mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising a first interface unit, a first identification unit, a command receiving unit and a charging management unit, wherein the first interface unit is configured to be connected with a power supply device to transfer interaction information between the mobile terminal and the power supply device; characterized in that the first identification unit is configured to identify whether or not the power supply device is a master data communication device being capable of providing a plurality of charging modes for the mobile terminal while performing data communication with the mobile terminal; the command receiving unit is configured to start a master device charging mode when an identification result is that the power supply device is a master data communication device and to receive a charging command from the power supply device, wherein the charging command received by the command receiving unit is one of a standard charging command, a first charging command and a second charging command; the current-adjustable charging mode selected by the charging management unit is one of a standard charging mode, a first charging mode and a second charging mode, wherein the standard charging mode, the first charging mode and the second charging mode are corresponding to the standard charging command, the first charging command and the second charging command, respectively, wherein a working current received by the mobile terminal in the standard charging mode is a first working current commonly used by the power supply device, a working current received by the mobile terminal in the first charging mode is a second working current higher than the first working current, a working current received by the mobile terminal in the second charging mode is a third working current higher than the second working current, and the third working current is the maximum working current that the power supply device can supply; the charging management unit is configured to select one of said current-adjustable charging mode for charging in accordance to the charging command, and wherein the mobile terminal further comprises a first mode selection unit configured to select a corresponding current adjustable charging mode needed by the mobile terminal and to send a corresponding charging command request to the power supply device in order to receive the corresponding charging command via the command receiving unit.
Rotating gas turbine blade, comprising an airfoil with a suction side and a pressure side, said airfoil extending in a radial direction from a blade root to a blade tip, wherein said blade tip comprises a tip shroud, said airfoil comprises internal cooling passages (27, 28) for a cooling medium, which extend through said tip shroud, and outlet ports (24, 25) are provided radially outward with respect to a selected internal airfoil cooling passage for said cooling medium to be ejected on the radially outer side of said tip shroud in direction of the blade's pressure side, wherein: - said tip shroud is provided with two or more fins (17, 18, 19) extending parallel to each other on the radially outer side of said tip shroud in circumferential direction; - interspaces (20, 21) are defined between neighbouring of said fins (17, 18, 19), - elevated areas (22, 23) are provided in said interspaces (20, 21); said outlet ports (24, 25) are disposed in said elevated areas (22, 23); characterised in that: means for avoiding dust accumulation are provided at the tip end of said selected internal cooling passage, said means for avoiding dust accumulation being disposed in said elevated areas (22, 23); and said means for avoiding dust accumulation comprises dust holes extending in radial direction from said selected internal cooling passage to the outside on the radially outer side of the tip shroud. - said tip shroud is provided with two or more fins (17, 18, 19) extending parallel to each other on the radially outer side of said tip shroud in circumferential direction; - interspaces (20, 21) are defined between neighbouring of said fins (17, 18, 19), - elevated areas (22, 23) are provided in said interspaces (20, 21);
A method of cell culture-based production of isolated GM1 ganglioside comprising the steps of: a) obtaining GM1 producer cells derived from tissue that is non-bovine and non-porcine; b) expanding the GM1 producer cells of step (a) in culture; c) expressing GM1 ganglioside in the GM1 producer cells of step (b); and d) isolating GM1 ganglioside expressed in step (c), wherein the GM1 producer cells are neural cells, fibroblast cells, core brain tissue cells, or progenitor cells. a) obtaining GM1 producer cells derived from tissue that is non-bovine and non-porcine; b) expanding the GM1 producer cells of step (a) in culture; c) expressing GM1 ganglioside in the GM1 producer cells of step (b); and d) isolating GM1 ganglioside expressed in step (c),
A method for ultrasound imaging with an ultrasound system, the steps of the method comprising: a) transmitting ultrasound to a focal region in a volume-of-interest that contains a microbubble contrast agent with a lower concentration such that a single microbubble is selectively excited by the ultrasound transmitted to the focal region, using the ultrasound system; b) acquiring signal data in response to the transmitted ultrasound, using the ultrasound system; c) reconstructing a plurality of initial images by beamforming the acquired signal data, each initial image depicting a single microbubble; d) estimating a position of the single microbubble depicted in each of the plurality of initial images; e) computing phase and amplitude correction factors using each position estimated in step d) and the plurality of initial images reconstructed in step c); f) reconstructing a plurality of target images by beamforming the acquired signal data using the phase and amplitude correction factors computed in step e); and g) producing an image of the volume-of-interest by combining the target images, the image of the volume-of-interest having a higher spatial resolution than the target images. a) transmitting ultrasound to a focal region in a volume-of-interest that contains a microbubble contrast agent with a lower concentration such that a single microbubble is selectively excited by the ultrasound transmitted to the focal region, using the ultrasound system; b) acquiring signal data in response to the transmitted ultrasound, using the ultrasound system; c) reconstructing a plurality of initial images by beamforming the acquired signal data, each initial image depicting a single microbubble; d) estimating a position of the single microbubble depicted in each of the plurality of initial images; e) computing phase and amplitude correction factors using each position estimated in step d) and the plurality of initial images reconstructed in step c); f) reconstructing a plurality of target images by beamforming the acquired signal data using the phase and amplitude correction factors computed in step e); and g) producing an image of the volume-of-interest by combining the target images, the image of the volume-of-interest having a higher spatial resolution than the target images.
