mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure-cooking appliance with a retracting cover comprising a container comprising a side wall ending with a retracting edge which extends inwards from the container and which has a rolled free end provided with an internal face located facing the inside of the container , as well as a cover intended to be introduced inside the container , under the internal face of the rolled free end , said pressure-cooking appliance comprising a sealing gasket designed to be inserted between the internal face of the rolled free end and the cover to achieve a sealed cooking chamber, said sealing gasket having an annular shape and comprising a one-piece body of an upper portion a transversal cross-section of which takes the shape of a circular sector and which is intended to be arranged in a housing formed by the internal face of the rolled free end , the body comprising a lower portion provided with a lower face , characterised in that said sealing gasket comprises a lip which extends from the lower portion of the body , inwards from the annular shape, the lip comprising a lower face arranged in the extension of the lower face of the lower portion of the body .
A hang tag for an object, the hang tag comprising: a main body including a ridge that extends in a direction from a top of the main body to a bottom of the main body and that divides the main body into a first region at a first side of the ridge and a second region at a second side of the ridge ; and a retaining portion into which a portion of the object is insertable and including (a) prongs configured to, when the portion of the object is inserted in the retaining portion , engage with side grooves (G2) in opposite sides of the object to prevent the object from rotating, and (b) ribs configured to support the prongs when the prongs are forced towards the ribs , characterized in that the ridge is a vertex of an obtuse angle formed at an exterior surface of the main body . a main body including a ridge that extends in a direction from a top of the main body to a bottom of the main body and that divides the main body into a first region at a first side of the ridge and a second region at a second side of the ridge ; and a retaining portion into which a portion of the object is insertable and including (a) prongs configured to, when the portion of the object is inserted in the retaining portion , engage with side grooves (G2) in opposite sides of the object to prevent the object from rotating, and (b) ribs configured to support the prongs when the prongs are forced towards the ribs , characterized in that the ridge is a vertex of an obtuse angle formed at an exterior surface of the main body .
System (1; 101; 201; 301; 401; 501; 601; 701; 801; 901; 1001; 1101; 1201) for dispensing a fluid (L; L1, L2), comprising a container (C; C') suited to contain said fluid (L; L1, L2) and a device (10; 410; 510) suited to dispense said fluid (L; L1, L2), said device (10; 410; 510) comprising: - a collapsible chamber (20; 420) which defines a volume (V; V') suited to receive a quantity of said fluid (L; L1, L2) to be dispensed; - an inlet duct (62; 462) suited to allow the passage of said fluid (L; L1, L2) from the inside of said container (C; C') towards said volume (V; V'); - first valve means (66; 466) suited to control the passage of said fluid (L; L1, L2) into said inlet duct (62; 462); - an outlet duct (64; 464) for said fluid (L; L1, L2) suited to allow the passage of said fluid (L; L1, L2) from said volume (V; V') towards the outside; - second valve means (68; 468) suited to control the passage of said fluid (L; L1, L2) into said outlet duct (64; 464), wherein said collapsible chamber (20; 420) is at least partially defined by a first portion (30; 430) and by a second portion mutually coupled with each other in such a way that together they define said volume (V; V') and define said inlet duct (62; 462) and said outlet duct (64; 464), wherein said first portion (30; 430) comprises an area connected to said container (C; C') and wherein said second portion is constituted by a portion of said container (C; C'), wherein said container (C; C') comprises a first portion (C1; C1'; C2) connected to said first portion (30; 430) of said device (10; 410; 510) and a second portion which defines said second portion of said device (10; 410; 510), wherein said first portion (C1; C1'; C2) of said container and said second portion of said container are mutually coupled to define a volume for said fluid, and characterised in that said area of said first portion (30; 430) connected to said container (C; C') is positioned between said first portion (C1; C1'; C2) of said container and said second portion of said container. - a collapsible chamber (20; 420) which defines a volume (V; V') suited to receive a quantity of said fluid (L; L1, L2) to be dispensed; - an inlet duct (62; 462) suited to allow the passage of said fluid (L; L1, L2) from the inside of said container (C; C') towards said volume (V; V'); - first valve means (66; 466) suited to control the passage of said fluid (L; L1, L2) into said inlet duct (62; 462); - an outlet duct (64; 464) for said fluid (L; L1, L2) suited to allow the passage of said fluid (L; L1, L2) from said volume (V; V') towards the outside; - second valve means (68; 468) suited to control the passage of said fluid (L; L1, L2) into said outlet duct (64; 464),
