mhurhangee/ep-ind-claims huggingface dataset:
Use of polypeptide fractions, as molecular weight markers for Glatiramer acetate, wherein the polypeptide fractions have a random amino acid sequence similar to that of Glatiramer acetate and are obtained by a process comprising the steps of, a) subjecting a polypeptide mixture, which is a mixture of polypeptides containing alanine, glutamic acid, tyrosine and lysine in the same molar ratio as present in Glatiramer acetate, to Gel Permeation Chromatography /Size Exclusion Chromatography to obtain polypeptide fractions having molecular weights in the range of 2kD to 30kD; b) selecting polypeptide fractions to be used as molecular weight markers from said polypeptide fractions obtained in step a) in such a way that one of the fractions represent the peak apex molecular weight and other fractions are distributed on either side of the peak apex molecular weight; and c) determining tailing factor of these selected polypeptide fractions. a) subjecting a polypeptide mixture, which is a mixture of polypeptides containing alanine, glutamic acid, tyrosine and lysine in the same molar ratio as present in Glatiramer acetate, to Gel Permeation Chromatography /Size Exclusion Chromatography to obtain polypeptide fractions having molecular weights in the range of 2kD to 30kD; b) selecting polypeptide fractions to be used as molecular weight markers from said polypeptide fractions obtained in step a) in such a way that one of the fractions represent the peak apex molecular weight and other fractions are distributed on either side of the peak apex molecular weight; and c) determining tailing factor of these selected polypeptide fractions.
A suspendable monitor for a ceiling suspended monitor system, comprising: - a video display; - a structural frame; - a system interface; and - a grip bar; wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame.. - a video display; - a structural frame; - a system interface; and - a grip bar; wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame.. wherein the video display is mounted to a front surface of the structural frame; wherein the system interface is mounted to a topside of the structural frame at one end and mountable to the ceiling suspended monitor system at the other end for suspending the suspendable monitor; and wherein the grip bar comprises a plurality of connection portions that are adapted for coupling with the structural frame and the video display on two opposite edges of the front surface of the structural frame..
Device for descaling a workpiece, preferably hot-rolled material, moved relative to the device in a movement direction, comprising at least one first jet nozzle arrangement (14; 28; 36; 38) with a plurality of jet nozzles, from which a liquid, particularly water, can be issued under high pressure onto a surface of the workpiece, a control device, and a surface inspection device, which is in signal connection (23.2) with the control device and which is arranged downstream from the jet nozzle arrangement (14; 28; 36; 38) with respect to the movement direction of the workpiece, wherein scale on the surface of the workpiece is detectable by means of the surface inspection device and wherein the surface inspection device is arranged directly adjacent to the jet nozzle arrangement, characterised in that the control device has such a program configuration that the specific energy intake by which a surface of the workpiece is acted on by the liquid issued from the jet nozzles can be regulated by means of the control device in dependence on the signals of the surface inspection device and the control device has such a program configuration that on the basis of the signals of the surface inspection device a surface quality for the workpiece is determined and compared with a predetermined target value, wherein regulation of the specific energy intake is carried out in such a way that it is increased if the surface quality of the workpiece falls below the predetermined target value and is decreased if the surface quality of the workpiece exceeds the predetermined target value.
Method for manufacturing a CMOS image sensor (2; 3) for near infrared detection, said method including: a) providing a silicon wafer; b) performing a germanium implantation in a portion of a front side of the silicon wafer; c) performing an annealing so as to cause thermal diffusion of implanted germanium species, thereby forming silicon-germanium alloy lattice in a first silicon-germanium region exposed on the front side of the silicon wafer; d) carrying out the steps b) and c) one or more times; and e) forming first photodetector active areas in portions of the first silicon-germanium region downwards extending from the front side of the silicon wafer, wherein said first photodetector active areas are sensitive to both near infrared and visible radiations; characterized in that said first photodetector active areas are formed also in portions of the silicon wafer extending below said portions of the first silicon-germanium region. a) providing a silicon wafer; b) performing a germanium implantation in a portion of a front side of the silicon wafer; c) performing an annealing so as to cause thermal diffusion of implanted germanium species, thereby forming silicon-germanium alloy lattice in a first silicon-germanium region exposed on the front side of the silicon wafer; d) carrying out the steps b) and c) one or more times; and e) forming first photodetector active areas in portions of the first silicon-germanium region downwards extending from the front side of the silicon wafer, wherein said first photodetector active areas are sensitive to both near infrared and visible radiations; characterized in that said first photodetector active areas are formed also in portions of the silicon wafer extending below said portions of the first silicon-germanium region.
