mhurhangee/patent-ind-claim-en huggingface dataset:
A flame retardant planar element comprising: a flexible planar element which can be used for a floor covering (A), hardly generating hazardous gas, wherein at least an inorganic substance such as a sodium polyborate is contained in at least any of one surface or other surface of the flexible planar element, and a thermoplastic resin layer having at least an acetyl group, the thermoplastic resin layer being formed with an EVA-based emulsion coating layer in which EVA-based emulsion including at least a sodium polyborate in an ethylene-vinyl acetate copolymer is coated and dried, the thermoplastic resin layer being formed on at least any of one surface or other surface of the flexible planar element, and an EVA-based resin layer that is laminated on the EVA-based emulsion coating layer. a flexible planar element which can be used for a floor covering (A), hardly generating hazardous gas, wherein at least an inorganic substance such as a sodium polyborate is contained in at least any of one surface or other surface of the flexible planar element, and a thermoplastic resin layer having at least an acetyl group, the thermoplastic resin layer being formed with an EVA-based emulsion coating layer in which EVA-based emulsion including at least a sodium polyborate in an ethylene-vinyl acetate copolymer is coated and dried, the thermoplastic resin layer being formed on at least any of one surface or other surface of the flexible planar element, and an EVA-based resin layer that is laminated on the EVA-based emulsion coating layer.
Use of a DNase to treat a fabric to provide improved softness and/or anti-crease properties.
A system for producing a rotor blade spar cap with pultruded rods made of a fibre-reinforced material, characterised in that the system comprises: at least one rod layer roll comprising a rolled-up layer (4; 6, 6') of pultruded rods which are arranged next to one another, at least one holding device for rotatably supporting the at least one rod layer roll , a laminating mould for receiving layers of pultruded rods , at least one guiding device and at least one trimming device , wherein the guiding device is constructed so as to guide an entire layer of pultruded rods which are arranged next to one another, and which are unrolled from the rod layer roll , onto the laminating mould , wherein the trimming device comprises a sawing device and / or a milling device for trimming the layers of pultruded rods . at least one rod layer roll comprising a rolled-up layer (4; 6, 6') of pultruded rods which are arranged next to one another, at least one holding device for rotatably supporting the at least one rod layer roll , a laminating mould for receiving layers of pultruded rods , at least one guiding device and at least one trimming device , wherein the guiding device is constructed so as to guide an entire layer of pultruded rods which are arranged next to one another, and which are unrolled from the rod layer roll , onto the laminating mould , wherein the trimming device comprises a sawing device and / or a milling device for trimming the layers of pultruded rods .
A method of additive manufacturing of a three-dimensional object comprising: sequentially dispensing and solidifying a plurality of layers, wherein the plurality of layers is formed with (i) a plurality of different colored model materials arranged in a configured pattern corresponding to the shape and color definition of the object, (ii) a black flexible material arranged in a configured pattern to form a sacrificial structure at least partially encompassing the object, and (iii) a soft material having an elastic modulus less than said flexible material and being arranged in a configured pattern to provide intermediate structure between the model material and the sacrificial structure; wherein the flexible material is a UV-curable elastomeric material; wherein said flexible material is an acrylic elastomer, wherein the plurality of color model materials does not include a black model material, and wherein said dispensing comprises dispensing said black flexible material to form a portion of the object that is defined to be in black, or dispensing said colored model materials to form said portion as a digital mix of different colored model materials that create a black color. sequentially dispensing and solidifying a plurality of layers, wherein the plurality of layers is formed with (i) a plurality of different colored model materials arranged in a configured pattern corresponding to the shape and color definition of the object, (ii) a black flexible material arranged in a configured pattern to form a sacrificial structure at least partially encompassing the object, and (iii) a soft material having an elastic modulus less than said flexible material and being arranged in a configured pattern to provide intermediate structure between the model material and the sacrificial structure; wherein the flexible material is a UV-curable elastomeric material; wherein said flexible material is an acrylic elastomer, wherein the plurality of color model materials does not include a black model material, and wherein said dispensing comprises dispensing said black flexible material to form a portion of the object that is defined to be in black, or dispensing said colored model materials to form said portion as a digital mix of different colored model materials that create a black color.
