mhurhangee/ep-ind-claims huggingface dataset:
A harvesting header for use with a crop-harvesting machine, the harvesting header comprising: a header frame structured to be coupled to a front of the crop-harvesting machine; at least one harvesting tool carried by the header frame and configured to cut crop material; a rotatable arm coupled to the header frame at a pivot point and extending forward of the at least one harvesting tool when the harvesting header is used to cut crop material; a wheel coupled to the rotatable arm and configured to roll along a soil surface leading the at least one harvesting tool when the harvesting header is used to cut crop material in an agricultural field; and a sensor coupled to the header frame at the pivot point, characterized in that the sensor is configured to provide a signal to the crop-harvesting machine, the signal correlated to the angle of the rotatable arm with respect to the header frame. a header frame structured to be coupled to a front of the crop-harvesting machine; at least one harvesting tool carried by the header frame and configured to cut crop material; a rotatable arm coupled to the header frame at a pivot point and extending forward of the at least one harvesting tool when the harvesting header is used to cut crop material; a wheel coupled to the rotatable arm and configured to roll along a soil surface leading the at least one harvesting tool when the harvesting header is used to cut crop material in an agricultural field; and a sensor coupled to the header frame at the pivot point, characterized in that the sensor is configured to provide a signal to the crop-harvesting machine, the signal correlated to the angle of the rotatable arm with respect to the header frame.
A composition containing Arabinogalactan for use in enhancing the adaptive immune response against exposure to foreign antigen(s) effected by vaccination, wherein said composition is administered to the subjects starting from 30 to 70 days before the phase of exposure to said foreign antigen(s) and at least until 42 days after said exposure on a daily basis in an amount of 4.5 g to 30 g, wherein said composition is administered in the form of functional beverages, functional foods or as dietary supplements.
An integrated circuit for a replaceable print apparatus component (104, 200, 802a-d, 802, 1812, 2112, 2212) comprising an I2C interface (202, 428a, 428b, 902, 1423, 1523, 1623, 1723, 2123, 2223, 2523) to communicate with a print apparatus logic circuit, a sensor cell (1914-0 to 1914-n, 2155, 2214, 2555) to detect an effect of a pneumatic stimulus, and at least one logic circuit (402a, 402b and 406a, 402c and 406b, 402d, 402e and 406c, 1403 and 1405, 1603, 1703, 2503), configured to, in response to an I2C power signal, act upon communications directed to a default first I2C communications address; upon receiving a command including the first default I2C communications address and a time parameter, run a time function to determine the end of a duration based on the specified time parameter, and act upon commands directed to a default second I2C communications address; upon receiving an address setting command specifying the default second I2C communications address, an address function, and a new I2C communications address, act upon commands sent to the new I2C communications address; upon receiving a first command specifying the new I2C communications address, a first calibration parameter function, and a calibration parameter value, a second command specifying the new I2C communications address, a class parameter function, and a class parameter value, a third command specifying the new I2C communications address, a sub-class parameter function, and a sub-class parameter value, and a read request, output one separate count value in response to each read request, whereby the magnitude of the count value depends on each of the calibration parameter value, the class parameter value and the sub-class parameter value; when receiving a class parameter value associated with a first class, condition the count value depending on a state of the sensor cell (1914-0 to 1914-n, 2155, 2214, 2555), and upon receiving certain operational calibration parameter values and certain sub-class parameter values, output lower count values when a pneumatic stimulus is detected as compared to higher count values when no pneumatic stimulus is detected; and after the end of the duration, act upon communications directed to the default first I2C communications address a first command specifying the new I2C communications address, a first calibration parameter function, and a calibration parameter value, a second command specifying the new I2C communications address, a class parameter function, and a class parameter value, a third command specifying the new I2C communications address, a sub-class parameter function, and a sub-class parameter value, and a read request, condition the count value depending on a state of the sensor cell (1914-0 to 1914-n, 2155, 2214, 2555), and upon receiving certain operational calibration parameter values and certain sub-class parameter values, output lower count values when a pneumatic stimulus is detected as compared to higher count values when no pneumatic stimulus is detected; and
A compactor roller, in particular for a soil compactor with at least one roller divided in the direction of a roller rotary axis, comprising a roller shell surrounding a roller rotary axis and longitudinally extended in the direction of the roller rotary axis, and at least one roller disk connected to the roller shell at its inner circumferential surface in the inner roller space surrounded by the roller shell, wherein a reinforcing arrangement is provided associated with the roller disk with a reinforcing ring arranged in the inner roller space at an axial distance to the roller disk and connected to the roller shell on its inner circumferential surface and with a reinforcing structural group connected to the roller disk and to the reinforcing ring, wherein the reinforcing structural group comprises a plurality of reinforcing struts arranged around the roller rotary axis at a distance to each other and connected to the roller disk and to the reinforcing ring, characterized in that at least one reinforcing strut is arranged with a longitudinal strut axis which is not parallel to the roller rotary axis.
