mhurhangee/patent-ind-claim-en huggingface dataset:
A composite polymer electrolyte membrane, comprising: a composite layer of an aromatic hydrocarbon-based polymer electrolyte and a fluorine-containing polymer porous membrane, wherein a ratio (O/F ratio) of an atomic composition percentage of oxygen O (at%) to an atomic composition percentage of fluorine F (at%) on an outermost surface of the fluorine-containing polymer porous membrane as measured by X-ray photoelectron spectroscopy (XPS) is 0.20 or more to 2.0 or less, and further the aromatic hydrocarbon-based polymer electrolyte in the composite layer forms a phase separation structure, wherein the aromatic hydrocarbon-based polymer electrolyte is a block or graft copolymer in which a segment containing an ionic group and a segment not containing an ionic group are bound to each other, and wherein the phase separation structure is observed by transmission electron microscope tomography. a composite layer of an aromatic hydrocarbon-based polymer electrolyte and a fluorine-containing polymer porous membrane, wherein a ratio (O/F ratio) of an atomic composition percentage of oxygen O (at%) to an atomic composition percentage of fluorine F (at%) on an outermost surface of the fluorine-containing polymer porous membrane as measured by X-ray photoelectron spectroscopy (XPS) is 0.20 or more to 2.0 or less, and further the aromatic hydrocarbon-based polymer electrolyte in the composite layer forms a phase separation structure, wherein the aromatic hydrocarbon-based polymer electrolyte is a block or graft copolymer in which a segment containing an ionic group and a segment not containing an ionic group are bound to each other, and wherein the phase separation structure is observed by transmission electron microscope tomography.
An apparatus for the preparation and dispensing of bakery food products, in particular pizzas, comprising: - a magazine containing a plurality of food products (P) having a storage compartment for storing said products (P) in a respective semi-cooked condition; said magazine comprising a chamber internally defining said storage compartment and having at least one opening for connecting said loading station with said compartment , and a carousel arranged inside said compartment and rotatable about a respective longitudinal axis (X); said carousel having a plurality of retaining members for retaining at least one frozen food product (P), which are arranged along a substantially circular path defined by said carousel ; and motor means associated with said carousel in order to rotate it under a plurality of operating conditions in which at least one retaining member is arranged in the area of said opening said apparatus also comprising: - cooling means arranged inside the magazine to keep the compartment of said food products (P) at a predetermined freezing temperature; - a supply line for supplying said food products (P) extending between a product loading station arranged in the area of the magazine and a dispensing station for dispensing the food products (P); said supply line comprising a first oven arranged downstream of the loading station and configured to thaw the food products (P) leaving the magazine , and a second oven interposed between said first oven and said dispensing station and configured to cook the thawed food product at a given temperature depending on the type of the product (P) itself; and - packaging means , located in the area of said dispensing station to arrange each product (P) leaving the supply line inside a respective package (C); characterized in that each retaining member comprises a plurality of gripping elements mutually overlapped and movable along a closed loop path in a direction parallel to said longitudinal axis (X) of the carousel . - a magazine containing a plurality of food products (P) having a storage compartment for storing said products (P) in a respective semi-cooked condition; - cooling means arranged inside the magazine to keep the compartment of said food products (P) at a predetermined freezing temperature; - a supply line for supplying said food products (P) extending between a product loading station arranged in the area of the magazine and a dispensing station for dispensing the food products (P); - packaging means , located in the area of said dispensing station to arrange each product (P) leaving the supply line inside a respective package (C);
Temperature measuring device for non-invasively measuring a temperature of a medium in a pipe , comprising a first temperature sensor , a sensor holder and a heat coupling element embodied to produce a heat conduction path from a wall of the pipe to a first temperature sensor , which is embodied to provide a first measured temperature value , characterised in that the heat coupling element has an arcuate profile at least sectionally for adjusting the heat conduction path for the purpose of axially reversing the heat conduction path , wherein the axial reversal relates to an axial direction which is defined by a direction in which the pipe extends.
Use of a solid laundry detergent composition comprising 1 wt.% to 20 wt.% alkyl benzene sulphonate surfactant, sodium carbonate builder and 0 wt.% bleach system wherein the bleach system comprises bleach, bleach activator, bleach catalyst or mixture thereof in a detergent composition having a pH from 9 to 12 when measured at 27°C using a 1 wt.% solution of the composition prepared using distilled water, for providing a detergent composition which is gentle on beneficial good bacteria and/or commensal bacteria on a skin surface.