A method in a first network node for authenticating a communication device, the method comprising: a) recognizing reception (6:10) of a message from the communication device via a second network node, the message initiating an authentication session for the communication device; b) initiating, a roundtrip of said authentication session, comprising a transmission (6:20) of a request comprising state related information to the communication device via the second network node, said state related information being information indicative of the state of the first network node in association with execution of the ongoing roundtrip of said authentication session; c) initiating deletion (6:30) of at least part of stored state related information, associated with said roundtrip of said authentication session, from storage, accessible to the first network node; d) recognizing reception (6:40) of a response to the request from the communication device via the second network node, the response comprising said state related information, associated with said roundtrip of said authentication session; e) initiating a recreation (6:50) of at least part of said state, the recreation being executed based on said received state related information, and f) initiating completion (6:60) of said roundtrip of said authentication session, wherein the completion is based on said at least partly recreated state. a) recognizing reception (6:10) of a message from the communication device via a second network node, the message initiating an authentication session for the communication device; b) initiating, a roundtrip of said authentication session, comprising a transmission (6:20) of a request comprising state related information to the communication device via the second network node, said state related information being information indicative of the state of the first network node in association with execution of the ongoing roundtrip of said authentication session; c) initiating deletion (6:30) of at least part of stored state related information, associated with said roundtrip of said authentication session, from storage, accessible to the first network node; d) recognizing reception (6:40) of a response to the request from the communication device via the second network node, the response comprising said state related information, associated with said roundtrip of said authentication session; e) initiating a recreation (6:50) of at least part of said state, the recreation being executed based on said received state related information, and f) initiating completion (6:60) of said roundtrip of said authentication session, wherein the completion is based on said at least partly recreated state.
A sample holder attaching device configured to attach a sample holder adapted to hold a sample into a single-crystal X-ray structure analysis apparatus configured to perform a structure analysis of a material, the device comprising: a sample holder attaching mechanism adapted to attach the sample holder , said sample holder being attached to an attachable/detachable applicator , to a goniometer in the single-crystal X-ray structure analysis apparatus in a state where the sample holder is removed from the applicator ; wherein the sample holder comprises a base part that is detachably attached to the tip portion of the goniometer and a holding part to which a porous complex crystal capable of soaking the sample in a plurality of fine pores formed therein can be attached, the holding part is formed on the base part , the applicator has a storing space for storing the sample holder , the sample holder attaching mechanism has a sample holder support section adapted to enable removal of the sample holder from the applicator and attachment of the sample holder to the goniometer , and the porous complex crystal is fixed at a position of the sample holder , where X-rays are irradiated from the X-ray irradiation section, in a state where the sample holder is attached to the goniometer . a sample holder attaching mechanism adapted to attach the sample holder , said sample holder being attached to an attachable/detachable applicator , to a goniometer in the single-crystal X-ray structure analysis apparatus in a state where the sample holder is removed from the applicator ; wherein the sample holder comprises a base part that is detachably attached to the tip portion of the goniometer and a holding part to which a porous complex crystal capable of soaking the sample in a plurality of fine pores formed therein can be attached, the holding part is formed on the base part , the applicator has a storing space for storing the sample holder , the sample holder attaching mechanism has a sample holder support section adapted to enable removal of the sample holder from the applicator and attachment of the sample holder to the goniometer , and the porous complex crystal is fixed at a position of the sample holder , where X-rays are irradiated from the X-ray irradiation section, in a state where the sample holder is attached to the goniometer .
A nerve contact device comprising a material comprising a hydrophilic ionically conducting polymer (ICP) positioned between and in direct contact with two electronically conducting polymers (ECPs).
