mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device configured to operate in first and second access networks (12A, 12B), wherein the first and second access networks (12A, 12B) respectively provide access to first and second core networks (14A, 14B) of different types, wherein a first wireless communication network comprises the first access network and the first core network, and a second wireless communication network comprises the second access network and the second core network, the method comprising: suspending a connection with the first access network and entering an inactive state; while the connection with the first access network is suspended and the wireless device is in the inactive state, camping in a specific area of the second wireless communication network that is included in a notification area within which the wireless device is allowed to move without notifying either of the first and second wireless communication networks (10A, 10B), wherein the notification area includes one or more areas of the first wireless communication network and one or more areas of the second wireless communication network; characterized by upon camping in the specific area of the second wireless communication network, starting a timer; and responsive to expiry of the timer, switching from the inactive state to an idle state and/or transmitting to the second access network signaling indicating that the wireless device is in the specific area of the second wireless communication network or that the wireless device requests a connection to the second access network. suspending a connection with the first access network and entering an inactive state; while the connection with the first access network is suspended and the wireless device is in the inactive state, camping in a specific area of the second wireless communication network that is included in a notification area within which the wireless device is allowed to move without notifying either of the first and second wireless communication networks (10A, 10B), wherein the notification area includes one or more areas of the first wireless communication network and one or more areas of the second wireless communication network; characterized by upon camping in the specific area of the second wireless communication network, starting a timer; and responsive to expiry of the timer, switching from the inactive state to an idle state and/or transmitting to the second access network signaling indicating that the wireless device is in the specific area of the second wireless communication network or that the wireless device requests a connection to the second access network.
An implantable blood pump, comprising: a housing; at least one stator disposed within the housing; a rotor disposed within the housing, the at least one stator being configured to rotate the rotor when current is applied to the stator; and at least one at least partially piezoelectric element disposed within the housing. a housing; at least one stator disposed within the housing; a rotor disposed within the housing, the at least one stator being configured to rotate the rotor when current is applied to the stator; and at least one at least partially piezoelectric element disposed within the housing.
A turbomachine comprising: a bearing spring support and damping apparatus comprising: a first end portion; a second end portion; a flexible portion between the first end portion and the second end portion; and an outer diameter groove in the second end portion; a static structure having a mounting portion to which the first end portion is mounted; a shaft mounted to rotate relative to the static structure; a bearing having an inner race mounted to the shaft and having an outer race mounted to the second end portion; and a seal carried by the groove and sealing with an inner diameter surface of a sealing portion of the static structure; wherein the bearing spring support and damping apparatus comprises a first piece and a second piece, wherein the first end portion is a first end portion of the first piece, the second end portion is a second end portion of the second piece, the first piece has a second end portion, the second piece has a first end portion fastened to the second end portion of the first piece, the flexible portion is a flexible portion of the first piece between the first piece first end portion and the first piece second end portion, and the outer diameter groove is the only outer diameter groove in the second end portion of the second piece. a bearing spring support and damping apparatus comprising: a first end portion; a second end portion; a flexible portion between the first end portion and the second end portion; and an outer diameter groove in the second end portion; a first end portion; a second end portion; a flexible portion between the first end portion and the second end portion; and an outer diameter groove in the second end portion; a static structure having a mounting portion to which the first end portion is mounted; a shaft mounted to rotate relative to the static structure; a bearing having an inner race mounted to the shaft and having an outer race mounted to the second end portion; and a seal carried by the groove and sealing with an inner diameter surface of a sealing portion of the static structure; wherein the bearing spring support and damping apparatus comprises a first piece and a second piece, wherein the first end portion is a first end portion of the first piece, the second end portion is a second end portion of the second piece, the first piece has a second end portion, the second piece has a first end portion fastened to the second end portion of the first piece, the flexible portion is a flexible portion of the first piece between the first piece first end portion and the first piece second end portion, and the outer diameter groove is the only outer diameter groove in the second end portion of the second piece.