A body for a land vehicle comprising: a substantially vertical outer wall , said outer wall extending in a horizontal longitudinal direction (X); a technical compartment comprising an opening onto said outer wall; and at least one closing device capable of reversibly closing the technical compartment, said closing device being movable between an open configuration and a closed configuration; the body being characterised in that : the closure device comprises: a panel fixed to the outer wall and covering the opening of the technical compartment, said panel comprising a first and a second aperture aligned in the longitudinal direction; a first flap associated with the first aperture; and a second flap associated with the second aperture; and a first rail fixed to the panel, each of the first and second flaps comprising means for sliding in said first rail, each of the first and second flaps being movable relative to the first rail between an open configuration and a closed configuration, said open and closed configurations corresponding respectively to the opening and closing of the aperture associated with said flap. the closure device comprises: a panel fixed to the outer wall and covering the opening of the technical compartment, said panel comprising a first and a second aperture aligned in the longitudinal direction; a first flap associated with the first aperture; and a second flap associated with the second aperture; and a first rail fixed to the panel, each of the first and second flaps comprising means for sliding in said first rail, each of the first and second flaps being movable relative to the first rail between an open configuration and a closed configuration, said open and closed configurations corresponding respectively to the opening and closing of the aperture associated with said flap.
A bit allocation method for an audio object, comprising: separately pre-rendering a plurality of audio objects to be pre-rendered in a to-be-encoded audio frame, to obtain a plurality of pre-rendered audio objects; obtaining (S102) respective perceptual importance parameter values of the plurality of pre-rendered audio objects, wherein a perceptual importance parameter value of a current pre-rendered audio object in the plurality of pre-rendered audio objects indicates a perceptual importance degree of the current pre-rendered audio object in the plurality of pre-rendered audio objects; obtaining (S103) a bit allocation parameter value of a current audio object to be pre-rendered in the plurality of audio objects to be pre-rendered based on the respective perceptual importance parameter values of the plurality of pre-rendered audio objects; and determining (S105), based on the bit allocation parameter value of the current audio object to be pre-rendered and a total quantity of to-be-allocated bits corresponding to the plurality of audio objects to be pre-rendered, a target quantity of bits allocated to the current audio object to be pre-rendered. separately pre-rendering a plurality of audio objects to be pre-rendered in a to-be-encoded audio frame, to obtain a plurality of pre-rendered audio objects; obtaining (S102) respective perceptual importance parameter values of the plurality of pre-rendered audio objects, wherein a perceptual importance parameter value of a current pre-rendered audio object in the plurality of pre-rendered audio objects indicates a perceptual importance degree of the current pre-rendered audio object in the plurality of pre-rendered audio objects; obtaining (S103) a bit allocation parameter value of a current audio object to be pre-rendered in the plurality of audio objects to be pre-rendered based on the respective perceptual importance parameter values of the plurality of pre-rendered audio objects; and determining (S105), based on the bit allocation parameter value of the current audio object to be pre-rendered and a total quantity of to-be-allocated bits corresponding to the plurality of audio objects to be pre-rendered, a target quantity of bits allocated to the current audio object to be pre-rendered.
A power converter circuit comprising at least two submodules connected in series, which receives electrical power via a first inductor from a power source emitting a direct voltage , - wherein each submodule comprises a first input terminal and a second input terminal as well as a single-phase half-bridge on the input side and a single-phase full bridge on the load side, and - wherein, on the DC voltage side, the half-bridge and the full bridge , together with an intermediate circuit capacitor , are connected in parallel, characterized by a second inductance which connects the second input terminal of a first submodule to the first input terminal of a second submodule and which is greater than the inductance of a connecting line between the two submodules . - wherein each submodule comprises a first input terminal and a second input terminal as well as a single-phase half-bridge on the input side and a single-phase full bridge on the load side, and - wherein, on the DC voltage side, the half-bridge and the full bridge , together with an intermediate circuit capacitor , are connected in parallel,
A deployment device for deploying an anchor/implant for treating damaged tissue; said deployment device comprising: a first member having a proximal end, a distal end and a flexible portion provided along a longitudinal axis of the first member, between the proximal end and the distal end, the first member having a lumen extending along the longitudinal axis; a second member that is moveably disposed within the first member lumen; and a moving mechanism that is operably coupled or connected to the first member , said moving mechanism being configured to move the flexible portion of the first member to one of a plurality of geometries, wherein the plurality of geometries comprises a straight geometry, a bent geometry and a curved geometry, and wherein the moving mechanism is configured to control the extent or amount of movement of the flexible portion , characterized in that the second member comprises a needle portion configured to carry the anchor/implant, wherein the deployment device further comprises a rotation device being operably coupled to the second body member such that operation of the rotation device causes the needle portion to be rotated about its long axis such that the needle portion is orientated in a desired angular orientation. a first member having a proximal end, a distal end and a flexible portion provided along a longitudinal axis of the first member, between the proximal end and the distal end, the first member having a lumen extending along the longitudinal axis; a second member that is moveably disposed within the first member lumen; and a moving mechanism that is operably coupled or connected to the first member , said moving mechanism being configured to move the flexible portion of the first member to one of a plurality of geometries, wherein the plurality of geometries comprises a straight geometry, a bent geometry and a curved geometry, and wherein the moving mechanism is configured to control the extent or amount of movement of the flexible portion , characterized in that the second member comprises a needle portion configured to carry the anchor/implant, wherein the deployment device further comprises a rotation device being operably coupled to the second body member such that operation of the rotation device causes the needle portion to be rotated about its long axis such that the needle portion is orientated in a desired angular orientation.
