mhurhangee/ep-ind-claims huggingface dataset:
A method of collaborative computing comprising: displaying a computer generated scenario including a plurality of items on a first surface computer, wherein the first surface computer has an interactive touch-sensitive screen; identifying a first physical token placed on the first surface computer by a first person, wherein the first physical token at least in part identifies credentials of the first person; authenticating the first person based on the credentials of the first person to determine an authorization of the first person; allowing the first person to edit one or more of the items as permitted by the authorization of the first person; characterised in that the method is a method of collaborative planning and/or gaming, and the method further comprises: displaying the computer generated scenario including a plurality of items on a second surface computer with an interactive touch sensitive screen, at a location remote to the first surface computer; identifying a second physical token placed on the second surface computer by a second person, wherein the second physical token at least in part identifies credentials of the second person; authenticating the second person based on the credentials of the second person to determine an authorization of the second person that is different than the authorization of the first person; and allowing the second person to edit one or more of the items displayed on the second surface computer as permitted by the authorization of the second person, wherein the authorization of the second person permits the second person to edit at least one item that the authorization of the first person does not permit the first person to edit. displaying a computer generated scenario including a plurality of items on a first surface computer, wherein the first surface computer has an interactive touch-sensitive screen; identifying a first physical token placed on the first surface computer by a first person, wherein the first physical token at least in part identifies credentials of the first person; authenticating the first person based on the credentials of the first person to determine an authorization of the first person; allowing the first person to edit one or more of the items as permitted by the authorization of the first person; displaying the computer generated scenario including a plurality of items on a second surface computer with an interactive touch sensitive screen, at a location remote to the first surface computer; identifying a second physical token placed on the second surface computer by a second person, wherein the second physical token at least in part identifies credentials of the second person; authenticating the second person based on the credentials of the second person to determine an authorization of the second person that is different than the authorization of the first person; and allowing the second person to edit one or more of the items displayed on the second surface computer as permitted by
A method comprising: providing a gelled fluid; and manipulating an equipment associated with the gelled fluid based on a stress response of the gelled fluid as determined by a gel microstructure destruction model comprising an equivalent work integral function. providing a gelled fluid; and manipulating an equipment associated with the gelled fluid based on a stress response of the gelled fluid as determined by a gel microstructure destruction model comprising an equivalent work integral function.
A method of performing traffic steering in a wireless network system having a base station (22, 26) of a first network (14, 16) and a user equipment camping on the first network (14, 16), the method characterized in that it comprises the steps of: the base station (22, 26) setting an indicator to a first value when determining that the first network (14, 16) is not loaded evenly or setting the indicator to a second value when determining that the first network (14, 16) is loaded evenly; the base station (22, 26) sending the indicator, an update amount, a timer length, and at least a first radio access network rule including a first threshold to the user equipment, wherein the first radio access network rule is associated with at least a first parameter used to evaluate a signal quality of the first network (14, 16); the user equipment starting a timer when the first radio access network rule received from the base station (22, 26) is not satisfied and the indicator is set to the first value; the user equipment adjusting the first threshold by the update amount when the timer expires according to the timer length; and the user equipment steering traffic from the first network to a second network or from the second network to the first network when the first radio access network rule is satisfied according to the adjusted first threshold. the base station (22, 26) setting an indicator to a first value when determining that the first network (14, 16) is not loaded evenly or setting the indicator to a second value when determining that the first network (14, 16) is loaded evenly; the base station (22, 26) sending the indicator, an update amount, a timer length, and at least a first radio access network rule including a first threshold to the user equipment, wherein the first radio access network rule is associated with at least a first parameter used to evaluate a signal quality of the first network (14, 16); the user equipment starting a timer when the first radio access network rule received from the base station (22, 26) is not satisfied and the indicator is set to the first value; the user equipment adjusting the first threshold by the update amount when the timer expires according to the timer length; and the user equipment steering traffic from the first network to a second network or from the second network to the first network when the first radio access network rule is satisfied according to the adjusted first threshold.
