mhurhangee/patent-ind-claim-en huggingface dataset:
A method for machine type communication at a wireless device, comprising: transmitting an indication of a capability to operate according to a plurality of modes for communicating with a network on at least one shared channel in a connected mode, the plurality of modes including a narrowband mode and at least one wider band mode, wherein: each wider band mode is based at least in part on a shared channel bandwidth between a narrowband shared channel bandwidth associated with the narrowband mode and a wideband shared channel bandwidth associated with a wideband mode, and the narrowband shared channel bandwidth being different from the wideband shared channel bandwidth; monitoring for a shared channel assignment associated with operation in the narrowband mode or one of the at least one wider band mode in (a) narrowband grants and (b) wider band grants or wideband grants; receiving a shared channel assignment based in part on the monitoring, wherein the received shared channel assignment is associated with operation in the narrowband mode or one of the at least one wider band mode; and communicating on a shared channel, when in the connected mode, in accordance with the received shared channel assignment. transmitting an indication of a capability to operate according to a plurality of modes for communicating with a network on at least one shared channel in a connected mode, the plurality of modes including a narrowband mode and at least one wider band mode, wherein: each wider band mode is based at least in part on a shared channel bandwidth between a narrowband shared channel bandwidth associated with the narrowband mode and a wideband shared channel bandwidth associated with a wideband mode, and the narrowband shared channel bandwidth being different from the wideband shared channel bandwidth; each wider band mode is based at least in part on a shared channel bandwidth between a narrowband shared channel bandwidth associated with the narrowband mode and a wideband shared channel bandwidth associated with a wideband mode, and the narrowband shared channel bandwidth being different from the wideband shared channel bandwidth; monitoring for a shared channel assignment associated with operation in the narrowband mode or one of the at least one wider band mode in (a) narrowband grants and (b) wider band grants or wideband grants; receiving a shared channel assignment based in part on the monitoring, wherein the received shared channel assignment is associated with operation in the narrowband mode or one of the at least one wider band mode; and communicating on a shared channel, when in the connected mode, in accordance with the received shared channel assignment.
A device comprising: an electric field applying assembly adapted to generate an electric field having a discrete electric field profile; a conducting volume ; and an electrical interface region , provided between the conducting volume and the electric field applying assembly , the electrical interface region arranged such that the discrete electric field is applied to the electrical interface region by the electric field applying assembly at a location spaced from the conducting volume ; said device being characterized in that the electrical interface region comprises at least an ionically conductive material arranged adjacent to and provided in direct electrical contact with the conducting volume such that the discrete electric field applied by the electric field applying assembly is smoothed by the electrical interface region so that the electric field profile established within the conducting volume is continuous. an electric field applying assembly adapted to generate an electric field having a discrete electric field profile; a conducting volume ; and an electrical interface region , provided between the conducting volume and the electric field applying assembly , the electrical interface region arranged such that the discrete electric field is applied to the electrical interface region by the electric field applying assembly at a location spaced from the conducting volume ; said device being characterized in that the electrical interface region comprises at least an ionically conductive material arranged adjacent to and provided in direct electrical contact with the conducting volume such that the discrete electric field applied by the electric field applying assembly is smoothed by the electrical interface region so that the electric field profile established within the conducting volume is continuous.
