mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus for dividing Raw moving image data constituted by a plurality of Raw image frames, with development parameters being associated with some Raw image frames of the plurality of Raw image frames which satisfy a predetermined condition, into first Raw moving image data and second Raw moving image data, the development parameters are required for adjusting the image quality of the Raw moving image data during reproduction, the apparatus comprising: designation means for designating a last Raw image frame, from the plurality of Raw image frames, which corresponds to a last image frame of the first Raw moving image data or a leading Raw image frame, from the plurality of Raw image frames, which corresponds to a leading image frame of the second Raw moving image data; generating means for generating development parameters corresponding to the last Raw image frame of the first Raw moving image data and the leading Raw image frame of the second Raw moving image data by performing interpolation processing using the development parameters associated with the some Raw image frames of the plurality of Raw image frames which satisfy the predetermined condition; and dividing means for dividing the Raw moving image data into the first Raw moving image data and the second Raw moving image data while associating the last Raw image frame of the first Raw moving image data with a development parameter generated by said generating means and corresponding to the last Raw image frame and associating the leading Raw image frame of the second Raw moving image data with a development parameter generated by said generating means and corresponding to the leading Raw image frame. designation means for designating a last Raw image frame, from the plurality of Raw image frames, which corresponds to a last image frame of the first Raw moving image data or a leading Raw image frame, from the plurality of Raw image frames, which corresponds to a leading image frame of the second Raw moving image data; generating means for generating development parameters corresponding to the last Raw image frame of the first Raw moving image data and the leading Raw image frame of the second Raw moving image data by performing interpolation processing using the development parameters associated with the some Raw image frames of the plurality of Raw image frames which satisfy the predetermined condition; and dividing means for dividing the Raw moving image data into the first Raw moving image data and the second Raw moving image data while associating the last Raw image frame of the first Raw moving image data with a development parameter generated by said generating means and corresponding to the last Raw image frame and associating the leading Raw image frame of the second Raw moving image data with a development parameter generated by said generating means and corresponding to the leading Raw image frame.
A box, comprising: a floor; and at least two pairs of respectively opposing sidewalls extending upwards from the floor in a vertical direction, wherein the sidewalls are arranged foldably with respect to the floor and may be locked to each other in their upfolded position, wherein at least one of the sidewalls includes an unlocking mechanism which is movable between a rest position and an unlocking position in which locking of the sidewalls is undone, wherein the unlocking mechanism includes at least one pretensioning element (52, 54) pretensioning the unlocking mechanism into its rest position and including a first end connected to an unlocking bar of the unlocking mechanism and a second, free end, wherein the at least one sidewall includes an upper frame, wherein the movement of the unlocking mechanism from the rest position into the unlocking position includes a movement into the direction of the upper frame, characterized in that the free end of the pretensioning element is applied to a bottom side of the upper frame or to an upper side of the unlocking mechanism, both in the rest position and also in the unlocking position of the unlocking mechanism, and wherein the upper frame includes a protrusion (58, 60) extending downwards in an area in which the free end of the pretensioning element is applied to its bottom side, wherein the free end is arranged in the direction of the interior of the box behind the protrusion (58, 60). a floor; and at least two pairs of respectively opposing sidewalls extending upwards from the floor in a vertical direction, wherein the sidewalls are arranged foldably with respect to the floor and may be locked to each other in their upfolded position, wherein at least one of the sidewalls includes an unlocking mechanism which is movable between a rest position and an unlocking position in which locking of the sidewalls is undone, wherein the unlocking mechanism includes at least one pretensioning element (52, 54) pretensioning the unlocking mechanism into its rest position and including a first end connected to an unlocking bar of the unlocking mechanism and a second, free end, wherein the at least one sidewall includes an upper frame, wherein the movement of the unlocking mechanism from the rest position into the unlocking position includes a movement into the direction of the upper frame, characterized in that the free end of the pretensioning element is applied to a bottom side of the upper frame or to an upper side of the unlocking mechanism, both in the rest position and also in the unlocking position of the unlocking mechanism, and wherein the upper frame includes a protrusion (58, 60) extending downwards in an area in which the free end of the pretensioning element is applied to its bottom side, wherein the free end is arranged in the direction of the interior of the box behind the protrusion (58, 60).