A method comprising a) checking whether a network connection of a computing device is identified as a metered roaming network; and b) managing access by synchronization engines of the computing device to communicate via the network connection to synchronize data of the computing device with another computing device based at least in part on a setting associated with the metered network; the setting indicating that images of a memory of the computing device are to be synchronized at unlimited times of day as long as a threshold collections of data amount of data has not been exceeded, and further indicating that files included in one or more collections of data specified by a user are to be synchronized at any time, and that settings are to be synchronized at manually specified times. a) checking whether a network connection of a computing device is identified as a metered roaming network; and b) managing access by synchronization engines of the computing device to communicate via the network connection to synchronize data of the computing device with another computing device based at least in part on a setting associated with the metered network;
A front pillar structure comprising: a front side pillar frame member and a rear side pillar frame member that structure a front pillar (20 and a transparent member that spans between the front side pillar frame member and the rear side pillar frame member and structures the front pillar ; characterised in that the front pillar structure comprises a first joining portion at which an upper end portion of the front side pillar frame member is joined to a roof side rail that is disposed at a vehicle width direction outer side of a roof panel ; and a second joining portion at which an upper end portion of the rear side pillar frame member is joined to the roof side rail , wherein the first joining portion and the second joining portion are formed at respective positions on the roof side rail that overlap with each other along the vehicle front-and-rear direction and are at the vehicle rear side relative to a front end portion of the roof panel . a front side pillar frame member and a rear side pillar frame member that structure a front pillar (20 and a transparent member that spans between the front side pillar frame member and the rear side pillar frame member and structures the front pillar ; characterised in that the front pillar structure comprises a first joining portion at which an upper end portion of the front side pillar frame member is joined to a roof side rail that is disposed at a vehicle width direction outer side of a roof panel ; and a second joining portion at which an upper end portion of the rear side pillar frame member is joined to the roof side rail , wherein the first joining portion and the second joining portion are formed at respective positions on the roof side rail that overlap with each other along the vehicle front-and-rear direction and are at the vehicle rear side relative to a front end portion of the roof panel .
An end effector assembly for use with a surgical instrument, the end effector assembly comprising: a first jaw member and a second jaw member movable between an open position and a closed position to grasp tissue therebetween; a first proximal flange and a second proximal flange extending proximally from the second jaw member and defining a space therebetween; a proximal flange extending proximally from a proximal portion of the first jaw member and defining a cam slot ; and a cam bar including a cam pin , characterized in that the end effector assembly further comprises a cam driver assembled with and operably coupled to the proximal flange of the first jaw member to define a space between the cam driver and the proximal flange of the first jaw member, the cam driver defining a cam slot ; wherein the cam bar is disposed within the space defined between the cam driver and the proximal flange of the first jaw member and the cam pin is configured to slide along the cam slot of the cam driver to move the first jaw member relative to the second jaw member between the open position and the closed position. a first jaw member and a second jaw member movable between an open position and a closed position to grasp tissue therebetween; a first proximal flange and a second proximal flange extending proximally from the second jaw member and defining a space therebetween; a proximal flange extending proximally from a proximal portion of the first jaw member and defining a cam slot ; and a cam bar including a cam pin , characterized in that the end effector assembly further comprises a cam driver assembled with and operably coupled to the proximal flange of the first jaw member to define a space between the cam driver and the proximal flange of the first jaw member, the cam driver defining a cam slot ; wherein the cam bar is disposed within the space defined between the cam driver and the proximal flange of the first jaw member and the cam pin is configured to slide along the cam slot of the cam driver to move the first jaw member relative to the second jaw member between the open position and the closed position.