A battery explosion-proof device, comprising: a valve body, a rupture plate and a protecting cover, the valve body including: a base portion formed with a concaved portion; and a shaft portion connected with the base portion; wherein the shaft portion is formed with threads on an external circumferential surface thereof, and the shaft portion is formed with a venting passage which is communicated with the concaved portion; the rupture plate is disposed inside the concaved portion for sealing the venting passage; and the protecting cover is configured to cover the concaved portion; wherein the base portion is formed with a mounting surface where the rupture plate is disposed, and the venting passage penetrates through the mounting surface to be communicated with the concaved portion, characterised in that, the rupture plate is formed with a dent, which has a diameter larger than the inner diameter of the venting passage and smaller than an external diameter of the mounting surface. a base portion formed with a concaved portion; and a shaft portion connected with the base portion; wherein the shaft portion is formed with threads on an external circumferential surface thereof, and the shaft portion is formed with a venting passage which is communicated with the concaved portion; wherein the shaft portion is formed with threads on an external circumferential surface thereof, and the shaft portion is formed with a venting passage which is communicated with the concaved portion;
An input device, the input device comprising: a case; a user manipulator disposed on the case; and a circuit configured to generate different electromagnetic signals according to a position change of the user manipulator by varying a resonance frequency of the electromagnetic signal depending on the state of the user manipulator, wherein the user manipulator comprises: a movable member configured to be movable on the case; a first electrode fixed within the case; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member, characterized in that a length of the second electrode corresponds to a length of the first electrode. a case; a user manipulator disposed on the case; and a circuit configured to generate different electromagnetic signals according to a position change of the user manipulator by varying a resonance frequency of the electromagnetic signal depending on the state of the user manipulator, wherein the user manipulator comprises: a movable member configured to be movable on the case; a first electrode fixed within the case; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member, characterized in that a length of the second electrode corresponds to a length of the first electrode. a movable member configured to be movable on the case; a first electrode fixed within the case; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member, characterized in that a length of the second electrode corresponds to a length of the first electrode.
A functionalized optical element comprising: an optical base element; and a functionalized layered structure incorporating at least one functional layer which is glued directly to the optical base element to form a functionalized optical element, characterized in that the optical element further includes a bi-layer adhesive structure which comprises a layer of gamma-aminopropyltriethoxysilane adhesive disposed on a surface of said functionalized layered structure and a layer of hot melt adhesive disposed between the gamma-aminopropyltriethoxysilane layer and the optical base element to form a bi-layer adhesive that permanently retains the functionalized layered structure on the optical base element while maintaining optical quality. an optical base element; and a functionalized layered structure incorporating at least one functional layer which is glued directly to the optical base element to form a functionalized optical element, characterized in that the optical element further includes a bi-layer adhesive structure which comprises a layer of gamma-aminopropyltriethoxysilane adhesive disposed on a surface of said functionalized layered structure and a layer of hot melt adhesive disposed between the gamma-aminopropyltriethoxysilane layer and the optical base element to form a bi-layer adhesive that permanently retains the functionalized layered structure on the optical base element while maintaining optical quality.
A method for wireless communication, performed by an apparatus, comprising: identifying a first set of symbols within a transmission time interval, TTI, that have a first expected noise level and a second set of symbols within the TTI that have a second expected noise level, wherein the second set of symbols is different than the first set of symbols within the TTI and the first expected noise level is different than the second expected noise level; identifying one or more first reference signals configured for the TTI, the one or more first reference signals in at least one symbol of the first set of symbols; determining one or more symbols in the second set of symbols that are to include one or more second reference signals based at least in part on the first expected noise level being different than the second expected noise level; and transmitting the one or more first reference signals in the first set of symbols and the one or more second reference signals in the second set of symbols. identifying a first set of symbols within a transmission time interval, TTI, that have a first expected noise level and a second set of symbols within the TTI that have a second expected noise level, wherein the second set of symbols is different than the first set of symbols within the TTI and the first expected noise level is different than the second expected noise level; identifying one or more first reference signals configured for the TTI, the one or more first reference signals in at least one symbol of the first set of symbols; determining one or more symbols in the second set of symbols that are to include one or more second reference signals based at least in part on the first expected noise level being different than the second expected noise level; and transmitting the one or more first reference signals in the first set of symbols and the one or more second reference signals in the second set of symbols.
