mhurhangee/ep-ind-claims huggingface dataset:
A package (1; 2) of cigarettes, comprising: a group (111; 112) of cigarettes; a stiffening element (21; 22) at least partially superimposed on said group (111; 112) of cigarettes on two opposite first and second sides of said group (111; 112) of cigarettes; a sealed envelope (11; 12) made from a sheet of heat-sealable type, said envelope (11; 12) enclosing said group (111; 112) of cigarettes and said stiffening element (21; 22); said package (1; 2) is characterized in that it comprises: means for the absorption of free oxygen arranged inside the sealed envelope (11; 12) together with said group (111; 112) of cigarettes to reduce the amount of free oxygen within said sealed envelope (11; 12); and visual indicator means of the amount of oxygen able to change color based on the amount of free oxygen within said package (1; 2); wherein said envelope (11; 12) has at least one transparent portion; and wherein said visual indicator means are arranged in correspondence with the transparent portion for showing a default color when said absorbing means decrease said free oxygen within said package (1; 2) by a predefined amount. a group (111; 112) of cigarettes; a stiffening element (21; 22) at least partially superimposed on said group (111; 112) of cigarettes on two opposite first and second sides of said group (111; 112) of cigarettes; a sealed envelope (11; 12) made from a sheet of heat-sealable type, said envelope (11; 12) enclosing said group (111; 112) of cigarettes and said stiffening element (21; 22); said package (1; 2) is characterized in that it comprises: means for the absorption of free oxygen arranged inside the sealed envelope (11; 12) together with said group (111; 112) of cigarettes to reduce the amount of free oxygen within said sealed envelope (11; 12); and visual indicator means of the amount of oxygen able to change color based on the amount of free oxygen within said package (1; 2);
An electronic device (101; 200) comprising: a housing comprising a first plate, a second plate facing away from the first plate, and a side member surrounding a space between the first plate and the second plate; a printed circuit board, PCB, (310; 400) comprising a plurality of insulating layers interposed between the first plate and the second plate; an array of first conductive plates (3201; 412a; 412b; 412c; 711a; 711b) mounted in one layer of the PCB; a sensing electrode (380; 413; 713a; 713b) mounted in one layer of the PCB so as not to overlap the array when viewed from above the second plate; a wireless communication circuit (330; 473; 712a; 712b) electrically connected with the array, and configured to provide wireless communication at a frequency of 20 to 100 Ghz; and a grip sensing circuit (370; 675; 680; 685; 690; 714a; 714b) electrically connected with the sensing electrode. a housing comprising a first plate, a second plate facing away from the first plate, and a side member surrounding a space between the first plate and the second plate; a printed circuit board, PCB, (310; 400) comprising a plurality of insulating layers interposed between the first plate and the second plate; an array of first conductive plates (3201; 412a; 412b; 412c; 711a; 711b) mounted in one layer of the PCB; a sensing electrode (380; 413; 713a; 713b) mounted in one layer of the PCB so as not to overlap the array when viewed from above the second plate; a wireless communication circuit (330; 473; 712a; 712b) electrically connected with the array, and configured to provide wireless communication at a frequency of 20 to 100 Ghz; and a grip sensing circuit (370; 675; 680; 685; 690; 714a; 714b) electrically connected with the sensing electrode.
A grounding part comprising: a first connecting component made of an electrically conductive material and connected to a first circuit board and a second circuit board having an electronic component (113, 123) thereon; and a second connecting component made of an electrically conductive material and connected to the first connecting component and a grounding member (102, 103), wherein the first connecting component includes a first substrate connecting part connected to the first circuit board, a second substrate connecting part connected to the second circuit board, and a leg part connected to the first substrate connecting part and the second substrate connecting part in a plane perpendicular to the first and second substrate connecting parts, wherein the first and second substrate connecting parts (141, 142) can each be electrically connected to the first circuit board and the second circuit board by a respective screw, a second-connecting-component connecting part (141, 145) formed by the first substrate connecting part or the leg part and connected to the second connecting component, and wherein the second connecting component includes a first-connecting-component connecting part connected to the first connecting component, and a grounding-part connecting part connected to the grounding member (102, 103). a first connecting component made of an electrically conductive material and connected to a first circuit board and a second circuit board having an electronic component (113, 123) thereon; and a second connecting component made of an electrically conductive material and connected to the first connecting component and a grounding member (102, 103), wherein the first connecting component includes a first substrate connecting part connected to the first circuit board, a second substrate connecting part connected to the second circuit board, and a leg part connected to the first substrate connecting part and the second substrate connecting part in a plane perpendicular to the first and second substrate connecting parts, wherein the first and second substrate connecting parts (141, 142) can each be electrically connected to the first circuit board and the second circuit board by a respective screw, a second-connecting-component connecting part (141, 145) formed by the first substrate connecting part or the leg part and connected to the second connecting component, and wherein the second connecting component includes a first-connecting-component connecting part connected to the first connecting component, and a grounding-part connecting part connected to the grounding member (102, 103).
