mhurhangee/ep-ind-claims huggingface dataset:
Worker guidance system for guiding a worker when carrying out a process using a process system, wherein the process system has at least one process device (12, 12a-c) having process device capabilities, wherein the process device capabilities are self-descriptions of the process device (12, 12a-c) regarding what capabilities, possibilities and/or processing steps are made possible by the process device (12, 12a-c), wherein the process device capabilities are data-technologically stored in the process device (12, 12a-c), wherein the process comprises at least one work step (14, 14a-14c), comprising a control device and a communication device (7, 7a-e), wherein the control device is designed to control the communication device (7, 7a-e), on the basis of process data, to communicate to the worker the work step (14, 14a-c) to be carried out, wherein the control device is data-technologically connected and/or connectable to the process devices (12, 12a-c), so that the process device capabilities are made available to the control device as process device capability data, wherein the process data comprise the process device capability data. wherein the process system has at least one process device (12, 12a-c) having process device capabilities, wherein the process device capabilities are self-descriptions of the process device (12, 12a-c) regarding what capabilities, possibilities and/or processing steps are made possible by the process device (12, 12a-c), wherein the process device capabilities are data-technologically stored in the process device (12, 12a-c), wherein the process comprises at least one work step (14, 14a-14c), comprising a control device and a communication device (7, 7a-e), wherein the control device is designed to control the communication device (7, 7a-e), on the basis of process data, to communicate to the worker the work step (14, 14a-c) to be carried out, wherein the control device is data-technologically connected and/or connectable to the process devices (12, 12a-c), so that the process device capabilities are made available to the control device as process device capability data, wherein the process data comprise the process device capability data.
A network handover method performed by an evolved Node B, eNodeB, located on a Long Term Evolution, LTE, network, the method comprising: receiving a notification message sent by a mobility management entity, MME, wherein the notification message is used to instruct the eNodeB to move a user equipment, UE, from the LTE network to a circuit switched, CS, domain of a 2G or 3G network for circuit switched fallback, CSFB; determining, according to a capability of the UE, that the UE supports the handover from the LTE network to the CS domain of the 2G or 3G network; determining that an IMS voice session of the UE does not exist, and sending a handover requirement message to the MME, wherein said handover requirement messages is generated, by the eNodeB, according to the notification message received from the MME; receiving a handover requirement response message sent by the MME, wherein the handover requirement response message comprises information about a CS domain radio resource, and the information about the CS domain radio resource is used to hand over the UE from the LTE network to the CS domain of the 2G or 3G network; and sending a handover command to the UE, wherein the handover command is used to instruct that the UE be handed over from the LTE network to the CS domain of the 2G or 3G network, and the handover command comprises the information about the CS domain radio resource, wherein the determining, by the eNodeB, that an IMS voice session of the UE does not exist comprises: determining that a bearer whose QoS class identifier equals to 1 does not exist in the UE. receiving a notification message sent by a mobility management entity, MME, wherein the notification message is used to instruct the eNodeB to move a user equipment, UE, from the LTE network to a circuit switched, CS, domain of a 2G or 3G network for circuit switched fallback, CSFB; determining, according to a capability of the UE, that the UE supports the handover from the LTE network to the CS domain of the 2G or 3G network; determining that an IMS voice session of the UE does not exist, and sending a handover requirement message to the MME, wherein said handover requirement messages is generated, by the eNodeB, according to the notification message received from the MME; receiving a handover requirement response message sent by the MME, wherein the handover requirement response message comprises information about a CS domain radio resource, and the information about the CS domain radio resource is used to hand over the UE from the LTE network to the CS domain of the 2G or 3G network; and sending a handover command to the UE, wherein the handover command is used to instruct that the UE be handed over from the LTE network to the CS domain of the 2G or 3G network, and the handover command comprises the information about the CS domain radio resource, wherein the determining, by the eNodeB, that an IMS voice session of the UE does not exist comprises: determining that a bearer whose QoS class identifier equals to 1 does not exist in the UE.
A reel-fed rotary printing press, in particular newspaper printing press, having at least two printing press part systems (11, 12; 23, 24), wherein each printing press part system comprises a printing unit of multiple printing couples, a web guiding unit for conveying unprinted as well as printed substrate webs and a turning bar unit with multiple turning bars, wherein the printing press part systems (11, 12; 23, 24) guide the printed substrate webs via at least one common folding unit (16; 30), and wherein at least one printing press part system (11; 23) is designed differently with respect to the or each other printing press part system (12; 24), characterized in that the printing couples of the differently designed printing press part systems (11, 12; 23, 24) are designed differently in such a manner that the relevant print cylinders in circumferential direction carry a different number of print pages, wherein for this purpose the circumferences of the print cylinders carrying a larger number of print pages in circumferential direction are whole-number multiples of the circumference of the print cylinders carrying the smallest number of print pages in circumferential direction.
