mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for training a denoising model for a microscope, the method comprising: obtaining a plurality of images of a sample with different image acquisition settings taken with the microscope, the plurality of images of the sample being denoised using a denoising model that has been trained by obtaining a plurality of training images with different image acquisition settings taken with the microscope or with a different microscope, the plurality of training images comprising noise caused by the microscope's hardware, and by training the denoising model using the plurality of training images obtained with different image acquisition settings, thereby making the denoising model specific to the microscope's hardware, and the plurality of images of the sample comprising noise caused by the sample; training the denoising model, or a copy thereof, using the plurality of images of the sample, thereby making the denoising model, or the copy thereof, specific to the microscope's hardware and the sample. obtaining a plurality of images of a sample with different image acquisition settings taken with the microscope, the plurality of images of the sample being denoised using a denoising model that has been trained by obtaining a plurality of training images with different image acquisition settings taken with the microscope or with a different microscope, the plurality of training images comprising noise caused by the microscope's hardware, and by training the denoising model using the plurality of training images obtained with different image acquisition settings, thereby making the denoising model specific to the microscope's hardware, and the plurality of images of the sample comprising noise caused by the sample; training the denoising model, or a copy thereof, using the plurality of images of the sample, thereby making the denoising model, or the copy thereof, specific to the microscope's hardware and the sample.
Method for producing an animal feed comprising adding a Bacillus composition to animal feed components comprising non-starch polysaccharides, wherein the method comprises determining the capability of increasing the amount of available sugar by incubating the animal feed components with the Bacillus composition comprising at least one Bacillus strain at 37 °C for 24 hours, measuring the absorbance of dinitrosalicylic acid at OD 540, and calculating the amount of hexose equivalents produced by correlating the measured absorbance to a standard curve, wherein the Bacillus composition is capable of increasing the amount of available sugar from the animal feed components to an amount of at least 120 hexose equivalents expressed as μmol/ml.
A method comprising: defining a plurality of frequency bins; sending, during a training phase, a test signal at different amplitude levels to a known set of healthy speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting test voltage and current points for the different amplitude levels and for each frequency bin; for each frequency bin, applying a linear regression algorithm to the gathered test voltage and current points for the different amplitudes to fit a healthy speaker curve of each of said speakers (102a-b, 103a-b, 104, 105, 208, 214); sending, during a monitoring phase subsequent to said training phase, an audio signal to each of said speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting new voltage and current points for said speakers (102a-b, 103a-b, 104, 105, 208, 214) for each frequency bin, determining, for each frequency bin, a deviation between each of the new voltage and current points and the healthy speaker curve, and, if the determined deviation for any of the new voltage and current points and the healthy speaker curve exceeds a defined tolerance, reporting the deviation to a user. defining a plurality of frequency bins; sending, during a training phase, a test signal at different amplitude levels to a known set of healthy speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting test voltage and current points for the different amplitude levels and for each frequency bin; for each frequency bin, applying a linear regression algorithm to the gathered test voltage and current points for the different amplitudes to fit a healthy speaker curve of each of said speakers (102a-b, 103a-b, 104, 105, 208, 214); sending, during a monitoring phase subsequent to said training phase, an audio signal to each of said speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting new voltage and current points for said speakers (102a-b, 103a-b, 104, 105, 208, 214) for each frequency bin, determining, for each frequency bin, a deviation between each of the new voltage and current points and the healthy speaker curve, and, if the determined deviation for any of the new voltage and current points and the healthy speaker curve exceeds a defined tolerance, reporting the deviation to a user.
Holding plate (1, 1') for a vacuum cleaner bag, with a base plate (2, 2') at which an inflow opening is provided, the opening being closable by way of at least one pivotable closure element which is biased by way of a spring into a closed position, wherein the pivotable closure element is formed integrally with the base plate (2, 2') and is connected by way of a film hinge with a retaining section arranged at the base plate, characterised in that the retaining section is pivotably held at the base plate (2, 2') by way of a further film hinge.
