mhurhangee/ep-ind-claims huggingface dataset:
A row unit system for a corn header of an agricultural harvester, the row unit system comprising: a plurality of row units (230, 230A, 230B) including a first row unit and an adjacent second row unit each being coupled to the corn header, each row unit (230, 230A, 230B) having: a first leg comprising a flat portion; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion; a first deck plate in sliding contact along the flat portion of the first leg; and a second deck plate in sliding contact along the flat portion of the second leg; and a plurality of chopper assemblies positioned proximate to the legs (233A, 233B) of the row units (230, 230A, 230B) including a first chopper assembly nested between the second leg of the first row unit and the first leg of the second row unit, the row unit system being characterized in that the first leg further comprises a sloped portion adjacent to its flat portion; the second leg further comprises a sloped portion adjacent to its flat portion; and in that the sloped portions are angled downwardly relative to the flat portions, away from the deck plates. a plurality of row units (230, 230A, 230B) including a first row unit and an adjacent second row unit each being coupled to the corn header, each row unit (230, 230A, 230B) having: a first leg comprising a flat portion; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion; a first deck plate in sliding contact along the flat portion of the first leg; and a second deck plate in sliding contact along the flat portion of the second leg; and a first leg comprising a flat portion; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion; a first deck plate in sliding contact along the flat portion of the first leg; and a second deck plate in sliding contact along the flat portion of the second leg; and a plurality of chopper assemblies positioned proximate to the legs (233A, 233B) of the row units (230, 230A, 230B) including a first chopper assembly nested between the second leg of the first row unit and the first leg of the second row unit, the row unit system being characterized in that the first leg further comprises a sloped portion adjacent to its flat portion; the second leg further comprises a sloped portion adjacent to its flat portion; and in that the sloped portions are angled downwardly relative to the flat portions, away from the deck plates.
A cathode for a lithium secondary battery comprising a lithium transition metal oxide that can occlude and release lithium ions, characterized in that the cathode comprises 0.1 to 10 weight parts of an overdischarge-preventing agent represented by the following Chemical Formula 1, on the basis of 100 weight parts of cathode active material: [Chemical Formula 1] LhNi 1-x M x O 2 wherein, 0 ≤ x < 1, and M is a metal selected from the group consisting of Mn, Fe, Co, Cu, Zn, Mg, and Cd, and wherein the Ni and M composite oxide forms square planar coordination units (Ni, M)O 4.
A system for remodeling a mitral valve annulus, comprising: a delivery catheter; an implant comprising an elongate body having a proximal end and a distal end, the implant detachably carried by the delivery catheter, the implant reversibly movable between a first, flexible configuration for delivery to a site adjacent the annulus of the mitral valve and a second, rigid configuration for remodeling the mitral valve annulus; a tether, which comprises a torque sheath and a torque wire, the tether having a first end attached to the implant and a second end spaced apart from the implant; and a torque sheath coupling on the second end for coupling the torque sheath to an implantable housing at the second end, wherein the torque sheath provides a passage for the torque wire extending inside the implantable housing. a delivery catheter; an implant comprising an elongate body having a proximal end and a distal end, the implant detachably carried by the delivery catheter, the implant reversibly movable between a first, flexible configuration for delivery to a site adjacent the annulus of the mitral valve and a second, rigid configuration for remodeling the mitral valve annulus; a tether, which comprises a torque sheath and a torque wire, the tether having a first end attached to the implant and a second end spaced apart from the implant; and a torque sheath coupling on the second end for coupling the torque sheath to an implantable housing at the second end, wherein the torque sheath provides a passage for the torque wire extending inside the implantable housing.