Composite particles as additive for toothpaste and mouthwash, comprising - a porous carrier of amorphous SiO 2, having an average particle size of 3 to 50 μm, preferably 4 to 40 μm, more preferably 5 to 30 μm, very preferably 6 to 25 μm, and a specific surface area of between 50 and 550 m 2 /g, preferably 100 to 500 m 2 /g, more preferably 150 to 500 m 2 /g - and at least one envelope material, the envelope material, following activation in the oral chamber, releasing an active substance, and/or the composite particles further comprising at least one active substance and characterized in that at least one envelope material is a, gelled zinc alginate, which, following activation in the oral chamber, preferably by ion exchange, pH change or enzymatic degradation, releases an active ingredient. - a porous carrier of amorphous SiO 2, having an average particle size of 3 to 50 μm, preferably 4 to 40 μm, more preferably 5 to 30 μm, very preferably 6 to 25 μm, and a specific surface area of between 50 and 550 m 2 /g, preferably 100 to 500 m 2 /g, more preferably 150 to 500 m 2 /g - and at least one envelope material, the envelope material, following activation in the oral chamber, releasing an active substance, and/or the composite particles further comprising at least one active substance and characterized in that at least one envelope material is a, gelled zinc alginate, which, following activation in the oral chamber, preferably by ion exchange, pH change or enzymatic degradation, releases an active ingredient.
A motor exciting device for a permanent magnet synchronous motor having multiple-phase windings (111, 112,... 11N) of as many as N axes, N ≥ 2, and positionally relating an encoder and a magnetic pole position of the motor, wherein a storage unit stores an encoder value, the motor exciting device comprising: an exciting current command unit, characterized in that the motor exciting device is configured to select K axes, 2 ≤ K ≤ N of the permanent magnet synchronous motor, and said encoder and the magnetic pole position of the motor are positionally related by independently exciting the windings (111, 112,..., 11N) of each of the selected plurality of axes, said exciting current command unit being configured to generate exciting current commands for the selected K axes, wherein exciting devices (211, 212,..., 21K) for individual axes are configured to receive the exciting current commands and supply DC exciting currents shifted in phase from one another by π/K to the windings of the K axes, wherein the exciting devices (211, 212,..., 21K) for individual axes DC-excite the windings (111, 112,..., 11N) of the K axes based on the exciting current commands such that the magnetomotive forces of the windings (111, 112,..., 11N) of the K axes are shifted in phase from one another by n/K, and wherein an encoder value collected when the motor is stably stopped by the DC excitation is stored in the storage unit as an initial position. an exciting current command unit, characterized in that the motor exciting device is configured to select K axes, 2 ≤ K ≤ N of the permanent magnet synchronous motor, and said encoder and the magnetic pole position of the motor are positionally related by independently exciting the windings (111, 112,..., 11N) of each of the selected plurality of axes, said exciting current command unit being configured to generate exciting current commands for the selected K axes, wherein exciting devices (211, 212,..., 21K) for individual axes are configured to receive the exciting current commands and supply DC exciting currents shifted in phase from one another by π/K to the windings of the K axes, wherein the exciting devices (211, 212,..., 21K) for individual axes DC-excite the windings (111, 112,..., 11N) of the K axes based on the exciting current commands such that the magnetomotive forces of the windings (111, 112,..., 11N) of the K axes are shifted in phase from one another by n/K, and wherein an encoder value collected when the motor is stably stopped by the DC excitation is stored in the storage unit as an initial position.