A granulator mill housing for a granulator, comprising a rotor space in which a rotor provided with knives is rotatably journalled, and a number of seats against which fixed knives are fixedly clamped by means of screws and guide bars, wherein one of the seats is disposed at the under side of the granulator mill housing, characterised in that, in the region of this seat there is provided a stand on which a guide bar is placeable in a preparatory position with its surface intended for the cooperation with a knife turned to face substantially upwards, and that the guide bar and the knife resting thereon are together pivotal to a mounting position with the knife in abutment against the seat.
An assembly comprising: a fuel supply circuit (15, 15a, 15b) configured to supply a turbine heat engine with fuel, an electronic module (14, 14a, 14b), an energy source (13, 13a, 13b) for supplying the electronic module (14, 14a, 14b) with electricity, a heat exchanger (16, 16a, 16b) positioned to allow heat flow from the electronic module (14, 14a, 14b) to the fuel supply circuit (15, 15a, 15b), the assembly being characterized in that the electronic module (14, 14a, 14b) comprises a phase change material (PCM1, PCM2, PCM3) configured to change state when its temperature reaches a predetermined phase change temperature (Tf). a fuel supply circuit (15, 15a, 15b) configured to supply a turbine heat engine with fuel, an electronic module (14, 14a, 14b), an energy source (13, 13a, 13b) for supplying the electronic module (14, 14a, 14b) with electricity, a heat exchanger (16, 16a, 16b) positioned to allow heat flow from the electronic module (14, 14a, 14b) to the fuel supply circuit (15, 15a, 15b), the assembly being characterized in that the electronic module (14, 14a, 14b) comprises a phase change material (PCM1, PCM2, PCM3) configured to change state when its temperature reaches a predetermined phase change temperature (Tf).
Switch cabinet arrangement of a device for generating electrical energy, wherein the switch cabinet arrangement (64, 96, 98) comprises at least two separate power switch cabinets (1, 1', 1", 36, 86), characterised in that the power switch cabinets (1, 1', 1", 36, 86) each comprise - a machine-side connection, - a power module, - a mains-side connection, and - a non-central control unit (32, 32', 32"), wherein the power module comprises - a machine-side converter, - a mains-side converter, - a direct voltage intermediate circuit, and - a chopper, and wherein the power switch cabinets (1, 1', 1", 36, 86) are electrically connected in parallel to one another via the mains-side connection and optionally via the machine-side connection. - a machine-side connection, - a power module, - a mains-side connection, and - a non-central control unit (32, 32', 32"), - a machine-side converter, - a mains-side converter, - a direct voltage intermediate circuit, and - a chopper,
A method of friction welding in which a first work and a second work approach each other for their bonding by means of a fast forwarding aspect and a slowly forwarding aspect of which a slowly forwarding speed is slower than that of the fast forwarding aspect, and which follows the fast forwarding aspect, the method comprising the steps of: measuring a dimension (L1,L2) of at least one of the first work and the second work; calculating a fast forwarding distance for the fast forwarding aspect by using a result of the measured dimension (L1,L2) of the work (W1,W2) under a condition of a constant slowly forwarding distance for the slowly forwarding aspect; and executing the fast forwarding aspect for the fast forwarding distance. measuring a dimension (L1,L2) of at least one of the first work and the second work; calculating a fast forwarding distance for the fast forwarding aspect by using a result of the measured dimension (L1,L2) of the work (W1,W2) under a condition of a constant slowly forwarding distance for the slowly forwarding aspect; and executing the fast forwarding aspect for the fast forwarding distance.
A method for manufacturing and arranging a wire harness, comprising in order: preparing a coaxial composite wire in which a plurality of conductive paths (18, 20) are coaxially arranged; inserting the coaxial composite wire into a tubular body; treating ends of the conductive paths (18, 20) in a state the coaxial composite wire is inserted into the tubular body so that the ends of the conductive paths (18, 20) have a plus circuit and an electric wire for a minus circuit; bending the tubular body to form a wire harness having a shape corresponding to an arrangement pathway, in a state where the ends of the conductive paths (18, 20) are treated; and assembling the wire harness to an object having the arrangement pathway, and making the plus and minus circuit connections. preparing a coaxial composite wire in which a plurality of conductive paths (18, 20) are coaxially arranged; inserting the coaxial composite wire into a tubular body; treating ends of the conductive paths (18, 20) in a state the coaxial composite wire is inserted into the tubular body so that the ends of the conductive paths (18, 20) have a plus circuit and an electric wire for a minus circuit; bending the tubular body to form a wire harness having a shape corresponding to an arrangement pathway, in a state where the ends of the conductive paths (18, 20) are treated; and assembling the wire harness to an object having the arrangement pathway, and making the plus and minus circuit connections.
