mhurhangee/patent-ind-claim-en huggingface dataset:
A planter for planting multiple types of seed in a single planting pass during row-crop planting of an agricultural field, comprising: a frame supporting multiple row units ; a bulk storage system comprising multiple compartments for separately storing seeds of multiple types on the planter ; an on-row storage system selectively receiving seed from the bulk storage system and separately storing the seeds of the multiple seed types (17a-d) in multiple compartments at the row units ; and a seed meter at each of the multiple row units selectively receiving the seeds of the multiple types from the on-row storage system and releasing the seeds for planting of an agricultural field, wherein the planter further comprises a diverter system for directing the seeds of the multiple seed types (17a-d) from the compartments of the bulk storage system into the appropriate compartments of the on-row storage system , the diverter system comprising a first seed gate system with multiple seed gates for directing the seeds into one of the row units and a second seed gate system with multiple seed gates for directing the seeds into one of the compartments of the on-row storage system . a frame supporting multiple row units ; a bulk storage system comprising multiple compartments for separately storing seeds of multiple types on the planter ; an on-row storage system selectively receiving seed from the bulk storage system and separately storing the seeds of the multiple seed types (17a-d) in multiple compartments at the row units ; and a seed meter at each of the multiple row units selectively receiving the seeds of the multiple types from the on-row storage system and releasing the seeds for planting of an agricultural field, wherein the planter further comprises a diverter system for directing the seeds of the multiple seed types (17a-d) from the compartments of the bulk storage system into the appropriate compartments of the on-row storage system , the diverter system comprising a first seed gate system with multiple seed gates for directing the seeds into one of the row units and a second seed gate system with multiple seed gates for directing the seeds into one of the compartments of the on-row storage system .
A data packet forwarding method, implemented by a Software Defined Network, SDN, controller , comprising: obtaining and storing a Network Address Translation, NAT, mapping relationship between a private network address and a public network address of a host computer in each SDN of a plurality of SDNs; receiving a flow table request for a data packet from a Virtual Extensible LAN, VXLAN, Tunnel End Point, VTEP, device, searching for a NAT mapping relationship corresponding to a first target IP address of the data packet when determining that the data packet is forwarded across the SDNs; generating a flow table for forwarding the data packet according to the NAT mapping relationship corresponding to the first target IP address searched out and network topology information, and transmitting the flow table to the VTEP device, wherein the flow table comprises a NAT processing instruction for a first source IP address of the data packet to obtain a public network address corresponding to the first source IP address and encapsulation information, and a second target IP address in the encapsulation information is a public network address in the NAT mapping relationship searched out corresponding to the first target IP address of the data packet in the flow table. obtaining and storing a Network Address Translation, NAT, mapping relationship between a private network address and a public network address of a host computer in each SDN of a plurality of SDNs; receiving a flow table request for a data packet from a Virtual Extensible LAN, VXLAN, Tunnel End Point, VTEP, device, searching for a NAT mapping relationship corresponding to a first target IP address of the data packet when determining that the data packet is forwarded across the SDNs; generating a flow table for forwarding the data packet according to the NAT mapping relationship corresponding to the first target IP address searched out and network topology information, and transmitting the flow table to the VTEP device, wherein the flow table comprises a NAT processing instruction for a first source IP address of the data packet to obtain a public network address corresponding to the first source IP address and encapsulation information, and a second target IP address in the encapsulation information is a public network address in the NAT mapping relationship searched out corresponding to the first target IP address of the data packet in the flow table.
A patient-lift sling comprising a sling body configured to support a patient, a perimeter binding that extends around an outer edge of the sling body , and a plurality of attachment straps coupled to the perimeter binding , wherein the sling body includes a body section configured to support at least a portion of a patient's upper body, a first leg section configured to support one of the patient's legs, and a second leg section configured to support another of the patient's legs, characterised in that the sling body includes at least one layer of warp-knit fabric that has a first stiffness value and the perimeter binding and each of the attachment straps include at least one layer of woven fabric that has a second stiffness value greater than the first stiffness value, and wherein the sling body includes a first layer of warp-knit fabric , a second layer of warp-knit fabric at least partially spaced apart from the first layer of warp-knit fabric , and an inner layer of spacer material arranged between the first and second layers of warp-knit fabric . a sling body configured to support a patient, a perimeter binding that extends around an outer edge of the sling body , and a plurality of attachment straps coupled to the perimeter binding , wherein the sling body includes a body section configured to support at least a portion of a patient's upper body, a first leg section configured to support one of the patient's legs, and a second leg section configured to support another of the patient's legs, characterised in that the sling body includes at least one layer of warp-knit fabric that has a first stiffness value and the perimeter binding and each of the attachment straps include at least one layer of woven fabric that has a second stiffness value greater than the first stiffness value, and wherein the sling body includes a first layer of warp-knit fabric , a second layer of warp-knit fabric at least partially spaced apart from the first layer of warp-knit fabric , and an inner layer of spacer material arranged between the first and second layers of warp-knit fabric .
