mhurhangee/ep-ind-claims huggingface dataset:
A rotational operation type switch provided with: a rotational operation button supported on a frame so as to be rotationally operable; and one switching contact mechanism disposed below the operation button so as to be opposite to the operation button, in which an operation mechanism, including a cam, which operates and switches the switching contact mechanism in conjunction with the rotational operation of the operation button is provided between the operation button and the switching contact mechanism, wherein the switching contact mechanism is configured of a plurality of fixed contact electrodes (21a, 21b) oppositely disposed on a printed circuit board so as to be spaced a predetermined distance from one another, and a disc spring shaped movable contact disposed bridging between the plurality of fixed contact electrodes (21a, 21b), which changes in shape by being pressed, and comes into and out of contact with the fixed contact electrodes (21a, 21b), thus switching the electrical connection between the fixed contact electrodes (21a, 21b), characterised in that the operation mechanism is configured of an annular cam, of which a cam surface undulating in a circumferential direction is formed in the rear surface of the operation button so as to be opposite to the switching contact mechanism, said annular cam surface being formed on the groove bottom of an annular groove, and a push bar which, by being biased by a spring, brings one end face into abutment with the cam surface and operates the switching contact mechanism with the other end face.
An inspection method comprising: acquiring an X-ray radiation image of goods being inspected; processing the radiation image to obtain a region of interest, ROI, inspecting the ROI using a liquor goods inspection model trained with liquor goods sample images to determine if the ROI of the radiation image contains liquor goods, the inspection method being characterized in that it further comprises steps of weak labeling scanned images where liquor goods are contained in an on-line process; training the liquor goods inspection model by way of using the weak labeled scanned images where liquor goods are contained and using scanned images of goods that are similar to liquors but are not liquors in an off-line process; wherein the step of processing the radiation image comprises: detecting air regions and impenetrable regions in the radiation image; excluding the air regions and the impenetrable regions from the ROIs. acquiring an X-ray radiation image of goods being inspected; processing the radiation image to obtain a region of interest, ROI, inspecting the ROI using a liquor goods inspection model trained with liquor goods sample images to determine if the ROI of the radiation image contains liquor goods, the inspection method being characterized in that it further comprises steps of weak labeling scanned images where liquor goods are contained in an on-line process; training the liquor goods inspection model by way of using the weak labeled scanned images where liquor goods are contained and using scanned images of goods that are similar to liquors but are not liquors in an off-line process; wherein the step of processing the radiation image comprises: detecting air regions and impenetrable regions in the radiation image; excluding the air regions and the impenetrable regions from the ROIs. weak labeling scanned images where liquor goods are contained in an on-line process; training the liquor goods inspection model by way of using the weak labeled scanned images where liquor goods are contained and using scanned images of goods that are similar to liquors but are not liquors in an off-line process; wherein the step of processing the radiation image comprises: detecting air regions and impenetrable regions in the radiation image; excluding the air regions and the impenetrable regions from the ROIs. detecting air regions and impenetrable regions in the radiation image; excluding the air regions and the impenetrable regions from the ROIs.
Power gear box of a turbo engine, for mechanically coupling at least one low pressure compressor stage with at least one turbine stage in the turbo engine, in particular an aircraft turbo engine, the power gear box comprising a casing and being coupled with at least one heat exchange system, characterized in that at least one heat transfer device is enclosed and / or embedded with the casing of the power gear box and the casing and / or the heat transfer device comprise at least one heat transfer and / or fluid flow guiding structure, in particular a ribbed surface, a finned surface and / or a studded surface, wherein in use, at least one airflow (A, A1, A2) is directed to the at least one heat transfer device for thermally controlling the power gear box.
Applicator member for applying a cosmetic product to human keratin materials, comprising an applicator head having a flattened overall shape and two main opposite faces (18, 19), the applicator head comprising: - a first part having at least one housing, and - a second part that is connected to the first part by a hinge (34; 234), preferably a film hinge or two flexible strands, and is at least partially and fixedly engaged in the housing of the first part, wherein the first part is accessible from each of said faces (18, 19) of the applicator head and second part is accessible from each of said faces (18, 19) of the applicator head, the housing being a through-housing allowing access to the second part from each of said main faces of the applicator head. - a first part having at least one housing, and - a second part that is connected to the first part by a hinge (34; 234), preferably a film hinge or two flexible strands, and is at least partially and fixedly engaged in the housing of the first part,
Assembly having a high-performance semiconductor module and having a cooling device which has at least a base with fixing device for arranging the high-performance semiconductor module and at least two configurations of first and second cooling ribs (42, 43) which are each connected in one piece to the base, the respective first and second cooling ribs (42, 43) being formed in their outline as flat moulded bodies and being arranged in relation to the base of the cooling device in such a way that they are arranged with their vertical extent parallel to the surface normal to the main surface of the base and their longitudinal extent extends at right angles to this surface normal, the respective first and second cooling ribs (42, 43) having different masses, the first and second cooling ribs having the same material but different volumes, characterized in that the respective first and second cooling ribs (42, 43) are arranged in a sequence "ABABA", contours being arranged on the surface of the second cooling ribs (42, 43), extending in the form of waves on the surface of the first and the first and second cooling ribs (42, 43) in the direction of the surface normal to the main surface of the base.
