mhurhangee/patent-ind-claim-en huggingface dataset:
A product for use with a turbocharger system, the product comprising: a housing ; a shaft that rotates and extends into the housing ; a compressor wheel connected to the shaft ; an insert assembly disposed around the shaft and positioned between the compressor wheel and the housing ; wherein the insert assembly comprises a first component and a second component , wherein the first and second components are engaged through a series of intermeshing elements defining a tortuous sealing path, and the second component comprising an axial opening with an annular wall extending radially around the axial opening , the annular wall terminating in a circumferential wall that extends axially, the second component also comprising an engagement wall that extends axially and that is located radially inside from and spaced apart from the circumferential wall , the engagement wall including an annular ridge extending radially outward, wherein an annular cavity is defined between the circumferential wall and the engagement wall , the first component comprising a cylindrical section that extends axially through the axial opening , and the first component also comprises a flinger section that extends along the annular ridge and radially outward from the cylindrical section , the flinger section directed into the annular cavity . a housing ; a shaft that rotates and extends into the housing ; a compressor wheel connected to the shaft ; an insert assembly disposed around the shaft and positioned between the compressor wheel and the housing ; wherein the insert assembly comprises a first component and a second component , wherein the first and second components are engaged through a series of intermeshing elements defining a tortuous sealing path, and the second component comprising an axial opening with an annular wall extending radially around the axial opening , the annular wall terminating in a circumferential wall that extends axially, the second component also comprising an engagement wall that extends axially and that is located radially inside from and spaced apart from the circumferential wall , the engagement wall including an annular ridge extending radially outward, wherein an annular cavity is defined between the circumferential wall and the engagement wall , the first component comprising a cylindrical section that extends axially through the axial opening , and the first component also comprises a flinger section that extends along the annular ridge and radially outward from the cylindrical section , the flinger section directed into the annular cavity .
A method of deploying and retrieving a submersible pumping system in production tubing within a wellbore , the method comprising the steps of: connecting a wireline to the submersible pumping system ; lowering the submersible pumping system into the production tubing , wherein the weight of the submersible pumping system is borne by the wireline during the descent; locating the submersible pumping system on a landing assembly ; disconnecting the wireline from the submersible pumping system ; retrieving the wireline from the submersible pumping system ; lowering a self-supporting power cable to the submersible pumping system ; connecting the self-supporting power cable to the submersible pumping system ; and providing electric current to the submersible pumping system through the self-supporting power cable ; characterized by retrieving the submersible pumping system from the wellbore comprising the step of lifting the submersible pumping system with the self-supporting power cable . connecting a wireline to the submersible pumping system ; lowering the submersible pumping system into the production tubing , wherein the weight of the submersible pumping system is borne by the wireline during the descent; locating the submersible pumping system on a landing assembly ; disconnecting the wireline from the submersible pumping system ; retrieving the wireline from the submersible pumping system ; lowering a self-supporting power cable to the submersible pumping system ; connecting the self-supporting power cable to the submersible pumping system ; and providing electric current to the submersible pumping system through the self-supporting power cable ; characterized by retrieving the submersible pumping system from the wellbore comprising the step of lifting the submersible pumping system with the self-supporting power cable .
An apparatus suitable for collecting and transporting urine away from the body of a female person or animal, the apparatus comprising a fluid impermeable casing having a fluid reservoir at a first end, a fluid outlet at a second end, and a longitudinally extending fluid impermeable layer coupled to the fluid reservoir and the fluid outlet and defining a longitudinally elongated opening between the fluid reservoir and the fluid outlet; a fluid permeable support disposed within the casing with a portion extending across the elongated opening; wherein the apparatus is configured to be: disposed with the elongated opening adjacent the urethral opening of the user; oriented with the reservoir adjacent to the user's anus and with the outlet disposed above the urethral opening; and arranged with a curved shape with the elongated opening disposed on the inside of the curve, thereby to receive urine discharged from the urethral opening through the opening of the fluid impermeable layer, the membrane, the support, and into the reservoir; the apparatus being characterized in that : - the support and casing are substantially cylindrical; - a fluid permeable membrane is disposed on the support and covers at least the portion of the support that extends across the elongated opening, so that the membrane is supported on the support and disposed across the elongated opening. a fluid permeable support disposed within the casing with a portion extending across the elongated opening; wherein the apparatus is configured to be: disposed with the elongated opening adjacent the urethral opening of the user; oriented with the reservoir adjacent to the user's anus and with the outlet disposed above the urethral opening; and arranged with a curved shape with the elongated opening disposed on the inside of the curve, thereby to receive urine discharged from the urethral opening through the opening of the fluid impermeable layer, the membrane, the support, and into the reservoir; the apparatus being characterized in that : - the support and casing are substantially cylindrical; - a fluid permeable membrane is disposed on the support and covers at least the portion of the support that extends across the elongated opening, so that the membrane is supported on the support and disposed across the elongated opening. - the support and casing are substantially cylindrical; - a fluid permeable membrane is disposed on the support and covers at least the portion of the support that extends across the elongated opening, so that the membrane is supported on the support and disposed across the elongated opening.