A photoelectric composite module comprising: a composite cable comprising a plurality of optical fibers and a plurality of electrical signal wires a first connecting member having an outer frame having a tubular shape, and a plurality of electrical contacts provided in an interior of the outer frame; a photoelectric conversion element and a first printed board on which the photoelectric conversion element is mounted, wherein the photoelectric conversion element is connected to the plurality of optical fibers and configured to convert an electrical signal into an optical signal, the first printed board being configured to act as a relay between the electrical contacts and the photoelectric conversion element; and a second printed board configured to act as a relay between the electrical contacts and the plurality of electrical signal wires, wherein the first printed board and the second printed board are three-dimensionally arranged wherein at least part of the first printed board and at least part of the second printed board are arranged in an overlapping manner. a composite cable comprising a plurality of optical fibers and a plurality of electrical signal wires a first connecting member having an outer frame having a tubular shape, and a plurality of electrical contacts provided in an interior of the outer frame; an outer frame having a tubular shape, and a plurality of electrical contacts provided in an interior of the outer frame; a photoelectric conversion element and a first printed board on which the photoelectric conversion element is mounted, wherein the photoelectric conversion element is connected to the plurality of optical fibers and configured to convert an electrical signal into an optical signal, the first printed board being configured to act as a relay between the electrical contacts and the photoelectric conversion element; and a second printed board configured to act as a relay between the electrical contacts and the plurality of electrical signal wires, wherein the first printed board and the second printed board are three-dimensionally arranged wherein at least part of the first printed board and at least part of the second printed board are arranged in an overlapping manner.
Bracket for a camera device, comprising a wall mount, an arm extending from the wall mount, an adjustable camera mount supported by the arm, and a locking element (22, 24, 26) for locking of the camera mount in an adjusted position, the camera mount being adjustable by tilting and panning by means of a pivot arrangement comprising a socket provided in the arm, the bracket further comprising a first member seated in the socket, and a second member, and wherein the second member is formed integral with said camera mount, wherein the socket and first member form a pan joint rotatable about a pan axis, wherein the first member and the second member form a tilt joint rotatable about a tilt axis, characterized in that the first member is formed in two pieces which in an assembled state are arranged to enclose the second member, and wherein the locking element (22, 24, 26) upon activation is being arranged to press the first member against the socket in order to lock a position of the pan joint and to generate locking forces acting on the second member enclosed by the first member for locking of the position of the tilt joint.
A method for characterising a sequence of images represented by a plurality of pixels whose intensity and/or colour can change with time, each pixel having a pixel value indicative of the intensity and/or colour of the pixel, the method comprising the steps of: (i) determining the temporal rate of change of the pixel value for each pixel of a group of pixels; (ii) combining the determined rates of change for each of the pixels so as to provide a combined rate of change value for the sequence of images, the combined rate of change having a plurality of temporal frequency components associated therewith; (iii) determining the sizes of the temporal frequency components associated with the combined rate of change; and, (iv) characterising the sequence of images in dependence upon said sizes of the frequency components. (i) determining the temporal rate of change of the pixel value for each pixel of a group of pixels; (ii) combining the determined rates of change for each of the pixels so as to provide a combined rate of change value for the sequence of images, the combined rate of change having a plurality of temporal frequency components associated therewith; (iii) determining the sizes of the temporal frequency components associated with the combined rate of change; and, (iv) characterising the sequence of images in dependence upon said sizes of the frequency components.
