mhurhangee/ep-ind-claims huggingface dataset:
A magnetic bearing and rotating shaft assembly, comprising: a radial stator having a plurality of stator teeth extending inwardly in a radial direction of the radial stator; two axial stators arranged on two axial sides of the stator teeth, respectively; radial control coils wound on the stator teeth, the radial control coil being located outside an area of the stator teeth covered oppositely by the two axial stators; characterized in that the axial stator is configured with a first annular groove on a side facing the stator teeth, and the magnetic bearing further comprises axial control coils arranged in the first annular grooves, and the first annular groove has a first groove wall close to an axis of the axial stator, the first groove wall having a diameter D, and the magnetic bearing is assembled with a rotating shaft with a rotor having an outer diameter d, where d ≥ D a radial stator having a plurality of stator teeth extending inwardly in a radial direction of the radial stator; two axial stators arranged on two axial sides of the stator teeth, respectively; radial control coils wound on the stator teeth, the radial control coil being located outside an area of the stator teeth covered oppositely by the two axial stators; characterized in that the axial stator is configured with a first annular groove on a side facing the stator teeth, and the magnetic bearing further comprises axial control coils arranged in the first annular grooves, and the first annular groove has a first groove wall close to an axis of the axial stator, the first groove wall having a diameter D, and the magnetic bearing is assembled with a rotating shaft with a rotor having an outer diameter d, where d ≥ D
Pretreatment method for tomato peel residue, comprising the following steps: - uniformly mixing tomato peel residue with a fermenting agent, an antioxidant, and an enzyme preparation; and - subjecting the resultant to light-proof anaerobic fermentation, wherein - the fermenting agent is a mixture of Lactobacillus and Bacillus subtilis with a ratio of the number of effective viable bacteria of:1; - the total number of effective viable bacteria in the fermenting agent is 1×10 10 cfu/g or more, and the additive amount of the fermenting agent is 10 to 20 g/t tomato peel residue; - the enzyme preparation is a mixture of cellulase and pectinase, the mixture optionally containing hemicellulase; - the water content of the tomato peel residue is 45 % to 65 %. - uniformly mixing tomato peel residue with a fermenting agent, an antioxidant, and an enzyme preparation; and - subjecting the resultant to light-proof anaerobic fermentation, - the fermenting agent is a mixture of Lactobacillus and Bacillus subtilis with a ratio of the number of effective viable bacteria of:1; - the total number of effective viable bacteria in the fermenting agent is 1×10 10 cfu/g or more, and the additive amount of the fermenting agent is 10 to 20 g/t tomato peel residue; - the enzyme preparation is a mixture of cellulase and pectinase, the mixture optionally containing hemicellulase; - the water content of the tomato peel residue is 45 % to 65 %.
A method in a communication network comprising an IP Multimedia Subsystem, the method being performed at an apparatus in communication with a first node of the network and a second node of the network, and the method comprising receiving node status information relating to the first node which indicates an occurrence of an event associated with the first node, and being characterised by determining the existence of a network association established between the first node and the second node that would be adversely affected by the occurrence of the event, wherein the determination is done by the second node with reference to route information and/or making the determination on the basis of information stored locally, and sending a message to the second node, causing the network association to be terminated, and informing that a new association between the first and the second node needs to be established in its place.
A rotary latch assembly, comprising: a latch rotatable about a first rotational axis between a striker releasing position in which the latch is positioned to release a striker, and a striker retaining position in which the latch is adapted to retain the striker, a pawl rotatable about a second rotational axis between a latch engaging position in which the pawl is adapted to engage with the latch by means of an engaging member, and a latch disengaging position in which the engaging member is disengaged from the latch, and a latch biasing member adapted to bias the latch toward the striker releasing position, and a pawl biasing member adapted to bias the pawl toward the latch engaging position, wherein the engaging member is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface between the latch and the pawl to facilitate the latch and the pawl to move relative each other, wherein at least one of the latch biasing member and the pawl biasing member is a torsion spring, characterized in that the torsion spring, being said at least one of the latch biasing member and the pawl biasing member, is provided with a portion (40, 50) that serves as the rotation axle of the rotatable member. a latch rotatable about a first rotational axis between a striker releasing position in which the latch is positioned to release a striker, and a striker retaining position in which the latch is adapted to retain the striker, a pawl rotatable about a second rotational axis between a latch engaging position in which the pawl is adapted to engage with the latch by means of an engaging member, and a latch disengaging position in which the engaging member is disengaged from the latch, and a latch biasing member adapted to bias the latch toward the striker releasing position, and a pawl biasing member adapted to bias the pawl toward the latch engaging position, wherein the engaging member is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface between the latch and the pawl to facilitate the latch and the pawl to move relative each other, wherein at least one of the latch biasing member and the pawl biasing member is a torsion spring, characterized in that the torsion spring, being said at least one of the latch biasing member and the pawl biasing member, is provided with a portion (40, 50) that serves as the rotation axle of the rotatable member.