A control device for controlling a control object apparatus , the control device comprising a user program and further comprising: a task execution unit configured to execute the user program, which program is a program for controlling the control object apparatus ; a collection unit configured to collect variables which have been referenced and updated in the user program when the task is being executed by the task execution unit ; and a management unit configured to manage the variables collected by the collection unit , wherein the user program comprises a collection instruction program configured to instruct the collection unit to collect the variables, the collection instruction program comprises distinguishing information by which the location of the collection instruction program is distinguishable, and the management unit is further configured to associate the variables collected by the collection unit with the distinguishing information of the collection instruction program when the collection of the variables is instructed by the collection instruction program, wherein the collection instruction program can be inserted by a user at any location in the user program, characterized in that the location made distinguishable by the distinguishing information is in the user program, in that the distinguishing information is a value that can be set by the user, in that the collection instruction program further comprises specifying information for specifying a variable to be collected by the collection unit, and in that the specifying information is a number and the distinguishing information is a number. a task execution unit configured to execute the user program, which program is a program for controlling the control object apparatus ; a collection unit configured to collect variables which have been referenced and updated in the user program when the task is being executed by the task execution unit ; and a management unit configured to manage the variables collected by the collection unit , wherein the user program comprises a collection instruction program configured to instruct the collection unit to collect the variables, the collection instruction program comprises distinguishing information by which the location of the collection instruction program is distinguishable, and the management unit is further configured to associate the variables collected by the collection unit with the distinguishing information of the collection instruction program when the collection of the variables is instructed by the collection instruction program, wherein the collection instruction program can be inserted by a user at any location in the user program, characterized in that the location made distinguishable by the distinguishing information is in the user program, in that the distinguishing information is a value that can be set by the user, in that the collection instruction program further comprises specifying information for specifying a variable to be collected by the collection unit, and in that the specifying information is a number and the distinguishing information is a number.
An apparatus, comprising: a first pneumatic regulator including a loading chamber , the first pneumatic regulator to flow fluid toward a downstream process; a second pneumatic regulator coupled between the loading chamber and a downstream pressure , the second pneumatic regulator to control an actuation of the first pneumatic regulator during normal operation based on a pressure difference between a first pressure downstream of the first pneumatic regulator and a spring force of the second pneumatic regulator ; a valve coupled between the loading chamber and the downstream pressure , the valve to control the actuation of the first pneumatic regulator during a shut-down event, wherein the valve is movable between an open position and a closed position; and a controller configured to identify the shut-down event, wherein in response to identifying the shut-down event, the controller causes the valve to move to the open position, such that the valve fluidly couples the loading chamber to the downstream pressure , thereby closing the first pneumatic regulator . a first pneumatic regulator including a loading chamber , the first pneumatic regulator to flow fluid toward a downstream process; a second pneumatic regulator coupled between the loading chamber and a downstream pressure , the second pneumatic regulator to control an actuation of the first pneumatic regulator during normal operation based on a pressure difference between a first pressure downstream of the first pneumatic regulator and a spring force of the second pneumatic regulator ; a valve coupled between the loading chamber and the downstream pressure , the valve to control the actuation of the first pneumatic regulator during a shut-down event, wherein the valve is movable between an open position and a closed position; and a controller configured to identify the shut-down event, wherein in response to identifying the shut-down event, the controller causes the valve to move to the open position, such that the valve fluidly couples the loading chamber to the downstream pressure , thereby closing the first pneumatic regulator .
A layered article employable in the aeronautics field, comprising a plurality of internal layers sandwiched between two external layers, wherein said internal layers are prepregs formed by a fibre-reinforced polymeric matrix, and each of the two external layers includes a composite film of polymeric material containing graphene.
A multilayer expanded bead comprising a foamed core layer comprising an ethylene-propylene random copolymer, and a surface layer comprising a polyolefin-based resin and covering the foamed core layer, wherein the ethylene-propylene random copolymer has an ethylene unit content of 1.5% by mass or more and 3.5% by mass or less, a number average molecular weight (Mn) of 30,000 or more and 50,000 or less and a weight average molecular weight (Mw) of 200,000 or more and 500,000 or less, wherein a ratio (Mw/Mn) of the weight average molecular weight (Mw) to the number average molecular weight (Mn) is 7 or more and 15 or less, and wherein each of the quoted physical properties is as measured by the method disclosed in the specification. wherein the ethylene-propylene random copolymer has an ethylene unit content of 1.5% by mass or more and 3.5% by mass or less, a number average molecular weight (Mn) of 30,000 or more and 50,000 or less and a weight average molecular weight (Mw) of 200,000 or more and 500,000 or less, wherein a ratio (Mw/Mn) of the weight average molecular weight (Mw) to the number average molecular weight (Mn) is 7 or more and 15 or less, and wherein each of the quoted physical properties is as measured by the method disclosed in the specification.