A method of manufacturing a floor slab including a concrete front layer , a back structure , a rigid block-shaped insulation segment being sandwiched between the front layer and the back structure and concrete webs at opposite sides of the segment which webs connect the front layer and the back structure to each other, wherein a portion of the outer surface of the segment is provided with a slot by cutting away a portion from the outer surface and placing a tube into the slot , wherein the insulation segment is located in a mould before pouring concrete into the mould and/or a portion of the outer surface directed away from the front layer is provided with a plurality of recesses for sound dampening and the insulation segment is located in a mould before pouring concrete into the mould.
A composite comprising a hydrophobic biodegradable polymer, hydroxyapatite [Ca 10 (PO 4 ) 6 (OH) 2 )] nanoparticles, a biocompatible surfactant and inorganic fullerene-like nanoparticles or inorganic nanotubes; wherein the inorganic fullerene-like nanoparticles or inorganic nanotubes is A 1-x B x -chalcogenide where A is a metal or transition metal or an alloy of one metals or transition metals including at least one of the following: Mo, W, Re, Ti, Zr, Hf, Nb, Ta, Pt, Ru, Rh, In, Ga, InS, InSe, GaS, GaSe, WMo, TiW; and B (dopant) is a metal transition metal selected from the following: Si, Nb, Ta, W, Mo, Sc, Y, La, Hf, Ir, Mn, Ru, Re, Os, V, Au, Rh, Pd, Cr, Co, Fe, Ni; x is between 0 to 0.003; the chalcogenide is selected from S, Se, Te; and the biocompatible surfactant is a fatty acid having between 12-24 carbons.
Assembly for an electric motor-driven vehicle, with an intermediate circuit capacitor assigned to a high-voltage component of the vehicle, which intermediate circuit capacitor comprises a plurality of film windings and has, in its interior, a mount for a discharge module of the high-voltage component for discharging the intermediate circuit capacitor , and a discharge module which is arranged in the mount , characterised in that the foil windings are arranged next to one another in a lattice structure with the omission of an inner lattice site, and the mount is formed by a cavity left free by the omission, and the intermediate circuit capacitor comprises a sheath which encloses the foil windings , which sheath has a plurality of inwardly extending projections , which comprise an electrically conductive material or are made of an electrically conductive material and are arranged equidistantly along a circumferential direction of the sheath , wherein a projection has a point at its inner end.
A waveguide comprising first and second waveguide sections, each waveguide section comprising a main body portion and a connecting portion at its distal end, said first and second waveguide sections being longitudinally aligned to define a conduit therethrough with a butted interface therebetween, characterized in that the connecting portion of each waveguide section has: (i) a first circumferential dam on its outer surface located adjacent its distal end, (ii) a second circumferential dam on its outer surface spaced apart from the first circumferential dam, and (iii) a third circumferential dam on its outer surface located between said first and second circumferential dams, such that a first respective recess is defined between said second and third circumferential dams and a second respective recess is defined between said first and third circumferential dams; and in that the waveguide further comprises a sleeve member over said butted interface , such that a respective first cavity is defined between an inner surface of said sleeve member and each said first recess and a respective second cavity is defined between the inner surface of said sleeve member and each said second recess , each said first cavity having a chemical adhesive therein operative to join said first and second waveguide sections together by means of said sleeve member , each said second cavity being an overflow region for receiving excess adhesive from said first cavity .