A method of fabricating an article of footwear , comprising: providing at least one first three-dimensional pattern for printing onto an upper and at least one second three-dimensional pattern for printing a sole to a print server; positioning at least a first portion of the upper on a tray in a three-dimensional printing system , the first portion of the upper being positioned substantially flat on the tray ; aligning the first portion of the upper on the tray with the at least one first three-dimensional pattern ; printing at least one first three-dimensional material directly onto the first portion of the upper using the designed at least one first three-dimensional pattern on the print server and the three-dimensional printing system ; curing the at least one first three-dimensional printed material ; removing the upper from the three-dimensional printing system ; forming the upper into a secondary shape; placing the formed upper on a holder ; positioning the holder on the tray , the holder being positioned on the tray to present a sole surface portion of the formed upper for printing the sole ; aligning the holder on the tray with the at least one second three-dimensional pattern ; printing the sole with at least one second three-dimensional material directly onto the sole surface portion of the formed upper using the designed at least one second three-dimensional pattern on the print server and the three-dimensional printing system ; and curing the at least one second three-dimensional printed material . providing at least one first three-dimensional pattern for printing onto an upper and at least one second three-dimensional pattern for printing a sole to a print server; positioning at least a first portion of the upper on a tray in a three-dimensional printing system , the first portion of the upper being positioned substantially flat on the tray ; aligning the first portion of the upper on the tray with the at least one first three-dimensional pattern ; printing at least one first three-dimensional material directly onto the first portion of the upper using the designed at least one first three-dimensional pattern on the print server and the three-dimensional printing system ; curing the at least one first three-dimensional printed material ; removing the upper from the three-dimensional printing system ; forming the upper into a secondary shape; placing the formed upper on a holder ; positioning the holder on the tray , the holder being positioned on the tray to present a sole surface portion of the formed upper for printing the sole ; aligning the holder on the tray with the at least one second three-dimensional pattern ; printing the sole with at least one second three-dimensional material directly onto the sole surface portion of the formed upper using the designed at least one second three-dimensional pattern on the print server and the three-dimensional printing system ; and curing the at least one second three-dimensional printed material .
A system comprising: at least one processing unit; and at least one memory storing computer-executable instructions, the system being characterised in that the instructions, when executed by the at least one processor, cause the at least one processor to: determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience (UX) customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata , cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message. at least one processing unit; and at least one memory storing computer-executable instructions, the system being characterised in that the instructions, when executed by the at least one processor, cause the at least one processor to: determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience (UX) customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata , cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message. determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience (UX) customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata , cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message.
A seafloor bulk mining tool for production cutting of a seafloor bench, the bulk mining tool comprising: a tracked locomotion system to enable locomotion of the seafloor bulk mining tool across the seafloor bench; characterized by : power and control interfaces to receive power and control signals from a surface source; a cutting drum for cutting the seafloor bench; and a sizing grill adjacent the drum cutter, for sizing cuttings as they are produced by the cutting drum; a spade immediately aft of the cutting drum to separate the cuttings from the seafloor; a slurry pump system and a slurry inlet proximal to the cutting drum , configured to capture the cuttings from the proximity of the sizing grill in the form of a slurry; wherein the slurry pump system is configured to pump the slurry: to one side of a path taken or to be taken by the seafloor bulk mining tool; or to a seafloor stockpile location via a suitable transfer pipe. a tracked locomotion system to enable locomotion of the seafloor bulk mining tool across the seafloor bench; characterized by : power and control interfaces to receive power and control signals from a surface source; a cutting drum for cutting the seafloor bench; and a sizing grill adjacent the drum cutter, for sizing cuttings as they are produced by the cutting drum; power and control interfaces to receive power and control signals from a surface source; a cutting drum for cutting the seafloor bench; and a sizing grill adjacent the drum cutter, for sizing cuttings as they are produced by the cutting drum; a spade immediately aft of the cutting drum to separate the cuttings from the seafloor; a slurry pump system and a slurry inlet proximal to the cutting drum , configured to capture the cuttings from the proximity of the sizing grill in the form of a slurry; wherein the slurry pump system is configured to pump the slurry: to one side of a path taken or to be taken by the seafloor bulk mining tool; or to a seafloor stockpile location via a suitable transfer pipe.
