mhurhangee/ep-ind-claims huggingface dataset:
A method of sending cell information, comprising: sending system information of a first cell to a terminal, wherein the system information of the first cell, comprises at least two camping thresholds of the first cell, or one camping threshold and at least two threshold offsets of the first cell; the at least two camping thresholds respectively correspond to terminals with different uplink resource access capabilities, and the at least two threshold offsets respectively correspond to terminals with different uplink resource access capabilities; characterized in that the system information of the first cell, further comprises: at least two camping thresholds of a second cell, or one camping threshold and at least two threshold offsets of the second cell; the second cell is a neighboring cell of the first cell; the at least two camping thresholds of the second cell respectively correspond to terminals with different uplink resource access capabilities, and the at least two threshold offsets of the second cell respectively correspond to terminals with different uplink resource access capabilities. sending system information of a first cell to a terminal, wherein the system information of the first cell, comprises at least two camping thresholds of the first cell, or one camping threshold and at least two threshold offsets of the first cell; the at least two camping thresholds respectively correspond to terminals with different uplink resource access capabilities, and the at least two threshold offsets respectively correspond to terminals with different uplink resource access capabilities; characterized in that the system information of the first cell, further comprises: at least two camping thresholds of a second cell, or one camping threshold and at least two threshold offsets of the second cell; the second cell is a neighboring cell of the first cell;
Radiation dosimeter for EPR spectroscopy, comprising a quantity of a dosimetric material, the dosimeter being suitable for being irradiated and undergoing a dose measurement by EPR spectroscopy, the dosimeter further comprising a closed enclosure hermetically containing said dosimetric material, the enclosure being made of a single piece of ductile material or consisting of two enclosure parts (22, 24) shaped to cooperate together, the enclosure being made of a material that does not have any response by EPR spectroscopy or that has a response by EPR spectroscopy that is different from the response of the dosimetric material after identical irradiation, such that the signal measured by EPR spectroscopy of the material of the enclosure decays as a function of time after irradiation of said enclosure material, such that there is a period of time after irradiation at the end of which the enclosure material does not have a measurable EPR signal, or has a residual signal the intensity of which is less than 5% of that measured after irradiation, and the dosimetric material has a constant EPR signal as a function of time after irradiation of said dosimetric material.
An entertainment device, comprising: audio-visual generation means operable to generate audio-visual output for use with audio-visual reproduction equipment; a processor operable to initiate a scary audio-visual event as part of the generated audio-visual output; input means (710, 730, 740) operable to receive input data from a conventional video camera game controller; and response evaluation means operable to analyse the input data of the conventional video camera game controller to distinguish with reference to a predetermined threshold between voluntary and involuntary physical motions by a user interacting with that conventional video camera game controller, in which input data corresponding to voluntary physical motions do not exceed the predetermined threshold, whilst input data corresponding to involuntary physical motions do exceed the predetermined threshold, and the response evaluation means is operable to evaluate detected involuntary physical motions within a predetermined period associated with the initiation of the scary audio-visual event; and wherein the processor is operable to subsequently adjust generated audio-visual output responsive to the evaluation of the user's involuntary physical motion. audio-visual generation means operable to generate audio-visual output for use with audio-visual reproduction equipment; a processor operable to initiate a scary audio-visual event as part of the generated audio-visual output; input means (710, 730, 740) operable to receive input data from a conventional video camera game controller; and response evaluation means operable to analyse the input data of the conventional video camera game controller to distinguish with reference to a predetermined threshold between voluntary and involuntary physical motions by a user interacting with that conventional video camera game controller, in which input data corresponding to voluntary physical motions do not exceed the predetermined threshold, whilst input data corresponding to involuntary physical motions do exceed the predetermined threshold, and the response evaluation means is operable to evaluate detected involuntary physical motions within a predetermined period associated with the initiation of the scary audio-visual event; and wherein the processor is operable to subsequently adjust generated audio-visual output responsive to the evaluation of the user's involuntary physical motion.