A device configured to house a material and to achieve equilibrium between conservation and exhibition of said material, said material having a light sensitivity and illuminated by a light source, the device comprising: a power source ; one or more electronically switchable glass panels to cover one or more sides of the material from incident light; one or more artificial light sources ; one or more light sensors to measure light levels incident on the material; a reflectance sensor to measure the reflectance of the material and a controller , coupled to the power source , to the electronically switchable glass panels , to the one or more artificial light sources , to the one or more light sensors and to the reflectance sensor, wherein the controller is configured to set a first voltage of the one or more electronically switchable glass panels and a second voltage of the one or more artificial light sources at least in response to the measured light levels and the sensitivity of the light-sensitive material, such that the light exposure incident on the material over a period of time is maintained at a level lower than a maximum permitted level for the light-sensitivity of the material over the period of time, a rate of increase of the light exposure is controlled to maintain said light exposure within the maximum permitted level throughout said period of time, and the light exposure is above a minimum acceptable level throughout said period of time to allow a user to view the material in photopic vision. a power source ; one or more electronically switchable glass panels to cover one or more sides of the material from incident light; one or more artificial light sources ; one or more light sensors to measure light levels incident on the material; a reflectance sensor to measure the reflectance of the material and a controller , coupled to the power source , to the electronically switchable glass panels , to the one or more artificial light sources , to the one or more light sensors and to the reflectance sensor, wherein the controller is configured to set a first voltage of the one or more electronically switchable glass panels and a second voltage of the one or more artificial light sources at least in response to the measured light levels and the sensitivity of the light-sensitive material, such that the light exposure incident on the material over a period of time is maintained at a level lower than a maximum permitted level for the light-sensitivity of the material over the period of time, a rate of increase of the light exposure is controlled to maintain said light exposure within the maximum permitted level throughout said period of time, and the light exposure is above a minimum acceptable level throughout said period of time to allow a user to view the material in photopic vision.
A rotor for an IPM motor , comprising: a rotor core ; permanent magnets embedded in the rotor core ; and a sensor magnet , which is provided at one end of the rotor core , and is fixed to the rotor core by being covered with a resin, wherein the sensor magnet includes: a base portion having an annular shape; and a plurality of projecting portions projecting toward the rotor core from a first surface , which is a surface of the base portion on a side opposed to the rotor core , and wherein the plurality of projecting portions each have a tapered portion on an inner periphery thereof, and are arranged at intervals on the first surface , characterized in that the sensor magnet includes positioning pins , and wherein the rotor core has positioning holes into which the positioning pins are inserted, wherein the positioning holes pass through the rotor core from the one end to the other end of the rotor core , and wherein the positioning pins are provided on the projecting portions of the sensor magnet . a rotor core ; permanent magnets embedded in the rotor core ; and a sensor magnet , which is provided at one end of the rotor core , and is fixed to the rotor core by being covered with a resin, a base portion having an annular shape; and a plurality of projecting portions projecting toward the rotor core from a first surface , which is a surface of the base portion on a side opposed to the rotor core , and
An optical device comprising a liquid crystal element film having a liquid crystal layer which contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state, wherein the liquid crystal element film comprises two base films disposed opposite to each other and a liquid crystal layer positioned therebetween, wherein the optical device further comprises two outer substrates disposed opposite to each other, wherein the liquid crystal element film is encapsulated between the two outer substrates by an adhesive film ; and characterized in that the liquid crystal element film is in an angled film form, wherein a crease angle of the angled film form exceeds 5 degrees, wherein the cross-section of the angled film form has a form including a first line and a second line which are separated