A power supply system comprising: a first power amplifier including a first amplifier input and a first amplifier output, the first power amplifier having a first controllable output power and a first asymmetrical power profile with a first peak power offset in reference to an impedance of a load; a second power amplifier including a second amplifier input and a second amplifier output, the second power amplifier having a second controllable output power and a second asymmetrical power profile with a second peak power offset in reference to the impedance of the load; a controller configured to provide a control instruction to the first power amplifier to cause the first power amplifier to adjust the first controllable output power, wherein the first controllable output power combined with the second controllable output power defines a combined output power, and adjusting the first controllable output power controls a source impedance of the combined output power. a first power amplifier including a first amplifier input and a first amplifier output, the first power amplifier having a first controllable output power and a first asymmetrical power profile with a first peak power offset in reference to an impedance of a load; a second power amplifier including a second amplifier input and a second amplifier output, the second power amplifier having a second controllable output power and a second asymmetrical power profile with a second peak power offset in reference to the impedance of the load; a controller configured to provide a control instruction to the first power amplifier to cause the first power amplifier to adjust the first controllable output power, wherein the first controllable output power combined with the second controllable output power defines a combined output power, and adjusting the first controllable output power controls a source impedance of the combined output power.
A rAAV particle comprising nucleic acid encoding a miR-708 or comprising nucleic acid encoding a miR-708 and nucleic acid encoding rhodopsin.
A method for kneading rubber comprising: a first step of compounding and kneading a reference lot of raw rubber and a secondary material in a specific composition to prepare a reference rubber composition and measuring a spring property of reference crosslinked rubber obtained by crosslinking the reference rubber composition; a second step of compounding and kneading a target lot of raw rubber and a secondary material in the same specific composition as in the first step to prepare a target rubber composition and measuring a spring property of target crosslinked rubber obtained by crosslinking the target rubber composition; and a third step of comparing the spring property of the target crosslinked rubber with the spring property of the reference crosslinked rubber to set one or more of a compounding condition and a squeezing condition that is adopted in the case of kneading the target lot of the raw rubber in a product composition, wherein the target lot of the raw rubber is kneaded in the product composition under the condition that is set in the third step to obtain a rubber composition for a product. a first step of compounding and kneading a reference lot of raw rubber and a secondary material in a specific composition to prepare a reference rubber composition and measuring a spring property of reference crosslinked rubber obtained by crosslinking the reference rubber composition; a second step of compounding and kneading a target lot of raw rubber and a secondary material in the same specific composition as in the first step to prepare a target rubber composition and measuring a spring property of target crosslinked rubber obtained by crosslinking the target rubber composition; and a third step of comparing the spring property of the target crosslinked rubber with the spring property of the reference crosslinked rubber to set one or more of a compounding condition and a squeezing condition that is adopted in the case of kneading the target lot of the raw rubber in a product composition, wherein the target lot of the raw rubber is kneaded in the product composition under the condition that is set in the third step to obtain a rubber composition for a product.
A method, comprising: providing a garment that substantially contours to and stays in relative contact with an operator's body via a fastening mechanism, but not the operator's head, to protect a portion of the operator's body from radiation, and wherein the garment is suspended from a suspension component , wherein the suspension component provides a purely lateral axis of motion and a purely linear axis of motion, the garment being configured to secure a face shield thereon, the face shield being attached to the suspension component and protecting at least a portion of the operator's head from radiation .