A method for forming from previously-cut agricultural crop such as grass or the like a windrow on a field, comprising - providing an agricultural apparatus; - moving the agricultural apparatus over a field; - controlling operation of crop engaging elements (4a, 4b, 5a, 5b; 33) supported on a frame of the agricultural apparatus by a control unit of the agricultural apparatus; - operating the crop engaging elements (4a, 4b, 5a, 5b; 33) to engage with previously-cut agricultural crop; and - providing control signals to the crop engaging elements (4a, 4b, 5a, 5b; 33) in such a way that, in a windrow forming mode of operation, the crop engaging elements (4a, 4b, 5a, 5b; 33) are driven to engage with the previously-cut agricultural crop; characterized by providing the control signals to the crop engaging elements (4a, 4b, 5a, 5b; 33) in such a way that the crop engaging elements (4a, 4b, 5a, 5b; 33) are driven to form from the previously-cut agricultural crop a windrow having a snake line form on the field. - providing an agricultural apparatus; - moving the agricultural apparatus over a field; - controlling operation of crop engaging elements (4a, 4b, 5a, 5b; 33) supported on a frame of the agricultural apparatus by a control unit of the agricultural apparatus; - operating the crop engaging elements (4a, 4b, 5a, 5b; 33) to engage with previously-cut agricultural crop; and - providing control signals to the crop engaging elements (4a, 4b, 5a, 5b; 33) in such a way that, in a windrow forming mode of operation, the crop engaging elements (4a, 4b, 5a, 5b; 33) are driven to engage with the previously-cut agricultural crop;
An eyeglasses end-tip (6, 15) intended to be attached by its front end to the free end of one temple of the said eyeglasses and to contain part of a hearing aid in immediate proximity to its rear end, situated in the vicinity of the ear of the user equipped with said eyeglasses, said end-tip including a cavity (5, 18, 19), suitable to take and fixedly hold the aforementioned part of the hearing aid and having a duct (7, 14) drilled through a part of its length extending from the cavity to the front end of the end-tip and emerging externally to the latter from its lower face (8,16), said duct (7, 14) being intended to take the cable connecting the electrical power source housed alone or with the transmitter in the cavity (5, 18, 19) to the other part of the hearing aid placed in the auditory canal of the user equipped with the eyeglasses, characterised in that the duct (7, 14) extends in the form of a channel (9, 17) hollowed out in the lower face (8,16) of the end-tip, the width of the external opening of said channel being less than the cable diameter in at least two slots so as to provide at least two cable pinch positions between the two converging edges of said opening.
A method for controlling and/or regulating a clutch with a friction system, in particular a clutch for an automatic or automatable transmission of a motor vehicle, wherein a clutch torque of the clutch can be controlled and/or regulated and, after the adjustment of a clutch torque, a slip initially arises at the clutch, wherein when a change in the friction system is detected, which is expressed in that the actual slip initially exceeds a limit value for a maximum permissible maximum slip and the actual slip then becomes less than a particular setpoint slip for a particular minimum time period (Δt), a control and/or regulation strategy adapted to the change in the friction system is activated.
Cooling device for an internal combustion engine, - having a heat exchanger, preferably a tube-fin heat exchanger, which is arranged in a housing and has a plurality of gas paths which extend along a first direction for being flowed through with a gas to be cooled and a plurality of coolant paths which extend along a second direction for being flowed through with a coolant, - a gas distributor and a gas collector which communicate fluidically with the gas paths of the heat exchanger in order to distribute and collect, respectively, the gas to be cooled, are attached on two sides (12a, 12b) of the heat exchanger which lie opposite one another along the first direction and on which the housing is of open configuration, - a first seal device being arranged between the housing and the gas distributor, and a second seal device being arranged between the housing and the gas collector, - the first and the second seal device (16a, 16b) being configured as identical parts, - wherein the first and the second seal device (16a, 16b) are formed in each case as a frame part with an inner frame and with an outer frame which encloses the inner frame on the outside at a spacing, characterized in that - the inner frame is connected to the outer frame by means of at least one connecting strut. - having a heat exchanger, preferably a tube-fin heat exchanger, which is arranged in a housing and has a plurality of gas paths which extend along a first direction for being flowed through with a gas to be cooled and a plurality of coolant paths which extend along a second direction for being flowed through with a coolant, - a gas distributor and a gas collector which communicate fluidically with the gas paths of the heat exchanger in order to distribute and collect, respectively, the gas to be cooled, are attached on two sides (12a, 12b) of the heat exchanger which lie opposite one another along the first direction and on which the housing is of open configuration, - a first seal device being arranged between the housing and the gas distributor, and a second seal device being arranged between the housing and the gas collector, - the first and the second seal device (16a, 16b) being configured as identical parts, - wherein the first and the second seal device (16a, 16b) are formed in each case as a frame part with an inner frame and with an outer frame which encloses the inner frame on the outside at a spacing, characterized in that - the inner frame is connected to the outer frame by means of at least one connecting strut.
