mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel assembly comprising: a wheel base ; a side rim disposed about a circumference of the wheel base and including an inside surface and a recess formed on the inside surface ; an air seal disposed between the wheel base and the inside surface of the side rim ; and a locking mechanism that secures the side rim onto the wheel base , the locking mechanism preventing the side rim from sliding axially off the wheel base , wherein the locking mechanism is configured to prevent the air seal from disengaging the inside surface and allowing air to exit the wheel assembly between the wheel base and the side rim when the locking mechanism is properly installed, and wherein the locking mechanism is configured to permit the air seal to disengage the inside surface and allow air to exit the wheel assembly between the wheel base and the side rim when the locking mechanism is not properly installed, and wherein the locking mechanism comprises a first lock ring and a second lock ring , and characterized in that the first lock ring and the second lock ring each have a cross-sectional profile that is generally a trapezoid with a short side opposite and parallel to a long side, a perpendicular side between the short side and the long side, and an angled side opposite the perpendicular side. a wheel base ; a side rim disposed about a circumference of the wheel base and including an inside surface and a recess formed on the inside surface ; an air seal disposed between the wheel base and the inside surface of the side rim ; and a locking mechanism that secures the side rim onto the wheel base , the locking mechanism preventing the side rim from sliding axially off the wheel base , wherein the locking mechanism is configured to prevent the air seal from disengaging the inside surface and allowing air to exit the wheel assembly between the wheel base and the side rim when the locking mechanism is properly installed, and wherein the locking mechanism is configured to permit the air seal to disengage the inside surface and allow air to exit the wheel assembly between the wheel base and the side rim when the locking mechanism is not properly installed, and wherein the locking mechanism comprises a first lock ring and a second lock ring , and characterized in that the first lock ring and the second lock ring each have a cross-sectional profile that is generally a trapezoid with a short side opposite and parallel to a long side, a perpendicular side between the short side and the long side, and an angled side opposite the perpendicular side.
A prosthetic valve , comprising: a leaflet formed of at least one layer comprising a composite material including at least one expanded fluoropolymer membrane having serpentine fibrils and the at least one expanded fluoropolymer membrane being imbibed with an elastomer so as to at least partially fill at least a portion of the pores of the at least one expanded fluoropolymer membrane.
Asystem comprising: a robot having at least one robot joint comprising a first part and a second part arranged to have a relative movement in between, and a joint gap spacing the first part and the second part from each other, wherein the robot joint comprises an inflatable seal accommodated in the joint gap to provide a fluid-tight sealing of the joint , a control unit , a valve arrangement , and a tube arrangement fluidly connected to a source of pressurized fluid and to the inflatable seal , wherein the control unit is programmed to pressurize the inflatable seal by means of the valve arrangement and the tube arrangement such that the inflatable seal expands in an axial direction towards the second part to seal the joint gap between the first part and the second part , characterized in that the control unit is configured to control the valve arrangement to pressurize the inflatable seal in synchronization with the robot operation, such that the inflatable seal is pressurized to a predetermined low pressure when the robot is working, and to a predetermined high pressure when the robot is exposed to high pressure wash down and/or is shut down, wherein the predetermined high pressure is higher than the predetermined low pressure. a robot having at least one robot joint comprising a first part and a second part arranged to have a relative movement in between, and a joint gap spacing the first part and the second part from each other, wherein the robot joint comprises an inflatable seal accommodated in the joint gap to provide a fluid-tight sealing of the joint , a control unit , a valve arrangement , and a tube arrangement fluidly connected to a source of pressurized fluid and to the inflatable seal , wherein the control unit is programmed to pressurize the inflatable seal by means of the valve arrangement and the tube arrangement such that the inflatable seal expands in an axial direction towards the second part to seal the joint gap between the first part and the second part , characterized in that the control unit is configured to control the valve arrangement to pressurize the inflatable seal in synchronization with the robot operation, such that the inflatable seal is pressurized to a predetermined low pressure when the robot is working, and to a predetermined high pressure when the robot is exposed to high pressure wash down and/or is shut down, wherein the predetermined high pressure is higher than the predetermined low pressure.