Welding method for creating a materially bonded connection between a first plastics part and a second plastics part in a connection region, wherein at least the first plastics part is fibre-reinforced with a plurality of oriented fibres, and a welding head is brought into contact with the first plastics part and the plastic is softened and/or melted in the connection region, with the result that the welding head can penetrate into the first plastics part, wherein the welding head is at least partially drawn out of the material of the first plastics part at repeating spacings, is subsequently offset by at least 0.1 mm along a welding track (v) and is then lowered into the material of the first plastics part again, wherein the connection region is adjacent to an end of the first plastics part, in that reinforcing fibres can be drawn into the connection region by corresponding heating of the end mentioned and/or the plastics material located adjacent to the connection region is heated, in that reinforcing fibres can realign also outside the connection region, in order to allow the welding head to penetrate into the first plastics part even without generally breaking or tearing the reinforcing fibres, characterized in that a softening zone is produced from the connection region along the longitudinal direction of the reinforcing fibres up to an end of the first plastics part, and fibres are drawn out of the softening zone into the connection region during the welding.
Rear floor of a motor vehicle, configured to be part of a motor vehicle rear block, said block including two longitudinal rails (12, 36), each comprising a front end forming a rear structural node (20, 42) of the vehicle and a rear end (14, 38), these rear ends being arranged to act as support for an impact beam (15, 46), the floor being such that it further comprises a reinforcement (22, 48, 56) comprising at least one rear end (24, 50, 60) arranged to act as support for the impact beam (15, 46) and two branches (22a, 22b, 48a, 48b) configured so that each one extends in a straight line from the rear end (24, 50, 60) of said reinforcement up to one (20, 42) of the nodes, characterised in that the floor is structural and a mechanical coupling between the structural floor and the reinforcement creates a rigid structure, the floor being mounted, with the integrated reinforcement, on the vehicle body.
A data transmission method performed by a station, STA, in a wireless local area network, WLAN, system, comprising: generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein, based on a first data field being transmitted within a specific bandwidth, at least two 106-tone resource units are included in the specific bandwidth which is one of i) a 20MHz bandwidth, ii) a 40MHz bandwidth and iii) a 80MHz bandwidth, based on that i) each of the at least two 106-tone resource units includes first to fourth pilot tones respectively and ii) 106 tones included in each of the at least two 106-tone resource unit are positioned at indices 0 to 105 sequentially: wherein, in each of the at least two 106-tone resource unit, the first pilot tone is positioned at the index 5, the second pilot tone is positioned at the index 31, the third pilot tone is positioned at the index 73, and the fourth pilot tone is positioned at the index 99. generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein, based on a first data field being transmitted within a specific bandwidth, at least two 106-tone resource units are included in the specific bandwidth which is one of i) a 20MHz bandwidth, ii) a 40MHz bandwidth and iii) a 80MHz bandwidth, based on that i) each of the at least two 106-tone resource units includes first to fourth pilot tones respectively and ii) 106 tones included in each of the at least two 106-tone resource unit are positioned at indices 0 to 105 sequentially: wherein, in each of the at least two 106-tone resource unit, the first pilot tone is positioned at the index 5, the second pilot tone is positioned at the index 31, the third pilot tone is positioned at the index 73, and the fourth pilot tone is positioned at the index 99.