by a crease portion (A), wherein the first line , the crease portion (A) and the second line are connected, wherein the crease angle is formed at an intersection of the first line at the crease portion (A) or a tangent (T) at a point (D) which divides the first line of the liquid crystal element film approximately by two, and a line connecting the crease portion (A) and the distal point where the second line is terminated, in a clockwise or counterclockwise direction. wherein the liquid crystal element film comprises two base films disposed opposite to each other and a liquid crystal layer positioned therebetween, wherein the optical device further comprises two outer substrates disposed opposite to each other, wherein the liquid crystal element film is encapsulated between the two outer substrates by an adhesive film ; and characterized in that the liquid crystal element film is in an angled film form, wherein a crease angle of the angled film form exceeds 5 degrees, wherein the cross-section of the angled film form has a form including a first line and a second line which are separated by a crease portion (A), wherein the first line , the crease portion (A) and the second line are connected, wherein the crease angle is formed at an intersection of the first line at the crease portion (A) or a tangent (T) at a point (D) which divides the first line of the liquid crystal element film approximately by two, and a line connecting the crease portion (A) and the distal point where the second line is terminated, in a clockwise or counterclockwise direction.
A laminated structure comprising a) a first substrate and a second substrate; and b) a cured adhesive layer bonding the first substrate to the second substrate comprising a solventless two-component adhesive composition which prior to curing has - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component; characterized in that at least one of the first substrate or the second substrate comprises a water-base ink and in that said first oligomer has a number average molecular weight of at least 3,000 g/mole. a) a first substrate and a second substrate; and b) a cured adhesive layer bonding the first substrate to the second substrate comprising a solventless two-component adhesive composition which prior to curing has - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component; - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component;
A pillow comprising: first and second panels joined to one another at front and rear edges to form upper and lower surfaces; side panels joined to the first and second panels at their respective peripheries, the side panels sides each have enlarged end portions with a thinning middle section to define an hourglass shape, the enlarged end portions having a major dimension; a baffle panel joined to the first and second panels and extending between the side panels, the baffle panel having a height dimension less than the major dimension; and a fill material (F), wherein the first and second panels, the side panels and the baffle panel define two continuous internal volumes and wherein the baffle panel maintains the pillow in an hourglass shape; characterized in that each of the side panels is symmetrical front to rear. first and second panels joined to one another at front and rear edges to form upper and lower surfaces; side panels joined to the first and second panels at their respective peripheries, the side panels sides each have enlarged end portions with a thinning middle section to define an hourglass shape, the enlarged end portions having a major dimension; a baffle panel joined to the first and second panels and extending between the side panels, the baffle panel having a height dimension less than the major dimension; and a fill material (F), wherein the first and second panels, the side panels and the baffle panel define two continuous internal volumes and wherein the baffle panel maintains the pillow in an hourglass shape; characterized in that each of the side panels is symmetrical front to rear.
A reinforcing bar binding machine comprising a guide tube for guiding a wire from a wire reel mounted on a binding machine body ; a curl guide ; a wire cutting mechanism disposed between the guide tube and the curl guide ; a first guide pin that is disposed at an end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an outer side surface which is an outer side of a wire curve; a second guide pin that is disposed at the end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an inner side surface which is an inner side of the wire curve; and a third guide pin that is disposed inside of the curl guide and guides the outer side surface, wherein the wire is brought into contact with the first guide pin , the second guide pin , and the third guide pin , when the wire is fed around a reinforcing bar, characterized in that , the first guide pin , the second guide pin and the third guide pin are made of a material having a high hardness such as a carbide pins or a ceramic pins.