Control module for a human-machine dialogue system, said human-machine dialogue system comprising one or more human-machine dialogue devices connected in series, a human-machine dialogue device comprising a functional element comprising at least one electrical contact, an indicator or a combination of at least one electrical contact and of an indicator, said control module comprising a microcontroller, a common terminal designed to be connected to each functional element and several terminals (BGi, BDi) each dedicated to the individual control of the functional element of each human-machine dialogue device, characterized in that it comprises: - reading means configured for applying, over one read period, a voltage (V R) of a first sign between its common terminal and each dedicated terminal in order to read the state of each electrical contact of the connected human-machine dialogue devices, - writing means configured for applying, over one write period, a voltage (V W) of sign opposite to the first sign, between its common terminal and each dedicated terminal, in order to write the state of each indicator of the connected human-machine dialogue devices, and in that - it is configured for controlling the reading means and the writing means alternately over time and in that the read period is short with respect to the write period - reading means configured for applying, over one read period, a voltage (V R) of a first sign between its common terminal and each dedicated terminal in order to read the state of each electrical contact of the connected human-machine dialogue devices, - writing means configured for applying, over one write period, a voltage (V W) of sign opposite to the first sign, between its common terminal and each dedicated terminal, in order to write the state of each indicator of the connected human-machine dialogue devices, and in that - it is configured for controlling the reading means and the writing means alternately over time and in that the read period is short with respect to the write period
An add-on construction for facade elements in a mullion and transom building design having a base profile (5; 6', 6"; 7) that may be arranged on mullions and/or transoms and a press-on profile for fastening an infill panel between the base profile (5; 6', 6"; 7) and the press-on profile, said add-on construction having a strong and heat-insulating connecting element (9, 8) formed between said base profile (5; 6', 6"; 7) and said press-on profile and fixedly connected with both the base profile (5; 6', 6"; 7) and the press-on profile, such that said connecting element (9, 8) connects said add-on profile with said base profile (5; 6', 6";7), said connecting element being formed in two parts, one part forming a connecting web and the other part forming a profile having a fastening channel, said connecting web being arranged on the side of the base profile and the profile being arranged on the side of the add-on profile, such that a fastening means passing through said press-on profile and permitting to connect said press-on profile with said profile may be received in the fastening channel of the profile, and said profile being connected with said connecting web via a clamping connection, characterised in that on the side of the base profile (5; 6, 6"; 7) facing away from said mullion and/or transom a seal (13, 11) is arranged that engages with a seal retainer (12', 12) formed in said base profile (5; 6', 6"; 7) and with a seal retainer formed in said connecting element (9, 8).
An anti-PRLR antibody formulation, comprising: a. 10 mM histidine, b. 75 ppm polysorbate 80 in combination with 10 mM methionine or 80 ppm polysorbate 80 in combination with 5 mM methionine, c. 234 mM sucrose, d. 30 mM arginine, and e. 60 mg/ml of an anti-PRLR antibody, wherein said anti-PRLR antibody formulation has a pH ranging from pH 5.0 to pH 6.5, wherein said anti-PRLR antibody formulation contains no inorganic salt and wherein said anti-PRLR antibody is a human IgG2 monoclonal antibody which comprises a heavy chain and a light chain, wherein the amino acid sequence of said heavy chain is according to SEQ ID NO: 7, and the amino acid sequence of said light chain is according to SEQ ID NO: 1. a. 10 mM histidine, b. 75 ppm polysorbate 80 in combination with 10 mM methionine or 80 ppm polysorbate 80 in combination with 5 mM methionine, c. 234 mM sucrose, d. 30 mM arginine, and e. 60 mg/ml of an anti-PRLR antibody, wherein said anti-PRLR antibody formulation has a pH ranging from pH 5.0 to pH 6.5, wherein said anti-PRLR antibody formulation contains no inorganic salt and wherein said anti-PRLR antibody is a human IgG2 monoclonal antibody which comprises a heavy chain and a light chain, wherein the amino acid sequence of said heavy chain is according to SEQ ID NO: 7, and the amino acid sequence of said light chain is according to SEQ ID NO: 1.
An accessory for styling hair, designed to be attached on a blowing and heating device, comprising: - a cylindrical connector; - a frustoconical mandrel, comprising a distal side and a proximal side, the distal side having a diameter greater than the proximal side, said proximal side being connected to the cylindrical connector, said mandrel comprising a plurality of air outlet orifices; - a frustoconical deflector located inside the mandrel; said cylindrical connector comprising an annular slot allowing, in use, a protective hot air knife to be generated around the mandrel. - a cylindrical connector; - a frustoconical mandrel, comprising a distal side and a proximal side, the distal side having a diameter greater than the proximal side, said proximal side being connected to the cylindrical connector, said mandrel comprising a plurality of air outlet orifices; - a frustoconical deflector located inside the mandrel;
Method for fastening a multiplicity of components (TSO, TS1) of the same type by bracing by means of dissimilar caulking pieces (STO, ST1, ST2), wherein a) a first component by an actuator is braced in a force-fitting manner in relation to a first caulking piece, wherein a first bracing parameter is measured by a first sensor during the bracing procedure; b) a second caulking piece is selected so as to depend on the first bracing parameter; and c) a second component by the actuator is braced in a force-fitting manner in relation to the selected second caulking piece. a) a first component by an actuator is braced in a force-fitting manner in relation to a first caulking piece, wherein a first bracing parameter is measured by a first sensor during the bracing procedure; b) a second caulking piece is selected so as to depend on the first bracing parameter; and c) a second component by the actuator is braced in a force-fitting manner in relation to the selected second caulking piece.