A method of providing location information of a group of mobile devices (20A-20C) of a wireless network to a network node of the wireless network, the method comprising: repetitively transmitting, by at least one mobile device (20A-20C) of the group of mobile devices (20A-20C), a location information (11, 11A) of the respective mobile device (20A-20C) at a respective reporting frequency (f A -f C); wherein the respective reporting frequency (f A -f C) of the respective mobile device (20A-20C) depends on an energy balance of the respective mobile device (20A-20C); receiving, by the at least one mobile device (20A-20C) and from the network node, a reporting configuration, wherein the reporting configuration comprises the reporting frequency (12A, f A -f C) of the respective mobile device (20A-20C), characterized in that the reporting configuration for the respective mobile device (20A-20C) comprises a reporting start time of the respective mobile device (20A-20C), and the location information is transmitted by the at least one mobile device (20A-20C) in accordance with the reporting start time. repetitively transmitting, by at least one mobile device (20A-20C) of the group of mobile devices (20A-20C), a location information (11, 11A) of the respective mobile device (20A-20C) at a respective reporting frequency (f A -f C); characterized in that the reporting configuration for the respective mobile device (20A-20C) comprises a reporting start time of the respective mobile device (20A-20C), and the location information is transmitted by the at least one mobile device (20A-20C) in accordance with the reporting start time.
A fluorescence-lifetime imaging microscopy method with time-correlated single-photon counting, wherein a sample is excited with the aid of a pulsed light source periodically with excitation light pulses to emit fluorescence photons, a measurement interval being defined between two successive excitation light pulses in each case, the fluorescence photons are captured by means of a detector and a detector signal representing the captured fluorescence photons is generated, detection times at which the fluorescence photons are detected by the detector within the respective measurement intervals are determined on the basis of the detector signal, imaging is performed on the basis of the detection times, characterized in that in the respective measurement interval it is determined whether a predetermined number of fluorescence photons, which equals 1, has been captured within the measurement interval, the detection times of all captured fluorescence photons are compiled in a first data memory, common to a plurality of image pixels, the detection times of only those fluorescence photons which were captured in the predetermined number within the respective measurement intervals are compiled in a second data memory, common to the same plurality of image pixels, the detection times compiled in the first data memory are combined with the detection times compiled in the second data memory in a calculation step, and the results of this calculation step are stored in a third data memory. a sample is excited with the aid of a pulsed light source periodically with excitation light pulses to emit fluorescence photons, a measurement interval being defined between two successive excitation light pulses in each case, the fluorescence photons are captured by means of a detector and a detector signal representing the captured fluorescence photons is generated, detection times at which the fluorescence photons are detected by the detector within the respective measurement intervals are determined on the basis of the detector signal, imaging is performed on the basis of the detection times, characterized in that in the respective measurement interval it is determined whether a predetermined number of fluorescence photons, which equals 1, has been captured within the measurement interval, the detection times of all captured fluorescence photons are compiled in a first data memory, common to a plurality of image pixels, the detection times of only those fluorescence photons which were captured in the predetermined number within the respective measurement intervals are compiled in a second data memory, common to the same plurality of image pixels, the detection times compiled in the first data memory are combined with the detection times compiled in the second data memory in a calculation step, and the results of this calculation step are stored in a third data memory.
