mhurhangee/ep-ind-claims huggingface dataset:
A liquid application apparatus for applying liquid to soil adjacent to a trench having a first adjacent side and a second adjacent side during a planting operation, comprising: a planter row unit having an opening system for opening a planting trench in the soil; and at least one adjacent trench liquid delivery system mounted to said planter row unit and disposed to inject liquid into soil adjacent to said planting trench; said at least one adjacent trench liquid delivery system comprising: a coil spring; a downwardly extending element, wherein said coil spring permits said downwardly extending element to move in a direction along the direction of travel of said planter row unit; and a liquid delivery tube; characterized in that, said at least one adjacent trench liquid delivery system is mounted to said planter row unit rearward of said opening system, and in that the downwardly extending element comprises a rigid leg having a knife disposed on said rigid leg toward a direction of travel of said planter row unit, the liquid delivery tube being disposed on said rigid leg rearward of a direction of travel of said planter row unit, and wherein the rigid leg is a leg of the coil spring. a planter row unit having an opening system for opening a planting trench in the soil; and at least one adjacent trench liquid delivery system mounted to said planter row unit and disposed to inject liquid into soil adjacent to said planting trench; said at least one adjacent trench liquid delivery system comprising: a coil spring; a downwardly extending element, wherein said coil spring permits said downwardly extending element to move in a direction along the direction of travel of said planter row unit; and a liquid delivery tube; characterized in that, a coil spring; a downwardly extending element, wherein said coil spring permits said downwardly extending element to move in a direction along the direction of travel of said planter row unit; and a liquid delivery tube; characterized in that, said at least one adjacent trench liquid delivery system is mounted to said planter row unit rearward of said opening system, and in that the downwardly extending element comprises a rigid leg having a knife disposed on said rigid leg toward a direction of travel of said planter row unit, the liquid delivery tube being disposed on said rigid leg rearward of a direction of travel of said planter row unit, and wherein the rigid leg is a leg of the coil spring.
A framing method in a passive optical network, PON, comprising: generating a first gigabit-capable PON, GPON, transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is 2.488 gigabits per second Gbps or 10 Gbps, a downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and a sum of frame lengths of the first GTC frame and the second GTC frame is 125 microseconds, wherein N is an integer greater than 1; characterized in the framing method further comprising performing bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending the first GTC frame and the third GTC frame to an optical network unit, ONU. generating a first gigabit-capable PON, GPON, transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is 2.488 gigabits per second Gbps or 10 Gbps, a downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and a sum of frame lengths of the first GTC frame and the second GTC frame is 125 microseconds, wherein N is an integer greater than 1; characterized in the framing method further comprising performing bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending the first GTC frame and the third GTC frame to an optical network unit, ONU.
An espresso coffee machine comprising a brewing unit which comprises a brewing chamber and at least one first spring-loaded pressure valve which is disposed in a fluidic manner between the brewing chamber and a coffee beverage outlet and which opens when the brewing chamber pressure exceeds a first constructionally predetermined value, wherein an unpressurized coffee beverage bypass channel is disposed parallel, in terms of flow, to at least the first pressure valve and can be shut off between the brewing chamber and the coffee beverage outlet, wherein a displaceable brewing piston is disposed in the brewing chamber of the brewing unit, wherein the coffee beverage bypass channel and at least the first pressure valve are disposed in the brewing piston, wherein at least a first valve piston which is displaceable within the brewing piston can be adjusted from outside of the brewing chamber and wherein the first valve piston is formed in such a manner and connected in a fluidic manner to the coffee beverage bypass channel at one side and to the coffee beverage outlet at the other side in such a manner that it shuts off the coffee beverage bypass channel from the coffee beverage outlet in a first valve position and connects it to the coffee beverage outlet in a second valve position, characterized in that a second spring-loaded pressure valve is disposed in the brewing piston in a fluidic manner between the brewing chamber and the coffee beverage outlet, said pressure valve opening when the brewing chamber pressure exceeds a second constructionally predetermined value, which is lower than the first constructionally predetermined value of the first pressure valve, in that a second displaceable valve piston can be adjusted within the brewing piston from outside of the brewing chamber, and in that the second valve piston is formed in such a manner and connected in a fluidic manner to the second pressure valve at one side and to the coffee beverage outlet on the other side in such a manner that it shuts off the second pressure valve from the coffee beverage outlet in a first valve position and connects it to the coffee beverage outlet in a second valve position.
