mhurhangee/ep-ind-claims huggingface dataset:
An image fixing apparatus, comprising: a first conveying path (Pt) adapted to convey a sheet; a first fixing unit adapted to fix a toner image on a sheet conveyed on said first conveying path (Pt); a second conveying path (Pb) adapted to convey a sheet, wherein said second conveying path (Pb) branches from said first conveying path (Pt) in a bifurcation (Sp) provided upstream of said first fixing unit and joins into said first conveying path (Pt) in a confluence (Mp) provided downstream of said first fixing unit; and a second fixing unit provided upstream of said bifurcation (Sp) or downstream of said confluence (Mp), characterized in that the image fixing apparatus is adapted to sequentially convey a preceding sheet and a subsequent sheet with an interval distance therebetween upstream of said bifurcation (Sp), and, the image fixing apparatus is configured to set, in a case that one sheet of the preceding sheet and the subsequent sheet is conveyed from said bifurcation through said first conveying path and the other sheet of the preceding sheet and the subsequent sheet is conveyed from said bifurcation (Sp) through said second conveying path (Pb), a time to convey the sheet from said bifurcation (Sp) to said confluence (Mp) through said first conveying path (Pt) and a time to convey the sheet from said bifurcation (Sp) to said confluence (Mp) through said second conveying path (Pb) to be nearly equal so that the interval distance is kept between the preceding sheet and the subsequent sheet downstream of said confluence (Mp). a first conveying path (Pt) adapted to convey a sheet; a first fixing unit adapted to fix a toner image on a sheet conveyed on said first conveying path (Pt); a second conveying path (Pb) adapted to convey a sheet, wherein said second conveying path (Pb) branches from said first conveying path (Pt) in a bifurcation (Sp) provided upstream of said first fixing unit and joins into said first conveying path (Pt) in a confluence (Mp) provided downstream of said first fixing unit; and a second fixing unit provided upstream of said bifurcation (Sp) or downstream of said confluence (Mp), characterized in that the image fixing apparatus is adapted to sequentially convey a preceding sheet and a subsequent sheet with an interval distance therebetween upstream of said bifurcation (Sp), and, the image fixing apparatus is configured to set, in a case that one sheet of the preceding sheet and the subsequent sheet is conveyed from said bifurcation through said first conveying path and the other sheet of the preceding sheet and the subsequent sheet is conveyed from said bifurcation (Sp) through said second conveying path (Pb), a time to convey the sheet from said bifurcation (Sp) to said confluence (Mp) through said first conveying path (Pt) and a time to convey the sheet from said bifurcation (Sp) to said confluence (Mp) through said second conveying path (Pb) to be nearly equal so that the interval distance is kept between the preceding sheet and the subsequent sheet downstream of said confluence (Mp).
A method for evaluating performance between a network node (5, 7) and at least one test radio head (1, 1a-c), each test radio head being one of a plurality of radio heads, each one of the at least one test radio heads being located remotely from the network node and being connected to the network node by one or more cables, the received signals from the plurality of radio heads are combined on said one or more cables, the method being performed in the network node (5, 7), and comprising the steps of: sending a loopback signal to the at least one test radio head to add a loopback of its transmission signal on its receiving signal; sending a transmission signal to the at least one test radio head; receiving a received signal from the at least one test radio head; and determining a performance by comparing the received signal with the transmission signal and characterized in the step of reducing interference on the received signal from the at least one test radio head from uplink transmissions of wireless devices received from other radio heads of the plurality of radio heads which are not set in a loopback mode wherein the step of reducing interference comprises at least one of the steps of temporarily limiting transmission of uplink transmissions of wireless devices being at risk of transmitting interfering signal and sending a mute signal to any radio heads connected to the network node to which the loopback signal is not sent. sending a loopback signal to the at least one test radio head to add a loopback of its transmission signal on its receiving signal; sending a transmission signal to the at least one test radio head; receiving a received signal from the at least one test radio head; and determining a performance by comparing the received signal with the transmission signal and characterized in the step of reducing interference on the received signal from the at least one test radio head from uplink transmissions of wireless devices received from other radio heads of the plurality of radio heads which are not set in a loopback mode wherein the step of reducing interference comprises at least one of the steps of temporarily limiting transmission of uplink transmissions of wireless devices being at risk of transmitting interfering signal and sending a mute signal to any radio heads connected to the network node to which the loopback signal is not sent.