Machine for washing and/or sterilizing loose products comprising a treatment chamber provided with at least one loading (20, 22) and/or unloading aperture and containing a rotating drum provided with a plurality of angular compartments, said machine comprising at least one drum actuation element, provided with a drive shaft, configured to make the rotating drum rotate around an axis of rotation, characterized in that said machine comprises: - at least one automatic angular detection unit configured to supply a signal relating to the angular position of a predefined angular compartment of the rotating drum in relation to the position of the at least one loading (20, 22) and/or unloading aperture; - at least one control unit configured to: i) receive, from the automatic angular detection unit, the signal relating to the angular position of an angular compartment, thereby obtaining said corresponding reference position of the rotating drum; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum. - at least one automatic angular detection unit configured to supply a signal relating to the angular position of a predefined angular compartment of the rotating drum in relation to the position of the at least one loading (20, 22) and/or unloading aperture; - at least one control unit configured to: i) receive, from the automatic angular detection unit, the signal relating to the angular position of an angular compartment, thereby obtaining said corresponding reference position of the rotating drum; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum. i) receive, from the automatic angular detection unit, the signal relating to the angular position of an angular compartment, thereby obtaining said corresponding reference position of the rotating drum; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum.
An apparatus for orienting magnetic pigment flakes in a fluid carrier printed on a first side of a substrate in a linear printing process, the apparatus comprising: a rotating impression roller; and a magnetic structure (202, 204, 206, 208) disposed in the impression roller proximate to a second side of the substrate; the magnetic structure comprising a first magnet creating a selected magnetic field configuration having magnetic field lines aligned in an arching pattern relative to a surface of the substrate to orient the magnetic pigment flakes along the magnetic field lines so that they are aligned in an arching pattern relative to the surface of the substrate to form a rolling bar image on the substrate, said rolling bar image comprising a contrasting bar across the image appearing between a first adjacent field and a second adjacent field, the contrasting bar appearing to move relative to the first adjacent field and the second adjacent field as the image is tilted. a rotating impression roller; and a magnetic structure (202, 204, 206, 208) disposed in the impression roller proximate to a second side of the substrate; the magnetic structure comprising a first magnet creating a selected magnetic field configuration having magnetic field lines aligned in an arching pattern relative to a surface of the substrate to orient the magnetic pigment flakes along the magnetic field lines so that they are aligned in an arching pattern relative to the surface of the substrate to form a rolling bar image on the substrate, said rolling bar image comprising a contrasting bar across the image appearing between a first adjacent field and a second adjacent field, the contrasting bar appearing to move relative to the first adjacent field and the second adjacent field as the image is tilted.
A method for configuring a semiconductor manufacturing process, the method comprising: providing an initial prediction model comprising a plurality of model parameters to one or more remote locations; training the initial prediction model with local data at the one or more remote locations such that at least one model parameter is updated (450,452,454); receiving the at least one updated model parameter from the one or more remote locations: determining aggregated model parameters based on the at least one updated model parameter received from the one or more remote locations; and adjusting the initial prediction model based on the aggregated model parameters, the adjusted prediction model being operable to configure the semiconductor manufacturing process. providing an initial prediction model comprising a plurality of model parameters to one or more remote locations; training the initial prediction model with local data at the one or more remote locations such that at least one model parameter is updated (450,452,454); receiving the at least one updated model parameter from the one or more remote locations: determining aggregated model parameters based on the at least one updated model parameter received from the one or more remote locations; and adjusting the initial prediction model based on the aggregated model parameters, the adjusted prediction model being operable to configure the semiconductor manufacturing process.
A method comprising: receiving, at a sound receiving unit, a plurality of ultrasound frequency sweeps (540, 550), each of the plurality of ultrasound frequency sweeps (540, 550) being centered on one of at least two predetermined frequencies and extending for a frequency offset around the at least two predetermined frequencies; converting the plurality of ultrasound frequency sweeps (540, 550) into an ultrasound message based on a central frequency of each of the plurality of ultrasound frequency sweeps (540, 550) received; placing the ultrasound message into a receive buffer; extracting at least a network address from the ultrasound message; and establishing a communication session over a data network with a telecommunications device using the network address. receiving, at a sound receiving unit, a plurality of ultrasound frequency sweeps (540, 550), each of the plurality of ultrasound frequency sweeps (540, 550) being centered on one of at least two predetermined frequencies and extending for a frequency offset around the at least two predetermined frequencies; converting the plurality of ultrasound frequency sweeps (540, 550) into an ultrasound message based on a central frequency of each of the plurality of ultrasound frequency sweeps (540, 550) received; placing the ultrasound message into a receive buffer; extracting at least a network address from the ultrasound message; and establishing a communication session over a data network with a telecommunications device using the network address.