An oral care composition comprising (a) from 0.01% to 5.0%, by weight of the composition of an antibacterial agent comprising one or a mixture of a stannous ion source; a zinc ion source; or a copper ion source, (b) from 0.01% to 0.2% by weight of a deodorizing or odor-neutralizing agent, wherein the deodorizing or odor-neutralizing agent comprises 4-methoxybenzaldehyde (anisaldehyde) and (c) an orally-acceptable carrier, wherein the deodorizing or odor-neutralizing agent further comprises β-ionone as additional odor-neutralizing compoundat a level of from 0.01% to 0.1% by weight of the composition. (a) from 0.01% to 5.0%, by weight of the composition of an antibacterial agent comprising one or a mixture of a stannous ion source; a zinc ion source; or a copper ion source, (b) from 0.01% to 0.2% by weight of a deodorizing or odor-neutralizing agent, wherein the deodorizing or odor-neutralizing agent comprises 4-methoxybenzaldehyde (anisaldehyde) and (c) an orally-acceptable carrier,
An image forming apparatus that forms an image on a recording medium by conveying the recording medium in a direction orthogonal to a scanning direction of a carriage having a recording head, comprising: a first detecting unit mounted on the carriage and configured to detect a leading edge of the recording medium; a second detecting unit placed upstream from the first detecting unit in the direction that the recording medium is conveyed, and configured to detect a leading edge of the recording medium; and a control unit configured to control operations, including printing, of the image forming apparatus based on a detection result from the first detecting unit or the second detecting unit, characterised in that: the control unit selects the second detecting unit when the recording medium is plain paper, and the control unit selects the first detecting unit when the recording medium is gloss paper sheets or OHP sheets, wherein the control unit is configured to set the distance between sheets of the recording medium to a larger value in case of gloss paper sheets or OHP sheets compared to the value in case of plain paper. a first detecting unit mounted on the carriage and configured to detect a leading edge of the recording medium; a second detecting unit placed upstream from the first detecting unit in the direction that the recording medium is conveyed, and configured to detect a leading edge of the recording medium; and a control unit configured to control operations, including printing, of the image forming apparatus based on a detection result from the first detecting unit or the second detecting unit, characterised in that: the control unit selects the second detecting unit when the recording medium is plain paper, and the control unit selects the first detecting unit when the recording medium is gloss paper sheets or OHP sheets, wherein the control unit is configured to set the distance between sheets of the recording medium to a larger value in case of gloss paper sheets or OHP sheets compared to the value in case of plain paper. the control unit selects the second detecting unit when the recording medium is plain paper, and the control unit selects the first detecting unit when the recording medium is gloss paper sheets or OHP sheets, wherein the control unit is configured to set the distance between sheets of the recording medium to a larger value in case of gloss paper sheets or OHP sheets compared to the value in case of plain paper.
An isolated nucleic acid molecule encoding a mutant MEK polypeptide having a MEK activity, wherein said mutant MEK polypeptide comprises an amino acid sequence having an amino acid substitution compared to a wild type MEK1 polypeptide of SEQ ID NO: 2, the amino acid substitution selected from I103N, I111N, L115R, L115P, H119P, P124L, P124S, F129L and V211D, and the amino acid substitution conferring resistance to one or more MEK inhibitors on the mutant MEK polypeptide, wherein the MEK inhibitor is selected from CI-1040 and AZD6244.
A lock mechanism (10, 20, 30, 40) comprising: - a housing, - a lock clutch configured to cause the lock mechanism to switch between a locked state and an unlocked state according to a switching command received by the lock mechanism, - a clutching mechanism mobile in rotation around a longitudinal axis and in translation with respect to the lock clutch according to the longitudinal axis and configured to be in an engaged position with the lock clutch so as to cause the lock mechanism to switch between the locked state and the unlocked state, or in a disengaged position from the lock clutch in the locked state, - a first abutment against which the clutching mechanism abuts, the first abutment being mobile in translation with respect to the housing according to the longitudinal axis between the disengaged position and the engaged position according to the switching command, thus making the clutching mechanism mobile in translation between its disengaged position and its engaged position, - a mechanical element extending along the longitudinal axis between the housing and the clutching mechanism, configured to maintain the clutching mechanism abutting against the first abutment in the engaged and disengaged position of the clutching mechanism and in the disengaged position of the clutching mechanism in the locked state to absorb the mechanical energy due to vibrations to which the lock mechanism is submitted and to retract. - a housing, - a lock clutch configured to cause the lock mechanism to switch between a locked state and an unlocked state according to a switching command received by the lock mechanism, - a clutching mechanism mobile in rotation around a longitudinal axis and in translation with respect to the lock clutch according to the longitudinal axis and configured to be in an engaged position with the lock clutch so as to cause the lock mechanism to switch between the locked state and the unlocked state, or in a disengaged position from the lock clutch in the locked state, - a first abutment against which the clutching mechanism abuts, the first abutment being mobile in translation with respect to the housing according to the longitudinal axis between the disengaged position and the engaged position according to the switching command, thus making the clutching mechanism mobile in translation between its disengaged position and its engaged position, - a mechanical element extending along the longitudinal axis between the housing and the clutching mechanism, configured to maintain the clutching mechanism abutting against the first abutment in the engaged and disengaged position of the clutching mechanism and in the disengaged position of the clutching mechanism in the locked state to absorb the mechanical energy due to vibrations to which the lock mechanism is submitted and to retract.