A power tool attachment part for a power tool, comprising: - an elongate housing (11,12) including an upper housing part and a lower housing part interconnected with the upper housing part, - an input gear wheel for connection to an output shaft of a power wrench, which input gear wheel is arranged at a first end of the housing, - an output gear wheel with an output connection, which output gear wheel is arranged at a second end of the housing, and - at least one intermediate gear wheel (24,25,26), which is arranged inside the housing (11,12) to transmit the rotation of the input gear wheel to the output gear wheel characterised in that a magnet is arranged in the elongate housing (11,12), the magnet is arranged to collect ferromagnetic particles, wherein the elongate housing (11, 12) further comprising a detachable cap and wherein the magnet is arranged in the detachable cap. - an elongate housing (11,12) including an upper housing part and a lower housing part interconnected with the upper housing part, - an input gear wheel for connection to an output shaft of a power wrench, which input gear wheel is arranged at a first end of the housing, - an output gear wheel with an output connection, which output gear wheel is arranged at a second end of the housing, and - at least one intermediate gear wheel (24,25,26), which is arranged inside the housing (11,12) to transmit the rotation of the input gear wheel to the output gear wheel characterised in that a magnet is arranged in the elongate housing (11,12), the magnet is arranged to collect ferromagnetic particles, wherein the elongate housing (11, 12) further comprising a detachable cap and wherein the magnet is arranged in the detachable cap.
A steam head comprising: a body defining an exterior; and a steam generating device provided on the body to generate steam through heating water supplied through a heater, the heater comprising a radiator of a ceramic material, two conductive plates connected to the radiator to supply power to the radiator; and a plurality of insulation layers (900, 800, 500) for insulating the radiator, characterized in that the plurality of insulation layers (900, 800, 500) comprise a first insulation layer that surrounds the radiator and at least a portion of each conductive plate, and a second insulation layer that entirely surrounds the first insulation layer, one of the first and second insulation layers is formed of a slurry-phase insulator and the other of the first and second insulation layers is formed of magnesium oxide, MgO, or an insulation film. a body defining an exterior; and a steam generating device provided on the body to generate steam through heating water supplied through a heater, the heater comprising a radiator of a ceramic material, two conductive plates connected to the radiator to supply power to the radiator; and a plurality of insulation layers (900, 800, 500) for insulating the radiator, characterized in that the plurality of insulation layers (900, 800, 500) comprise a first insulation layer that surrounds the radiator and at least a portion of each conductive plate, and a second insulation layer that entirely surrounds the first insulation layer, one of the first and second insulation layers is formed of a slurry-phase insulator and the other of the first and second insulation layers is formed of magnesium oxide, MgO, or an insulation film.
A multi-lumen member forming dual inflation portions of a catheter assembly for treating bifurcated vessels, the member comprising: an integrated structure defining a main tube and a side tube, the main tube defining a main lumen and a main inflation portion, and the side tube defining a side lumen and a side inflation portion, the side tube extending along at least a first length of the main tube; wherein a portion of the structure formed between the main and side tubes is severed at a midportion between the main and side tubes so that a distal portion of the side tube extends along and remains attached to the main tube distal of the severed midportion; wherein the main tube is used to form a main balloon and associated waist portions of the catheter assembly and the side tube is used to form a side balloon and associated waist portions for the catheter assembly; and wherein a portion extending along the first length of the main tube and coupling the main tube to the side tube forms a dual lumen configuration. an integrated structure defining a main tube and a side tube, the main tube defining a main lumen and a main inflation portion, and the side tube defining a side lumen and a side inflation portion, the side tube extending along at least a first length of the main tube; wherein a portion of the structure formed between the main and side tubes is severed at a midportion between the main and side tubes so that a distal portion of the side tube extends along and remains attached to the main tube distal of the severed midportion; wherein the main tube is used to form a main balloon and associated waist portions of the catheter assembly and the side tube is used to form a side balloon and associated waist portions for the catheter assembly; and wherein a portion extending along the first length of the main tube and coupling the main tube to the side tube forms a dual lumen configuration.
