mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: circuitry, which, in operation, determines a parameter for a band composed of a first band and a segment that is an additional band for the first band, the band composed of the first band and the segment being referred to a second band; and a transceiver (113, 115), which in operation, communicates with a terminal in the second band, using the parameter, wherein the parameter is a resource block group, RBG, size configured in the second band, and the circuitry determines the RBG size based on a first bandwidth, the first bandwidth being one of a bandwidth that is a next larger standard bandwidth of the first band and a bandwidth having the smallest bandwidth among the standard bandwidths larger than the bandwidth of the second band. circuitry, which, in operation, determines a parameter for a band composed of a first band and a segment that is an additional band for the first band, the band composed of the first band and the segment being referred to a second band; and a transceiver (113, 115), which in operation, communicates with a terminal in the second band, using the parameter, wherein the parameter is a resource block group, RBG, size configured in the second band, and the circuitry determines the RBG size based on a first bandwidth, the first bandwidth being one of a bandwidth that is a next larger standard bandwidth of the first band and a bandwidth having the smallest bandwidth among the standard bandwidths larger than the bandwidth of the second band.
A dental cleaning tool (100, 154) comprising: a body portion defining a longitudinal axis of the dental cleaning tool, wherein the body portion comprises: a floss assembly comprising a first arm and a second arm extending substantially perpendicularly relative to the longitudinal axis; and a secondary cleaning tool coupled to the first arm; the dental cleaning tool (100, 154) being characterised by: a receiving slot (116, 156) formed in the first arm; and a shield (118, 158) formed on the first arm, wherein the shield is configured to cover the receiving slot (116, 156) such that access to the receiving slot is restricted from a first direction (120, 150); wherein the secondary cleaning tool is pivotable relative to the first arm in at least two degrees of freedom (149, 151) such that the secondary cleaning tool is insertable into the receiving slot from a second direction (142, 152) different than the first direction. a body portion defining a longitudinal axis of the dental cleaning tool, wherein the body portion comprises: a floss assembly comprising a first arm and a second arm extending substantially perpendicularly relative to the longitudinal axis; and a secondary cleaning tool coupled to the first arm; a floss assembly comprising a first arm and a second arm extending substantially perpendicularly relative to the longitudinal axis; and a secondary cleaning tool coupled to the first arm; the dental cleaning tool (100, 154) being characterised by: a receiving slot (116, 156) formed in the first arm; and a shield (118, 158) formed on the first arm, wherein the shield is configured to cover the receiving slot (116, 156) such that access to the receiving slot is restricted from a first direction (120, 150); a receiving slot (116, 156) formed in the first arm; and a shield (118, 158) formed on the first arm, wherein the shield is configured to cover the receiving slot (116, 156) such that access to the receiving slot is restricted from a first direction (120, 150); wherein the secondary cleaning tool is pivotable relative to the first arm in at least two degrees of freedom (149, 151) such that the secondary cleaning tool is insertable into the receiving slot from a second direction (142, 152) different than the first direction.
(Amended) A tire, comprising a tire component comprising a rubber composition, the rubber composition comprising: at least one aromatic vinyl-diene-olefin copolymer A having an aromatic vinyl content of 1 to 45% by mass, a diene content of 0.1 to 50% by mass, and an olefin content of 30 to 90% by mass; and at least one aromatic vinyl-diene block copolymer B. at least one aromatic vinyl-diene-olefin copolymer A having an aromatic vinyl content of 1 to 45% by mass, a diene content of 0.1 to 50% by mass, and an olefin content of 30 to 90% by mass; and at least one aromatic vinyl-diene block copolymer B.
A hybrid vehicle comprising: a motor used for driving the vehicle; an engine used in combination with said motor; and an instructing unit instructing increase and decrease in accelerator position; wherein a control unit starts said engine when a required engine output value exceeds a start threshold, wherein said control unit decreases said start threshold according to increase in said accelerator position, characterized in that the hybrid vehicle is externally chargeable and in that, as the start threshold decreases, the start threshold approaches a reference value that corresponds to a start threshold of an ordinary hybrid vehicle that can not perform external charging. a motor used for driving the vehicle; an engine used in combination with said motor; and an instructing unit instructing increase and decrease in accelerator position; wherein a control unit starts said engine when a required engine output value exceeds a start threshold, wherein said control unit decreases said start threshold according to increase in said accelerator position, characterized in that the hybrid vehicle is externally chargeable and in that, as the start threshold decreases, the start threshold approaches a reference value that corresponds to a start threshold of an ordinary hybrid vehicle that can not perform external charging.