A seat structure with a damping device for a reclining seat backrest, more specifically for the seating furniture sector for the medical or paramedical sector, said seat structure comprising seating means, a backrest, a fixed seating frame and an adjustable seating structure comprising two pivot lugs (16-1, 16-2), provided with two articulation spindles mounted on connecting lugs (36-1, 36-2) able to move with respect to said fixed seating frame about spindles, said connecting lugs (36-1, 36-2) being secured to said backrest by one of their ends, the connecting lugs (36-1, 36-2) secured by one of their ends to the backrest, able to move with respect to the fixed seating frame about spindles are secured, by their other two ends, to a control bar connected to an articulated element by elastic return means R, characterised in that the element comprises two longitudinal elements (26-1, 26-2) articulated, between two of their ends, by a pivot and mounted pivotally by their other two ends with respect to a fixed seating frame by vertical articulation spindles (28-1, 28-2), fixed with respect to said fixed seating frame.
A high-voltage dry apparatus including a high-voltage cable provided with a semi-conductive layer (2, 2') covered by a metal screen (3, 3'), this screen (3, 3') being eliminated to expose this semi-conductive layer (2, 2') over a length, this cable being connected to an equipment element provided with an outer enclosure (6, 6') mechanically connected to said screen, characterized in that an electronic control arrangement (20, 20') is contained in said enclosure (6, 6'), this electronic arrangement (20, 20') being electrically connected to a power supply arrangement (21, 21') surrounding said semi-conductive layer (2, 2') and to the metal screen of said cable on either side of said length of the stripped semi-conductive layer.
A method for testing a spatial proximity of a first object to a second object, comprising: network-side determining a position of the first object by a cellular network based on a signal of the first object emitted over the cellular network; comparing the position of the first object with a position of the second object; and identifying the spatial proximity of the first object to the second object when the position of the first object is a distance from the position of the second object that is less than a given distance, wherein, if it is identified that there is no spatial proximity of the first object to the second object, the method further comprises: locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period. network-side determining a position of the first object by a cellular network based on a signal of the first object emitted over the cellular network; comparing the position of the first object with a position of the second object; and identifying the spatial proximity of the first object to the second object when the position of the first object is a distance from the position of the second object that is less than a given distance, wherein, if it is identified that there is no spatial proximity of the first object to the second object, the method further comprises: locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period. locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period.
Guide ring for connection to a housing of an electric machine, the guide ring comprising: - a main body having a ring element, - a plurality of busbars, and - a plurality of pressure elements, wherein - the busbars are overmoulded by the main body, and - the pressure elements project from an outer circumferential surface of the main body and are configured to connect the guide ring to an inner receiving surface of the housing of the electric machine in a frictionally engaging manner, wherein the pressure elements exert a normal force on an inner circumferential surface of the housing of the electric machine such that the frictional engagement between the guide ring and the inner circumferential surface is formed, wherein - the pressure elements each comprise a bending plate, which in each case radially surrounds the main body regionally, - the bending plates are fastened to the outer circumferential surface of the main body, - in each case one wedge is arranged between the main body and each of the bending plates, - the wedges are configured to push the bending plates radially outwards such that the bending plates are connected in a frictionally engaging manner to the inner receiving surface of the housing of the electric machine. - a main body having a ring element, - a plurality of busbars, and - a plurality of pressure elements, wherein - the busbars are overmoulded by the main body, and - the pressure elements project from an outer circumferential surface of the main body and are configured to connect the guide ring to an inner receiving surface of the housing of the electric machine in a frictionally engaging manner, wherein the pressure elements exert a normal force on an inner circumferential surface of the housing of the electric machine such that the frictional engagement between the guide ring and the inner circumferential surface is formed, wherein - the pressure elements each comprise a bending plate, which in each case radially surrounds the main body regionally, - the bending plates are fastened to the outer circumferential surface of the main body, - in each case one wedge is arranged between the main body and each of the bending plates, - the wedges are configured to push the bending plates radially outwards such that the bending plates are connected in a frictionally engaging manner to the inner receiving surface of the housing of the electric machine.
A method of operating a pressurized water reactor that has a core of a plurality of fuel assemblies and at least a first bank of control rods that are primarily moved into and out of selected fuel assemblies in the core to adjust the axial flux difference to substantially maintain or restore the axial flux difference within a first target band and at least a second bank of control rods that are primarily moved into and out of other selected fuel assemblies in the core to adjust the average temperature of the core (T avg) to substantially maintain or return the average temperature to within a second target band, wherein the first bank of control rods and second bank of control rods are not moved together, characterized by giving the second bank of control rods priority of movement so as to move first when the first bank of control rods and the second bank of control rods receive at the same time a demand signal to move in different directions; and giving the first bank of control rods priority of movement so as to move first when the first bank of control rods and the second bank of control rods receive at the same time a demand signal to move in the same direction.