Weighing scale for weighing vehicles, the weighing scale comprising: a weighing bridge having a first side being an entering side for a vehicle entering the weighing bridge and a second side being a leaving side for a vehicle leaving the weighing bridge ; a weighing circuit comprising a first set of load sensors (114a, 114b, ..., 114n) and a second set of load sensors (116a, 116b, ..., 116n) coupled to a weight indicator , the first set of load sensors (114a, 114b, ..., 114n) being arranged at the first side and the second set of load sensors (116a, 116b, ..., 116n) being arranged at the second side ; characterised in that comprising a measuring circuit arranged to measure at least one unbalance current (i) in the weighing circuit when a vehicle enters or leaves the weighing bridge ; a processing circuit arranged to determine at least one point in time (T) when wheels of the vehicle enter the first side or leave the second side based on the at least one unbalance current (i). a weighing bridge having a first side being an entering side for a vehicle entering the weighing bridge and a second side being a leaving side for a vehicle leaving the weighing bridge ; a weighing circuit comprising a first set of load sensors (114a, 114b, ..., 114n) and a second set of load sensors (116a, 116b, ..., 116n) coupled to a weight indicator , the first set of load sensors (114a, 114b, ..., 114n) being arranged at the first side and the second set of load sensors (116a, 116b, ..., 116n) being arranged at the second side ; characterised in that comprising a measuring circuit arranged to measure at least one unbalance current (i) in the weighing circuit when a vehicle enters or leaves the weighing bridge ; a processing circuit arranged to determine at least one point in time (T) when wheels of the vehicle enter the first side or leave the second side based on the at least one unbalance current (i).
A method for establishing a bearer for a GSM network, comprising: receiving , by a Media Gateway, MGW, in a mobile switching subsystem, MSS, a message for adding a wireless side end point from a Mobile Switching Center, MSC, server in the MSS; assigning , by the MGW, a IP address and a port number for a call; transmitting , by the MGW, a response message comprising the IP address and the port number assigned for the call to the MSC server in the MSS; acquiring , by the MGW, a second IP address and a second port number assigned for the call by a Base Station Controller, BSC, from the MSC server, and establishing, by the MGW, an IP bearer with the BSC. receiving , by a Media Gateway, MGW, in a mobile switching subsystem, MSS, a message for adding a wireless side end point from a Mobile Switching Center, MSC, server in the MSS; assigning , by the MGW, a IP address and a port number for a call; transmitting , by the MGW, a response message comprising the IP address and the port number assigned for the call to the MSC server in the MSS; acquiring , by the MGW, a second IP address and a second port number assigned for the call by a Base Station Controller, BSC, from the MSC server, and establishing, by the MGW, an IP bearer with the BSC.
A method for switching data signals transmitted over a transport network; the method comprising: receiving a plurality of input data signals of a first signal type , wherein the plurality of data signals of the first signal type comprises data signals exchanged between a Radio Equipment, RE, and a Radio Equipment Controller, REC; aggregating the plurality of input data signals into an aggregated first data signal ; receiving a second data signal of a second signal type different to the first signal type ; receiving a plurality of input data signals of a third signal type, different to the first and second signal types ; multiplexing the plurality of input data signals of the third signal type into a third data signal ; and multiplexing the aggregated first data signal with the second data signal and the third data signal to form a combined data signal ; and forwarding the combined data signal to the transport network ; wherein multiplexing the first data signal with the second data signal and the third data signal comprises, for a frame of the combined data signal: allocating the first data signal to a portion of the frame reserved for the first data signal ; allocating the third data signal to a portion of the frame reserved for the third data signal ; and allocating the second data signal to a remaining portion of the frame ; wherein the plurality of data signals of the first signal type are subject to a delay specification , the plurality of input data signals of a third signal type are subject to a delay specification , and the second data signal of the second signal type is not subject to the delay specification . receiving a plurality of input data signals of a first signal type , wherein the plurality of data signals of the first signal type comprises data signals exchanged between a Radio Equipment, RE, and a Radio Equipment Controller, REC; aggregating the plurality of input data signals into an aggregated first data signal ; receiving a second data signal of a second signal type different to the first signal type ; multiplexing the plurality of input data signals of the third signal type into a third data signal ; and multiplexing the aggregated first data signal with the second data signal and the third data signal to form a combined data signal ; and forwarding the combined data signal to the transport network ; allocating the first data signal to a portion of the frame reserved for the first data signal ; allocating the third data signal to a portion of the frame reserved for the third data signal ; and allocating the second data signal to a remaining portion of the frame ; wherein the plurality of data signals of the first signal type are subject to a delay specification , the plurality of input data signals of a third signal type are subject to a delay specification , and the second data signal of the second signal type is not subject to the delay specification .