An apparatus , comprising: a foam layer comprising: a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface ; and a plurality of pores within the foam layer (131_; a coating layer deposited on the second surface of the foam layer ; and an elastomer deposited within the plurality of pores _within the foam layer . a foam layer comprising: a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface ; and a plurality of pores within the foam layer (131_; a first surface for coupling the apparatus to a surface exposed to weather; a second surface opposite the first surface ; and a plurality of pores within the foam layer (131_; a coating layer deposited on the second surface of the foam layer ; and an elastomer deposited within the plurality of pores _within the foam layer .
Air filter having an air filter housing and an air filter element , wherein the air filter housing features a first airflow aperture and an air filter element receptacle , and wherein the air filter element is realized with an inflow surface , an outflow surface , a filter medium and a support structure , wherein the filter medium extends between the inflow surface and the outflow surface, wherein the filter medium is attached laterally to the support structure between the inflow surface and the outflow surface, wherein the support structure features in its extension surface a return offset, in particular in the shape of an indentation , in the direction of the inflow surface and the outflow surface, wherein the filter medium is a folded filter medium formed by folds , wherein the folds feature each a first folding leave and a second folding leave which adjoin each a fold edge with a folding leave edge (231, 241; 232, 242) and the first folding leaves of adjacent folds are substantially parallel to each other, wherein the first and second folding leaves extend between the inflow surface and the outflow surface , wherein the support structure laterally supports the folding leaves at the folding leave edges not adjacent to folding leave edges of respective adjacent filter leaves, and wherein the air filter element receptacle features a holding surface receptacle , wherein the holding surface receptacle is in contact with at least one area of the support structure so as to transmit a holding force, characterized in that the outflow surface is allocated to the return offset, and the outflow surface features a shape corresponding with at least one part of the return offset of the support structure by providing a plurality of folds with varying fold depth so that a free volume is formed, and that a resonator is disposed inside the housing body in front of the outflow opening in such a way that it is located in the free volume at the outflow surface of the air filter element .
A method for sharing contents between a device and peer devices in a home network system, the method comprising, in the device: reproducing the contents; searching for a peer device capable of receiving the contents for content sharing (operation 210); transmitting a sharing request signal including location information of the contents to the peer device (operation 224) so that the peer device locates the contents and displays the contents; receiving information on at least first and second supported input means from the peer device; transitioning to a control mode for controlling the peer device (operation 230) while transmitting the sharing request signal; and, while in the control mode: operating as a first input means; detecting a user control command by using at least one sensor (operation 232); transmitting a control signal corresponding to the detected control command to the peer device (operation 234); receiving a request to change the input means from the peer device; and operating as a second input means. reproducing the contents; searching for a peer device capable of receiving the contents for content sharing (operation 210); transmitting a sharing request signal including location information of the contents to the peer device (operation 224) so that the peer device locates the contents and displays the contents; receiving information on at least first and second supported input means from the peer device; transitioning to a control mode for controlling the peer device (operation 230) while transmitting the sharing request signal; and, while in the control mode: operating as a first input means; detecting a user control command by using at least one sensor (operation 232); transmitting a control signal corresponding to the detected control command to the peer device (operation 234); receiving a request to change the input means from the peer device; and operating as a second input means. operating as a first input means; detecting a user control command by using at least one sensor (operation 232); transmitting a control signal corresponding to the detected control command to the peer device (operation 234); receiving a request to change the input means from the peer device; and operating as a second input means.
A method of forming a dental attachment placement apparatus customized to a patient, the method comprising: printing, using a three-dimensional printing apparatus, a plurality of attachments having different shapes suitable for a specific function within an area of the patient's mouth; and printing a dental attachment placement structure comprising a body that includes a plurality of attachment mounting structures , at least one of the attachment mounting structures having one or more supports connected between the body and the attachment , the attachments being placed in the attachment mounting structures , the body including a surface having a contour that is shaped to correspond with a contour of an alignment surface of a tooth, wherein the one or more supports include a narrow or scored section that is conducive to breaking at that location, further wherein the dental attachment placement structure and the attachments are fabricated from the same material. printing, using a three-dimensional printing apparatus, a plurality of attachments having different shapes suitable for a specific function within an area of the patient's mouth; and printing a dental attachment placement structure comprising a body that includes a plurality of attachment mounting structures , at least one of the attachment mounting structures having one or more supports connected between the body and the attachment , the attachments being placed in the attachment mounting structures , the body including a surface having a contour that is shaped to correspond with a contour of an alignment surface of a tooth, wherein the one or more supports include a narrow or scored section that is conducive to breaking at that location, further wherein the dental attachment placement structure and the attachments are fabricated from the same material.