A carriage for a sewer cleaning device to be guided centrally in a sewer, with a central carrier and at least three shears, distributed around the periphery of the carrier, consisting in each case of a first shear arm and a second shear arm, wherein the inner ends of each first shear arm are held such that they can pivot on a first sleeve, which can be displaced, relative to a second sleeve of the carriage, in the longitudinal direction of the carrier, characterised in that the inner ends of each second shear arm are held such that they can pivot on the second sleeve, wherein the first sleeve can be displaced relative to the second sleeve, in that the first sleeve possesses an internal thread, with which it is screwed onto an external thread on the carrier, and in that the second sleeve is held on the carrier such that it can rotate, and with an end face is located against a flange on the carrier.
A method of making a multi-lumen stent graft comprising: covering a first mandrel that comprises a groove and a back wall of said groove with an innermost polymeric tube; slitting said innermost polymeric tube along said back wall of said groove; placing a second mandrel into said groove of the first mandrel and aligning said second mandrel with the back wall of the groove, deforming said innermost polymeric tube; placing an outermost polymeric tube over said innermost polymeric tube; and cutting an opening in said outermost polymeric tube over said second smaller mandrel; wherein said outermost polymeric tube and innermost polymeric tube comprise a graft member. covering a first mandrel that comprises a groove and a back wall of said groove with an innermost polymeric tube; slitting said innermost polymeric tube along said back wall of said groove; placing a second mandrel into said groove of the first mandrel and aligning said second mandrel with the back wall of the groove, deforming said innermost polymeric tube; placing an outermost polymeric tube over said innermost polymeric tube; and cutting an opening in said outermost polymeric tube over said second smaller mandrel; wherein said outermost polymeric tube and innermost polymeric tube comprise a graft member.
A wood chipping machine with a chipping drum and at least one screen basket displaceable along an outer circumference of the chipping drum, wherein the wood chipping machine has at least one drive with a drive shaft and at least one drive device for pivoting the screen basket out of or into its working position, characterized in that a fastening element of the screen basket is fixed to a holding element that engages around an end of the drive shaft of the wood chipping machine and is mounted to be rotatable with respect to the drive shaft, in that at least one coupling element is provided which can be coupled both into the holding element and into at least one recess formed in an end face of the drive shaft, which end face faces the holding element, and in that a drive device for the screen basket different from the drive of the wood chipping machine is formed in the holding element.
A watch type mobile terminal, comprising: a case made of a metal that forms an appearance of the mobile terminal, the case comprises a front case and a rear case, wherein the rear case is detachably coupled to the front case and made of metal a printed circuit board, hereinafter called PCB mounted within the case and having a wireless communication module; characterized by a connecting terminal mounted on the rear case and having a conductive material that is electrically connected to the PCB; and an insulation sealing member configured to insulate the connecting terminal from the rear case and to seal a space between the rear case and the connecting terminal, wherein the connecting terminal comprises: a first connecting terminal connected to ground; a second connecting terminal connected a first data line; a third connecting terminal; and a switch configured to selectively connect the third connecting terminal to either a second data line or a battery charge line. a case made of a metal that forms an appearance of the mobile terminal, the case comprises a front case and a rear case, wherein the rear case is detachably coupled to the front case and made of metal a printed circuit board, hereinafter called PCB mounted within the case and having a wireless communication module; characterized by a connecting terminal mounted on the rear case and having a conductive material that is electrically connected to the PCB; and an insulation sealing member configured to insulate the connecting terminal from the rear case and to seal a space between the rear case and the connecting terminal, wherein the connecting terminal comprises: a first connecting terminal connected to ground; a second connecting terminal connected a first data line; a third connecting terminal; and a switch configured to selectively connect the third connecting terminal to either a second data line or a battery charge line. a first connecting terminal connected to ground; a second connecting terminal connected a first data line; a third connecting terminal; and a switch configured to selectively connect the third connecting terminal to either a second data line or a battery charge line.