Frame profile (10; 10') for a frame of a lifting and sliding door, wherein the frame comprises at least two side parts (21, 22) and an upper part and wherein the frame profile (10; 10') has at least a first broad side which is provided with at least one latching profile region (11, 15, 17) for positive connection with an additional profile, and a second, opposite broad side which is provided with at least one latching profile region for positive connection with a fixed leaf, wherein identically profiled latching profile regions (11, 12, 15, 17) are formed in different numbers on both mutually opposite broad sides (13, 14), characterized - in that the frame profile can be used as required as a side part (21, 22) or as an upper part and in that, when used as a side part (21, 22), the broad side is visible with a small number of latching profile regions in the installed state, and, when used as an upper part, the side is visible with a maximum number of latching profile regions in the installed state, - in that in each case at least one latching profile region (11, 17) is formed on one broad side on both sides of a profile transverse axis and in that at least one latching profile region is formed on the other broad side on one side of the profile transverse axis and a visible surface is formed on the other side of the profile transverse axis, wherein at least one pair of latching profile regions (11, 12) situated opposite one another on the outer and inner sides (13, 14) are oriented on a common centre line which is parallel to the profile transverse axis. - in that the frame profile can be used as required as a side part (21, 22) or as an upper part and in that, when used as a side part (21, 22), the broad side is visible with a small number of latching profile regions in the installed state, and, when used as an upper part, the side is visible with a maximum number of latching profile regions in the installed state, - in that in each case at least one latching profile region (11, 17) is formed on one broad side on both sides of a profile transverse axis and in that at least one latching profile region is formed on the other broad side on one side of the profile transverse axis and a visible surface is formed on the other side of the profile transverse axis,
A loading system, comprising: an assembly comprising a proximal side and a distal side; a plurality of mandrels moveably positioned within the assembly; a plurality of resilient elements, a portion of each resilient element disposed inside of and engaging a respective one of the mandrels, wherein each resilient element comprises a base fixed relative to the assembly; a plurality of fluid dispensers, each fluid dispenser configured to engage a distal end of a corresponding one of the mandrels; and a sample comprising a solution containing one or more nucleic acid sequences contained within at least one of the fluid dispensers. an assembly comprising a proximal side and a distal side; a plurality of mandrels moveably positioned within the assembly; a plurality of resilient elements, a portion of each resilient element disposed inside of and engaging a respective one of the mandrels, wherein each resilient element comprises a base fixed relative to the assembly; a plurality of fluid dispensers, each fluid dispenser configured to engage a distal end of a corresponding one of the mandrels; and a sample comprising a solution containing one or more nucleic acid sequences contained within at least one of the fluid dispensers.
A polymer blend comprising a first polymer and a second polymer, wherein the first polymer is a random copolymer having an aromatic vinyl compound-derived constituent unit, a conjugated diene compound-derived constituent unit, and an ethylene-derived constituent unit, the second polymer is a non-hydrogenated random copolymer having an aromatic vinyl compound-derived constituent unit and a conjugated diene compound-derived constituent unit, and a value obtained by subtracting an SP value of the second polymer from an SP value of the first polymer is 0 or more and 0.6 or less, wherein SP value means compatibility parameter. the first polymer is a random copolymer having an aromatic vinyl compound-derived constituent unit, a conjugated diene compound-derived constituent unit, and an ethylene-derived constituent unit, the second polymer is a non-hydrogenated random copolymer having an aromatic vinyl compound-derived constituent unit and a conjugated diene compound-derived constituent unit, and a value obtained by subtracting an SP value of the second polymer from an SP value of the first polymer is 0 or more and 0.6 or less, wherein SP value means compatibility parameter.
A fitting for shutting off or regulating a flowable medium, comprising the following features: 1.1 a housing enclosing a flow channel; 1.2 a circular flap disc which is pivotable about an axis of rotation between the open position and the closed position; 1.3 viewed in an axial section, the cross-section of the flow channel widens along the flow to the edge of the flap disc, at least on its side being flowed against, starting from a plane (4.1) of the axis of rotation of the flap disc; 1.4 viewed in an axial section and in the closed position of the flap disc, its thickness increases starting from the plane (4.1) of the axis of rotation of the flap disc, at least on its side being flowed against; characterized by the following features: 1.5 viewed in an axial section and when the flap disc is closed, the thickening (5, 5) of the flap disc decreases toward its peripheral section (2.3); 1.6 a contour (1.2) of the soffit of the housing in said region follows a contour (5.1) of the flap disc in the sense of a tapering of the flow channel. 1.1 a housing enclosing a flow channel; 1.2 a circular flap disc which is pivotable about an axis of rotation between the open position and the closed position; 1.3 viewed in an axial section, the cross-section of the flow channel widens along the flow to the edge of the flap disc, at least on its side being flowed against, starting from a plane (4.1) of the axis of rotation of the flap disc; 1.4 viewed in an axial section and in the closed position of the flap disc, its thickness increases starting from the plane (4.1) of the axis of rotation of the flap disc, at least on its side being flowed against; 1.5 viewed in an axial section and when the flap disc is closed, the thickening (5, 5) of the flap disc decreases toward its peripheral section (2.3); 1.6 a contour (1.2) of the soffit of the housing in said region follows a contour (5.1) of the flap disc in the sense of a tapering of the flow channel.