A method for synchrophasing aircraft engines (14A,14B), the method comprising: receiving data indicative of a sensed vibration level associated with a first aircraft engine and a second aircraft engine operating at a substantially same operating speed; and commanding one or more momentary changes in operating speed of the second aircraft engine until the sensed vibration level substantially reaches a target vibration level, the momentary changes in operating speed of the second aircraft engine being commanded irrespective of phase angle information associated with imbalances (22A, 22B) of the first and second aircraft engines (14A,14B). receiving data indicative of a sensed vibration level associated with a first aircraft engine and a second aircraft engine operating at a substantially same operating speed; and commanding one or more momentary changes in operating speed of the second aircraft engine until the sensed vibration level substantially reaches a target vibration level, the momentary changes in operating speed of the second aircraft engine being commanded irrespective of phase angle information associated with imbalances (22A, 22B) of the first and second aircraft engines (14A,14B).
Arrangement comprising a connecting element for a pipe arrangement, and a pipe, the connecting element comprising a main body having at least one through-channel and a receiving bore for receiving a pipe end of the pipe, the receiving bore corresponding to the through-channel, the receiving bore having a larger cross section than the through-channel, a transitional step being introduced into the main body between the through-channel and the receiving bore, the transitional step forming a receiving reservoir for protruding portions of the pipe, the pipe end of the pipe being inserted into the receiving bore, characterized in that the pipe end has a circumferential burr on the inner circumferential edge, the burr projecting into the transitional step, the transitional step having a radial portion and an axial portion, and the transition between the radial portion and the axial portion being rounded or forming a slope, step or chamfer.
A method of welding a gasket to a spigot portion of a pipe section, wherein the gasket includes: a seating portion extending radially and dimensioned to fit within an annular recess in the spigot portion; a sealing portion including a first shoulder portion axially extending from one side of the seating portion and a second shoulder portion extending from the other side of the seating portion, the first and second shoulder portions (32, 34) being configured to engage the spigot portion on axially opposite sides; and a first bonding portion extending from the first shoulder portion and a second bonding portion extending from the second shoulder portion, wherein the first and second bonding portions (42, 44) are provided to bond the gasket to the spigot portion; the method comprising: supporting the gasket in a recess on the spigot portion of the pipe section: heating a portion of the gasket and an adjacent surface of the spigot portion; and applying a force onto the portion of the gasket following the application of heat to fuse the gasket onto the spigot portion; characterized in that applying force onto the portion of the gasket includes applying one or more compression rollers onto a sealing surface of the sealing portion of the gasket. a seating portion extending radially and dimensioned to fit within an annular recess in the spigot portion; a sealing portion including a first shoulder portion axially extending from one side of the seating portion and a second shoulder portion extending from the other side of the seating portion, the first and second shoulder portions (32, 34) being configured to engage the spigot portion on axially opposite sides; and a first bonding portion extending from the first shoulder portion and a second bonding portion extending from the second shoulder portion, wherein the first and second bonding portions (42, 44) are provided to bond the gasket to the spigot portion; supporting the gasket in a recess on the spigot portion of the pipe section: heating a portion of the gasket and an adjacent surface of the spigot portion; and applying a force onto the portion of the gasket following the application of heat to fuse the gasket onto the spigot portion; heating a portion of the gasket and an adjacent surface of the spigot portion; and applying a force onto the portion of the gasket following the application of heat to fuse the gasket onto the spigot portion; characterized in that applying force onto the portion of the gasket includes applying one or more compression rollers onto a sealing surface of the sealing portion of the gasket.
Method for positioning a patient for a medical imaging examination, in particular a magnetic resonance examination, by means of a patient positioning apparatus with a moveable patient couch, wherein the moveable patient couch is designed to be introduced into a patient receiving region of a medical imaging apparatus, and with a positioning unit with a position input unit which is arranged on a lateral edge region of the patient couch, wherein the positioning unit comprises a position output unit which is arranged on the lateral edge region of the patient couch, wherein the method comprises the following method steps: - detect an examination position by means of the position input unit, - output a position control signal by means of the position output unit, characterised in that, for the medical imaging examination, n examination positions can be input by means of the position input unit, wherein an nth examination position is specified by way of an n-fold actuation of the position input unit. - detect an examination position by means of the position input unit, - output a position control signal by means of the position output unit,
Cooking hob with a gas burner and at least one positioning device for positioning the gas burner in or on the cooking hob, wherein the positioning device comprises at least one engagement portion, which is configured to engage in an aperture of a base plate of the cooking hob in a form-fit manner, wherein the positioning device is manufactured from a plastic material, characterised in that the positioning device has at least one holding pin, which is configured to engage in a burner housing of the gas burner in a form-fit manner.