An apparatus comprising: a beam splitter comprising a beam splitter input, a beam splitter first output, and a beam splitter second output, wherein the beam splitter input is configured to receive a laser pulse, wherein the beam splitter first output provides a reference signal and the beam splitter second output provides a signal of interest; a frequency shifter comprising a shifter input and a shifter output, wherein the shifter input is coupled to the beam splitter first output, wherein the frequency shifter shifts the reference signal to a portion of an optical spectrum separate from another portion of the optical spectrum being used by the signal of interest, wherein the shifter output comprises a shifted reference signal; and a polarization rotator comprising a first rotator input, a second rotator input, and a rotator output, wherein the first rotator input receives the shifted reference signal, characterized in that the second rotator input receives a signal of interest, and wherein the rotator output comprises the reference signal shifted and rotated by the polarization rotator, wherein the rotator output transmits a single optical beam including the signal of interest and the reference signal. a beam splitter comprising a beam splitter input, a beam splitter first output, and a beam splitter second output, wherein the beam splitter input is configured to receive a laser pulse, wherein the beam splitter first output provides a reference signal and the beam splitter second output provides a signal of interest; a frequency shifter comprising a shifter input and a shifter output, wherein the shifter input is coupled to the beam splitter first output, wherein the frequency shifter shifts the reference signal to a portion of an optical spectrum separate from another portion of the optical spectrum being used by the signal of interest, wherein the shifter output comprises a shifted reference signal; and a polarization rotator comprising a first rotator input, a second rotator input, and a rotator output, wherein the first rotator input receives the shifted reference signal, characterized in that the second rotator input receives a signal of interest, and wherein the rotator output comprises the reference signal shifted and rotated by the polarization rotator, wherein the rotator output transmits a single optical beam including the signal of interest and the reference signal.
A method for producing a beam of light, comprising, generating light by a vertical-cavity surface-emitting laser, VCSEL, array; collimating the light in a tangential plane and expanding the light in a sagittal plane by one or more biconic lenses to yield first collimated light; diffusing and homogenizing the first collimated light to yield homogenized light, comprising diffusing and homogenizing the first collimated light using a diffuser; and collimating the homogenized light in a sagittal plane by a cylindrical lens, comprising collimating the homogenized light using a Fresnel lens.
A co-formulation comprising: (a) microencapsulated formulation comprising a lambdacyhalothrin, solubilized in soyabean oil, the solubilized lambdacyhalothrin being encapsulated in a capsule having a polymeric shell wall; and (b) a suspension concentrate comprising novaluron. (a) microencapsulated formulation comprising a lambdacyhalothrin, solubilized in soyabean oil, the solubilized lambdacyhalothrin being encapsulated in a capsule having a polymeric shell wall; and (b) a suspension concentrate comprising novaluron.
A grain-moving arrangement for an agricultural combine, the grain-moving arrangement comprising: a first cleaning shoe; a second cleaning shoe; a first auger configured to rotate to move grain received from the first cleaning shoe along the first auger; a second auger configured to rotate to move grain received from the second cleaning shoe along the second auger; an elevator configured to move grain in a first direction along an elevator path, within an elevator housing, to an outlet of the elevator housing, and further configured to receive grain from the first auger, for movement along the elevator path, at a first location on the elevator path; a grain-moving device configured to receive power from the elevator in order to move grain received from the second auger in a second direction along a device path, within a device housing, to an outlet of the device housing, wherein grain moved along the device path to the outlet of the device housing passes through the outlet of the device housing to a second location on the elevator path that is upstream of the first location on the elevator path, with respect to the first direction; wherein, when the elevator receives operational power, the grain-moving device moves grain from the second auger to the elevator, and the elevator moves grain from the grain-moving device and the first auger along the elevator path to the outlet of the elevator housing. a first cleaning shoe; a second cleaning shoe; a first auger configured to rotate to move grain received from the first cleaning shoe along the first auger; a second auger configured to rotate to move grain received from the second cleaning shoe along the second auger; an elevator configured to move grain in a first direction along an elevator path, within an elevator housing, to an outlet of the elevator housing, and further configured to receive grain from the first auger, for movement along the elevator path, at a first location on the elevator path; a grain-moving device configured to receive power from the elevator in order to move grain received from the second auger in a second direction along a device path, within a device housing, to an outlet of the device housing, wherein grain moved along the device path to the outlet of the device housing passes through the outlet of the device housing to a second location on the elevator path that is upstream of the first location on the elevator path, with respect to the first direction; wherein, when the elevator receives operational power, the grain-moving device moves grain from the second auger to the elevator, and the elevator moves grain from the grain-moving device and the first auger along the elevator path to the outlet of the elevator housing.
A method comprising: receiving image data corresponding to a series of images; and processing the image data with an encoder to generate encoded data, wherein the encoder is characterized by an input/output transformation that substantially mimics the input/output transformation of one or more retinal cells of a retina in response to natural scene stimuli such that a Pearson's correlation coefficient between a test input stimulus and a corresponding stimulus reconstructed from the encoded data generated by the encoder in response to the test input stimulus is at least 0.35. receiving image data corresponding to a series of images; and processing the image data with an encoder to generate encoded data, wherein the encoder is characterized by an input/output transformation that substantially mimics the input/output transformation of one or more retinal cells of a retina in response to natural scene stimuli such that a Pearson's correlation coefficient between a test input stimulus and a corresponding stimulus reconstructed from the encoded data generated by the encoder in response to the test input stimulus is at least 0.35.
