mhurhangee/patent-ind-claim-en huggingface dataset:
A conveying system comprising: a transport belt arranged to convey articles through a process along a processing path segment of a transport belt path and to return along a return path segment of the transport belt path, wherein the temperature of the transport belt changes along the processing path segment as the articles undergo the process, the transport belt including: a contact surface contacting the articles being conveyed along the processing path segment ; a plurality of temperature sensors embedded in the transport belt at spaced apart locations along the length of the transport belt to make temperature measurements of the contact surface of the transport belt at the spaced apart locations; a temperature modification unit disposed along the transport belt path in the return path segment and using the temperature measurements to modify the temperature of the contact surface of the transport belt before re-entry into the processing path segment so that the temperature of the contact surface in the processing path is within a predetermined range of temperatures, the predetermined range of temperatures being optimum for the process. a transport belt arranged to convey articles through a process along a processing path segment of a transport belt path and to return along a return path segment of the transport belt path, wherein the temperature of the transport belt changes along the processing path segment as the articles undergo the process, the transport belt including: a contact surface contacting the articles being conveyed along the processing path segment ; a plurality of temperature sensors embedded in the transport belt at spaced apart locations along the length of the transport belt to make temperature measurements of the contact surface of the transport belt at the spaced apart locations; a temperature modification unit disposed along the transport belt path in the return path segment and using the temperature measurements to modify the temperature of the contact surface of the transport belt before re-entry into the processing path segment so that the temperature of the contact surface in the processing path is within a predetermined range of temperatures, the predetermined range of temperatures being optimum for the process.
A method of manufacturing a stretchable sheet that stretches and contracts, the method comprising: interposing a resilient film that can stretch and contract in both a machine direction (MD) and a direction orthogonal to the machine direction (CD), in a stretched state in the machine direction (MD) between a first sheet layer having no elasticity and a second sheet layer having no elasticity; and joining the first sheet layer and the second sheet layer together with a number of joints directly or through the resilient film by melting the resilient film with ultrasonic fusion energy applied by a thermal fusion device from an outside of the first sheet layer and an outside of the second sheet layer to a number of joint regions with intervals, in a state where the resilient film has been interposed in the stretched state between the first sheet layer and the second sheet layer , during the interposing, wherein a through-hole having an annular shape around each of the joint is formed through at least a boundary portion in a direction of the stretching between the resilient film and each of the joints when the resilient film is melted, with the first sheet layer and the second sheet layer retained, no hole being formed over the entirety of each of the joint regions, during the joining. interposing a resilient film that can stretch and contract in both a machine direction (MD) and a direction orthogonal to the machine direction (CD), in a stretched state in the machine direction (MD) between a first sheet layer having no elasticity and a second sheet layer having no elasticity; and joining the first sheet layer and the second sheet layer together with a number of joints directly or through the resilient film by melting the resilient film with ultrasonic fusion energy applied by a thermal fusion device from an outside of the first sheet layer and an outside of the second sheet layer to a number of joint regions with intervals, in a state where the resilient film has been interposed in the stretched state between the first sheet layer and the second sheet layer , during the interposing, wherein a through-hole having an annular shape around each of the joint is formed through at least a boundary portion in a direction of the stretching between the resilient film and each of the joints when the resilient film is melted, with the first sheet layer and the second sheet layer retained, no hole being formed over the entirety of each of the joint regions, during the joining.