Anterior part (P1) of a nacelle of an aircraft propulsion assembly, said anterior part (P1) having a front end allowing air to enter and a rear end intended to be connected to the rest of the nacelle (N), said anterior part comprising: - an air intake lip disposed at said front end, - an outer panel , an outer face of which extends an outer part of the air intake lip , a front edge of the outer panel being connected to a rear edge of the air intake lip , characterized in that the front edge of the outer panel and the rear edge of the air intake lip are shaped so as to overlap radially and nest so as to ensure a continuous surface between the outer surface of the outer part of the air intake lip and the outer face of the outer panel , and in that the front edge of the outer panel is connected to the rear edge of the air intake lip with no added rigid element fully penetrating said front edge of the outer panel and rear edge of the air intake lip . - an air intake lip disposed at said front end, - an outer panel , an outer face of which extends an outer part of the air intake lip , a front edge of the outer panel being connected to a rear edge of the air intake lip ,
A pneumatic tire having a tread portion with a circumferential groove and a belt layer, wherein a monofilament cord is used as a reinforcing cord for the belt layer; the number of arrangements e (lines/5 cm) of the monofilament cords arranged per 5 cm in the tire width direction in the tire radial cross section of the belt layer is 50/5 cm or more; and the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1, and wherein the number of arrangements e (lines/5 cm) of the monofilament cord and the outer diameter r (mm) of the monofilament cord satisfy the following formula 3. 30 ° Ctan δ × G < 1.5 mm e × r 2 / 4 × π > 4.0 mm 2 × 5 cm − 1 a monofilament cord is used as a reinforcing cord for the belt layer; the number of arrangements e (lines/5 cm) of the monofilament cords arranged per 5 cm in the tire width direction in the tire radial cross section of the belt layer is 50/5 cm or more; and the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1, and wherein the number of arrangements e (lines/5 cm) of the monofilament cord and the outer diameter r (mm) of the monofilament cord satisfy the following formula 3. 30 ° Ctan δ × G < 1.5 mm e × r 2 / 4 × π > 4.0 mm 2 × 5 cm − 1
A light source device, comprising: - a light-emitting part ; - a light guide having in the center a columnar part whose central axis direction is a lengthwise direction, that is adapted to guide light input into an end face from the light-emitting part in a lengthwise direction of the columnar part, and to output light from a side face of the columnar part; - a light guide holder that covers an end of the light guide except for at least part of the end face ; and characterized in that the light source device comprises a support part , having a through-hole that penetrates from one face to another face formed therein, is configured to hold an end of the light guide holder on a side of a first opening on the one face of the through-hole so as to allow sliding the light guide holder in the lengthwise direction, or to hold the end of the light guide holder that is configured to stretch in the lengthwise direction inside or above the first opening; and the support part is further configured to support an optical filter between the first opening and a second opening while maintaining a designated spacing with the light-emitting part ; wherein the light from the light-emitting part is input into the light guide via the second opening on the other face of the through-hole, or the light-emitting part is disposed in the second opening. - a light-emitting part ; - a light guide having in the center a columnar part whose central axis direction is a lengthwise direction, that is adapted to guide light input into an end face from the light-emitting part in a lengthwise direction of the columnar part, and to output light from a side face of the columnar part; - a light guide holder that covers an end of the light guide except for at least part of the end face ; and characterized in that the light source device comprises a support part , having a through-hole that penetrates from one face to another face formed therein, is configured to hold an end of the light guide holder on a side of a first opening on the one face of the through-hole so as to allow sliding the light guide holder in the lengthwise direction, or to hold the end of the light guide holder that is configured to stretch in the lengthwise direction inside or above the first opening; and the support part is further configured to support an optical filter between the first opening and a second opening while maintaining a designated spacing with the light-emitting part ; wherein the light from the light-emitting part is input into the light guide via the second opening on the other face of the through-hole, or the light-emitting part is disposed in the second opening.
An electrical connector configured to measure a state of a fluid in a flow channel, comprising: a main body portion , connection portions , a total pressure acquisition portion , and a static pressure acquisition portion , wherein the connection portions allow the main body portion to be electrically connected to an electric heating tube provided in the flow channel; the total pressure acquisition portion comprises a total pressure measuring hole provided in a first part, facing a flow direction of the fluid, of the main body portion ; and the static pressure acquisition portion comprises a static pressure measuring hole provided in a second part, parallel to the flow direction of the fluid, of the main body portion . a main body portion , connection portions , a total pressure acquisition portion , and a static pressure acquisition portion , wherein the connection portions allow the main body portion to be electrically connected to an electric heating tube provided in the flow channel; the total pressure acquisition portion comprises a total pressure measuring hole provided in a first part, facing a flow direction of the fluid, of the main body portion ; and the static pressure acquisition portion comprises a static pressure measuring hole provided in a second part, parallel to the flow direction of the fluid, of the main body portion .
A carrier substrate for electrical components , wherein the carrier substrate has a primary layer made of ceramic and at least one metal layer bonded to the primary layer , wherein the at least one metal layer has at least one void on the side facing the primary layer , wherein the metal layer has a first subregion and a second subregion in the central region, characterized in that the number and/or the size of the voids in the first subregion differs from the number and/or the size of the voids in the second subregion, wherein the average number and/or the average depth of the void changes continuously over the metal layer in relation to surface sections or per subregion of the metal layer.