A laser module, comprising: a housing having a platform (a - g, h - n) ; one or more laser sources secured to the platform; optical components to direct radiation from the one or more lasers to an endcap inside the housing, the endcap being positionally secured to a structure in the platform; an optical fiber secured inside the housing, an entry facet of the optical fiber being fused to the endcap ; an epoxy coating applied to a cladding of the optical fiber inside the housing, wherein a refractive index of the coating is the same or greater than a refractive index of the cladding, and wherein the structure is a groove in the platform. a housing having a platform (a - g, h - n) ; one or more laser sources secured to the platform; optical components to direct radiation from the one or more lasers to an endcap inside the housing, the endcap being positionally secured to a structure in the platform; an optical fiber secured inside the housing, an entry facet of the optical fiber being fused to the endcap ; an epoxy coating applied to a cladding of the optical fiber inside the housing, wherein a refractive index of the coating is the same or greater than a refractive index of the cladding, and wherein the structure is a groove in the platform.
A navigation support method of an electric vehicle comprising - a step (Step A) of estimating a first residual range (D1, D1') of the electric vehicle, - a step of calculating (Step B) a first route for a predetermined destination and a first distance of said first route (D2, D3) to be covered, - and a step of comparing said first residual range with said first distance, wherein the first route has a route portion where there is a local altimetry variation, characterized in that the step of calculating the first distance of said first route to be covered comprises: - a step of identifying a starting point and an end point of the route portion, the starting point and the end point having a same altitude, and - a step of multiplying a length of said route portion by a second corrective coefficient (Z2), which is a function of a positive portion of said local altimetry variation. - a step (Step A) of estimating a first residual range (D1, D1') of the electric vehicle, - a step of calculating (Step B) a first route for a predetermined destination and a first distance of said first route (D2, D3) to be covered, - and a step of comparing said first residual range with said first distance, - a step of identifying a starting point and an end point of the route portion, the starting point and the end point having a same altitude, and - a step of multiplying a length of said route portion by a second corrective coefficient (Z2), which is a function of a positive portion of said local altimetry variation.
An enteric coating composition for softgel dosage forms comprising: at least one methacrylic acid/acrylate copolymer, in an amount of 15% by weight of the enteric coating composition; at least one glidant, in an amount of 10% by weight based on dry copolymer weight; at least one emulsifier, in an amount of 10% by weight based on dry copolymer weight; and at least one plasticizer, selected from the group consisting of polyethylene glycol, glycerol, sorbitol, dioctyl-sodium sulfosuccinate, triethyl citrate (TEC), tributyl citrate, mono-, di, or tri-acetates of glycerol, dibutyl sebacate, di- and triethyl phthalate, polyethylene glycol 6000, and mixtures thereof, said plasticizer being present in an amount of 20% by weight based on dry copolymer weight. at least one methacrylic acid/acrylate copolymer, in an amount of 15% by weight of the enteric coating composition; at least one glidant, in an amount of 10% by weight based on dry copolymer weight; at least one emulsifier, in an amount of 10% by weight based on dry copolymer weight; and at least one plasticizer, selected from the group consisting of polyethylene glycol, glycerol, sorbitol, dioctyl-sodium sulfosuccinate, triethyl citrate (TEC), tributyl citrate, mono-, di, or tri-acetates of glycerol, dibutyl sebacate, di- and triethyl phthalate, polyethylene glycol 6000, and mixtures thereof, said plasticizer being present in an amount of 20% by weight based on dry copolymer weight.