A method for communicating data acoustically, including: segmenting the data into a sequence of symbols; encoding each symbol of the sequence into a plurality of tones comprising associating each symbol with a plurality of tones via a combinadics encoding method that associates integers with a set of tones, wherein each of the plurality of tones for a given symbol in the sequence have a different frequency; and acoustically generating the plurality of tones simultaneously for each symbol in sequence. segmenting the data into a sequence of symbols; encoding each symbol of the sequence into a plurality of tones comprising associating each symbol with a plurality of tones via a combinadics encoding method that associates integers with a set of tones, wherein each of the plurality of tones for a given symbol in the sequence have a different frequency; and acoustically generating the plurality of tones simultaneously for each symbol in sequence.
A personalized document (100, 222), comprising: a plastic substrate having first and second opposed major surfaces and perimeter edges (109a-d); a laminate laminated to the first major surface; and a security impression formed on the personalized document, the security impression including an indentation extending into the plastic substrate and defined by surrounding walls (103a-c) of the plastic substrate, the laminate extends into the indentation, and at least a portion of the laminate that extends into the indentation has been fused by heat to material forming the plastic substrate in order to create an interfacial layer therebetween, the indentation has been formed by pressing a heated indenter against the personalized document, where because of the fusion of the laminate to the plastic substrate the laminate tears or disfigures at the location of the security impression when attempting to remove the laminate from the plastic substrate. a plastic substrate having first and second opposed major surfaces and perimeter edges (109a-d); a laminate laminated to the first major surface; and a security impression formed on the personalized document, the security impression including an indentation extending into the plastic substrate and defined by surrounding walls (103a-c) of the plastic substrate, the laminate extends into the indentation, and at least a portion of the laminate that extends into the indentation has been fused by heat to material forming the plastic substrate in order to create an interfacial layer therebetween, the indentation has been formed by pressing a heated indenter against the personalized document, where because of the fusion of the laminate to the plastic substrate the laminate tears or disfigures at the location of the security impression when attempting to remove the laminate from the plastic substrate.
A ductwork for leading at least one pipe through an opening in a partitioning, the ductwork including a flange with an outer periphery area and a central area which is designed with a guide opening for every pipe, the flange being provided with a number of mounting apertures, wherein the mounting apertures are formed in the central area, the flange having an inner side and an outer side opposite the inner side, wherein the inner side is adapted for bearing against one side of the partitioning, wherein the ductwork further includes a connecting arrangement (13, 13') mounted in each mounting aperture, the connecting arrangement (13, 13') including: - a force transmission means with an operating member disposed over the outer side of the flange, and with a shank extending through the mounting aperture; - a clamping means disposed on the shank of the force transmission means and which is displaceable around and/or along the shank by actuating the operating member, wherein the shank and the clamping means are provided with an interacting screw thread; and - an engagement arrangement disposed between the inner side of the flange and the clamping means, wherein the engagement arrangement includes a pivot arm provided with engagement faces and contact faces, wherein the engagement faces may be displaced radially relative to the orientation of the shank, wherein the contact faces of the engagement arrangement are interacting with the contact faces of the clamping means to provide fixed or frictional connection for transmitting torque from the clamping means to the pivot arm, and that the pivot arm is displaceable by rotation about the shank from a free position with the engagement faces within the periphery of the central area and with an engagement position with the engagement faces outside the periphery of the central area such that the engagement faces come into contact with the other side of the partitioning, characterized in that the shank of the force transmission means is hollow and provided with an internal screw thread, that the clamping means includes a bolt with a shank extending through the hollow shank and through the mounting aperture, that the pivot arm is secured to the shank of the bolt and that a direction indicator is formed at the end of the bolt for indicating the position of the pivot arm. - a force transmission means with an operating member disposed over the outer side of the flange, and with a shank extending through the mounting aperture; - a clamping means disposed on the shank of the force transmission means and which is displaceable around and/or along the shank by actuating the operating member, wherein the shank and the clamping means are provided with an interacting screw thread; and - an engagement arrangement disposed between the inner side of the flange and the clamping means, wherein the engagement arrangement includes a pivot arm provided with engagement faces and contact faces, wherein the engagement faces may be displaced radially relative to the orientation of the shank,
Method for marking a surface arrangement (10, 20, 30, 70) of a chip card electronic module, the surface arrangement comprising a metal base layer, the marking method comprising the step consisting in etching the metal base layer in a region revealing a marking pattern, the etching being carried out over a partial thickness of the metal base layer and the method comprising a step subsequent to the step of etching over a partial thickness, which subsequent step consists in covering the metal base layer with a metal coating layer, which metal coating layer covers the said etched region revealing a marking pattern.