A multispecific antigen-binding fragment comprising two or more antigen-binding regions, each recognizing a different epitope, comprising at least a mutated Fab fragment consisting of: - the VH and VL domains of an antibody recognizing an epitope of interest; - a CH1 domain which is derived from the CH1 domain of a human IgG1 immunoglobulin by substitution of the leucine residue at position 143 of said CH1 domain with a glutamine residue and substitution of the serine residue at position 188 of said CH1 domain with a valine residue; and - a CL domain of the kappa type which is derived from the CL domain of a human immunoglobulin by substitution of the valine residue at position 133 of said CL domain with a threonine residue and substitution of the serine residue at position 176 of said CL domain with a valine residue, wherein sequence position numbers refer to Kabat numbering. - the VH and VL domains of an antibody recognizing an epitope of interest; - a CH1 domain which is derived from the CH1 domain of a human IgG1 immunoglobulin by substitution of the leucine residue at position 143 of said CH1 domain with a glutamine residue and substitution of the serine residue at position 188 of said CH1 domain with a valine residue; and - a CL domain of the kappa type which is derived from the CL domain of a human immunoglobulin by substitution of the valine residue at position 133 of said CL domain with a threonine residue and substitution of the serine residue at position 176 of said CL domain with a valine residue,
A sewn glove, comprising: a plurality of finger pockets, which have been bent in advance toward a palm side of the sewn glove, wherein the finger pocket is sewn using a finger-back member that covers the finger-back surface and finger-palm members having a width wide enough to cover a finger-palm surface and finger right and finger left sides, respectively; the finger-palm member comprises: a palm surface covering portion to cover the finger-palm surface; and side covering portions (214, 214) to cover the finger right and finger left sides, the finger-palm member is divided into a plurality of divided finger-palm members at positions corresponding to interphalangeal joint portions and the divided portion edge of each of the divided finger-palm members is formed into a concave-arc-shaped edge (217a, 217b), respectively in a manner such that the concave-arc-shaped edge (217a, 217b) extends from the palm surface covering portion to the side covering portions (214, 214) characterized in that by sewing together tip portions of the concave-arc-shaped edges (217a, 217b) of the divided finger-palm members in a substantially zigzag manner with a thread along each concave-arc-shaped edge in a state where the tip portions of the concave-arc-shaped edges (217a, 217b) are overlapped vertically, thereby the whole finger pocket including the finger-back member is bent toward the palm side. a plurality of finger pockets, which have been bent in advance toward a palm side of the sewn glove, wherein the finger pocket is sewn using a finger-back member that covers the finger-back surface and finger-palm members having a width wide enough to cover a finger-palm surface and finger right and finger left sides, respectively; the finger-palm member comprises: a palm surface covering portion to cover the finger-palm surface; and side covering portions (214, 214) to cover the finger right and finger left sides, the finger-palm member is divided into a plurality of divided finger-palm members at positions corresponding to interphalangeal joint portions and the divided portion edge of each of the divided finger-palm members is formed into a concave-arc-shaped edge (217a, 217b), respectively in a manner such that the concave-arc-shaped edge (217a, 217b) extends from the palm surface covering portion to the side covering portions (214, 214) characterized in that by sewing together tip portions of the concave-arc-shaped edges (217a, 217b) of the divided finger-palm members in a substantially zigzag manner with a thread along each concave-arc-shaped edge in a state where the tip portions of the concave-arc-shaped edges (217a, 217b) are overlapped vertically, thereby the whole finger pocket including the finger-back member is bent toward the palm side.