A mounting unit, in particular for a cabinet furniture item, having: a) a guide rail, along which a runner (60, 70) is held so it is movable; b) at least one fixing device for fixing the guide rail; c) a mounting element, which is fixable on a top panel or bottom panel of a furniture body, whereby the fixing device is plugged onto the end side of the guide rail and is fixed via locking means on the mounting element, characterized in that a pivotable lever is provided on the mounting element for aligning the mounting element on a top panel or bottom panel of a furniture body. a) a guide rail, along which a runner (60, 70) is held so it is movable; b) at least one fixing device for fixing the guide rail; c) a mounting element, which is fixable on a top panel or bottom panel of a furniture body,
A high-field symmetric-waveform apparatus for filtering high mobility ions, comprising: a first electrode; a second electrode placed in parallel with the first electrode to provide constant gap distance, d, between the first electrode and the second electrode; a first high-voltage waveform generator electrically connected to the first electrode and configured to produce a first symmetric waveform; wherein the first symmetric waveform is configured to produce a symmetric electric field waveform in the gap between the first electrode and the second electrode and the electric field waveform is configured to displace an ion radially from the center of the gap during one half of the electric field waveform a distance y = K × E × t, where K is the mobility coefficient, E is the electric field strength, and t is the half period of the electric field waveform; and wherein the constant gap distance and the amplitude and frequency of the first symmetric waveform are configured to filter high mobility ions; characterized in that: the first high-voltage waveform generator is configured to produce the symmetric electric field waveform with a maximum density normalized electric field strength, E/N, which is the electric field strength, E, divided by the gas number density, N, greater than 1e-20 V m 2 (10 Td) in order to make the mobility coefficient of ions in the gap a function of E/N. a first electrode; a second electrode placed in parallel with the first electrode to provide constant gap distance, d, between the first electrode and the second electrode; a first high-voltage waveform generator electrically connected to the first electrode and configured to produce a first symmetric waveform; wherein the first symmetric waveform is configured to produce a symmetric electric field waveform in the gap between the first electrode and the second electrode and the electric field waveform is configured to displace an ion radially from the center of the gap during one half of the electric field waveform a distance y = K × E × t, where K is the mobility coefficient, E is the electric field strength, and t is the half period of the electric field waveform; and wherein the constant gap distance and the amplitude and frequency of the first symmetric waveform are configured to filter high mobility ions; characterized in that: the first high-voltage waveform generator is configured to produce the symmetric electric field waveform with a maximum density normalized electric field strength, E/N, which is the electric field strength, E, divided by the gas number density, N, greater than 1e-20 V m 2 (10 Td) in order to make the mobility coefficient of ions in the gap a function of E/N.
A pack with an inner volume in which at least two different food or beverage ingredients (71, 72) are stored and in which a beverage is produced when water is introduced inside, said inner volume being defined by sheets of material joined to one another at their edges and said inner volume presenting a generally plane shape defining a plane vertically oriented during beverage production, said pack comprising at least one inlet for introducing water in the inner volume and at least one outlet for delivering the beverage from said inner volume, said water inlet and said beverage outlet being positioned at the bottom of the pack and being at least partially positioned between two joined edges of the sheets of material, wherein the inner volume includes a plurality of compartments (21, 22), the the at least one water inlet and the at least one water outlet being positioned between two joined edges of the sheets of material so that they both establish fluid communication within the same compartment, characterized in that the compartments (21, 22) are separated by at least one releasable or separable bond.