Derivatives of pentaphyrine consisting of 20-(4-carboxyphenyl)-2,13-dimethyl-3,12-diethyl- pentaphyrine, its metallated derivatives and salts thereof for use as antimicrobial agents in photodynamic treatment.
An electronic device (101, 201), comprising: at least one processor (120, 220); and memory (130, 230) for storing instructions that, when executed by the at least one processor (120, 220) individually or collectively, cause the electronic device (101, 201) to: in response to receiving an input for executing an application, identify a plurality of processes (210, 325) based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application, restrict the operation of the identified at least one process during the at least the portion of the time of running the application, and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met. at least one processor (120, 220); and memory (130, 230) for storing instructions that, when executed by the at least one processor (120, 220) individually or collectively, cause the electronic device (101, 201) to: in response to receiving an input for executing an application, identify a plurality of processes (210, 325) based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application, restrict the operation of the identified at least one process during the at least the portion of the time of running the application, and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met. in response to receiving an input for executing an application, identify a plurality of processes (210, 325) based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application, restrict the operation of the identified at least one process during the at least the portion of the time of running the application, and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met.
A locking device of a household appliance door, having a first and a second connecting contact to the household appliance, the device comprising: - - a door closing switch, arranged on said first contacts; - - an actuator, arranged electrically in series with said door closing switch; - - a door locking switch, arranged electrically in series between said actuator and said second contact; - - a resistor, arranged between said actuator and said second connecting contact, and electrically in parallel to said door locking switch. - - a door closing switch, arranged on said first contacts; - - an actuator, arranged electrically in series with said door closing switch; - - a door locking switch, arranged electrically in series between said actuator and said second contact; - - a resistor, arranged between said actuator and said second connecting contact, and electrically in parallel to said door locking switch.
A gas turbine engine having a combustor, a turbine and a transition duct, the transition duct is located between the combustor and the turbine to channel hot gas from the combustor to the turbine, the transition duct has an internal surface (54, 55, 56, 57) on which the hot gas impinges to cause a varying temperature profile over the internal surface (54, 55, 56, 57), a thermal barrier coating is located on the internal surface (54, 55, 56, 57); characterised in that the thermal barrier coating comprises at least a first thermal barrier coating patch and a second thermal barrier coating patch, the first thermal barrier coating patch having a first predetermined thickness located on the internal surface (54, 55, 56, 57) and within a first area subject to a higher temperature than an uncoated part of the internal surface (54, 55, 56, 57) and bounded by a first isotherm of a first predetermined temperature, the second thermal barrier coating patch having a second predetermined thickness located on the internal surface (54, 55, 56, 57) and within a second area subject to a higher temperature than the uncoated part of the internal surface (54, 55, 56, 57) and bounded by a second isotherm of a second predetermined temperature, wherein the second predetermined temperature is higher than the first predetermined temperature and the second predetermined thickness is thicker than the first predetermined thickness.
