executed by an apparatus of a multimedia delivery system when distributing streamed media content via User Datagram Protocol, UDP, the method comprising: receiving (4:1), from at least one media source, media content distributed in a plurality of files; identifying (4:2), from the received files, associated files comprising at least one audio file and at least one video file; combining (4:3) the associated files into one source block comprising a single file object comprising a composition of the associated files; applying (4:4) encoding on the one source block, wherein the encoding outputs an encoded source block that does not include data from another source block; generating (4:5) a manifest file describing the content of the one source block to enable a rendering device to reconstruct the associated files from the encoded source block, wherein the manifest file does not describe content of files other than that of the files of the one source block, and transmitting (4:6) the manifest file and the associated encoded source block. receiving (4:1), from at least one media source, media content distributed in a plurality of files; identifying (4:2), from the received files, associated files comprising at least one audio file and at least one video file; combining (4:3) the associated files into one source block comprising a single file object comprising a composition of the associated files; applying (4:4) encoding on the one source block, wherein the encoding outputs an encoded source block that does not include data from another source block; generating (4:5) a manifest file describing the content of the one source block to enable a rendering device to reconstruct the associated files from the encoded source block, wherein the manifest file does not describe content of files other than that of the files of the one source block, and transmitting (4:6) the manifest file and the associated encoded source block.
An electrical device comprising a coplanar waveguide above a substrate including a signal line surrounded on one side by a first portion of ground plane and on another side by a second portion of ground plane, wherein the first portion has a width measured from the edge facing the signal line to the opposite edge which is smaller than the width of the second potion measured from the edge facing the signal line to the opposite edge, wherein the device further comprises at least one buried conductive bridge forming an electrical connection between the first portion of the ground plane and to the second portion of the ground plane, the buried bridge being perpendicular with the signal line, arranged below the signal line, and being electrically insulated from the signal line by an insulating layer, and wherein the signal line comprises an aperture above and at the level of the buried bridge arranged so that two portions (111A, 111B) of signal line remain on each side of the aperture. wherein the device further comprises at least one buried conductive bridge forming an electrical connection between the first portion of the ground plane and to the second portion of the ground plane, the buried bridge being perpendicular with the signal line, arranged below the signal line, and being electrically insulated from the signal line by an insulating layer, and wherein the signal line comprises an aperture above and at the level of the buried bridge arranged so that two portions (111A, 111B) of signal line remain on each side of the aperture.
A method for determining a valid subframe for a cell in an unlicensed band in a wireless communication system, the method comprising: determining whether all of a plurality of orthogonal frequency division multiplexing, OFDM, symbols of a subframe in the cell are occupied by a base station, and when all of the OFDM symbols of the subframe are occupied by the base station, determining whether the subframe is a valid subframe based on whether a channel state information-reference signal, CSI-RS, resource exists in the subframe.
Screen device comprising a screen roller and a screen rollable onto and unrollable from this screen roller and attached on one of its sides to the screen roller, wherein the screen device comprises a frame with at least a protective casing and two lateral guides (6, 8, 9), wherein the lateral guides comprise a first rail for guiding the screen roller and a second rail for guiding the lateral sides of the screen when the screen is rolled up and unrolled, wherein the first and second rails are formed by separate profiles (6, 8, 9), wherein the second rail is connectable to and releasable from the first rail, and wherein the screen roller is retained by at least one guide element compatible with the first rail such that the guide element is movable along the first rail when the second rail is released so as to move the screen roller into and out of the protective casing.
A method of forming a communication link by a device-to-device, D2D, user equipment, UE, in a wireless communication system, the method comprising: receiving barring information including an inaccessible threshold value for each of a plurality of beam directions; measuring a channel busy ratio, CBR, for a specific beam direction among the plurality of beam directions; and determining whether to form a communication link in the specific beam direction based on the measured CBR and the barring information, wherein the specific beam direction is a beam direction in which a reference signal is received with a reception intensity equal to or higher than a first threshold value among the plurality of beam directions, wherein the CBR is a value of a ratio of resources having measured reception energy higher than a preconfigured second threshold value among all resources included in a channel preconfigured for the specific beam direction, wherein the UE obtains the inaccessible threshold value and a specific priority corresponding to the specific beam direction from the barring information, and wherein the UE forms the communication link in the specific beam direction even if the CBR measured for the specific beam direction is greater than or equal to the inaccessible threshold value for the specific beam direction based on a priority of a service related to the communication link that is higher than or equal to the specific priority. receiving barring information including an inaccessible threshold value for each of a plurality of beam directions; measuring a channel busy ratio, CBR, for a specific beam direction among the plurality of beam directions; and determining whether to form a communication link in the specific beam direction based on the measured CBR and the barring information, wherein the specific beam direction is a beam direction in which a reference signal is received with a reception intensity equal to or higher than a first threshold value among the plurality of beam directions, wherein the CBR is a value of a ratio of resources having measured reception energy higher than a preconfigured second threshold value among all resources included in a channel preconfigured for the specific beam direction, wherein the UE obtains the inaccessible threshold value and a specific priority corresponding to the specific beam direction from the barring information, and wherein the UE forms the communication link in the specific beam direction even if the CBR measured for the specific beam direction is greater than or equal to the inaccessible threshold value for the specific beam direction based on a priority of a service related to the communication link that is higher than or equal to the specific priority.
A method for executing a voice command by a digital assistant in a group device environment, the method comprising: Creating a cluster comprising a plurality of computing devices associated with an event, wherein each of the plurality of devices is integrated with a digital assistant; assigning one of the plurality of computing devices as an arbitrator device of the cluster; receiving, by a digital assistant service associated with the arbitrator device, a verbal command; identifying a user that issued the verbal command; identifying a command intent associated with the verbal command; and causing one or more computing devices of the cluster to execute a response to the verbal command according to the command intent, wherein the cluster is automatically created based on at least one of: a start time of the event in a calendar application that is associated with each of the plurality of devices, and a plurality of the computing devices having signed into the event. Creating a cluster comprising a plurality of computing devices associated with an event, wherein each of the plurality of devices is integrated with a digital assistant; assigning one of the plurality of computing devices as an arbitrator device of the cluster; receiving, by a digital assistant service associated with the arbitrator device, a verbal command; identifying a user that issued the verbal command; identifying a command intent associated with the verbal command; and causing one or more computing devices of the cluster to execute a response to the verbal command according to the command intent, wherein the cluster is automatically created based on at least one of: a start time of the event in a calendar application that is associated with each of the plurality of devices, and a plurality of the computing devices having signed into the event.
A lithographic pellicle comprising a pellicle frame having a top end, a bottom end, and an inner wall, a pellicle film stretched across and mounted to the pellicle frame at its top end, a pressure-sensitive adhesive layer disposed on the bottom end of the frame, capable of attaching the frame to a substrate, and an inner pressure-sensitive adhesive layer disposed on the inner wall of the frame and made of a curable composition in the cured state, characterised in that, said curable composition comprises a perfluoro compound having a divalent perfluoroalkylene or perfluoropolyether structure in the backbone and has at least two alkenyl groups in the molecule, an organosilicon compound having at least two hydrosilyl groups in the molecule, and a platinum group metal catalyst.
An in-the-ear hearing aid comprising an antenna system and a face plate, the antenna system comprising a transceiver for wireless data communication and an antenna interconnected therewith for emission and reception of an electromagnetic field, wherein the antenna comprises an electrically conductive material, characterised by a slot provided in the electrically conductive material, the slot being configured to cause emission of an electromagnetic field upon excitation, wherein the electrically conductive material is provided on or parallel to the face plate.