A method for manufacturing an optical metasurface configured to operate in a given working spectral band (Δλ u ), the method comprising the following steps: - obtaining a 2D array of patterns, each comprising one or more nanostructures forming dielectric elements that are resonant in said working spectral band, said nanostructures being formed in at least one photosensitive dielectric material, said at least one photosensitive dielectric material having a refractive index that can be varied by exposure to at least one writing electromagnetic wave having a wavelength lying in a photosensitivity spectral band; - exposing said 2D array to a writing electromagnetic wave having at least one wavelength in said photosensitivity spectral band, said writing wave having a spatial energy distribution in a plane of the 2D array that is a function of an intended phase profile, so that each pattern of the 2D array produces, following said exposure, on an incident electromagnetic wave having a wavelength in the working spectral band, a phase variation corresponding to a refractive index variation experienced by said pattern during said exposure. - obtaining a 2D array of patterns, each comprising one or more nanostructures forming dielectric elements that are resonant in said working spectral band, said nanostructures being formed in at least one photosensitive dielectric material, said at least one photosensitive dielectric material having a refractive index that can be varied by exposure to at least one writing electromagnetic wave having a wavelength lying in a photosensitivity spectral band; - exposing said 2D array to a writing electromagnetic wave having at least one wavelength in said photosensitivity spectral band, said writing wave having a spatial energy distribution in a plane of the 2D array that is a function of an intended phase profile, so that each pattern of the 2D array produces, following said exposure, on an incident electromagnetic wave having a wavelength in the working spectral band, a phase variation corresponding to a refractive index variation experienced by said pattern during said exposure.
Crimping machine for the treatment of synthetic fibres, comprising: - a conduit extending along an advancement direction (A) between an inlet opening , associable to means for feeding a bundle (F) of fibre material, and an outlet opening ; - a drive unit arranged along said conduit and comprising a first drive member and a second drive member , reciprocally abutting at least at a maximum proximity area (Z) in which they exert a driving action on said bundle (F) of fibre material; - a crimping chamber arranged immediately downstream of the drive unit , and configured to receive said bundle (F) of fibre material contributing to the mechanical deformation of the same by peak load; characterized in that the first drive member and the second drive member are configured so as to define a deviation (D) along said conduit such that said inlet opening of the conduit has different orientation with respect to said outlet opening , wherein the first member , at least at said maximum proximity area (Z), is flexible to move closer or further away from the second member as a function of the thickness of said bundle (F), wherein the conduit has a first (T1) and a second portion (T2) having respectively a first and a second orientation, out of phase between them by an angle defined by said deviation (D); said crimping chamber being a part of said second portion (T2) defining an extension of it. - a conduit extending along an advancement direction (A) between an inlet opening , associable to means for feeding a bundle (F) of fibre material, and an outlet opening ; - a drive unit arranged along said conduit and comprising a first drive member and a second drive member , reciprocally abutting at least at a maximum proximity area (Z) in which they exert a driving action on said bundle (F) of fibre material; - a crimping chamber arranged immediately downstream of the drive unit , and configured to receive said bundle (F) of fibre material contributing to the mechanical deformation of the same by peak load;
Rolling method in a rolling plant to produce coils of strip with a thickness varying from 0.7 mm to 20 mm, for all qualities of steel which can be cast in the form of thin slabs with a thickness comprised from 30 mm to 140 mm, the rolling plant comprising at least: - a continuous casting device ; - a tunnel furnace for maintenance/equalization and possible heating, disposed downstream of the continuous casting device ; - a rolling train, disposed downstream of said tunnel furnace , consisting of a roughing train comprising from 1 to 4 rolling stands and a finishing train comprising from 3 to 7 stands (21a-21e); - a rapid heating unit , for example an inductor unit, interposed between said roughing train and said finishing train; said method being characterized in that, said rolling plant is made to work either in coil-to-coil mode, for final thicknesses of the strip from 1.0 mm to 20 mm or in semi-endless mode for final thicknesses of the strip from 0,7 mm to 2 mm or in endless mode for final thicknesses of the strip from 0,7 mm to 4 mm, and in that one of the three aforesaid modes of the rolling plant is selected according to the quality of the steel produced, according to the maximum casting speed possible for said quality of steel and according to the final thickness of the strip. - a continuous casting device ; - a tunnel furnace for maintenance/equalization and possible heating, disposed downstream of the continuous casting device ; - a rolling train, disposed downstream of said tunnel furnace , consisting of a roughing train comprising from 1 to 4 rolling stands and a finishing train comprising from 3 to 7 stands (21a-21e); - a rapid heating unit , for example an inductor unit, interposed between said roughing train and said finishing train;