A strut, comprising: a laminated composite tube having a substantially hollow interior; a first pair of longitudinal stiffeners attached to opposite sides of the tube; a fitting on each end of the tube adapted to be attached to a structure, wherein the fitting includes an opening having a central axis and adapted to receive an elongate pin connecting the fitting to the structure, and wherein the first pair of longitudinal stiffeners is substantially symmetric about a plane perpendicular to the axis of the opening, wherein the strut further comprises a second pair of longitudinal stiffeners within the hollow interior of the tube and attached to opposite sides of the tube, wherein the second pair of stiffeners is substantially symmetric about a plane substantially parallel to the axis of the opening; and wherein each of the stiffeners (52, 54) is trapezoidal in cross sectional shape. a laminated composite tube having a substantially hollow interior; a first pair of longitudinal stiffeners attached to opposite sides of the tube; a fitting on each end of the tube adapted to be attached to a structure, wherein the fitting includes an opening having a central axis and adapted to receive an elongate pin connecting the fitting to the structure, and wherein the first pair of longitudinal stiffeners is substantially symmetric about a plane perpendicular to the axis of the opening, wherein the strut further comprises a second pair of longitudinal stiffeners within the hollow interior of the tube and attached to opposite sides of the tube, wherein the second pair of stiffeners is substantially symmetric about a plane substantially parallel to the axis of the opening; and wherein each of the stiffeners (52, 54) is trapezoidal in cross sectional shape.
Emergency stop device comprising: - at least one electrical contact unit of the normally closed type, - a control assembly which can be actuated in translation along a control axis between a released position and an actuated position, and cooperating with the contact unit, - a locking element cooperating with the control assembly and able to assume a locking position to hold the control assembly in its actuated position, - a read device comprising a microcontroller configured to generate an unlocking authorisation command of the control assembly, - an unlocking actuator configured to receive the unlocking authorisation command, and to act on the locking device with the aim of releasing the control assembly from its actuated position, - characterized in that it comprises: - an actuating element which can be actuated in movement to generate a mechanical energy, - an energy generator (50A, 50B) configured to convert the mechanical energy supplied by a movement of the actuating element into an electrical energy intended to power the read device. - at least one electrical contact unit of the normally closed type, - a control assembly which can be actuated in translation along a control axis between a released position and an actuated position, and cooperating with the contact unit, - a locking element cooperating with the control assembly and able to assume a locking position to hold the control assembly in its actuated position, - a read device comprising a microcontroller configured to generate an unlocking authorisation command of the control assembly, - an unlocking actuator configured to receive the unlocking authorisation command, and to act on the locking device with the aim of releasing the control assembly from its actuated position, - characterized in that it comprises: - an actuating element which can be actuated in movement to generate a mechanical energy, - an energy generator (50A, 50B) configured to convert the mechanical energy supplied by a movement of the actuating element into an electrical energy intended to power the read device. - an actuating element which can be actuated in movement to generate a mechanical energy, - an energy generator (50A, 50B) configured to convert the mechanical energy supplied by a movement of the actuating element into an electrical energy intended to power the read device.
A sealing cover for containers, being suitable for sealing an aperture of a container by heat adhesion, the sealing cover having an upper layer provided with an opening tab and a lower layer comprising an aluminum foil and a heat sealing adhesive layer for providing thermal adhesion to the container, the upper layer and the lower layer being integrated with each other via thermal adhesion using a heat adhesive resin or film, characterized in that the upper layer includes: an annular opening guide cutting band formed in the upper layer and configured such that when the opening tab is pulled, the upper layer and the lower layer open in a circumferential shape; an opening cutting line formed in the upper layer along the opening guide cutting band, an annular heat adhesive sealing band formed as an annular perimeter part of the sealing cover other than a central part thereof so as to remain on a lip of the aperture of the container, wherein the opening tab is formed, in the upper layer, with the annular opening guide cutting band; and in that the lower layer has heat resistance and thermally adheres to the annular heat adhesive sealing band and the annular opening guide cutting band of the upper layer, wherein, when the opening tab is pulled, the annular opening guide cutting band is pulled in an upward and circumferential direction along the opening cutting line whereby the lower layer is separated from the container along the opening cutting line so that the aperture of the container enters an open state, and the annular heat adhesive sealing band remains on the lip of the aperture of the container even after the aperture of the container opens so that a contact state between the aperture of the container and a cap can be effectively maintained when the aperture of the container is covered by the cap. an annular opening guide cutting band formed in the upper layer and configured such that when the opening tab is pulled, the upper layer and the lower layer open in a circumferential shape; an opening cutting line formed in the upper layer along the opening guide cutting band, an annular heat adhesive sealing band formed as an annular perimeter part of the sealing cover other than a central part thereof so as to remain on a lip of the aperture of the container, wherein the opening tab is formed, in the upper layer, with the annular opening guide cutting band; and in that the lower layer has heat resistance and thermally adheres to the annular heat adhesive sealing band and the annular opening guide cutting band of the upper layer, wherein, when the opening tab is pulled, the annular opening guide cutting band is pulled in an upward and circumferential direction along the opening cutting line whereby the lower layer is separated from the container along the opening cutting line so that the aperture of the container enters an open state, and the annular heat adhesive sealing band remains on the lip of the aperture of the container even after the aperture of the container opens so that a contact state between the aperture of the container and a cap can be effectively maintained when the aperture of the container is covered by the cap.