Device for joining textile yarns (F1, F2) for joining the opposite ends of two textile yarns (F1, F2) by means of decomposition and subsequent re-composition of the twists of the fibers of said ends in order to make up a single yarn, said joining device comprising two counter-rotating components (11a, 11b), each provided with at least one joining element and disposed opposite each other defining a joining zone between the respective joining elements facing each other and substantially aligned along a work axis, and retaining means suitable to keep the yarns (F1, F2) in tension in the joining zone, said retaining means being mobile from an inactive position in which they do not interfere with the joining zone to an operative position on the opposite sides of the joining zone in which they cooperate with the components (11a, 11b), characterized in that said joining device comprises: - one or more motor members (13, 14, 40) configured at least to selectively move at least one of the components (11a, 11b) along said work axis so as to adjust the width and size of said joining zone and to selectively rotate the components (11a, 11b) with respect to each other about said work axis to obtain the decomposition and the subsequent re-composition of the twists of the fibers of the yarns (F1, F2); - a further motor member configured to drive said retaining means, said further motor member being at least configured to move said retaining means from said inactive position to said operative position; - a control unit having an internal memory provided with a list of functioning parameters of said two components (11a, 11b) for joining said yarns (F1, F2), said control unit being configured to control and command said one or more motor members (13, 14) and said further motor member on the basis of the functioning parameters present in said internal memory. - one or more motor members (13, 14, 40) configured at least to selectively move at least one of the components (11a, 11b) along said work axis so as to adjust the width and size of said joining zone and to selectively rotate the components (11a, 11b) with respect to each other about said work axis to obtain the decomposition and the subsequent re-composition of the twists of the fibers of the yarns (F1, F2); - a further motor member configured to drive said retaining means, said further motor member being at least configured to move said retaining means from said inactive position to said operative position; - a control unit having an internal memory provided with a list of functioning parameters of said two components (11a, 11b) for joining said yarns (F1, F2), said control unit being configured to control and command said one or more motor members (13, 14) and said further motor member on the basis of the functioning parameters present in said internal memory.
Exercise apparatus including a wall unit for the addition of accessories such as bars and springs, wherein such wall unit discloses a board suitable for being secured to a wall and two vertical lateral profiles which are vertically positioned on opposite sides of the front of the board, wherein each vertical lateral profile includes two tracks (3, 4) that act as guides, respectively a front track and a lateral internal track, the wall unit further disclosing two first siding plates respectively sliding along each one of the two front tracks, and two second sliding plates respectively sliding along each one of the two lateral internal tracks, wherein each first sliding plate can slide upwards and downwards on its corresponding front track, can be fixed at any height with a manually-actuated clamping screw, and holds spring attaching elements for securing springs to carry out different types of exercise, wherein each second sliding plate can slide upwards and downwards on its corresponding lateral internal track, can be fixed at any height with a manually-actuated clamping screw, and holds an upper pull up bar, a push up bar, a ballet barre, and a lower bar which can be used to support a mat board.
An internal heat exchanger with a cylindrical accumulator, with a cylindrical housing, with a tube shaped into a coil, with first corrugated fins and with second corrugated fins, wherein the accumulator has a smaller outer diameter compared to the inner diameter of the housing and is arranged within the housing, wherein the tube shaped into a coil is arranged in the gap between the accumulator and the housing, characterised in that the first corrugated fins are arranged in the radial direction between the tube and an outer wall of the accumulator and/or the second corrugated fins are arranged in the radial direction between the tube and an inner surface of the housing.