A terminal comprising: a transmitting section configured to transmit a plurality of channel state information using short Transmission Time Intervals, TTIs, that are shorter than a subframe, based on downlink control information which triggers channel state information, CSI; and a control section configured to, when short TTIs for transmission of a plurality of CSI in a same carrier are respectively configured in different time domains in a same subframe, transmit the plurality of CSI, wherein the short TTIs include at least one of two symbols, four symbols and one slot; and, wherein, even when a plurality of the downlink control information is transmitted within the subframe, the control section is configured to receive only one downlink control information for triggering CSI within a short TTI. a transmitting section configured to transmit a plurality of channel state information using short Transmission Time Intervals, TTIs, that are shorter than a subframe, based on downlink control information which triggers channel state information, CSI; and a control section configured to, when short TTIs for transmission of a plurality of CSI in a same carrier are respectively configured in different time domains in a same subframe, transmit the plurality of CSI, wherein the short TTIs include at least one of two symbols, four symbols and one slot; and, wherein, even when a plurality of the downlink control information is transmitted within the subframe, the control section is configured to receive only one downlink control information for triggering CSI within a short TTI.
A method, comprising: receiving a request from a first communication device to utilize bandwidth of a communication link having a limited available bandwidth, wherein a call priority is assigned based on factors, the factors comprising information related to at least one of an individual on a call, a plurality of individuals on the call, a customer-paid quality level, a business nature of a call center, a topic nature of the call, and a scheduling status of the call; identifying a first call and first call priority that is currently established over the communication link and consuming at least a portion of the limited available bandwidth , wherein the first call priority is assigned based on the factors; while the first call is still established over the communication link, causing the first call to adjust its bandwidth utilization , wherein adjusting bandwidth utilization comprises one or more of priority-based adjusting encoding algorithms used on the first call and priority-based adjusting transmission characteristics of the first call; and accommodating the request from the first communication device such that a second call involving the first communication device is established over the communication link. receiving a request from a first communication device to utilize bandwidth of a communication link having a limited available bandwidth, wherein a call priority is assigned based on factors, the factors comprising information related to at least one of an individual on a call, a plurality of individuals on the call, a customer-paid quality level, a business nature of a call center, a topic nature of the call, and a scheduling status of the call; identifying a first call and first call priority that is currently established over the communication link and consuming at least a portion of the limited available bandwidth , wherein the first call priority is assigned based on the factors; while the first call is still established over the communication link, causing the first call to adjust its bandwidth utilization , wherein adjusting bandwidth utilization comprises one or more of priority-based adjusting encoding algorithms used on the first call and priority-based adjusting transmission characteristics of the first call; and accommodating the request from the first communication device such that a second call involving the first communication device is established over the communication link.
An air supply unit for high pressure applications, comprising: an air inlet , an air outlet , and an exhaust outlet ; a shut-off valve having an inlet port connected to the air inlet and an outlet port connected to the air outlet ; a first exhaust valve having an inlet port connected to the air outlet , wherein the first exhaust valve comprises an outlet port connected to the exhaust outlet ; a pilot valve arranged to control the shut-off valve ; wherein the pilot valve is configured to control the shut off valve and control the exhaust valve , characterised in that the air supply unit further comprises: a slow fill valve connected to the shut-off valve and the air ; a throttle which controls the fluid flow rate out of the slow fill valve ; a second exhaust valve connected to the outlet port of the slow fill valve and the air outlet , said second exhaust valve comprising an outlet port connected to the exhaust outlet ; and a slow fill pilot valve arranged to control the slow fill valve and the second exhaust valve . an air inlet , an air outlet , and an exhaust outlet ; a shut-off valve having an inlet port connected to the air inlet and an outlet port connected to the air outlet ; a first exhaust valve having an inlet port connected to the air outlet , wherein the first exhaust valve comprises an outlet port connected to the exhaust outlet ; a pilot valve arranged to control the shut-off valve ; wherein the pilot valve is configured to control the shut off valve and control the exhaust valve , characterised in that the air supply unit further comprises: a slow fill valve connected to the shut-off valve and the air ; a throttle which controls the fluid flow rate out of the slow fill valve ; a second exhaust valve connected to the outlet port of the slow fill valve and the air outlet , said second exhaust valve comprising an outlet port connected to the exhaust outlet ; and a slow fill pilot valve arranged to control the slow fill valve and the second exhaust valve . a slow fill valve connected to the shut-off valve and the air ; a throttle which controls the fluid flow rate out of the slow fill valve ; a second exhaust valve connected to the outlet port of the slow fill valve and the air outlet , said second exhaust valve comprising an outlet port connected to the exhaust outlet ; and a slow fill pilot valve arranged to control the slow fill valve and the second exhaust valve .