A thermocouple assembly for use with an electrode, the thermocouple assembly comprising: a plurality of temperature sensors formed by thermocouple junctions; a tubular element, wherein the plurality of temperature sensors are disposed within an inner diameter of the tubular element; a thermally conductive material sealing each of the plurality of temperature sensors within the tubular element; and an air gap defined by the thermally conductive material and the interior diameter of the tubular element between each pair of adjacent temperature sensors, characterised in that the tubular element comprises quartz or glass. a plurality of temperature sensors formed by thermocouple junctions; a tubular element, wherein the plurality of temperature sensors are disposed within an inner diameter of the tubular element; a thermally conductive material sealing each of the plurality of temperature sensors within the tubular element; and an air gap defined by the thermally conductive material and the interior diameter of the tubular element between each pair of adjacent temperature sensors, characterised in that the tubular element comprises quartz or glass.
An apparatus for correcting for deviation of an ambient magnetic field direction from a reference direction in a marine environment and for correcting measurements by magnetic compasses in seismic streamers towed by a seismic vessel, the apparatus comprising: an instrument assembly vessel configured to move through the marine environment; an inertial reference direction device disposed on the instrument assembly vessel and configured to measure a deviation of an aiming direction of the instrument assembly vessel from the reference direction; a reference magnetic compass disposed on the instrument assembly vessel and configured to measure a direction of the ambient magnetic field direction with respect to the aiming direction of the instrument assembly vessel and to transmit the measured direction; a processor configured to receive the measured deviation and the measured direction and to calculate the deviation of the ambient magnetic field direction from the reference direction using the received measured deviation and direction; and a cable configured to tow the instrument assembly vessel from the seismic vessel at a distance from the seismic streamers that seismic signals and compass signals in the streamers will not affect the measurements in the instrument assembly vessel. an instrument assembly vessel configured to move through the marine environment; an inertial reference direction device disposed on the instrument assembly vessel and configured to measure a deviation of an aiming direction of the instrument assembly vessel from the reference direction; a reference magnetic compass disposed on the instrument assembly vessel and configured to measure a direction of the ambient magnetic field direction with respect to the aiming direction of the instrument assembly vessel and to transmit the measured direction; a processor configured to receive the measured deviation and the measured direction and to calculate the deviation of the ambient magnetic field direction from the reference direction using the received measured deviation and direction; and a cable configured to tow the instrument assembly vessel from the seismic vessel at a distance from the seismic streamers that seismic signals and compass signals in the streamers will not affect the measurements in the instrument assembly vessel.
A diagnostic circuit arranged to diagnose a fault in a PN junction of a a diode in voltage suppression circuit in a drive circuit of a fluid injector, said drive circuit adapted to energise a coil of said fluid injector, and wherein said voltage suppression circuit is arranged in parallel with said coil, and further configured to: measure a voltage or current in a drive circuit of a fluid injector; and compare the measured voltage or current characteristics with expected voltage or current characteristics to determine whether the PN junction of the diode working to discharge electrical energy stored in the coil of the fluid injector.
A system for detecting a biological target comprising: a processor; a liquid handling system comprising a first liquid input for providing a first liquid and a second liquid input for providing a second liquid; at least one mixer in fluid communication with the first liquid input and the second liquid input, wherein the mixer is configured to segment the first liquid into at least one first liquid droplet and the second liquid into at least one second liquid droplet and to create a mixed droplet from the first liquid droplet and the second liquid droplet; and a diagnostic system comprising at least one detector, wherein the detector is configured to monitor light from the mixed droplet for determining the presence or absence of the at least one first liquid droplet and the at least one second liquid droplet in the mixed droplet, wherein the diagnostic system is configured to provide a first intensity of light from the sample droplet and a second intensity of light from the sample droplet; and the processor is configured to determine based on the first and second intensities of light whether the first liquid droplet and the second liquid droplet are both present in the mixed droplet, and to cause, on condition that both liquid droplets are not present in the mixed droplet, the liquid handling system to re-sample the first and second liquid via the first and second liquid inputs. a processor; a liquid handling system comprising a first liquid input for providing a first liquid and a second liquid input for providing a second liquid; at least one mixer in fluid communication with the first liquid input and the second liquid input, wherein the mixer is configured to segment the first liquid into at least one first liquid droplet and the second liquid into at least one second liquid droplet and to create a mixed droplet from the first liquid droplet and the second liquid droplet; and a diagnostic system comprising at least one detector, wherein the detector is configured to monitor light from the mixed droplet for determining the presence or absence of the at least one first liquid droplet and the at least one second liquid droplet in the mixed droplet, wherein the diagnostic system is configured to provide a first intensity of light from the sample droplet and a second intensity of light from the sample droplet; and the processor is configured to determine based on the first and second intensities of light whether the first liquid droplet and the second liquid droplet are both present in the mixed droplet, and to cause, on condition that both liquid droplets are not present in the mixed droplet, the liquid handling system to re-sample the first and second liquid via the first and second liquid inputs.