A shovel comprising: a traveling lower body; a revolving upper body installed on the traveling lower body, to be capable of revolving; an attachment attached to the revolving upper body; an end attachment constituting the attachment; an actuator (7, 8, 9); and a control device configured to cause the actuator (7, 8, 9) to operate, wherein the control device calculates a control value of the actuator (7, 8, 9) for each of a plurality of predetermined points (Pa, Pb) on the end attachment, and based on the calculated control values, causes the actuator (7, 8, 9) to operate so as to move along a target trajectory, wherein the end attachment is a bucket, and wherein the plurality of predetermined points (Pa, Pb) include a left end point and a right end point of a teeth end of the bucket, and a left rear end point and a right rear end point of a back face of the bucket. a traveling lower body; a revolving upper body installed on the traveling lower body, to be capable of revolving; an attachment attached to the revolving upper body; an end attachment constituting the attachment; an actuator (7, 8, 9); and a control device configured to cause the actuator (7, 8, 9) to operate, wherein the control device calculates a control value of the actuator (7, 8, 9) for each of a plurality of predetermined points (Pa, Pb) on the end attachment, and based on the calculated control values, causes the actuator (7, 8, 9) to operate so as to move along a target trajectory, wherein the end attachment is a bucket, and wherein the plurality of predetermined points (Pa, Pb) include a left end point and a right end point of a teeth end of the bucket, and a left rear end point and a right rear end point of a back face of the bucket.
Tread for a tyre designed to be fitted to an axle of a heavy goods vehicle, this tyre comprising a radial carcass reinforcement surmounted by a crown reinforcement, this tread comprising at least four grooves of generally circumferential orientation delimiting a plurality of ribs (3e, 3i, 3c) comprising two shoulder ribs axially delimiting the tread and intermediate ribs and a central rib, the intermediate and central ribs each being provided with a plurality of sipes having a width of less than 2 mm, and of generally transverse orientation, these sipes being inclined at an average angle relative to a direction perpendicular to the running surface of the tread in the new state, this average angle being at least equal to 5 degrees and oriented such that the resultant force exerted, when running in the zone of contact with the road surface, by the said road surface on the tread tends to straighten out the sipes towards an average zero angle relative to this same perpendicular direction, this tread being characterized in that the following relations are satisfied: 0.660 < Ai * Ac < 0.755 0.835 < Ai Ae < 0.910 the coefficients Ae, Ai and Ac being calculated, respectively for each shoulder rib, each intermediate rib and for the central rib, by using the following formulas: Aj = AXj * AYj where: AYj = 1 1 + 1 3 ⁢ PSj pj - EpLj + PLj * tan ALPHAj 2 and AYj = 1 1 + 1 3 ⁢ PSj Lrj 2 the index j taking the value c for the central rib, the value i for each intermediate rib, the value e for each shoulder rib, and where: PSj: height of the rib of index j, Lrj: width of the rib of index j, PLj: average depth of the sipes of the rib of index j, EpLj: average width of the sipes of the rib of index j, pj: average pitch of the sipes of the rib of index j, ALPHAj: angle of inclination of the sipes of the rib of index j. PSj: height of the rib of index j, Lrj: width of the rib of index j, PLj: average depth of the sipes of the rib of index j, EpLj: average width of the sipes of the rib of index j, pj: average pitch of the sipes of the rib of index j, ALPHAj: angle of inclination of the sipes of the rib of index j.
A solenoid-operated module for an aircraft inflation system, comprising: a primary inflation valve having a main cavity, a command cavity, an inlet through which a gas enters the main cavity, an outlet, a poppet that controls a gas flow from the inlet to the outlet, and a valve divider separating the main cavity from the command cavity; a secondary inflation valve fluidly coupled to the outlet of the primary inflation valve; a secondary valve actuator having an actuator inlet fluidly coupled to an outlet of the command cavity, wherein the actuator, in a first state, prevents opening of the secondary inflation valve and obstructs the gas flow into the secondary inflation valve and in a second state allows the secondary inflation valve to open; and a solenoid that controls the gas flow into the command cavity and actuator inlet of secondary valve actuator to cause the secondary valve actuator to enter the second state and allows opening of the secondary inflation valve, thereby allowing the gas flow to flow through the secondary inflation valve. a primary inflation valve having a main cavity, a command cavity, an inlet through which a gas enters the main cavity, an outlet, a poppet that controls a gas flow from the inlet to the outlet, and a valve divider separating the main cavity from the command cavity; a secondary inflation valve fluidly coupled to the outlet of the primary inflation valve; a secondary valve actuator having an actuator inlet fluidly coupled to an outlet of the command cavity, wherein the actuator, in a first state, prevents opening of the secondary inflation valve and obstructs the gas flow into the secondary inflation valve and in a second state allows the secondary inflation valve to open; and a solenoid that controls the gas flow into the command cavity and actuator inlet of secondary valve actuator to cause the secondary valve actuator to enter the second state and allows opening of the secondary inflation valve, thereby allowing the gas flow to flow through the secondary inflation valve.