A purified cyclohexanol having a methylcyclopentanol concentration of 10 to 1000 ppm by weight and a cyclohexylcyclohexene isomer concentration of 15 to 500 ppm by weight.
A prismatic secondary battery comprising an electrode assembly consisting of a cathode, an anode, and a separator mounted in a prismatic battery case in a sealed state, the battery case comprising a hexahedral case body open at a top thereof, the hexahedral case body being made of a metal material, and a case cap coupled to the open top of the case body, the case cap having an electrode terminal, wherein the case body has a thickness of 0.4 mm or less, the case body is provided at a region exhibiting a stress distribution equivalent to 40 % or less of a maximum stress (S MAX) of the case in a high pressure state with a line-shaped safety groove configured to be ruptured when high pressure occurs in the battery, the safety groove is configured in a structure in which a vent thickness (t) of the case body is decreased toward a middle from opposite ends of the safety groove in a longitudinal direction; wherein the safety groove is formed at a vertical center axis region of each main surface (211, 212) of the case body; characterized in that the safety groove is formed at a middle position with respect to a lateral width of the case body and at an upper or lower position with respect to a vertical length of the case body, the upper or lower position being located at a distance equivalent to 1/20 to 1/5 of the vertical length of the case body away from the respective end of the case body in the vertical direction, and wherein a length of the safety groove in the width direction is equivalent to 1/4 to 1/2 of the lateral width of the case body, and wherein the vent thickness (t) is gradually decreased toward the middle from the opposite ends of the safety groove.
A nozzle arrangement of a cleaning device for cleaning a surface, comprising: - a nozzle housing; - a rotating brush that is rotatable about a brush axis and comprises a substantially cylindrical core element with flexible brush elements that are arranged on a circumferential surface of the core element, wherein said brush elements are configured to contact the surface to be cleaned and pick up dirt and liquid particles (22, 24) from the surface to be cleaned during a rotation of the rotating brush; - a drive for driving the rotating brush; - a liquid supplying arrangement for supplying a cleansing liquid to the rotating brush; - a wiping element for wiping dirt and liquid particles (22, 24) across or off the surface to be cleaned, wherein said wiping element extends along a longitudinal direction, which is arranged substantially parallel to the brush axis, and wherein said wiping element is arranged on a first longitudinal side of the rotating brush where the brush elements enter the nozzle housing during the rotation of the rotating brush; and - at least one side sealing element (62a, b) for sealing a lateral side (82a, b) of the nozzle housing, wherein the at least one side sealing element (62a, b) is spaced apart from a transverse side (80a, b) of the core element that is transverse to the circumferential surface of the core element, such that a gap (84a, b) is defined between said transverse side (80a, b) of the core element and the at least one side sealing element (62a, b); wherein the liquid supplying arrangement is configured to also supply cleansing liquid to said gap (84a, b). - a nozzle housing; - a rotating brush that is rotatable about a brush axis and comprises a substantially cylindrical core element with flexible brush elements that are arranged on a circumferential surface of the core element, wherein said brush elements are configured to contact the surface to be cleaned and pick up dirt and liquid particles (22, 24) from the surface to be cleaned during a rotation of the rotating brush; - a drive for driving the rotating brush; - a liquid supplying arrangement for supplying a cleansing liquid to the rotating brush; - a wiping element for wiping dirt and liquid particles (22, 24) across or off the surface to be cleaned, wherein said wiping element extends along a longitudinal direction, which is arranged substantially parallel to the brush axis, and wherein said wiping element is arranged on a first longitudinal side of the rotating brush where the brush elements enter the nozzle housing during the rotation of the rotating brush; and - at least one side sealing element (62a, b) for sealing a lateral side (82a, b) of the nozzle housing, wherein the at least one side sealing element (62a, b) is spaced apart from a transverse side (80a, b) of the core element that is transverse to the circumferential surface of the core element, such that a gap (84a, b) is defined between said transverse side (80a, b) of the core element and the at least one side sealing element (62a, b);