A method of repairing a composite blade comprising a composite part , a metal work , and an adhesive layer bonding the metal work to the composite part , the metal work comprising a bullet forming a leading edge of the composite blade , a first wing extending from the bullet , and a second wing extending from the bullet and opposing the first wing , the method comprising the steps of: determining a locally damaged portion of the metal work ; removing a bullet portion corresponding to the locally damaged portion from a rest of the bullet ; detaching a first wing portion corresponding to the locally damaged portion from a rest of the first wing ; detaching a second wing portion corresponding to the locally damaged portion from a rest of the second wing ; debonding and removing the first wing portion from the composite part to obtain a first exposed surface portion of the composite part; debonding and removing the second wing portion from the composite part to obtain a second exposed surface portion of the composite part; reconditioning the first exposed surface portion of the composite part to obtain a first reconditioned surface portion of the composite part; reconditioning the second exposed surface portion of the composite part to obtain a second reconditioned surface portion of the composite part; applying a first adhesive layer to the first reconditioned surface portion; applying a second adhesive layer to the second reconditioned surface portion ; and bonding a metal work patch to the first adhesive layer and the second adhesive layer, wherein the metal work patch comprises a bullet part corresponding to the bullet portion, a first wing part corresponding to the first wing portion, and a second wing part corresponding to the second wing portion. determining a locally damaged portion of the metal work ; removing a bullet portion corresponding to the locally damaged portion from a rest of the bullet ; detaching a first wing portion corresponding to the locally damaged portion from a rest of the first wing ; detaching a second wing portion corresponding to the locally damaged portion from a rest of the second wing ; debonding and removing the first wing portion from the composite part to obtain a first exposed surface portion of the composite part; debonding and removing the second wing portion from the composite part to obtain a second exposed surface portion of the composite part; reconditioning the first exposed surface portion of the composite part to obtain a first reconditioned surface portion of the composite part; reconditioning the second exposed surface portion of the composite part to obtain a second reconditioned surface portion of the composite part; applying a first adhesive layer to the first reconditioned surface portion; applying a second adhesive layer to the second reconditioned surface portion ; and bonding a metal work patch to the first adhesive layer and the second adhesive layer, wherein the metal work patch comprises a bullet part corresponding to the bullet portion, a first wing part corresponding to the first wing portion, and a second wing part corresponding to the second wing portion.
An active neutral point clamped, ANPC, three-level inverter comprising a power unit , wherein the power unit comprises: a first package module , a second package module , and a third package module , wherein: each of the first package module , the second package module and the third package module is provided with two switch transistors that are complementary to each other; the first package module and the second package module are arranged in a first half of an inner space of the power unit , and the third package module is arranged in a second half of the inner space of the power unit ; characterized in that a control terminal of the first package module and a control terminal of the second package module are arranged on a first side of the power unit that is away from the second half of the inner space for arranging the third package module , and a control terminal of the third package module is arranged on a second side of the power unit that is away from the first half of the inner space for arranging the first package module and second package module . each of the first package module , the second package module and the third package module is provided with two switch transistors that are complementary to each other; the first package module and the second package module are arranged in a first half of an inner space of the power unit , and the third package module is arranged in a second half of the inner space of the power unit ; characterized in that a control terminal of the first package module and a control terminal of the second package module are arranged on a first side of the power unit that is away from the second half of the inner space for arranging the third package module , and a control terminal of the third package module is arranged on a second side of the power unit that is away from the first half of the inner space for arranging the first package module and second package module .
A wear member for separating tool bits attached to an adapter board and protecting bores of the adaptor board from wear, said wear member comprising: a shank portion defining a longitudinal axis (L), a free end and a perimeter , at least one flat surface on the perimeter extending to the free end and a cross-hole defining a cross-hole axis (A11024, A11024') along which the cross-hole extends through the at least one flat surface perpendicularly; and a wear portion extending downwardly axially from the shank portion ; characterised in that the wear portion has a rectangular or square configuration; the shank portion includes a cylindrical portion and that the wear portion includes a straight surface which is parallel to the flat surfaces ; and the wear portion includes a bottom portion and a plurality of inserts are attached to the bottom portion . a shank portion defining a longitudinal axis (L), a free end and a perimeter , at least one flat surface on the perimeter extending to the free end and a cross-hole defining a cross-hole axis (A11024, A11024') along which the cross-hole extends through the at least one flat surface perpendicularly; and a wear portion extending downwardly axially from the shank portion ; characterised in that the wear portion has a rectangular or square configuration; the shank portion includes a cylindrical portion and that the wear portion includes a straight surface which is parallel to the flat surfaces ; and the wear portion includes a bottom portion and a plurality of inserts are attached to the bottom portion .
A painted article, comprising: a primer layer between a substrate and a paint layer, the substrate being the product of a substrate forming composition including an olefin block copolymer and a polypropylene polymer having a density from 0.89 g/cm 3 to 0.92 g/cm 3 , wherein the polypropylene polymer is an impact copolymer polypropylene, wherein the substrate is free of phthalate-based plasticizer, halogen-containing polymer, and leachable, small polymeric units derived from styrene monomer. a primer layer between a substrate and a paint layer, the substrate being the product of a substrate forming composition including an olefin block copolymer and a polypropylene polymer having a density from 0.89 g/cm 3 to 0.92 g/cm 3 , wherein the polypropylene polymer is an impact copolymer polypropylene, wherein the substrate is free of phthalate-based plasticizer, halogen-containing polymer, and leachable, small polymeric units derived from styrene monomer.