A circuit board assembly comprising: a circuit board comprising a substrate supporting a plurality of tracks , each track including a first end providing a contact land and a second end having an enlarged region which provides a capacitive touch switch; a microcontroller comprising a plurality of contact pads which is mounted on the circuit board such that the contact pads are aligned with the contact lands, the microcontroller configured to receive user input via the capacitive touch switches; and an interconnect layer which has a sheet resistance, R S , of at least 0.5 MΩ/sq and which is disposed between the microcontroller and the circuit board and which is arranged to provide electrical connections between the contact lands and corresponding contact pads; wherein a through resistance, R T , of the connection between the contact lands and corresponding contact pads is less than the sheet resistance, R S ; and wherein a resistance between adjacent contact pads of the plurality of contact pads or between adjacent contact lands of the plurality of contact lands is greater than or equal to the sheet resistance. a circuit board comprising a substrate supporting a plurality of tracks , each track including a first end providing a contact land and a second end having an enlarged region which provides a capacitive touch switch; a microcontroller comprising a plurality of contact pads which is mounted on the circuit board such that the contact pads are aligned with the contact lands, the microcontroller configured to receive user input via the capacitive touch switches; and an interconnect layer which has a sheet resistance, R S , of at least 0.5 MΩ/sq and which is disposed between the microcontroller and the circuit board and which is arranged to provide electrical connections between the contact lands and corresponding contact pads; wherein a through resistance, R T , of the connection between the contact lands and corresponding contact pads is less than the sheet resistance, R S ; and wherein a resistance between adjacent contact pads of the plurality of contact pads or between adjacent contact lands of the plurality of contact lands is greater than or equal to the sheet resistance.
A casing for a lithium metal secondary battery comprising: a battery casing material; at least one releasable capsule attached at least partially or totally to an inner surface of the casing material to cover the inner surface of the casing material; and a release solution contained in the releasable capsule, wherein the releasable capsule comprises a capsule coating film and a capsule inner space surrounded with the capsule coating film, the release solution is supported in the capsule inner space, the release solution comprises a release agent and a solvent; the release agent comprises one selected from the group consisting of a vinyl acetate resin, vinyl chloride resin, urethane resin, chlorinated rubber resin, phthalic acid resin, alkyd resin, epoxy resin, phenolic resin, melanin resin, acrylic resin, fluoro-resin, silicone resin, metal acrylate resin, a rosin resin, and a mixture of two or more of them; wherein the release agent is present in an amount of 0.1-80 wt% based on the total weight of the release solution; and wherein the releasable capsule comprises a polymer resin as a capsule coating film ingredient, and the capsule coating film is ruptured by a penetration member inserted from an outside of the casing so that the release solution contained in the capsule inner space is discharged. a battery casing material; at least one releasable capsule attached at least partially or totally to an inner surface of the casing material to cover the inner surface of the casing material; and a release solution contained in the releasable capsule, wherein the releasable capsule comprises a capsule coating film and a capsule inner space surrounded with the capsule coating film, the release solution is supported in the capsule inner space, the release solution comprises a release agent and a solvent; the release agent comprises one selected from the group consisting of a vinyl acetate resin, vinyl chloride resin, urethane resin, chlorinated rubber resin, phthalic acid resin, alkyd resin, epoxy resin, phenolic resin, melanin resin, acrylic resin, fluoro-resin, silicone resin, metal acrylate resin, a rosin resin, and a mixture of two or more of them; wherein the release agent is present in an amount of 0.1-80 wt% based on the total weight of the release solution; and wherein the releasable capsule comprises a polymer resin as a capsule coating film ingredient, and the capsule coating film is ruptured by a penetration member inserted from an outside of the casing so that the release solution contained in the capsule inner space is discharged.
A device for processing an endless non-woven, wherein the non-woven is conveyed on at least one conveyor belt and entangled or treated with a liquid, comprising a suction , which, downstream the entangling or treatment, is installed underneath the conveyor belt for suctioning the liquid across at least one portion of the working width, and a dryer disposed downstream the suction in working direction, characterized in that the device includes at least one sensor for permanently detecting at least one lateral edge of the non-woven , and a control, which is formed for actuating at least one actuating drive by means of the sensor data, by means of which drive the size of a suction opening of the suction is adjustable to the working width of the non-woven.