A current transducer for measuring the flux from a current carrying conductor, the current transducer comprising a sensor core for concentrating magnetic flux from said current carrying conductor, said sensor core being shaped as a loop broken by a gap, a fluxgate ring core for sensing the magnetic flux, a first excitation coil for generating excitation flux in said ring core and for detecting the magnetic flux of the current carrying conductor, a second excitation coil for generating excitation flux in said ring core and for detecting the magnetic flux of the current carrying conductor, a drive means for driving an excitation current through said first excitation coil and said second excitation coil, a detection circuit connected to said first excitation coil and said second excitation coil for detecting the electronic signal of said first and said second excitation coil, said fluxgate ring core being arranged in the gap of said sensor core, and said first excitation coil being wound around a first part of said fluxgate ring core, and said second excitation coil being wound around a second part of said fluxgate ring core. a sensor core for concentrating magnetic flux from said current carrying conductor, said sensor core being shaped as a loop broken by a gap, a fluxgate ring core for sensing the magnetic flux, a first excitation coil for generating excitation flux in said ring core and for detecting the magnetic flux of the current carrying conductor, a second excitation coil for generating excitation flux in said ring core and for detecting the magnetic flux of the current carrying conductor, a drive means for driving an excitation current through said first excitation coil and said second excitation coil, a detection circuit connected to said first excitation coil and said second excitation coil for detecting the electronic signal of said first and said second excitation coil, said fluxgate ring core being arranged in the gap of said sensor core, and said first excitation coil being wound around a first part of said fluxgate ring core, and said second excitation coil being wound around a second part of said fluxgate ring core.
An inner liner of a helmet, said inner liner being adapted to be interposed between a user's head and a cap of the helmet and acting as soft layer or comfort layer between the cap and the head, said cap including at least one internal polystyrene layer and an external shell, said inner liner including a pad and a plurality of support inserts associated to said pad and suitable for acting as support for the internal polystyrene layer of the cap, wherein said support inserts are located into corresponding pass-through holes (33, 133) made in said pad (24, 124), and wherein the support inserts act as spacers between the cap and a user's head and damp a feeling of resting of the cap on the user's head.
An implantable portion of a retinal prosthesis comprising: a flexible circuit electrode array; a flexible circuit cable adapted to pierce a sclera of the recipient's eye; and an electronics package adapted to be positioned external to the sclera that generates stimulation signals; the flexible circuit electrode array comprising: a polymer base layer adapted to be electrically coupled by the flexible circuit cable to said electronics package; metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; characterised in that said polymer base layer and said metal traces are embedded in a body having a generally oval shape in the plane of the retina, said oval shaped body being curved such that it substantially conforms to the spherical curvature of the retina of a recipient's eye. a flexible circuit electrode array; a flexible circuit cable adapted to pierce a sclera of the recipient's eye; and an electronics package adapted to be positioned external to the sclera that generates stimulation signals; the flexible circuit electrode array comprising: a polymer base layer adapted to be electrically coupled by the flexible circuit cable to said electronics package; metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; characterised in that said polymer base layer and said metal traces are embedded in a body having a generally oval shape in the plane of the retina, said oval shaped body being curved such that it substantially conforms to the spherical curvature of the retina of a recipient's eye. a polymer base layer adapted to be electrically coupled by the flexible circuit cable to said electronics package; metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; characterised in that said polymer base layer and said metal traces are embedded in a body having a generally oval shape in the plane of the retina, said oval shaped body being curved such that it substantially conforms to the spherical curvature of the retina of a recipient's eye.
A welding system, comprising: a pin connector configured to be coupled with a welder, characterized in that the pin connector is configured to be coupled with the welder in one of a first orientation or a second orientation, wherein the pin connector is configured to be switched between the first orientation and the second orientation to switch a polarity of welding power output from the welder, wherein the pin connector comprises two bus bars (94, 96) disposed opposite each other along a circumference of the pin connector, wherein the bus bars (94, 96) are configured to electrically couple the welder with each of a weld cable and a work cable, wherein the polarity of the welding power output via the bus bars (94, 96) switches when the pin connector is switched between the first and second orientations. a pin connector configured to be coupled with a welder, characterized in that the pin connector is configured to be coupled with the welder in one of a first orientation or a second orientation, wherein the pin connector is configured to be switched between the first orientation and the second orientation to switch a polarity of welding power output from the welder, wherein the pin connector comprises two bus bars (94, 96) disposed opposite each other along a circumference of the pin connector, wherein the bus bars (94, 96) are configured to electrically couple the welder with each of a weld cable and a work cable, wherein the polarity of the welding power output via the bus bars (94, 96) switches when the pin connector is switched between the first and second orientations.