A drone station comprising: - a housing having a cavity , and - a structure permeable to air and configured to be moved from a first position into a second position and reverse, wherein a platform for landing, storing and starting of a drone is provided by the structure within the cavity in the first position, and wherein an entry into the cavity or an exit out of the cavity through a ventral access is provided for the drone in the second position, - wherein the drone station further comprises a door configured to be moved from an open position into a closed position and reverse separately from the structure . - a housing having a cavity , and - a structure permeable to air and configured to be moved from a first position into a second position and reverse, wherein a platform for landing, storing and starting of a drone is provided by the structure within the cavity in the first position, and wherein an entry into the cavity or an exit out of the cavity through a ventral access is provided for the drone in the second position, - wherein the drone station further comprises a door configured to be moved from an open position into a closed position and reverse separately from the structure .
A computer implemented method for evaluating colorimetric and physical property attributes of cured complex coating mixtures, the method comprising: performing at least one of a visual evaluation and an instrument measurement of a target coating on a target sample to generate colorimetric information; identifying, using a processor and the colorimetric information, a bulk toner that is present in the target coating by determining a color and a color intensity at different viewing angles relative to the target sample, wherein the identified bulk toner comprises a particular toner type; identifying, using the processor, at least one specific toner of the identified bulk toner that is present in the target coating by detecting a presence and an orientation of colored and/or non-colored pigmentation effects that are present in the target coating; and outputting, using the processor, a formulation of the target coating that includes at the at least one specific toner. performing at least one of a visual evaluation and an instrument measurement of a target coating on a target sample to generate colorimetric information; identifying, using a processor and the colorimetric information, a bulk toner that is present in the target coating by determining a color and a color intensity at different viewing angles relative to the target sample, wherein the identified bulk toner comprises a particular toner type; identifying, using the processor, at least one specific toner of the identified bulk toner that is present in the target coating by detecting a presence and an orientation of colored and/or non-colored pigmentation effects that are present in the target coating; and outputting, using the processor, a formulation of the target coating that includes at the at least one specific toner.
A method for receiving, by a user equipment, UE, downlink data in a wireless communication system, the method comprising: entering (S1010) a radio resource control, RRC, _INACTIVE state; receiving (S1020) a configuration related to a first DRX cycle and a second DRX cycle; receiving (S1030) a first paging message based on the first DRX cycle; stopping (S1040 the use of the first DRX cycle if the first paging message indicates that downlink data is transmitted to the UE without an RRC state transition; and receiving (S1050) the downlink data from a base station in the RRC_INACTIVE state based on the second DRX cycle, wherein the first paging message is received in a paging occasion of the first DRX cycle and the downlink data is received in a paging occasion of the second DRX cycle. entering (S1010) a radio resource control, RRC, _INACTIVE state; receiving (S1020) a configuration related to a first DRX cycle and a second DRX cycle; receiving (S1030) a first paging message based on the first DRX cycle; stopping (S1040 the use of the first DRX cycle if the first paging message indicates that downlink data is transmitted to the UE without an RRC state transition; and receiving (S1050) the downlink data from a base station in the RRC_INACTIVE state based on the second DRX cycle, wherein the first paging message is received in a paging occasion of the first DRX cycle and the downlink data is received in a paging occasion of the second DRX cycle.