A method of wireless communication using a cellular uplink and downlink multiple-access system comprising access points adapted for wireless communication with wireless devices by sharing system resources, comprising: receiving a positioning reference signal, PRS transmitted from an access point, wherein the access point is a fixed station used for wireless communication using said mutiple-access system; receiving, over a symbol sequence different from a symbol sequence of the PRS, a disparate PRS transmitted from a passive distributed element employed by the access point for wireless communication in said cellular uplink and downlink multiple-access system, wherein the passive distributed element is employed by the access point for remotely transmitting signals from the access point in said multiple-access system, wherein receiving the disparate PRS includes receiving the disparate PRS over a set of multiple-access system resources different from a set of multiple-access system resources over which the PRS is received; and associating the PRS with the access point and the disparate PRS with the passive distributed element based at least in part on identifying the different symbol sequences of the PRS and the disparate PRS; and determining a position of a wireless device based at least in part on the location of the access point and the disparate location of the passive distributed element as well as the PRS and the disparate PRS. receiving a positioning reference signal, PRS transmitted from an access point, wherein the access point is a fixed station used for wireless communication using said mutiple-access system; receiving, over a symbol sequence different from a symbol sequence of the PRS, a disparate PRS transmitted from a passive distributed element employed by the access point for wireless communication in said cellular uplink and downlink multiple-access system, wherein the passive distributed element is employed by the access point for remotely transmitting signals from the access point in said multiple-access system, wherein receiving the disparate PRS includes receiving the disparate PRS over a set of multiple-access system resources different from a set of multiple-access system resources over which the PRS is received; and associating the PRS with the access point and the disparate PRS with the passive distributed element based at least in part on identifying the different symbol sequences of the PRS and the disparate PRS; and determining a position of a wireless device based at least in part on the location of the access point and the disparate location of the passive distributed element as well as the PRS and the disparate PRS.
A method for treating the surface of a vehicle, wherein the vehicle surface is treated by means of at least one rotating treatment brush, which treatment brush comprises treatment elements, the surfaces of which are brought into frictional contact with the vehicle surface during the treatment, characterized in that a reference measurement is carried out, in which a treatment brush is set in rotation and moved into a defined position relative to a reference element so that the surfaces of the treatment elements are brought into frictional contact with the surface of the reference element and, at the same time, the value of the frictional force is measured directly or indirectly, and the treatment brush is regulated during the treatment of the vehicle surface based on the value of the frictional force measured during the reference measurement. the vehicle surface is treated by means of at least one rotating treatment brush, which treatment brush comprises treatment elements, the surfaces of which are brought into frictional contact with the vehicle surface during the treatment, characterized in that a reference measurement is carried out, in which a treatment brush is set in rotation and moved into a defined position relative to a reference element so that the surfaces of the treatment elements are brought into frictional contact with the surface of the reference element and, at the same time, the value of the frictional force is measured directly or indirectly, and the treatment brush is regulated during the treatment of the vehicle surface based on the value of the frictional force measured during the reference measurement.