An oil tank system (100, 200) for a gas turbine engine, the oil tank system (100, 200) comprising: an oil tank having an upper tank portion and a lower tank portion, the lower tank portion including an oil tank outlet; and a de-aerator configured to receive scavenged oil from a scavenged oil supply inlet and remove air from the scavenged oil, a remainder of the scavenged oil passing to the upper tank portion; characterised in that the oil tank includes a plurality of waisted sections between the upper tank portion and the lower tank portion defining at least one intermediate tank portion, a waisted section being a section or cross-section of the oil tank that has a circumference that is smaller than the average circumference of the upper tank portion and the lower tank portion of the oil tank, each waisted section having an upper face configured to catch oil from above the waisted section and to guide oil to a lower face of the waisted section. an oil tank having an upper tank portion and a lower tank portion, the lower tank portion including an oil tank outlet; and a de-aerator configured to receive scavenged oil from a scavenged oil supply inlet and remove air from the scavenged oil, a remainder of the scavenged oil passing to the upper tank portion; characterised in that the oil tank includes a plurality of waisted sections between the upper tank portion and the lower tank portion defining at least one intermediate tank portion, a waisted section being a section or cross-section of the oil tank that has a circumference that is smaller than the average circumference of the upper tank portion and the lower tank portion of the oil tank, each waisted section having an upper face configured to catch oil from above the waisted section and to guide oil to a lower face of the waisted section.
Filter arrangement having a filter element and having a filter housing for accommodating the filter element, comprising the filter element with a filter frame, with a corrugated bellows composed of filter medium which is accommodated in the filter frame, and with a seal which runs around the outside of the filter frame, wherein at least one filter-side mechanical coding element is integrated in the seal, and the filter-side coding element is in the form of a depression in the seal, in particular in the form of a groove, notch or channel, wherein the seal has a reduced height in the region of the filter-side coding element, wherein at least one housing-side mechanical coding element is integrated in the filter housing, and the filter-side coding element and the housing-side coding element together form a coding device, characterized in that the seal is in the form of a radial seal, and the filter housing has on its inner side a step in the form of a peripheral shoulder, which forms an axial bearing surface for the seal. the filter-side coding element is in the form of a depression in the seal, in particular in the form of a groove, notch or channel, wherein the seal has a reduced height in the region of the filter-side coding element, wherein at least one housing-side mechanical coding element is integrated in the filter housing, and the filter-side coding element and the housing-side coding element together form a coding device, characterized in that the seal is in the form of a radial seal, and the filter housing has on its inner side a step in the form of a peripheral shoulder, which forms an axial bearing surface for the seal.
Traction chain for a caterpillar chain of a tracked vehicle, in particular a piste vehicle and/or a cross-country ski trail preparation vehicle, having engagement members for a driving wheel, having track guiding elements, which are provided for guiding a running gear of the tracked vehicle in a track, on an inner side of the traction chain, running in a running direction of the traction chain, having a multiplicity of attachment devices (15, 15c, 15d, 15e), each of which is provided for attaching a caterpillar cleat (6, 7) to an outer side of the traction chain and transversely in relation to the running direction of the traction chain, the traction chain being provided for use with a lateral chain (3, 4, 5) running parallel therewith, the traction chain furthermore being formed partially from an elastic, in particular elastomeric, base material, into which at least one traction member is embedded, extending in a running direction of the traction chain, characterised in that the traction member is embedded within a region of the elastic base material around which the base material has a thickness of at least ten millimetres between the inner side and the outer side of the traction chain, and in that the attachment devices (15, 15c, 15d, 15e) are embedded in the elastic base material of the traction chain, and each attachment device (15, 15c, 15d, 15e) has a continuous receiving profile (15c, 15d, 15e), which runs transversely in relation to the running direction and which in cross section engages behind or is outwardly open in a U shape, into each of which one of the caterpillar cleats (6, 7) can be inserted, in particular laterally, for the purpose of attaching transversely in relation to the running direction of the traction chain, the caterpillar cleat (6, 7) being fixable to the attachment device (15, 15c, 15d, 15e) in at least one inserted position.