An electrode for nonaqueous electrolyte battery comprising a current collector, an active material layer provided on the current collector and the active material layer that comprises a monoclinic β-type titanium composite oxide, characterized in that a ratio of a reflection intensity I of a peak derived from a plane of a crystal of the monoclinic β-type titanium composite oxide to a reflection intensity I of a peak derived from a plane of the crystal of the monoclinic β-type titanium composite oxide is in the range from 0.6 to 1.2 when the electrode is subjected to an X-ray diffraction measurement using a Cu-Kα ray source, and a density of the active material layer is in the range from 2.0 g/cm 3 to 2.5 g/cm 3.
Leak detector for leak-testing objects that are to be tested by spraying tracer gas, the leak detector comprising: - a detection inlet intended to be connected to an object that is to be tested, - a pumping device comprising: - a vacuum line connected to the detection inlet, - a rough-vacuum pump connected to the vacuum line, and comprising a plurality of pumping stages (T1-T5) mounted in series, and - a turbomolecular vacuum pump connected to the vacuum line and the delivery of which is connected to the rough-vacuum pump, - a gas detector connected to the turbomolecular vacuum pump, characterized in that the pumping device comprises an ancillary pumping means connected to an inter-stage canal (C1-C4) of the rough-vacuum pump to lower the ultimate-vacuum pressure of tracer gas in the rough-vacuum pump. - a detection inlet intended to be connected to an object that is to be tested, - a pumping device comprising: - a vacuum line connected to the detection inlet, - a rough-vacuum pump connected to the vacuum line, and comprising a plurality of pumping stages (T1-T5) mounted in series, and - a turbomolecular vacuum pump connected to the vacuum line and the delivery of which is connected to the rough-vacuum pump, - a vacuum line connected to the detection inlet, - a rough-vacuum pump connected to the vacuum line, and comprising a plurality of pumping stages (T1-T5) mounted in series, and - a turbomolecular vacuum pump connected to the vacuum line and the delivery of which is connected to the rough-vacuum pump, - a gas detector connected to the turbomolecular vacuum pump,
A vibration sensor comprising an assembly, which is capable of oscillating, with a mechanical oscillation assembly and at least one drive unit coupled with the mechanical oscillation assembly, for making the mechanical oscillation assembly oscillate and/or picking up an oscillation of the mechanical oscillation assembly, wherein the assembly capable of oscillating is configured in such a way that at least two differently oriented oscillation modes of the mechanical oscillation assembly can be excited, wherein the mechanical oscillation assembly has a diaphragm and at least one mechanical oscillator (110, 120, 111, 121) coupled with the diaphragm, wherein the at least one mechanical oscillator (110, 120, 111, 121) is configured in such a way that at least two relevant oscillation modes can be excited via the drive unit, characterized in that the mechanical oscillator (110, 120, 111, 121) has an accommodating portion (110, 111) and a planar paddle (120, 121) arranged on the accommodating portion, wherein the accommodating portion (110, 111) and the paddle (120, 121) are arranged so as to be twisted by 90° relative to one another and are configured in such a way that the paddle (120, 121), when excited with a first frequency (f 1), oscillates perpendicularly to its surface and, when excited with a second frequency (f 2), in the plane of the surface, and wherein the oscillation assembly has two mechanical oscillators (110, 120, 111, 121) configured in a mirror-inverted manner, wherein the paddles of the mechanical oscillators (110, 120, 111, 121) respectively oscillate in opposite directions ( L, L, T, T) when excited.