A negative pressure therapy apparatus comprising: a housing comprising a source of negative pressure configured to be in fluidic communication with a wound dressing, the source of negative pressure configured to apply negative pressure to the wound dressing; a controller disposed within the housing and configured to operate the source of negative pressure; a transmitter and an antenna; wherein the transmitter is configured to wirelessly communicate with a remote computing device when the apparatus is within a coverage area so as to enable the remote computing device to determine whether the apparatus is within the coverage area, the transmitter and the antenna being configured to function independently from operations or a power supply of the controller, wherein the transmitter and the antenna are configured to be powered by a power supply separate from the power supply of the controller; and wherein the transmitter is configured to repeatedly wirelessly communicate with the remote computing device to cause the remote computing device to determine a first time when the apparatus is removed from the coverage area and a second time when the apparatus is returned to the coverage area, thereby causing the remote computing device to determine a duration of time that the apparatus is outside the coverage area based at least on a comparison of the first time and the second time. a housing comprising a source of negative pressure configured to be in fluidic communication with a wound dressing, the source of negative pressure configured to apply negative pressure to the wound dressing; a controller disposed within the housing and configured to operate the source of negative pressure; a transmitter and an antenna; wherein the transmitter is configured to wirelessly communicate with a remote computing device when the apparatus is within a coverage area so as to enable the remote computing device to determine whether the apparatus is within the coverage area, the transmitter and the antenna being configured to function independently from operations or a power supply of the controller, wherein the transmitter and the antenna are configured to be powered by a power supply separate from the power supply of the controller; and wherein the transmitter is configured to repeatedly wirelessly communicate with the remote computing device to cause the remote computing device to determine a first time when the apparatus is removed from the coverage area and a second time when the apparatus is returned to the coverage area, thereby causing the remote computing device to determine a duration of time that the apparatus is outside the coverage area based at least on a comparison of the first time and the second time.
A method for producing a fluorinated polymer, which comprises carrying out polymerization in a container capable of polymerizing a monomer in a pressurized state, in the presence of at least one organic peroxide selected from the group consisting of a compound represented by the following formula, a compound represented by the following formula, a compound represented by the following formula and a compound represented by the following formula, in a polymerization medium containing at least one fluorinated solvent having a boiling point at normal pressure of at most 60°C, using at least a fluorinated monomer having a boiling point at normal pressure higher than said fluorinated solvent, and tetrafluoroethylene, at a temperature of at most 70°C and at least the boiling point at normal pressure of a fluorinated solvent having the lowest boiling point at normal pressure among said fluorinated solvent:
A tube, comprising a reservoir for a fluid medium and a connecting piece having a dispensing duct which connects a dispensing opening to the reservoir, wherein the dispensing opening is arranged on a proximal portion of the connecting piece, and wherein a distal portion of the connecting piece comprises an outer retaining structure for fastening a protective cap and is connected by means of a tube shoulder to a tube casing which encloses the reservoir, wherein a throttle insert is arranged in the dispensing duct such that it forms a constriction in the dispensing duct, which constriction seals the dispensing duct with the exception of at least one primary throttle duct, characterised in that the throttle insert is configured like a dome, wherein an outer casing surface and a stop ring on the front side meet one another at a distal outer edge, wherein an annular hollow space is removed from the body of the throttle insert radially adjacent to the inner edge of the stop ring and in that the throttle insert is positively fastened in the connecting piece, wherein the stop ring has an undercut with an annular step configured in the distal portion on the inner wall of the connecting piece.