A method of providing power to a portable electronic device, comprising the steps of: a) detecting whether a main battery has been inserted into the portable electronic device and transmitting a detection signal to a controller if the main battery is detected; b) coupling a voltage from the main battery to a power converter after the main battery has been detected; c) providing an operating voltage to a controller, the operating voltage being provided from the power converter after the power converter receives the voltage; characterizing by further: d) determining whether the main battery has enough voltage to operate the portable electronic device and has enough to charge the backup battery, and if so performing the following steps: i) charging a backup battery utilizing a signal transmitted from the controller; ii) monitoring a battery level of the backup battery to determine if the backup battery has reached a charging level; iii) disabling the charging of the backup battery if the charging level of the backup battery has been reached; and where the determination is that the main battery has enough voltage to operate the portable electronic device, but does not have enough to charge the backup battery, issuing an error message to indicate that there is not enough power in the main battery and therefore the backup battery is not being charged. a) detecting whether a main battery has been inserted into the portable electronic device and transmitting a detection signal to a controller if the main battery is detected; b) coupling a voltage from the main battery to a power converter after the main battery has been detected; c) providing an operating voltage to a controller, the operating voltage being provided from the power converter after the power converter receives the voltage; d) determining whether the main battery has enough voltage to operate the portable electronic device and has enough to charge the backup battery, and if so performing the following steps: i) charging a backup battery utilizing a signal transmitted from the controller; ii) monitoring a battery level of the backup battery to determine if the backup battery has reached a charging level; iii) disabling the charging of the backup battery if the charging level of the backup battery has been reached; and where the determination is that the main battery has enough voltage to operate the portable electronic device, but does not have enough to charge the backup battery, issuing an error message to indicate that there is not enough power in the main battery and therefore the backup battery is not being charged. i) charging a backup battery utilizing a signal transmitted from the controller; ii) monitoring a battery level of the backup battery to determine if the backup battery has reached a charging level; iii) disabling the charging of the backup battery if the charging level of the backup battery has been reached;
Excavation tool for a cutter head of a tunnel boring machine for excavating rock, the excavation tool having a disc cutter fastening arrangement, able to be mounted in the cutter head, to receive and mount a rotatable disc cutter, having a disc cutter which, to excavate rock, is exchangeably receivable or received in the disc cutter fastening arrangement in such a way as to be rotatable, and having a sensor arrangement for detecting a mechanical loading on the excavation tool, the sensor arrangement taking the form of a sleeve of which at least part is mounted in the disc cutter fastening arrangement and/or on the disc cutter and which has at least one load-sensitive member mounted on it, characterised in that the disc cutter fastening arrangement has a disc cutter holder and at least one fastening member for fastening the disc cutter to the disc cutter holder and/or for fastening the disc cutter holder to the cutter head, the at least one load-sensitive member of the sensor arrangement being so provided as to be separate from the at least one fastening member.
Energy storage installation for storing thermal energy, having a charging circuit for a working gas, said charging circuit comprising a compressor, a heat accumulator and an expansion turbine, wherein the compressor and the expansion turbine are arranged on a common shaft, and wherein the compressor is connected at the outlet side to the inlet of the expansion turbine via a first line for the working gas, and the heat accumulator is incorporated into the first line, and the compressor is connected at the inlet side to a line which is open to the atmosphere, and the expansion turbine is connected at the outlet side to a line which is open to the atmosphere, such that a circuit is formed which is open to the ambient air, wherein the expansion turbine is connected via a line for a hot gas to the heat accumulator, such that the working gas of the expansion turbine can be heated by heat from the heat accumulator, characterized in that, furthermore, the energy storage installation comprises a discharging circuit into which the heat accumulator and furthermore a steam turbine plant with a water-steam circuit are connected, wherein steam for expansion in the steam turbine plant can be generated by means of a heat exchanger.