A split trailer refrigeration unit for a tractor trailer, the split refrigeration unit comprising: a first portion including an electrically driven compressor, a condenser and an evaporator, the first portion being sized to independently refrigerate the trailer; a second portion, the second portion including an electrically driven compressor, a condenser and an evaporator, the second portion being sized to independently refrigerate the trailer; both of the first portion and the second portion including a respective set of power electronics connecting a respective electricity source to the corresponding electric compressor, each set of power electronics being configured to control power characteristics of power provided from the electricity source to the electric compressor; a frame configured to structurally mount each of the first portion and the second portion to a rear trailer door; and a controller configured to operate the first portion in an electrical storage unit charging operation and the second portion in a refrigeration operation during a first mode, and configured to operate the second portion in the electrical storage unit charging operation and the first portion in the refrigeration operation during a second mode. a first portion including an electrically driven compressor, a condenser and an evaporator, the first portion being sized to independently refrigerate the trailer; a second portion, the second portion including an electrically driven compressor, a condenser and an evaporator, the second portion being sized to independently refrigerate the trailer; both of the first portion and the second portion including a respective set of power electronics connecting a respective electricity source to the corresponding electric compressor, each set of power electronics being configured to control power characteristics of power provided from the electricity source to the electric compressor; a frame configured to structurally mount each of the first portion and the second portion to a rear trailer door; and a controller configured to operate the first portion in an electrical storage unit charging operation and the second portion in a refrigeration operation during a first mode, and configured to operate the second portion in the electrical storage unit charging operation and the first portion in the refrigeration operation during a second mode.
A fiber-reinforced composite core configured for use in an electrical distribution and transmission cable, wherein the composite core comprises: a plurality of reinforcing carbon fibers that are substantially continuous in length and that are embedded in a resin to form an inner layer; and a non-conductive insulating layer comprising a plurality of glass fibers surrounding and insulating the inner layer, wherein the composite core is configured for use as a strength member in an electrical distribution and transmission cable. a plurality of reinforcing carbon fibers that are substantially continuous in length and that are embedded in a resin to form an inner layer; and a non-conductive insulating layer comprising a plurality of glass fibers surrounding and insulating the inner layer, wherein the composite core is configured for use as a strength member in an electrical distribution and transmission cable.
An air-conditioning system including an indoor unit and fan air-conditioning remote controller, the indoor unit is configured to perform operation mode including a normal operation mode and a special operation mode, which is independent of settings on the air-conditioning remote controller, and the air-conditioning remote controller comprising: a transmitting and receiving unit for transmitting a control command to the indoor unit and for receiving an operation content of the indoor unit; a control unit for comparing the operation content of the indoor unit with a setting on the air-conditioning remote controller; and a display unit for displaying display content based on a comparison result obtained by the control unit, wherein the control unit is configured to cause the display unit to give notification of presence of an inconsistency between the operation content of the indoor unit and the setting on the air-conditioning remote controller and at least one of a cause of the inconsistency and a method for making the operation content of the indoor unit and the setting on the air-conditioning remote controller consistent in a case where inconsistency is present between the operation content of the indoor unit and the setting on the air-conditioning remote controller in the special operation mode in which the indoor unit performs determination and performs operation. a transmitting and receiving unit for transmitting a control command to the indoor unit and for receiving an operation content of the indoor unit; a control unit for comparing the operation content of the indoor unit with a setting on the air-conditioning remote controller; and a display unit for displaying display content based on a comparison result obtained by the control unit, wherein the control unit is configured to cause the display unit to give notification of presence of an inconsistency between the operation content of the indoor unit and the setting on the air-conditioning remote controller and at least one of a cause of the inconsistency and a method for making the operation content of the indoor unit and the setting on the air-conditioning remote controller consistent in a case where inconsistency is present between the operation content of the indoor unit and the setting on the air-conditioning remote controller in the special operation mode in which the indoor unit performs determination and performs operation.