A process for the manufacture of a dialkyl furan-2,5-dicarboxylate (DAFD) composition comprising: a. feeding a furan-2,5-dicarboxylic acid (FDCA) composition to an esterification reactor; b. in the presence of an alcohol compound comprising methanol and in the absence of an esterification catalyst system, conducting an esterification reaction in the esterification reactor to form a crude diester composition comprising dialkyl furan-2,5-dicarboxylate (DAFD) and the alcohol compound, wherein the esterification temperature ranges from 150 °C to 240 °C and the esterification pressure ranges from 1.724 MPa to 13.79 MPa (250 psig to 2,000 psig); and c. separating at least a portion of alcohol compound from the crude diester composition in an alcohol separation zone using a physical separation process to produce a DAFD-rich composition comprising DAFD solids, wherein the concentration of DAFD in the DAFD-rich composition is higher than the concentration of DAFD in the crude diester composition on a combined solid and liquid basis; and d. treating the DAFD-rich composition in a purification zone to produce a purified DAFD product composition, wherein the purified DAFD product composition comprises: (i) at least 98 wt.% solids based on the weight of the composition, said solids comprising DAFD in an amount of greater than 98 wt.% based on the weight of the solids, (ii) a b* of 5 or less, (iii) not more than 3 wt.% of 5-(alkoxycarbonyl)furan-2-carboxylic acid (ACFC), (iv) not more than 3 wt.% of alkyl 5-formylfuran-2-carboxylate (AFFC), and (v) not more than 1 wt.% of FDCA. a. feeding a furan-2,5-dicarboxylic acid (FDCA) composition to an esterification reactor; b. in the presence of an alcohol compound comprising methanol and in the absence of an esterification catalyst system, conducting an esterification reaction in the esterification reactor to form a crude diester composition comprising dialkyl furan-2,5-dicarboxylate (DAFD) and the alcohol compound, wherein the esterification temperature ranges from 150 °C to 240 °C and the esterification pressure ranges from 1.724 MPa to 13.79 MPa (250 psig to 2,000 psig); and c. separating at least a portion of alcohol compound from the crude diester composition in an alcohol separation zone using a physical separation process to produce a DAFD-rich composition comprising DAFD solids, wherein the concentration of DAFD in the DAFD-rich composition is higher than the concentration of DAFD in the crude diester composition on a combined solid and liquid basis; and d. treating the DAFD-rich composition in a purification zone to produce a purified DAFD product composition, (i) at least 98 wt.% solids based on the weight of the composition, said solids comprising DAFD in an amount of greater than 98 wt.% based on the weight of the solids, (ii) a b* of 5 or less, (iii) not more than 3 wt.% of 5-(alkoxycarbonyl)furan-2-carboxylic acid (ACFC), (iv) not more than 3 wt.% of alkyl 5-formylfuran-2-carboxylate (AFFC), and (v) not more than 1 wt.% of FDCA.
Method for interaction between a first digital object and at least a second digital object, said first and second digital objects being representative of a first and second device, respectively, said method comprising the following steps: - obtaining, for each of said first and second digital objects, at least one item of information, called functional property, representative of at least one function of the device represented by the digital object in question; - storing an association between at least one function of said first device, called first function, and at least one function of said second device, called second function, said association being defined on the basis of the functional properties obtained and said association being determined by applying at least one association rule to the respective functional properties obtained for each of said first and second digital objects; - establishing a communication link via at least one network between a first communicating equipment able to control the first device and a second communicating equipment able to control the second device; - in the event of an execution of a first function by the first device being triggered and when an association is stored between said first function and a said second function of a second device, sending a notification from the first communicating equipment to the second communicating equipment through said communication link in order to trigger the execution of said second function by said second device. - obtaining, for each of said first and second digital objects, at least one item of information, called functional property, representative of at least one function of the device represented by the digital object in question; - storing an association between at least one function of said first device, called first function, and at least one function of said second device, called second function, said association being defined on the basis of the functional properties obtained and said association being determined by applying at least one association rule to the respective functional properties obtained for each of said first and second digital objects; - establishing a communication link via at least one network between a first communicating equipment able to control the first device and a second communicating equipment able to control the second device; - in the event of an execution of a first function by the first device being triggered and when an association is stored between said first function and a said second function of a second device, sending a notification from the first communicating equipment to the second communicating equipment through said communication link in order to trigger the execution of said second function by said second device.