A baby carriage with a chassis, comprising lateral articulated joints, each having connections for struts of the chassis in the form of a front wheel strut and/or a rear wheel strut, as well as for a leg of a push bar, a) wherein a locking body is allowed to slide into a lock-in recess in case of a strut (5,6) of the chassis being completely folded out, characterized in that b) a thrust surface for a cam is provided at a part of the articulation joint, which is linked in a non-twistable fashion to a connection for a leg of the push bar, which cam is connected or coupled to the locking body or to a part guided within the lock-in recess, in order to control that in radial direction of the regarding articulation joint, c) wherein at least one coupling element, namely the locking body biased in its direction of movement or the lock-in recess, is located at the strut (5,6) of the chassis, while at least another coupling element, which is in engagement with the first coupling element in order to lock the strut (5,6) of the chassis, is located at a part of the articulation joint, especially at its housing or at an extension thereof, d) and wherein the pivot axis of that strut (5,6) of the chassis, which is not rigidly connected to the housing of the articulation joint, is arranged excentrically to the pivot axis for the leg of the push bar. a) wherein a locking body is allowed to slide into a lock-in recess in case of a strut (5,6) of the chassis being completely folded out, characterized in that b) a thrust surface for a cam is provided at a part of the articulation joint, which is linked in a non-twistable fashion to a connection for a leg of the push bar, which cam is connected or coupled to the locking body or to a part guided within the lock-in recess, in order to control that in radial direction of the regarding articulation joint, c) wherein at least one coupling element, namely the locking body biased in its direction of movement or the lock-in recess, is located at the strut (5,6) of the chassis, while at least another coupling element, which is in engagement with the first coupling element in order to lock the strut (5,6) of the chassis, is located at a part of the articulation joint, especially at its housing or at an extension thereof, d) and wherein the pivot axis of that strut (5,6) of the chassis, which is not rigidly connected to the housing of the articulation joint, is arranged excentrically to the pivot axis for the leg of the push bar.
A device comprising an exterior surface (22, 62), wherein the device comprises an apparatus (10, 50) mounted therein, wherein the apparatus (10, 50) comprises: a holder portion (12, 52); an antenna portion (14, 54) movably disposed within the holder portion (12, 52); and an antenna disposed within the antenna portion (14, 54), wherein the antenna portion (14, 54) is movable from a first position, wherein a top of the antenna portion (14, 54) is substantially flush with the exterior surface (22, 62) of the device, to a second position wherein an upper portion of the antenna portion (14, 54), which includes the top of the antenna portion (14, 54), extends beyond the exterior surface (22, 62) of the device; wherein a portion of the device is in electrical communication with the antenna and a portion of the device is in mechanical communication with the holder portion (12, 52), characterized in that the apparatus (10, 50) further comprises a clip (18, 58) in mechanical communication with the holder portion (12, 52), the clip (18, 58) configured to secure the holder portion (12, 52) in position within an opening in a mounting surface (22, 62) of the device in which the apparatus (10, 50) is mounted. wherein the device comprises an apparatus (10, 50) mounted therein, wherein the apparatus (10, 50) comprises: a holder portion (12, 52); an antenna portion (14, 54) movably disposed within the holder portion (12, 52); and an antenna disposed within the antenna portion (14, 54), wherein the antenna portion (14, 54) is movable from a first position, wherein a top of the antenna portion (14, 54) is substantially flush with the exterior surface (22, 62) of the device, to a second position wherein an upper portion of the antenna portion (14, 54), which includes the top of the antenna portion (14, 54), extends beyond the exterior surface (22, 62) of the device; a holder portion (12, 52); an antenna portion (14, 54) movably disposed within the holder portion (12, 52); and an antenna disposed within the antenna portion (14, 54), wherein the antenna portion (14, 54) is movable from a first position, wherein a top of the antenna portion (14, 54) is substantially flush with the exterior surface (22, 62) of the device, to a second position wherein an upper portion of the antenna portion (14, 54), which includes the top of the antenna portion (14, 54), extends beyond the exterior surface (22, 62) of the device; wherein a portion of the device is in electrical communication with the antenna and a portion of the device is in mechanical communication with the holder portion (12, 52), characterized in that the apparatus (10, 50) further comprises a clip (18, 58) in mechanical communication with the holder portion (12, 52), the clip (18, 58) configured to secure the holder portion (12, 52) in position within an opening in a mounting surface (22, 62) of the device in which the apparatus (10, 50) is mounted.