A test device configured to control the function of a fire extinguishing system comprising fire extinguishing tubes and detectors configured to detect an UV and IR wavelengths spectrum generated by flames, the test device characterised in that it is configured to determine the time period in which the detectors and then the tubes are activated, the test device comprising: • an IR light source and/or an UV light source configured to radiate at different wavelengths that can be detected by sensors of the detectors to be tested, the wavelengths corresponding to a flame wavelength spectrum, • a shutter located in a front part of the light sources, configured to control the radiation of the light sources to the detectors by opening and closing, • a control unit configured to receive an alarm signal generated by the detectors by detecting the radiation, configured to determine the response time of activated fire extinguishing tubes as a result of the alarm signal, configured to calculate the time period for the fire extinguishing system to be activated depending on the alarm and fire extinguishing tubes times and configured to control the shutter, • a communication unit configured to perform data exchange among detector, fire extinguishing tube and control unit, • a triggering mechanism configured to activate/deactivate the control unit, placing the shutter to an open/close position. • an IR light source and/or an UV light source configured to radiate at different wavelengths that can be detected by sensors of the detectors to be tested, the wavelengths corresponding to a flame wavelength spectrum, • a shutter located in a front part of the light sources, configured to control the radiation of the light sources to the detectors by opening and closing, • a control unit configured to receive an alarm signal generated by the detectors by detecting the radiation, configured to determine the response time of activated fire extinguishing tubes as a result of the alarm signal, configured to calculate the time period for the fire extinguishing system to be activated depending on the alarm and fire extinguishing tubes times and configured to control the shutter, • a communication unit configured to perform data exchange among detector, fire extinguishing tube and control unit, • a triggering mechanism configured to activate/deactivate the control unit, placing the shutter to an open/close position.
A photovoltaic cell comprising: (a) a semiconductor element having first and second faces and a thickness direction between the faces; (b) a transparent biasing agent overlying and contacting only a first portion of the first face, the biasing agent producing band bending and a space charge region in the semiconductor element; (c) a first electrode; and (d) a second electrode contacting the semiconductor element at a location outside of the space charge region characterized in that the first electrode is arranged to overly and contact a second portion of the first face, the second portion being separate from the first portion such that the biasing agent is not in contact with the second portion, the first electrode being out of direct conductive contact with the biasing agent. (a) a semiconductor element having first and second faces and a thickness direction between the faces; (b) a transparent biasing agent overlying and contacting only a first portion of the first face, the biasing agent producing band bending and a space charge region in the semiconductor element; (c) a first electrode; and (d) a second electrode contacting the semiconductor element at a location outside of the space charge region characterized in that the first electrode is arranged to overly and contact a second portion of the first face, the second portion being separate from the first portion such that the biasing agent is not in contact with the second portion, the first electrode being out of direct conductive contact with the biasing agent.
A hydraulic actuator for actuating a switch, in particular a circuit breaker, a motor circuit breaker, a circuit breaker of an electrical installation or the like, the actuator comprising a master device and a slave device which are hydraulically coupled to one another, the master device being designed to convert a rotary movement into a linear movement, the master device comprising at least one master piston (7, 8) which is mounted such that it can carry out a linear movement and such that it is moveable by means of the rotary movement converted into a linear movement by the master device, the master piston (7, 8) being mounted such that it can displace and/or aspirate a hydraulic fluid, which in turn can be supplied and/or removed by a line (12, 13) of the slave device, the slave device being designed to generate by the supply or removal of the hydraulic fluid a linear movement and/or a rotary movement, characterised in that a first and a second master piston (7, 8) and a first and a second slave piston (7', 8') are provided, each mounted counter to one another in the direction of the linear movement, so that when one hydraulic fluid is displaced the other hydraulic fluid is aspirated.