Polygonal pin for a window fitting of a window closing system, - wherein the polygonal pin is elongated and has a longitudinal central axis, - wherein the polygonal pin has a first longitudinal end for rotationally fixed connection to a window drive and a second longitudinal end for rotationally fixed connection to a window handle, - wherein the polygonal pin has a first partial pin forming the first longitudinal end and a second partial pin forming the second longitudinal end, and - wherein the two partial pins (2a, 2b) are connected to one another in an axially displaceable manner and, as a result, an axial length of the polygonal pin defined by the distance between the longitudinal ends (1a, 1b) is variable, - wherein the second partial pin is hollow and the first partial pin is accommodated in the second partial pin in certain regions and in an axially displaceable manner, - wherein the polygonal pin has a return spring and the return spring is accommodated in the second partial pin, and - wherein the return spring is axially clamped between a base of the second partial pin arranged across the longitudinal axis and the first partial pin, characterized in that - the second partial pin has a circumferential and radially outward oriented stop flange facing the first partial pin for one-sided axial fixing of the polygonal pin in a window latching element, and - the second partial pin has at least one axially oriented recess facing the first partial pin for radially clamping the polygonal pin in the window latching element. - wherein the polygonal pin is elongated and has a longitudinal central axis, - wherein the polygonal pin has a first longitudinal end for rotationally fixed connection to a window drive and a second longitudinal end for rotationally fixed connection to a window handle, - wherein the polygonal pin has a first partial pin forming the first longitudinal end and a second partial pin forming the second longitudinal end, and - wherein the two partial pins (2a, 2b) are connected to one another in an axially displaceable manner and, as a result, an axial length of the polygonal pin defined by the distance between the longitudinal ends (1a, 1b) is variable, - wherein the second partial pin is hollow and the first partial pin is accommodated in the second partial pin in certain regions and in an axially displaceable manner, - wherein the polygonal pin has a return spring and the return spring is accommodated in the second partial pin, and - wherein the return spring is axially clamped between a base of the second partial pin arranged across the longitudinal axis and the first partial pin, - the second partial pin has a circumferential and radially outward oriented stop flange facing the first partial pin for one-sided axial fixing of the polygonal pin in a window latching element, and - the second partial pin has at least one axially oriented recess facing the first partial pin for radially clamping the polygonal pin in the window latching element.
An optical imaging system for use with an infusion tube having a drip chamber including a first portion with a drip tube, a second portion with an exit port, and a third portion located between the first and second portions, the optical imaging system being characterized in that it further comprises: at least one light source for emitting at least two of a first, second, or third spectrums of light; an optics system including: a single lens for receiving and transmitting at least two of: the first spectrum of light transmitted through the first portion; the second spectrum of light transmitted through the second portion; or, the third spectrum of light transmitted through the third portion; a single image sensor for: receiving the at least two of the first, second, or third spectrums of light from the single lens; and, generating and transmitting data characterizing the at least two of the first, second, or third spectrums of light received from the single lens; a memory element for storing computer executable instructions; and, at least one processor configured to execute the computer executable instructions to generate, using the data, at least two of first, second, or third images of the first, second, and third portions, respectively. at least one light source for emitting at least two of a first, second, or third spectrums of light; an optics system including: a single lens for receiving and transmitting at least two of: the first spectrum of light transmitted through the first portion; the second spectrum of light transmitted through the second portion; or, the third spectrum of light transmitted through the third portion; a single image sensor for: receiving the at least two of the first, second, or third spectrums of light from the single lens; and, generating and transmitting data characterizing the at least two of the first, second, or third spectrums of light received from the single lens; a single lens for receiving and transmitting at least two of: the first spectrum of light transmitted through the first portion; the second spectrum of light transmitted through the second portion; or, the third spectrum of light transmitted through the third portion; the first spectrum of light transmitted through the first portion; the second spectrum of light transmitted through the second portion; or, the third spectrum of light transmitted through the third portion; a single image sensor for: receiving the at least two of the first, second, or third spectrums of light from the single lens; and, generating and transmitting data characterizing the at least two of the first, second, or third spectrums of light received from the single lens; receiving the at least two of the first, second, or third spectrums of light from the single lens; and, generating and transmitting data characterizing the at least two of the first, second, or third spectrums of light received from the single lens;
A method for processing heat-not-burn cigarettes, comprising: cutting flaky reconstituted tobacco leaves in a single direction into a plurality of elongated tobacco shreds; and making the plurality of elongated tobacco shreds stay close to each other by pressing in a width direction of the elongated tobacco shreds, and then wrapping the same with tipping paper to form a cylindrical tobacco rod, wherein the plurality of elongated tobacco shreds in the tobacco rod are regularly and orderly arranged, wherein orderly-arranged gaps are formed between the orderly-arranged tobacco shreds in a longitudinal direction of a cigarette, characterized in that the orderly-arranged tobacco shreds and the orderly-arranged gaps formed therebetween provide approximately straight airflow passages, and a surface of the tipping paper is coated with a flame retardant. cutting flaky reconstituted tobacco leaves in a single direction into a plurality of elongated tobacco shreds; and making the plurality of elongated tobacco shreds stay close to each other by pressing in a width direction of the elongated tobacco shreds, and then wrapping the same with tipping paper to form a cylindrical tobacco rod, wherein the plurality of elongated tobacco shreds in the tobacco rod are regularly and orderly arranged, wherein orderly-arranged gaps are formed between the orderly-arranged tobacco shreds in a longitudinal direction of a cigarette, characterized in that the orderly-arranged tobacco shreds and the orderly-arranged gaps formed therebetween provide approximately straight airflow passages, and a surface of the tipping paper is coated with a flame retardant.