A method performed by a parent circuit of an apparatus for providing virtual channelization of un-channelized media, the method comprising: configuring the parent circuit to expect traffic from dynamic Internet Protocol over Ethernet, IPoE, Clientless Internet Protocol Service, CLIPS, clients, wherein configuring the parent circuit to expect the traffic from the dynamic IPoE CLIPS clients comprises providing a new rule to an existing service-policy framework that allows source IP address ranges to be configured on the parent circuit; receiving traffic having a source address from an access point; performing a circuit lookup based on the source address; and upon a determination from the circuit lookup that a circuit corresponding to the received traffic from the source address does not exist and upon determining that the source address of the received traffic falls within a predefined range of addresses, notifying a control plane of the parent circuit that a new IP address has been detected for dynamic IPoE CLIPS, wherein the notifying comprises requesting the control plane to dynamically create a subscriber circuit. configuring the parent circuit to expect traffic from dynamic Internet Protocol over Ethernet, IPoE, Clientless Internet Protocol Service, CLIPS, clients, wherein configuring the parent circuit to expect the traffic from the dynamic IPoE CLIPS clients comprises providing a new rule to an existing service-policy framework that allows source IP address ranges to be configured on the parent circuit; receiving traffic having a source address from an access point; performing a circuit lookup based on the source address; and upon a determination from the circuit lookup that a circuit corresponding to the received traffic from the source address does not exist and upon determining that the source address of the received traffic falls within a predefined range of addresses, notifying a control plane of the parent circuit that a new IP address has been detected for dynamic IPoE CLIPS, wherein the notifying comprises requesting the control plane to dynamically create a subscriber circuit.
A cutting system (320; 420; 520; 720) for removing an excess material along a length of a channel constructed using an additive manufacturing process, comprising: a cutter head (324; 424; 524; 724); a cutter blade (326; 426; 526; 726) attached to the cutter head (324; 424; 524; 724); a drive cable (328; 428; 528; 728); a rotary driver (330; 430; 530); and a cutter base (322; 422; 522; 722) connected to the cutter head (324; 424; 524; 724) and having a cutter base outer surface (344; 444; 544) configured to contact an internal surface within the channel to guide the cutter blade against the excess material, characterised in that the drive cable (328; 428; 528; 728) extends between the rotary driver (330; 430; 530) and the cutter base (322; 422; 522; 722) such that the cutter base (322; 422; 522; 722) rotates along with the drive cable (328; 428; 528; 728), together with the cutter head (324; 424; 524; 724) and in that the drive cable (328; 428; 528; 728) is configured to impart a rotary motion from the rotary driver (330; 430; 530) to the cutter head (324; 424; 524; 724). a cutter head (324; 424; 524; 724); a cutter blade (326; 426; 526; 726) attached to the cutter head (324; 424; 524; 724); a drive cable (328; 428; 528; 728); a rotary driver (330; 430; 530); and a cutter base (322; 422; 522; 722) connected to the cutter head (324; 424; 524; 724) and having a cutter base outer surface (344; 444; 544) configured to contact an internal surface within the channel to guide the cutter blade against the excess material, characterised in that the drive cable (328; 428; 528; 728) extends between the rotary driver (330; 430; 530) and the cutter base (322; 422; 522; 722) such that the cutter base (322; 422; 522; 722) rotates along with the drive cable (328; 428; 528; 728), together with the cutter head (324; 424; 524; 724) and in that the drive cable (328; 428; 528; 728) is configured to impart a rotary motion from the rotary driver (330; 430; 530) to the cutter head (324; 424; 524; 724).
A process for preparing can end stock , comprising: applying a copolymer adhesion promoter solution to a first side of a metal strip ; drying the copolymer adhesion promoter solution to provide a copolymer adhesion promoter film on the first side of the metal strip ; curing the copolymer adhesion promoter film on the first side of the metal strip ; laminating a polymer film to the copolymer adhesion promoter film on the first side of the metal strip to produce a laminated metal strip ; annealing the laminated metal strip at an annealing temperature, and wherein the process further comprises pre-treating the metal strip with a conversion layer and wherein the copolymer adhesion promoter solution comprises a vinyl phosphonic acid - acrylic acid copolymer. applying a copolymer adhesion promoter solution to a first side of a metal strip ; drying the copolymer adhesion promoter solution to provide a copolymer adhesion promoter film on the first side of the metal strip ; curing the copolymer adhesion promoter film on the first side of the metal strip ; laminating a polymer film to the copolymer adhesion promoter film on the first side of the metal strip to produce a laminated metal strip ; annealing the laminated metal strip at an annealing temperature, and wherein the process further comprises pre-treating the metal strip with a conversion layer and wherein the copolymer adhesion promoter solution comprises a vinyl phosphonic acid - acrylic acid copolymer.