A cell line stably transformed with a reporter gene construct comprising a nucleotide sequence encoding a reporter gene product operatively linked to a transcriptional control element that is activated as part of the NFκB signal transduction pathway initiated by a TNFα receptor in response to TNFα as an extracellular signal, wherein: a) said transcriptional control element is a synthetic promoter comprising an SV40 minimal promoter and SEQ ID NO:2, which is specific for NFκB, while lacking binding sites for other transcription factors; and b) the cells of said cell line lack one or more cell surface molecules, other than the TNFα receptor, which are known as principal activators of the NFκB signal transduction pathway that would otherwise cause interference with the extracellular signal from TNFα when the cell line is used for determining the level of TNFα in a gene reporter assay, wherein said one or more cell surface molecules comprise the receptors for IFNγ and IL2. a) said transcriptional control element is a synthetic promoter comprising an SV40 minimal promoter and SEQ ID NO:2, which is specific for NFκB, while lacking binding sites for other transcription factors; and b) the cells of said cell line lack one or more cell surface molecules, other than the TNFα receptor, which are known as principal activators of the NFκB signal transduction pathway that would otherwise cause interference with the extracellular signal from TNFα when the cell line is used for determining the level of TNFα in a gene reporter assay, wherein said one or more cell surface molecules comprise the receptors for IFNγ and IL2.
Machine for the laser working of profiles, comprising a working head for emitting a focussed laser beam to carry out a working operation, such as in particular a cutting operation, on a profile to be worked extending along a longitudinal axis (x), the working head being translatable in a plane perpendicular to said longitudinal axis (x) and being also tiltable about an axis of oscillation (t) perpendicular to said longitudinal axis (x), a feeding device for moving the profile to be worked along said longitudinal axis (x), a support and guide device for supporting and guiding the profile to be worked as this latter is being fed during the working operation by the feeding device towards the working head, the support and guide device being translatable along said longitudinal axis (x), and an electronic control unit for controlling the movements of the working head, of the feeding device and of the support and guide device according to predetermined logics, in such a manner that before starting the working operation the support and guide device is positioned in a given starting position along said longitudinal axis (x) relative to the working head, characterized in that the electronic control unit is arranged to control the movements of the feeding device and of the support and guide device along said longitudinal axis (x), while an inclined cutting operation is being carried out on the profile, such as in particular to make a flared hole, in such a manner that during the inclined cutting operation, the support and guide device is moved along said longitudinal axis (x) integrally with the feeding device, and hence integrally with the profile, said integral movement of the support and guide device with the feeding device being limited to that portion of the movement of the feeding device which is required to compensate for tilting movements of the working head about said axis of oscillation (t).
Method for manufacturing a bent portion on an edge of a plastic component part with forming of a bending in a cross-section of the edge region, the cross-section running cross to the edge, wherein the plastic component part is formed of at least one preform which is formed of one or more thermoplastic layers and which comprises a region being provided for the formation of the bent portion, the method comprising the steps: - positioning of a material layer on a support device, - heating the edge region of the material layer being provided for the formation of the bent portion by means of a heating device, - abutting of a convex forming surface of a forming tool to a first side of the edge region being provided for the formation of the bent portion, - moving of at least one form piece comprising a forming contour, - retracting of the forming tool from the space which is defined by the first side (1 a) of the edge region being provided for the formation of the bent portion, characterized in that the at least one form piece is moved such that the forming contour of the form piece comes into contact with a second side (1 b) of a first middle portion of the edge region being provided for the formation of the bent portion, the second side (1 b) lying contrary to the first side, and further moving of the at least one form piece such that a second middle portion of the edge region being provided for the formation of the bent portion which increases with the movement of the forming piece comes into contact with the forming surface, the second middle portion lying adjacent to the first middle portion and closer to the edge than the first middle portion, wherein a cross-section area which lies between the edge and the first and the second middle portion (5c, 5d) is not brought into contact with the forming surface, and wherein the respective first side (1 a) of the first and the second middle portion (5c, 5d) face each other, so that the first side of the edge region being provided for the formation of the bent portion defines a space in which the forming tool is positioned. - positioning of a material layer on a support device, - heating the edge region of the material layer being provided for the formation of the bent portion by means of a heating device, - abutting of a convex forming surface of a forming tool to a first side of the edge region being provided for the formation of the bent portion, - moving of at least one form piece comprising a forming contour, - retracting of the forming tool from the space which is defined by the first side (1 a) of the edge region being provided for the formation of the bent portion,