Household appliance device, in particular cooking appliance device, with a control unit, with an inverter, with at least one heating element and with at least one discharge unit, which is provided, in at least one discharging operating mode, to discharge at least one energy storage unit at least partially, characterised in that in the discharging operating mode the discharge unit is provided for an at least essentially linear discharging of the energy storage unit, wherein a value of the discharge current is at least essentially constant in the discharging operating mode.
A set comprising a supporting structure, a first panel, a second panel and a fastening device for securing the first and second panels (31, 32) to the supporting structure, wherein the fastening device comprises a top portion, having a top surface, a bottom surface, a first edge portion and a second edge portion, a first leg and a second leg protruding downwardly from the bottom surface, wherein the first panel comprises a first edge groove and the second panel comprises an opposite second edge groove, the first edge portion being configured to be inserted into the first edge groove and the second edge portion being configured to be inserted into the second edge groove, wherein the first leg and the second leg are flexible and bendable towards each other; the top portion comprises a friction connection configured to cooperate with the first edge groove and/or the second edge groove and to restrain the fastening device from falling out during an assembling of the set, the top surface comprises a top groove for receiving an outer edge of the second panel when the second panel is in angled position, characterised in that the first leg comprises a first locking element and the second leg comprises a second locking element; an upper surface of the supporting structure comprises an insertion groove comprising a first undercut groove and an opposite second undercut groove; the first locking element is configured to be snapped into the first undercut groove and the second locking element is configured to be snapped into the second undercut groove to a locked position. the first leg and the second leg are flexible and bendable towards each other; the top portion comprises a friction connection configured to cooperate with the first edge groove and/or the second edge groove and to restrain the fastening device from falling out during an assembling of the set, the top surface comprises a top groove for receiving an outer edge of the second panel when the second panel is in angled position, characterised in that the first leg comprises a first locking element and the second leg comprises a second locking element; an upper surface of the supporting structure comprises an insertion groove comprising a first undercut groove and an opposite second undercut groove; the first locking element is configured to be snapped into the first undercut groove and the second locking element is configured to be snapped into the second undercut groove to a locked position.
A rotational rate gyroscope mounted on a base assembly, the rotational rate gyroscope isolated from vibrations by suspension members coupled between the rotational rate gyroscope and the base assembly, wherein the rotational rate gyroscope comprises: - a vibrating member; and - a sensor coupled to the vibrating member for detecting movement of the vibrating member in response to rotation of the assembly; characterized in that the rotational rate gyroscope further comprises: - digital electronics (1020, 1030) coupled to the sensor for providing digital data responsive to rotation by the rotational rate gyroscope mounted on the base assembly, wherein the digital electronics comprises a serial interface adapted to transmit data to an external processor through at least one of said suspension members using a serial communication protocol. - a vibrating member; and - a sensor coupled to the vibrating member for detecting movement of the vibrating member in response to rotation of the assembly; characterized in that the rotational rate gyroscope further comprises: - digital electronics (1020, 1030) coupled to the sensor for providing digital data responsive to rotation by the rotational rate gyroscope mounted on the base assembly,
A selective phosphoinositide 3-kinase delta (PI3Kδ) inhibitor compound having a structure of formula, or a pharmaceutically acceptable salt, or solvate thereof: wherein X is selected from the group consisting of N or CH; each R 1 and R 2 is independently selected from the group consisting of H, F, and SO 2 Me, and each R 3 is independently selected from the group consisting of F and Cl. wherein X is selected from the group consisting of N or CH; each R 1 and R 2 is independently selected from the group consisting of H, F, and SO 2 Me, and each R 3 is independently selected from the group consisting of F and Cl.