A sliding support assembly comprising: an elongate rail of channel section defining a first web and first and second flanges (24, 26); a slide cassette positioned between the first and second flanges (24, 26) of the elongate rail such that the slide cassette and the first and second flanges (24, 26) define a pair of endless tracks; a plurality of bearing balls positioned within the pair of endless tracks; and at least one sealing member (70, 54) for sealing upper and/or end portions of the slide cassette to prevent the ingress of dirt into the endless tracks; characterised in that the first and second flanges (24, 26) include a lipped portion at their upper ends (25, 27), and at least one of the at least one sealing members (70, 54) has a cross-section that includes hooked outer sections; and in that the hooked outer sections are downwardly facing and the lipped portions are upwardly facing such that the hooked outer sections extend over the upwardly facing lipped portions. an elongate rail of channel section defining a first web and first and second flanges (24, 26); a slide cassette positioned between the first and second flanges (24, 26) of the elongate rail such that the slide cassette and the first and second flanges (24, 26) define a pair of endless tracks; a plurality of bearing balls positioned within the pair of endless tracks; and at least one sealing member (70, 54) for sealing upper and/or end portions of the slide cassette to prevent the ingress of dirt into the endless tracks;
A vaccine containing a combination of MSI-specific frameshift peptides comprising the following amino acid sequences: NTQIKALNRGLKKK TILKKAGIGMCVKVSSIFFINKQKP (TAF1B (-1)); EIFLPKGRSNSKKK GRRNRIPAVLRTEGEPLHTPSVGMRETTGLGC (HT001 (-1)); and HSTIKVIKAKKKHREVKRTNSSQLV (AIM2 (-1)). NTQIKALNRGLKKK TILKKAGIGMCVKVSSIFFINKQKP (TAF1B (-1)); EIFLPKGRSNSKKK GRRNRIPAVLRTEGEPLHTPSVGMRETTGLGC (HT001 (-1)); and HSTIKVIKAKKKHREVKRTNSSQLV (AIM2 (-1)).
A mobile communication system configured to enable a mobile station in a state connected to a cell under a first radio base station (eNB#A) adapted to a multiple frequency band indicator function to reestablish connection to a cell under a second radio base station (eNB#B) adapted to the multiple frequency band indicator function, wherein the first radio base station is configured to determine whether or not the mobile station is adapted to the multiple frequency band indicator function, based on an information element in capability information acquired from the mobile station, and, when the first radio base station determines that the mobile station is adapted to the multiple frequency band indicator function: to select a certain band out of bands which are supported by the cell under the second radio base station, the certain band having the highest priority to be selected by the mobile station in an idle state; and to send the second radio base station a handover preparation signal including a radio base station key (KeNB*), the signal being created by using identification information on a downlink center frequency of the selected band, wherein the multiple frequency band indicator function is a function applicable to a case where an existing band supported by a subject cell and a new band overlap each other, and to notify of the existing band and the new band by using broadcast information on the subject cell. to select a certain band out of bands which are supported by the cell under the second radio base station, the certain band having the highest priority to be selected by the mobile station in an idle state; and to send the second radio base station a handover preparation signal including a radio base station key (KeNB*), the signal being created by using identification information on a downlink center frequency of the selected band,
A bore alignment system comprising: a first member defining a first bore having a first central axis; a second member defining a second bore having a second central axis, wherein said second central axis is displaced from said first central axis; a bladder assembly comprising: an inflatable bladder comprising an elongated body defining an internal volume, said body being formed as a layered structure comprising an elastomeric layer defining an interior surface of said body, a friction-reducing layer defining an exterior surface of said body, and a jacketing layer positioned between said elastomeric layer and said friction-reducing layer; and a pressurized fluid source in selective fluid communication with said internal volume, the inflatable bladder extending through both said first bore and said second bore. a first member defining a first bore having a first central axis; a second member defining a second bore having a second central axis, wherein said second central axis is displaced from said first central axis; a bladder assembly comprising: an inflatable bladder comprising an elongated body defining an internal volume, said body being formed as a layered structure comprising an elastomeric layer defining an interior surface of said body, a friction-reducing layer defining an exterior surface of said body, and a jacketing layer positioned between said elastomeric layer and said friction-reducing layer; and a pressurized fluid source in selective fluid communication with said internal volume, the inflatable bladder extending through both said first bore and said second bore. an inflatable bladder comprising an elongated body defining an internal volume, said body being formed as a layered structure comprising an elastomeric layer defining an interior surface of said body, a friction-reducing layer defining an exterior surface of said body, and a jacketing layer positioned between said elastomeric layer and said friction-reducing layer; and a pressurized fluid source in selective fluid communication with said internal volume, the inflatable bladder extending through both said first bore and said second bore.
A device for obtaining a blood sample, the device comprising: a holder for receiving a sample source, the holder having an actuation portion and a port, wherein the actuation portion is transitionable between a first position in which the holder defines a first ellipse and a second position in which the holder defines a second ellipse, wherein the second ellipse is different than the first ellipse characterized in that the actuation portion includes a pumping member for applying pressure to the sample source. a holder for receiving a sample source, the holder having an actuation portion and a port, wherein the actuation portion is transitionable between a first position in which the holder defines a first ellipse and a second position in which the holder defines a second ellipse, wherein the second ellipse is different than the first ellipse characterized in that the actuation portion includes a pumping member for applying pressure to the sample source.