A flooring system comprising: at least two discrete layers, wherein the at least two discrete layers include at least one first discrete layer and at least one second discrete layer , wherein at least a portion of said first discrete layer includes a first material , and wherein said first discrete layer includes a plurality of sublayers including at least one upper layer (300; 400) and one lower layer (304; 404), wherein either the upper layer has a plurality of sections of the first material and a plurality of sections of at least a second material , and the lower layer is made of the first material , or the upper layer is made of the first material and the lower layer has a plurality of sections of the first material and a plurality of sections of at least a second material , characterized in that the first material includes a dilatant, non-Newtonian material. at least two discrete layers, wherein the at least two discrete layers include at least one first discrete layer and at least one second discrete layer , wherein at least a portion of said first discrete layer includes a first material , and wherein said first discrete layer includes a plurality of sublayers including at least one upper layer (300; 400) and one lower layer (304; 404), wherein either the upper layer has a plurality of sections of the first material and a plurality of sections of at least a second material , and the lower layer is made of the first material , or the upper layer is made of the first material and the lower layer has a plurality of sections of the first material and a plurality of sections of at least a second material , characterized in that the first material includes a dilatant, non-Newtonian material.
A method for producing a casting by pouring a metal melt by gravity into a gas-permeable casting mold having a cavity comprising at least a sprue , a runner and a product-forming cavity , comprising the steps of: pouring a metal melt into a desired cavity portion including said product-forming cavity through said sprue, said melt being in a volume smaller than the volume of an entire cavity of said gas-permeable casting mold and substantially equal to the volume of said desired cavity portion; and supplying a gas to said desired cavity portion through said sprue before said desired cavity portion is filled with the poured melt, so that said melt fills said desired cavity portion and solidifies; said gas being supplied from a gas-blowing nozzle (45; 55) fit into said sprue, said gas-blowing nozzle having a gas-ejecting bore having a diameter (D2, D3) increasing in a gas-ejecting direction (A). pouring a metal melt into a desired cavity portion including said product-forming cavity through said sprue, said melt being in a volume smaller than the volume of an entire cavity of said gas-permeable casting mold and substantially equal to the volume of said desired cavity portion; and supplying a gas to said desired cavity portion through said sprue before said desired cavity portion is filled with the poured melt, so that said melt fills said desired cavity portion and solidifies; said gas being supplied from a gas-blowing nozzle (45; 55) fit into said sprue, said gas-blowing nozzle having a gas-ejecting bore having a diameter (D2, D3) increasing in a gas-ejecting direction (A).
A light measuring apparatus for measuring the light output of a distant source of light comprising: an enclosure housing a lens system including an objective lens and a light energy detector aligned on a light path extending from the objective lens , the light energy detector having an electronic communication conduit and the light energy detector mounted to receive light energy directed along the light path from the objective lens ; a light metering valve located in the enclosure proximate the focal surface location of the objective lens to selectively control light directed along the light path of the enclosure ; a controller including a digital processor in communication with the light energy detector through the electronic communication conduit ; a distance measuring device having electronic communication capability in communication with the controller , characterised in that the distance measuring device has a receiving energy pulse path located on the light path of the light measuring apparatus ; and in that it further comprises a pick-off filter arranged such that light energy entering through the objective lens is directed to the pick-off filter and the pick-off filter directs a component of the light energy to the distance measuring device and a remaining component of the light energy passes through the pick-off filter and through the light metering valve to the light energy detector . an enclosure housing a lens system including an objective lens and a light energy detector aligned on a light path extending from the objective lens , the light energy detector having an electronic communication conduit and the light energy detector mounted to receive light energy directed along the light path from the objective lens ; a light metering valve located in the enclosure proximate the focal surface location of the objective lens to selectively control light directed along the light path of the enclosure ; a controller including a digital processor in communication with the light energy detector through the electronic communication conduit ; a distance measuring device having electronic communication capability in communication with the controller , characterised in that the distance measuring device has a receiving energy pulse path located on the light path of the light measuring apparatus ; and in that it further comprises a pick-off filter arranged such that light energy entering through the objective lens is directed to the pick-off filter and the pick-off filter directs a component of the light energy to the distance measuring device and a remaining component of the light energy passes through the pick-off filter and through the light metering valve to the light energy detector .
Catheter device, having a catheter , an actuation device at a first end of the catheter, a drive element and also a mechanical transmission element for transmitting a movement along the catheter to the actuation device the actuation device having a coupling element which is connected to the transmission element and can be actuated by the latter relative to the longitudinal direction of the catheter in a first degree of freedom, and also a conversion element which can be actuated by the coupling element and which converts the actuation movement at least partially into a movement in a second degree freedom, characterized in that the conversion element has a device for converting between a movement in the longitudinal direction of the catheter and a rotary movement about the longitudinal direction.