A Method for fabricating an interconnection structure comprising steps consisting of: - forming a first hole through a first face of a support on which one or several electronic components are or will be made, the first hole partially passing through the support and having a critical dimension D 1 and a height H 1, - making an upper part of a conducting connection element by the formation of a conducting material in said first hole so as to cover the walls and the bottom of said first hole, a central zone in the first hole not being filled by said metallic material, - forming one or several second hole(s) through a second face of the support opposite said first face, said second hole(s) being made along the prolongation of the first hole and opening up on said upper part of said connection element, said second hole(s) also being formed so as to have a critical dimension D 2 < D 1 and a height H 2 < H 1, - making a lower part of said conducting connection element by the formation of a conducting material in said second hole(s) so as to cover the walls and the bottom of the second hole(s), a central zone of said second hole(s) not being filled by said conducting material, the method further comprising the formation of a layer of a given material on said second face of the support after making an upper part and before formation of said second hole(s), said given material having a Young's modulus and a coefficient of thermal expansion higher than the Young's modulus and the coefficient of thermal expansion of the support, respectively. - forming a first hole through a first face of a support on which one or several electronic components are or will be made, the first hole partially passing through the support and having a critical dimension D 1 and a height H 1, - making an upper part of a conducting connection element by the formation of a conducting material in said first hole so as to cover the walls and the bottom of said first hole, a central zone in the first hole not being filled by said metallic material, - forming one or several second hole(s) through a second face of the support opposite said first face, said second hole(s) being made along the prolongation of the first hole and opening up on said upper part of said connection element, said second hole(s) also being formed so as to have a critical dimension D 2 < D 1 and a height H 2 < H 1, - making a lower part of said conducting connection element by the formation of a conducting material in said second hole(s) so as to cover the walls and the bottom of the second hole(s), a central zone of said second hole(s) not being filled by said conducting material,
A method for determining the efficiency of a compression bandaging, said method comprising on a body part having the compression bandaging, wherein the bandaging comprises at least one sensor under, within or over said bandaging, each sensor comprising - two electrically conducting layers on or around at least a part of said body part, wherein the electrically conducting layers are stretchable; a stretchable film between the two layers, J wherein the stretchable film deforms in a different manner than the two conducting layers, such that the capacitance of the sensor is linearly dependent on a length deformation of the two or more electrically conducting layers, - a measuring unit that is electrically connected to the two electrically conductive layers, wherein the measuring unit is configured for measuring an electric property related to the two electrically conducting layers, wherein the electric property is related to the measure of the circumference of the body part, and wherein the measured electric property is the capacitance; - registering a plurality of measures of the circumference of the body part during a predetermined period, - determining that the compression bandaging is efficient when the circumference of the body part has decreased to below a predetermined cutoff value and/or the decrease of the circumference of the body part is above a predetermined cutoff value after said predetermined period. - two electrically conducting layers on or around at least a part of said body part, wherein the electrically conducting layers are stretchable; a stretchable film between the two layers, J wherein the stretchable film deforms in a different manner than the two conducting layers, such that the capacitance of the sensor is linearly dependent on a length deformation of the two or more electrically conducting layers, - a measuring unit that is electrically connected to the two electrically conductive layers, wherein the measuring unit is configured for measuring an electric property related to the two electrically conducting layers, wherein the electric property is related to the measure of the circumference of the body part, and wherein the measured electric property is the capacitance; - registering a plurality of measures of the circumference of the body part during a predetermined period, - determining that the compression bandaging is efficient when the circumference of the body part has decreased to below a predetermined cutoff value and/or the decrease of the circumference of the body part is above a predetermined cutoff value after said predetermined period.