A method for three-dimensionally printing an article comprising the steps of: (a) forming a layer of a build material powder, the build material powder having a mean particle size diameter; (b) selectively printing by jet deposition on the layer at least one of a first binder fluid and a second binder fluid, wherein the first binder fluid contains a first particulate matter having a first mean particle size diameter which is less than the mean particle size diameter of the build material powder and is greater than 1 micron and the first binder fluid has characteristics which are different from those of the second binder fluid; and (c) repeating steps (a) and (b) until the article is formed; wherein the first binder fluid is deposited on the then-current layer in at least one of the instances of performing step (b), and wherein the second binder fluid is deposited on the then-current layer in at least one of the instances of performing step (b). (a) forming a layer of a build material powder, the build material powder having a mean particle size diameter; (b) selectively printing by jet deposition on the layer at least one of a first binder fluid and a second binder fluid, wherein the first binder fluid contains a first particulate matter having a first mean particle size diameter which is less than the mean particle size diameter of the build material powder and is greater than 1 micron and the first binder fluid has characteristics which are different from those of the second binder fluid; and (c) repeating steps (a) and (b) until the article is formed;
A method of detecting a position on a touchscreen panel including a first resistive film and a second resistive film, the first resistive film having a first electrode and a second electrode provided at first and second opposing ends thereof in a first direction, the second resistive film having a third electrode and a fourth electrode provided at first and second opposing ends thereof in a second direction perpendicular to the first direction, the method comprising: (a) measuring a potential at the first electrode with a supply voltage (Vcc) being applied to a first end of a first resistor having a second end connected to the first electrode with the second electrode being grounded; (b) measuring a potential at the third electrode with the supply voltage being applied to a first end of a second resistor having a second end connected to the third electrode with the fourth electrode being grounded; (c) measuring a potential at the third electrode and a potential at the fourth electrode with the supply voltage being applied to the first electrode with the second electrode being grounded; and (d) measuring a potential at the first electrode and a potential at the second electrode with the supply voltage being applied to the third electrode with the fourth electrode being grounded. (a) measuring a potential at the first electrode with a supply voltage (Vcc) being applied to a first end of a first resistor having a second end connected to the first electrode with the second electrode being grounded; (b) measuring a potential at the third electrode with the supply voltage being applied to a first end of a second resistor having a second end connected to the third electrode with the fourth electrode being grounded; (c) measuring a potential at the third electrode and a potential at the fourth electrode with the supply voltage being applied to the first electrode with the second electrode being grounded; and (d) measuring a potential at the first electrode and a potential at the second electrode with the supply voltage being applied to the third electrode with the fourth electrode being grounded.
A communicative coupler for a tubular member of a well system, comprising: a hub having a longitudinal hub axis and a chamber (236, 254) disposed therein; a coil disposed in the hub for electromagnetically communicating with a coil of the tubular member; a shaft having a longitudinal shaft axis, a first end, and a second end, wherein the second end of the shaft is pivotally coupled to the hub; and characterised by a positioning assembly disposed in the chamber (236, 254) of the hub that engages the second end of the shaft, and wherein the positioning assembly is configured to allow the longitudinal shaft axis to become laterally offset from the longitudinal hub axis wherein the positioning assembly comprises: a first positioning member having a receptacle for receiving the second end of the shaft; and a second positioning member in engagement with the first positioning member, wherein the second positioning member comprises a first tongue that is received within a groove of an internal surface of the hub to provide for sliding engagement between the second positioning member and the hub along a first lateral direction respective the longitudinal hub axis. a hub having a longitudinal hub axis and a chamber (236, 254) disposed therein; a coil disposed in the hub for electromagnetically communicating with a coil of the tubular member; a shaft having a longitudinal shaft axis, a first end, and a second end, wherein the second end of the shaft is pivotally coupled to the hub; and characterised by a positioning assembly disposed in the chamber (236, 254) of the hub that engages the second end of the shaft, and wherein the positioning assembly is configured to allow the longitudinal shaft axis to become laterally offset from the longitudinal hub axis a first positioning member having a receptacle for receiving the second end of the shaft; and a second positioning member in engagement with the first positioning member, wherein the second positioning member comprises a first tongue that is received within a groove of an internal surface of the hub to provide for sliding engagement between the second positioning member and the hub along a first lateral direction respective the longitudinal hub axis.
Bolt comprising a screw and an insert which can be inserted in the opening in a wall, said insert comprising an insert head and a shaft comprising a recess, said insert head and said recess being configured such as, after deformation of the recess, to ensure the crimping of said insert on said wall, characterized in that said screw comprises a break ring, which, by being supported on said insert head directly or indirectly, is designed to immobilize said screw relative to said insert head, in order to create the deformation of the recess by rotation of the screw and obtain said crimping, and, once the crimping has been carried out, it is designed to give rise to breakage, such as to release the screw from said insert head, thus permitting the tightening of an accessory on the wall.