An etching process characterized by comprising the steps of: forming a photosensitive resin layer of a photosensitive resin composition which comprises at least (A) an acid-modified epoxy acrylate, (B) a photopolymerization initiator, (C) a blocked isocyanate compound, and (D) a filler, on at least one surface of a substrate; exposing and then developing the photosensitive resin layer; baking the photosensitive resin layer; and conducting an etching treatment with an etching solution containing hydrofluoric acid or ammonium fluoride.
Electrosurgical forceps comprising: a coaxial cable for conveying radiofrequency (RF) energy and/or microwave energy; a pivot joint mounted at a distal end of the coaxial cable ; a pair of jaw elements mounted on the pivot joint to be pivotable relative to each other to open and close a gap therebetween, the pair of jaw elements comprising a first jaw element and a second jaw element; and a pair of elongate conductive elements mounted in the pair of jaw elements adjacent to the gap, wherein the pair of elongate conductive elements are electrically connected to the coaxial cable and arranged to act as both (i) an active electrode and an return electrode for RF energy conveyed by the coaxial cable , and (ii) a lossy transmission line to support propagation of the microwave energy, wherein the pivot joint comprises a hinge element secured at a distal end of the coaxial cable , the pair of jaw elements being pivotably mounted on the hinge element ; and wherein the hinge element comprises a pair of longitudinally extending hinge bars secured to the distal end of the coaxial cable . a coaxial cable for conveying radiofrequency (RF) energy and/or microwave energy; a pivot joint mounted at a distal end of the coaxial cable ; a pair of jaw elements mounted on the pivot joint to be pivotable relative to each other to open and close a gap therebetween, the pair of jaw elements comprising a first jaw element and a second jaw element; and a pair of elongate conductive elements mounted in the pair of jaw elements adjacent to the gap, wherein the pair of elongate conductive elements are electrically connected to the coaxial cable and arranged to act as both (i) an active electrode and an return electrode for RF energy conveyed by the coaxial cable , and (ii) a lossy transmission line to support propagation of the microwave energy, (i) an active electrode and an return electrode for RF energy conveyed by the coaxial cable , and (ii) a lossy transmission line to support propagation of the microwave energy, wherein the pivot joint comprises a hinge element secured at a distal end of the coaxial cable , the pair of jaw elements being pivotably mounted on the hinge element ; and wherein the hinge element comprises a pair of longitudinally extending hinge bars secured to the distal end of the coaxial cable .
A remote assistance method, wherein the method is performed by a first terminal in a video call process between the first terminal and a second terminal , and the method comprises: sending (S401) an image comprising a target device to a server , the server identifying the target device in the image and, based on the identified target device , matching a data model and controllable configuration file corresponding to the target device , and sending, as device information corresponding to the target device , the data model and the controllable configuration file to the first and second terminal ; receiving (S403) the device information corresponding to the target device sent by the server ; virtualizing (S405) an operation interface of the target device based on the data model of the received device information, and displaying, synchronized on the first terminal and the second terminal , the operation interface on a current video call screen, wherein the operation interface is an operation interface of a control panel or a remote control of the target device including one or more virtual controls; and displaying (S407), on the current video call screen based on data from the second terminal , a visual effect of one or more operations performed on the one or more virtual controls on the operation interface by a user of the second terminal , on the second terminal , the visual effect being included in the controllable configuration file, and synchronizing the visual effect to the first terminal . sending (S401) an image comprising a target device to a server , the server identifying the target device in the image and, based on the identified target device , matching a data model and controllable configuration file corresponding to the target device , and sending, as device information corresponding to the target device , the data model and the controllable configuration file to the first and second terminal ; receiving (S403) the device information corresponding to the target device sent by the server ; virtualizing (S405) an operation interface of the target device based on the data model of the received device information, and displaying, synchronized on the first terminal and the second terminal , the operation interface on a current video call screen, wherein the operation interface is an operation interface of a control panel or a remote control of the target device including one or more virtual controls; and displaying (S407), on the current video call screen based on data from the second terminal , a visual effect of one or more operations performed on the one or more virtual controls on the operation interface by a user of the second terminal , on the second terminal , the visual effect being included in the controllable configuration file, and synchronizing the visual effect to the first terminal .