A computer-implemented method of machine learning-augmented geophysical inversion, comprising: obtaining measured data for a subsurface region; obtaining prior subsurface data for the subsurface region; training an autoencoder with the measured data to learn data space representations and generate a data space encoder; training the autoencoder with the prior subsurface data to learn model space representations and generate a model space decoder; forming an augmented forward model with the model space decoder, the data space encoder, and a physics-based forward model; solving an inversion problem with the augmented forward model to generate an inversion solution comprising a proposed geophysical model; and generating an image of the proposed geophysical model. obtaining measured data for a subsurface region; obtaining prior subsurface data for the subsurface region; training an autoencoder with the measured data to learn data space representations and generate a data space encoder; training the autoencoder with the prior subsurface data to learn model space representations and generate a model space decoder; forming an augmented forward model with the model space decoder, the data space encoder, and a physics-based forward model; solving an inversion problem with the augmented forward model to generate an inversion solution comprising a proposed geophysical model; and generating an image of the proposed geophysical model.
Compressed air handpiece including a handle, which is connected to a head, which houses a turbine, the turbine including a moving wheel from a periphery of which extend a plurality of blades which define an outer diameter of the moving wheel, the handpiece also including injection means, whose function is to direct onto the blades of the moving wheel a compressed air flow whose pneumatic energy is converted into kinetic energy when the compressed air flow strikes the blades of the moving wheel, the handpiece further including a discharge pipe, arranged in the handle of the handpiece and through which the air is discharged after striking the blades of the moving wheel, the discharge pipe communicating with the head through an opening which is at least facing the area in which the compressed air strikes the blades of the moving wheel, the compressed air injection means extending inside the discharge pipe, the handpiece being characterized in that said opening completely surrounds the compressed air injection means, the compressed air injection means being in the form of an insert inside which is arranged a compressed air flow feed pipe and which is placed inside the handle of the handpiece.
An antibody that specifically binds to pY1235-MET, or a fragment thereof that contains pY1235, wherein the antibody comprises a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region and the light chain variable region each comprise the following three complementary determining regions (CDRs): CDR1, CDR2 and CDR3; wherein: i) the CDR1 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:3; ii) the CDR2 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:4; iii) the CDR3 of the heavy chain variable region comprises an amino acid sequence of SEQ ID NO:5; iv) the CDR1 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:6; v) the CDR2 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:7; vi) the CDR3 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:8. i) the CDR1 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:3; ii) the CDR2 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:4; iii) the CDR3 of the heavy chain variable region comprises an amino acid sequence of SEQ ID NO:5; iv) the CDR1 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:6; v) the CDR2 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:7; vi) the CDR3 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:8.
Method for preparing of at least one ceramic shaped part from a Si-containing powder composition comprising silicon, silicon and silicon carbide or silicon and silicon nitride characterized in that, - a cavity is provided between at least one external shape and at least one internal shape, - at least one of the external shape and at least one of the internal shape is perforated, - a Si-containing powder composition is placed in the cavity, - the Si-containing powder composition is heated in a nitrogen atmosphere to a temperature in which a reaction bonded silicon nitride shape part, a nitride bonded silicon carbide-shaped part and/or a nitride bonded silicon nitride -shaped part is obtained. - a cavity is provided between at least one external shape and at least one internal shape, - at least one of the external shape and at least one of the internal shape is perforated, - a Si-containing powder composition is placed in the cavity, - the Si-containing powder composition is heated in a nitrogen atmosphere to a temperature in which a reaction bonded silicon nitride shape part, a nitride bonded silicon carbide-shaped part and/or a nitride bonded silicon nitride -shaped part is obtained.
Drawer panel unit for a drawer, wherein an edge section of a drawer bottom panel can be inserted in order to form a drawer side panel adjacent to the drawer bottom panel, whereby drawer panel unit comprises a panel profile part and a bottom receptacle profile part, whereby, in drawer panel unit, a supporting surface existing on bottom receptacle profile part is provided for supporting the underside of a drawer bottom panel that can be inserted in drawer panel unit, and whereby panel profile part comprises a compartment section with a sheet metal inside panel and a sheet metal outside panel, which are spaced opposite each other over a width dimension of drawer panel unit and connected above by a connecting section, whereby at least one infill unit is inserted in compartment section, this unit comprising at least one pretensioned spring unit (19a, 20a, 21a, 22a, 24, 27) defined in the inserted condition, characterised in that the panel profile part and the bottom receptacle profile part are each designed as separate and mutually matched components in a sheet metal material, and, aligned with each other, are connected together to make drawer panel unit.