A furnace black having a STSA surface area of 140 m 2 /g to 350 m 2 /g wherein - the ratio of BET surface area to STSA surface area is less than 1.1 if the STSA surface area is in the range of 140 m 2 /g to 150 m 2 /g, - the ratio of BET surface area to STSA surface area is less than 1.2 if the STSA surface area is greater than 150 m 2 /g to 180 m 2 /g, - the ratio of BET surface area to STSA surface area is less than 1.3 if the STSA surface area is greater than 180 m 2 /g; and the STSA surface area and the BET surface area are measured according to ASTM D 6556. - the ratio of BET surface area to STSA surface area is less than 1.1 if the STSA surface area is in the range of 140 m 2 /g to 150 m 2 /g, - the ratio of BET surface area to STSA surface area is less than 1.2 if the STSA surface area is greater than 150 m 2 /g to 180 m 2 /g, - the ratio of BET surface area to STSA surface area is less than 1.3 if the STSA surface area is greater than 180 m 2 /g; and
A method for detecting an object (450, 750), comprising: generating a sense signal; generating a first magnetic field in an inductive sensing coil in response to the sense signal, wherein an electrical characteristic of the inductive sensing coil is detected when generating the first magnet field; generating a second time-varying biasing magnetic field utilizing a source other than the inductive sensing coil; detecting a change in the electrical characteristic of the inductive sensing coil during generation of the second time-varying biasing magnetic field, wherein the electrical characteristic is configured to vary as a function of the second time-varying biasing magnetic field being applied to the object (450, 750); and determining a presence of the object (450, 750) based on the detected change in the electrical characteristic. generating a sense signal; generating a first magnetic field in an inductive sensing coil in response to the sense signal, wherein an electrical characteristic of the inductive sensing coil is detected when generating the first magnet field; generating a second time-varying biasing magnetic field utilizing a source other than the inductive sensing coil; detecting a change in the electrical characteristic of the inductive sensing coil during generation of the second time-varying biasing magnetic field, wherein the electrical characteristic is configured to vary as a function of the second time-varying biasing magnetic field being applied to the object (450, 750); and determining a presence of the object (450, 750) based on the detected change in the electrical characteristic.
Container cell carrier for carrying at least one container cell for receiving a container to be cleaned in a cleaning machine, preferably in a cleaning machine of a drinks filling plant, comprising at least one support bar extending in a longitudinal axis for holding the at least one container cell for transport through the cleaning machine; the at least one support bar has a framework region having recesses arranged regularly in the direction of the longitudinal axis for forming a framework-type structure, wherein rod segments and nodal points are provided by the recesses in the support bar and wherein at least two of the rod segments respectively meet at one nodal point of the framework region respectively, characterised in that, seen in the direction of the longitudinal axis at least one nodal point of the framework region is arranged at the height of a container cell central axis of at least one container cell, said container cell central axis oriented perpendicularly to the longitudinal axis.
A friction bolt (10, 30, 50, 70, 80), for frictionally engaging the internal surface of a bore drilled into a rock face, the friction bolt comprising; an elongate, generally circular tube which is expandable radially, the tube having a leading end and a trailing end, an expander mechanism disposed within the tube for applying a load tending to expand at least a section of the tube radially, an elongate tendon (19, 81) disposed longitudinally within the tube and in connection at or towards one end of the tendon with the expander mechanism and in connection at or towards an opposite end of the tendon with an anchor arrangement, the tendon being actuatable to expand the expander mechanism and to remain connected between the expander mechanism and the anchor arrangement while the expander mechanism is expanded, the expander mechanism comprising a pair of expander elements (15, 16), a first of which is secured relative to the tube and a second of which is secured to the elongate tendon (19, 81), actuation of the tendon being operable to cause relative movement between the first and second expander elements to cause the expander mechanism to expand, characterised in that the bolt further comprises an end fitting (27, 34, 74) at the trailing end of the bolt (10, 30, 50, 70, 80). an elongate, generally circular tube which is expandable radially, the tube having a leading end and a trailing end, an expander mechanism disposed within the tube for applying a load tending to expand at least a section of the tube radially, an elongate tendon (19, 81) disposed longitudinally within the tube and in connection at or towards one end of the tendon with the expander mechanism and in connection at or towards an opposite end of the tendon with an anchor arrangement, the tendon being actuatable to expand the expander mechanism and to remain connected between the expander mechanism and the anchor arrangement while the expander mechanism is expanded, the expander mechanism comprising a pair of expander elements (15, 16), a first of which is secured relative to the tube and a second of which is secured to the elongate tendon (19, 81), actuation of the tendon being operable to cause relative movement between the first and second expander elements to cause the expander mechanism to expand, characterised in that the bolt further comprises an end fitting (27, 34, 74) at the trailing end of the bolt (10, 30, 50, 70, 80).