An inter-small cell handover method, comprising: performing (201, 501), by user equipment, UE, synchronous measurement of pilot signal, to determine a set of small cells available for the UE, wherein the set of available small cells comprises at least one available small cell, and an available beam pair of each available small cell, and the available beam pair consists of a high frequency beam of the UE and a high frequency beam of the available small cell; sending (202, 502), by the UE, the set of available small cells to a macro base station; when the UE is in a coverage hole of a current serving small cell, receiving (203, 505) a first synchronization indication sent by the macro base station, wherein the first synchronization indication is used to instruct the UE to perform synchronous measurement on the high frequency beam of the UE in each available beam pair; performing (204, 506), by the UE, synchronous measurement of pilot signal according to the first synchronization indication, to select an available target beam pair; handing over, (205, 507) by the UE, to a target small cell corresponding to the available target beam pair; and performing, by the UE, data transmission with the target small cell by using the available target beam pair. performing (201, 501), by user equipment, UE, synchronous measurement of pilot signal, to determine a set of small cells available for the UE, wherein the set of available small cells comprises at least one available small cell, and an available beam pair of each available small cell, and the available beam pair consists of a high frequency beam of the UE and a high frequency beam of the available small cell; sending (202, 502), by the UE, the set of available small cells to a macro base station; when the UE is in a coverage hole of a current serving small cell, receiving (203, 505) a first synchronization indication sent by the macro base station, wherein the first synchronization indication is used to instruct the UE to perform synchronous measurement on the high frequency beam of the UE in each available beam pair; performing (204, 506), by the UE, synchronous measurement of pilot signal according to the first synchronization indication, to select an available target beam pair; handing over, (205, 507) by the UE, to a target small cell corresponding to the available target beam pair; and performing, by the UE, data transmission with the target small cell by using the available target beam pair.
Pointer device for operation of interactive screen surfaces, comprising: a closed ring or a ring shaped segment for placement on a finger, where the closed ring or ring-shaped segment comprises an inner ring segment with a groove and an outer ring segment movably engaged with said groove, the outer ring segment being rotatable from an upper position on top of the finger, to a side position along a curvature defined by the inner ring segment where a protruding part is protruding from the outer ring segment, the protruding part includes an extractable tip of the pointer device, where the extractable tip has an end face functioning as an interface with interactive screens. a closed ring or a ring shaped segment for placement on a finger, where the closed ring or ring-shaped segment comprises an inner ring segment with a groove and an outer ring segment movably engaged with said groove, the outer ring segment being rotatable from an upper position on top of the finger, to a side position along a curvature defined by the inner ring segment where a protruding part is protruding from the outer ring segment, the protruding part includes an extractable tip of the pointer device, where the extractable tip has an end face functioning as an interface with interactive screens.
A fixing device (100, 110, 120) comprising: a foam fixer generator unit configured to generate a foam fixer (Bu) containing a softener capable of softening toner by dissolving or swelling at least a part of a resin component of the toner; an application roller configured to carry the foam fixer (Bu) generated by the foam fixer generator unit to transfer the foam fixer (Bu) onto a recording sheet; a pressure roller configured to apply pressure to a toner image formed on the recording sheet via the foam fixer (Bu) applied on the application roller to fix the toner image on the recording sheet; and a cleaning device configured to remove residual components remaining on the application roller; characterized by further comprising: a recording sheet detector unit arranged upstream in a recording sheet transfer direction of the fixing device and configured to detect presence or absence of the recording sheet; a remover unit configured to be brought into contact with the application roller and be separated therefrom to remove the foam fixer (Bu) on a surface of the application roller for collection; and a control unit configured to control the contact-separation operation of the remover unit based on a detected result of a front end and/or a rear end of the recording sheet detected by the recording sheet detector unit. a foam fixer generator unit configured to generate a foam fixer (Bu) containing a softener capable of softening toner by dissolving or swelling at least a part of a resin component of the toner; an application roller configured to carry the foam fixer (Bu) generated by the foam fixer generator unit to transfer the foam fixer (Bu) onto a recording sheet; a pressure roller configured to apply pressure to a toner image formed on the recording sheet via the foam fixer (Bu) applied on the application roller to fix the toner image on the recording sheet; and a cleaning device configured to remove residual components remaining on the application roller; characterized by further comprising: a recording sheet detector unit arranged upstream in a recording sheet transfer direction of the fixing device and configured to detect presence or absence of the recording sheet; a remover unit configured to be brought into contact with the application roller and be separated therefrom to remove the foam fixer (Bu) on a surface of the application roller for collection; and a control unit configured to control the contact-separation operation of the remover unit based on a detected result of a front end and/or a rear end of the recording sheet detected by the recording sheet detector unit.