A communication apparatus (100, 300), comprising: a wireless communication module (110, 310), configured to transmit a wireless signal; a wireless driver (120, 320), coupled to the wireless communication module (110, 310) and configured to control the wireless communication module (110, 310), wherein after the communication apparatus (100, 300) performs a booting operation, the wireless driver (120, 320) sets an operation mode as a default mode to activate a first wireless interface and a second wireless interface of the wireless communication module (110, 310) and controls the wireless communication module (110, 310) to not transmit the wireless signal to avoid interference; an application unit (130, 330), coupled to the wireless driver (120, 320), the communication apparatus (100, 300) being characterized in that the application unit (130, 330) is configured to reset the operation mode to a mode to be tested according to a test item to reduce a test time when receiving an execution command so that the wireless driver (120, 320) controls the wireless communication module (110, 310) to transmit the wireless signal corresponding to the operation mode; and a wired communication module, coupled to the application unit (130, 330), wherein the communication apparatus (100, 300) obtains a test image file through the wired communication module, and the test image file comprises the test item, wherein the test item is related to a real simultaneous dual band mode or a non-real simultaneous dual band mode. a wireless communication module (110, 310), configured to transmit a wireless signal; a wireless driver (120, 320), coupled to the wireless communication module (110, 310) and configured to control the wireless communication module (110, 310), wherein after the communication apparatus (100, 300) performs a booting operation, the wireless driver (120, 320) sets an operation mode as a default mode to activate a first wireless interface and a second wireless interface of the wireless communication module (110, 310) and controls the wireless communication module (110, 310) to not transmit the wireless signal to avoid interference; an application unit (130, 330), coupled to the wireless driver (120, 320), the communication apparatus (100, 300) being characterized in that the application unit (130, 330) is configured to reset the operation mode to a mode to be tested according to a test item to reduce a test time when receiving an execution command so that the wireless driver (120, 320) controls the wireless communication module (110, 310) to transmit the wireless signal corresponding to the operation mode; and a wired communication module, coupled to the application unit (130, 330), wherein the communication apparatus (100, 300) obtains a test image file through the wired communication module, and the test image file comprises the test item, wherein the test item is related to a real simultaneous dual band mode or a non-real simultaneous dual band mode.
A communication network, comprising a video server, adapted to generate a multicast video signal, and a first router, wherein the communication network is operated by a first communication provider, and wherein the first router is adapted to - receive the multicast video signal, - generate a plurality of unicast video signals from the multicast video signal, and - provide each of the plurality of unicast video signals to one of a first plurality of user devices (50 - 55), connected to a first further communication network, through at least a first further router, which is part of the first further communication network, wherein the first further communication network is operated by a second communication provider, characterized in that the first further router is an aggregation switch. - receive the multicast video signal, - generate a plurality of unicast video signals from the multicast video signal, and - provide each of the plurality of unicast video signals to one of a first plurality of user devices (50 - 55), connected to a first further communication network, through at least a first further router, which is part of the first further communication network, wherein the first further communication network is operated by a second communication provider, characterized in that the first further router is an aggregation switch.
A cell reselection method to be performed by a base station, BS, in a communication system using at least one of orthogonal frequency division multiplexing, OFDM, scheme and an orthogonal frequency division multiple access, OFDMA, scheme, comprising the steps of: (a) broadcasting neighbor BS information on a plurality of neighbor BSs associated with a plurality of cells adjacent to a cell and uplink-associated information to a plurality of subscriber stations, SSs, located within the cell controlled by the BS; (b) receiving an initial ranging request as a request of synchronization information from a SS from among the plurality of SSs; (c) transmitting an initial ranging response to the initial ranging request to the SS; (d) determining whether a response from the SS is received for a setup time duration after transmitting the initial ranging response; and (e) determining whether a cell reselection of the SS has been performed based on the determined result, wherein the step (e) for determining whether the cell reselection of the SS has been performed comprises determining that the cell reselection of the SS has been performed with a second BS which is one of the plurality of neighbor BSs, if there is no response received from the SS for the setup time duration. (a) broadcasting neighbor BS information on a plurality of neighbor BSs associated with a plurality of cells adjacent to a cell and uplink-associated information to a plurality of subscriber stations, SSs, located within the cell controlled by the BS; (b) receiving an initial ranging request as a request of synchronization information from a SS from among the plurality of SSs; (c) transmitting an initial ranging response to the initial ranging request to the SS; (d) determining whether a response from the SS is received for a setup time duration after transmitting the initial ranging response; and (e) determining whether a cell reselection of the SS has been performed based on the determined result,