A method carried out by at least one device, the device comprising at least one processor and at least one memory (111, 112) which comprises computer program code, the method comprising: - illuminating at least some of the items of laundry which are located in a laundry container of a washing machine and are to be subjected to a washing process; - determining color information that is indicative of one or more colors of at least some of the illuminated items of laundry that are located in the laundry container of the washing machine; and - checking, based at least in part on the determined color information, whether there is a potentially undesirable item of laundry in the laundry container of the washing machine, the potentially undesirable item of laundry being an item of laundry that is not desired in a washing process and/or that should not be washed with other items of laundry, - the illumination being provided by at least one lighting unit and/or the color information being determined by at least one detector unit, - the method being characterized in that the lighting unit and/or the detector unit are designed to be freely movable inside the laundry container of the washing machine; - and in that the method further comprises: thoroughly mixing the items of laundry that are located in the laundry container of the washing machine before the washing process begins, in particular at least temporarily during illuminating and/or determining the color information. - illuminating at least some of the items of laundry which are located in a laundry container of a washing machine and are to be subjected to a washing process; - determining color information that is indicative of one or more colors of at least some of the illuminated items of laundry that are located in the laundry container of the washing machine; and - checking, based at least in part on the determined color information, whether there is a potentially undesirable item of laundry in the laundry container of the washing machine, the potentially undesirable item of laundry being an item of laundry that is not desired in a washing process and/or that should not be washed with other items of laundry, - the illumination being provided by at least one lighting unit and/or the color information being determined by at least one detector unit, - the method being characterized in that the lighting unit and/or the detector unit are designed to be freely movable inside the laundry container of the washing machine; - and in that the method further comprises: thoroughly mixing the items of laundry that are located in the laundry container of the washing machine before the washing process begins, in particular at least temporarily during illuminating and/or determining the color information.
A fusion protein comprising: (a) an antigen-presenting cell -binding domain located at the N-terminus of the fusion protein, wherein the APC-binding domain is Pseudomonas exotoxin A binding domain Ia; (b) a translocation peptide having 34-112 amino acid residues in length, comprising the amino acid sequence of SEQ ID NO: 4, 2, 3, or 6, located at the C-terminus of the APC-binding domain; (c) a fusion antigen comprising: (i) a porcine reproductive and respiratory syndrome virus (PRRSV) ORF 7 antigen; (ii) a PRRSV ORF1b antigen; (iii) a PRRSV ORF6 antigen; and (iv) a PRRSV ORF5 antigen; (d) a nuclear export signal comprising the amino acid sequence of SEQ ID NO: 13, located at the C-terminus of the fusion antigen or between the translocation peptide and the fusion antigen; and (e) an endoplasmic reticulum retention sequence, located at the C-terminus of the fusion antigen when the nuclear export signal is located at between the translocation peptide and the fusion antigen, or located at the C-terminus of the nuclear export signal when the nuclear export signal is located at the C-terminus of the fusion antigen; wherein the fusion antigen does not comprise full-length ORF 7, ORF6, ORF5, and ORF1b protein sequences. (a) an antigen-presenting cell -binding domain located at the N-terminus of the fusion protein, wherein the APC-binding domain is Pseudomonas exotoxin A binding domain Ia; (b) a translocation peptide having 34-112 amino acid residues in length, comprising the amino acid sequence of SEQ ID NO: 4, 2, 3, or 6, located at the C-terminus of the APC-binding domain; (c) a fusion antigen comprising: (i) a porcine reproductive and respiratory syndrome virus (PRRSV) ORF 7 antigen; (ii) a PRRSV ORF1b antigen; (iii) a PRRSV ORF6 antigen; and (iv) a PRRSV ORF5 antigen; (i) a porcine reproductive and respiratory syndrome virus (PRRSV) ORF 7 antigen; (ii) a PRRSV ORF1b antigen; (iii) a PRRSV ORF6 antigen; and (iv) a PRRSV ORF5 antigen; (d) a nuclear export signal comprising the amino acid sequence of SEQ ID NO: 13, located at the C-terminus of the fusion antigen or between the translocation peptide and the fusion antigen; and (e) an endoplasmic reticulum retention sequence, located at the C-terminus of the fusion antigen when the nuclear export signal is located at between the translocation peptide and the fusion antigen, or located at the C-terminus of the nuclear export signal when the nuclear export signal is located at the C-terminus of the fusion antigen;