An electrostatic atomizing apparatus , comprising: a main body portion ; a container that is detachable from the main body portion and is capable of storing a liquid (W), the container including a first ventilation hole and a second ventilation hole ; a first air flow path including a first end and a second end , the first end including an air suction port , the second end connecting to the first ventilation hole ; a second air flow path including a third end and a fourth end, the third end connecting to the second ventilation hole , the fourth end including an air exhaust port ; a humidifier configured to humidify the air that passes through the container ; an electrostatic atomization unit disposed on the second air flow path ; and an air flow generation unit configured to generate an air flow that causes air to flow through the first air flow path , through the container , and through the second air flow path . a main body portion ; a container that is detachable from the main body portion and is capable of storing a liquid (W), the container including a first ventilation hole and a second ventilation hole ; a first air flow path including a first end and a second end , the first end including an air suction port , the second end connecting to the first ventilation hole ; a second air flow path including a third end and a fourth end, the third end connecting to the second ventilation hole , the fourth end including an air exhaust port ; a humidifier configured to humidify the air that passes through the container ; an electrostatic atomization unit disposed on the second air flow path ; and an air flow generation unit configured to generate an air flow that causes air to flow through the first air flow path , through the container , and through the second air flow path .
Glycine granules, where at least 75% (w/w) of the glycine granules have a particle size of at least 0.7 mm
A portable sharpening device comprising: a body portion comprising a surfacing member ; a mouth in communication with the surfacing member , arranged to guide an object to be sharpened towards the surfacing member ; wherein the device is arranged to sharpen a face of said object by relative movement between the surfacing member and the object to be sharpened ; wherein said relative movement is created manually by a user; and wherein the sharpening device is characterised by the mouth which comprises one or more lateral guiding fingers located on an inner portion of the mouth and where the lateral guiding fingers are arranged to locate the face of the object to be sharpened in an orientation substantially parallel to the surfacing member . a body portion comprising a surfacing member ; a mouth in communication with the surfacing member , arranged to guide an object to be sharpened towards the surfacing member ; wherein the device is arranged to sharpen a face of said object by relative movement between the surfacing member and the object to be sharpened ; wherein said relative movement is created manually by a user; and wherein the sharpening device is characterised by the mouth which comprises one or more lateral guiding fingers located on an inner portion of the mouth and where the lateral guiding fingers are arranged to locate the face of the object to be sharpened in an orientation substantially parallel to the surfacing member .
An electrolyte composition containing an alkali metal salt, the composition further comprising: a photocurable and/or thermosetting monomer; and a salt dissociating agent, a content ratio of the alkali metal salt being 50% by mass or more relative to 100% by mass of a total amount of the alkali metal salt, the photocurable and/or thermosetting monomer, and the salt dissociating agent, wherein the alkali metal salt is an alkali metal salt of bis(fluorosulfonyl)imide, and the salt dissociating agent is a compound selected from the group consisting of a carbonate compound, a sulfonyl compound and a nitrile compound. a photocurable and/or thermosetting monomer; and a salt dissociating agent, a content ratio of the alkali metal salt being 50% by mass or more relative to 100% by mass of a total amount of the alkali metal salt, the photocurable and/or thermosetting monomer, and the salt dissociating agent, wherein the alkali metal salt is an alkali metal salt of bis(fluorosulfonyl)imide, and the salt dissociating agent is a compound selected from the group consisting of a carbonate compound, a sulfonyl compound and a nitrile compound.