Blend of at least one single-site catalyst polyethylene and at least one single-site catalyst isotactic polypropylene characterized in that the blend: - comprises an isotactic polypropylene content ranging from 25 to 55 weight percent relative to the total weight of both the polyethylene and the polypropylene contained in the blend, and in that - the at least one single-site catalyst polyethylene and the at least one single-site catalyst isotactic polypropylene are selected to fulfil the relationship: MFI PP = α MI 2 PE with α ranging from 2.0 to 9.0, MI2 PE being the melt flow index of the polyethylene as measured according to ISO 1133 at 190 °C under a load of 2.16 kg and MFI PP being the melt flow index of the isotactic polypropylene as measured according to ISO 1133 at 230 °C under a load of 2.16 kg. - comprises an isotactic polypropylene content ranging from 25 to 55 weight percent relative to the total weight of both the polyethylene and the polypropylene contained in the blend, and in that - the at least one single-site catalyst polyethylene and the at least one single-site catalyst isotactic polypropylene are selected to fulfil the relationship: MFI PP = α MI 2 PE with α ranging from 2.0 to 9.0, MI2 PE being the melt flow index of the polyethylene as measured according to ISO 1133 at 190 °C under a load of 2.16 kg and MFI PP being the melt flow index of the isotactic polypropylene as measured according to ISO 1133 at 230 °C under a load of 2.16 kg.
A wireless power transmitter, comprising: an inverter configured to produce at its output a first signal having a first frequency or a second signal having a second frequency; a first transmit coil coupled to the output of the inverter and configured to wirelessly transmit power at the first frequency; a second transmit coil coupled to the output of the inverter and configured to wirelessly transmit power at the second frequency; and at least one matching network (6, 7, 8) coupled to the first transmit coil, the second transmit coil, and the output of the inverter, the at least one matching network being configured to provide power to the first transmit coil in response to the first signal and inhibit providing power to the second transmit coil in response to the first signal, the at least one matching network having: a first impedance between the output of the inverter and the first transmit coil, and a second impedance between the output of the inverter and the second transmit coil, the wireless power transmitter being characterized in that: a resistor is configured to be switched into parallel with the second transmit coil, and the first impedance is at least twenty-five times lower than the second impedance at the first frequency. an inverter configured to produce at its output a first signal having a first frequency or a second signal having a second frequency; a first transmit coil coupled to the output of the inverter and configured to wirelessly transmit power at the first frequency; a second transmit coil coupled to the output of the inverter and configured to wirelessly transmit power at the second frequency; and at least one matching network (6, 7, 8) coupled to the first transmit coil, the second transmit coil, and the output of the inverter, the at least one matching network being configured to provide power to the first transmit coil in response to the first signal and inhibit providing power to the second transmit coil in response to the first signal, the at least one matching network having: a first impedance between the output of the inverter and the first transmit coil, and a second impedance between the output of the inverter and the second transmit coil, the wireless power transmitter being characterized in that: a resistor is configured to be switched into parallel with the second transmit coil, and the first impedance is at least twenty-five times lower than the second impedance at the first frequency. a resistor is configured to be switched into parallel with the second transmit coil, and the first impedance is at least twenty-five times lower than the second impedance at the first frequency.
A device for reducing vegetable products, comprising reducing means and feeding means for supplying the vegetable products to be reduced to the reducing means in a feeding direction, said reducing means comprising a housing part and at least two rotary members (41, 42) disposed one behind the other within the housing part, which rotary members are rotatable about an associated axis of rotation that extends perpendicularly to the feeding direction, wherein said at least two rotary members each comprise a shaft member whose central axis coincides with the associated axis of rotation and a number of arms extending from said shaft member, which arms are provided with reducing elements at their ends, wherein, in use, the ends of the reducing elements associated with an adjacent rotary member pass the ends of the reducing elements associated with an adjacent rotary member on facing sides with some distance there between, said housing part comprising an inlet for presenting, via said inlet, material supplied by the feeding means to the at least two rotary members in use, and an outlet for discharging vegetable material subjected to the reducing action of the at least two rotary members, and driving means (16, 44, 45) for driving the reducing means and the feeding means, wherein the feeding means are disposed some distance from the reducing means, characterized in that the housing part is provided with a curved screen on at least the downstream outer side of the path of the reducing elements associated with the rotary member that is disposed closest to the feeding means, and in that the distance between the feeding means and the reducing means equals 2/3 of the diameter of the rotary member and/or wherein said distance ranges between 10 cm and 50 cm.
An in vitro method for generating a cell that produces a protein that is lacking in a subject with a lysosomal storage disease, the method comprising: integrating a transgene encoding the protein into an endogenous albumin locus of the cell using a non-naturally occurring nuclease, such that the cell produces the protein that is lacking in the lysosomal storage disease. integrating a transgene encoding the protein into an endogenous albumin locus of the cell using a non-naturally occurring nuclease, such that the cell produces the protein that is lacking in the lysosomal storage disease.