A method, performed by an access apparatus, for connecting a user device to a network, wherein the access apparatus has a first Internet Protocol, IP, address and a second IP address, the first IP address corresponds to an interface of a fixed broadband network link, and the second IP address corresponds to an interface of a radio link; and the method comprises: receiving, by the access apparatus, a first packet with a corresponding service type from a user device; obtaining, by the access apparatus, a second packet based on the first packet and a translated IP address, wherein the second packet comprises the translated IP address, the translated IP address being either the first IP address or the second IP address, and the translated IP address is selected according to the service type extracted from the first packet; and sending, by the access apparatus, the second packet to an interface of the link corresponding to the translated IP address, wherein the access apparatus stores a correspondence between translated IP address and link interface for each of first and second IP address. receiving, by the access apparatus, a first packet with a corresponding service type from a user device; obtaining, by the access apparatus, a second packet based on the first packet and a translated IP address, wherein the second packet comprises the translated IP address, the translated IP address being either the first IP address or the second IP address, and the translated IP address is selected according to the service type extracted from the first packet; and sending, by the access apparatus, the second packet to an interface of the link corresponding to the translated IP address, wherein the access apparatus stores a correspondence between translated IP address and link interface for each of first and second IP address.
A medical dressing (1; 20) comprising a substrate comprising a first chemical compound, which is an antimicrobial compound or a wound healing compound, said substrate having a first surface, wherein said medical dressing further comprises an adhesive layer having a skin-facing surface to adhere said medical dressing to a dermal surface, wherein at least a portion of said skin-facing surface comprises a coating comprising a second chemical compound, which is an antimicrobial compound or a wound healing compound and wherein the concentration of said first chemical compound is about 5 to 3000 μg/cm 2, and wherein the concentration of said second chemical compound is about 1 to 2500 μg/cm 2.
A computer-implemented method for data analysis comprising: obtaining a plurality of first observations, each one of the plurality of first observations including one or more values of one or more first parameters, the plurality of first observations being grouped into a plurality of groups, the one or more values having been: measured during a physical, chemical and/or biological experiment, or derived from a result of the physical, chemical and/or biological experiment; constructing a first histogram using the values of at least one of the one or more first parameters, included in the plurality of first observations; constructing, for each one of the plurality of groups, a second histogram having bins corresponding to bins of the first histogram, wherein each one of the bins of the second histogram includes a count of the first observations, among the first observations that belong to the one of the plurality of groups, having one or more values corresponding to the one of the bins for the at least one of the one or more first parameters; and outputting the second histograms constructed for the plurality of groups. obtaining a plurality of first observations, each one of the plurality of first observations including one or more values of one or more first parameters, the plurality of first observations being grouped into a plurality of groups, the one or more values having been: measured during a physical, chemical and/or biological experiment, or derived from a result of the physical, chemical and/or biological experiment; measured during a physical, chemical and/or biological experiment, or derived from a result of the physical, chemical and/or biological experiment; constructing a first histogram using the values of at least one of the one or more first parameters, included in the plurality of first observations; constructing, for each one of the plurality of groups, a second histogram having bins corresponding to bins of the first histogram, wherein each one of the bins of the second histogram includes a count of the first observations, among the first observations that belong to the one of the plurality of groups, having one or more values corresponding to the one of the bins for the at least one of the one or more first parameters; and outputting the second histograms constructed for the plurality of groups.
A centrifugal type circulator pump having at least one impeller, a pump housing and an electrical motor, where the pump has a Q-H pump curve having a head Ho at zero flow and a head H ref corresponding to the highest hydraulic power, wherein H ref is greater than Ho, characterised in that last part of the Q-H curve is a decreasing function of the flow.