A retroreflector element for use at short range and at long range of a sensor arrangement having a light entry side as a front side and a rear side arranged at a distance to the light entry side, wherein a regular arrangement made up of a large number of triples is provided on the rear side , which each have three lateral surfaces standing nearly perpendicular to one another, wherein the edges of each triple have a projection on the front side and/or on the rear side in the form of an equilateral hexagon, a square, or a rectangle, and wherein the angles between the lateral surfaces deviate at most from right angles such that at least 90% of the light which is not incident in its beam path on the structure is emitted retroreflected within a light cone having an emission angle less than 20 arc minutes, characterized in that at most 20% of the surface area of the front side or the rear side has a structure for expanding a retroreflected beam .
A friction material composition comprising: a binder; an organic filler; an inorganic filler; and a fiber substrate, wherein: a content of copper as an element is 0.5% by mass or less, the friction material composition contains at least one of phlogopite or biotite in a total of from 3% by mass to 9% by mass, and a graphite in an amount of from 2% by mass to 6% by mass, as the inorganic fillers, the at least one of phlogopite or biotite has an average particle size of from 600 μm to 1,100 μm, and the graphite has an average particle size of from 450 μm to 1,100 μm, wherein an average particle size refers to the 50% (median) diameter, determined from the volume-based particle size distribution as measured by using a laser diffraction/scattering-type particle size distribution analyzer as described in the description. a binder; an organic filler; an inorganic filler; and a fiber substrate, wherein: a content of copper as an element is 0.5% by mass or less, the friction material composition contains at least one of phlogopite or biotite in a total of from 3% by mass to 9% by mass, and a graphite in an amount of from 2% by mass to 6% by mass, as the inorganic fillers, the at least one of phlogopite or biotite has an average particle size of from 600 μm to 1,100 μm, and the graphite has an average particle size of from 450 μm to 1,100 μm, wherein an average particle size refers to the 50% (median) diameter, determined from the volume-based particle size distribution as measured by using a laser diffraction/scattering-type particle size distribution analyzer as described in the description. a content of copper as an element is 0.5% by mass or less, the friction material composition contains at least one of phlogopite or biotite in a total of from 3% by mass to 9% by mass, and a graphite in an amount of from 2% by mass to 6% by mass, as the inorganic fillers, the at least one of phlogopite or biotite has an average particle size of from 600 μm to 1,100 μm, and the graphite has an average particle size of from 450 μm to 1,100 μm, wherein an average particle size refers to the 50% (median) diameter, determined from the volume-based particle size distribution as measured by using a laser diffraction/scattering-type particle size distribution analyzer as described in the description.
An apparatus comprising: a first member ; a shaft rotatable relative to the first member about an axis (A); and a seal system comprising: a seal carrier having: an axially-extending wall having an inner diameter (ID) surface ; and a radially-extending wall having a first surface ; a seal carried by the seal carrier and having a seal face ; a seat carried by the shaft and having a seat face in sliding sealing engagement with the seal face ; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face , wherein: the seal carrier axially-extending wall ID surface has a radially inwardly open groove having a first sidewall and a second sidewall and a base ; and characterised in that the seal system further comprises a wave-form split ring contacting the first sidewall and biasing the seal into engagement with the radial wall first surface . a first member ; a shaft rotatable relative to the first member about an axis (A); and a seal system comprising: a seal carrier having: an axially-extending wall having an inner diameter (ID) surface ; and a radially-extending wall having a first surface ; a seal carried by the seal carrier and having a seal face ; a seat carried by the shaft and having a seat face in sliding sealing engagement with the seal face ; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face , a seal carrier having: an axially-extending wall having an inner diameter (ID) surface ; and a radially-extending wall having a first surface ; an axially-extending wall having an inner diameter (ID) surface ; and a radially-extending wall having a first surface ; a seal carried by the seal carrier and having a seal face ; a seat carried by the shaft and having a seat face in sliding sealing engagement with the seal face ; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face , wherein: the seal carrier axially-extending wall ID surface has a radially inwardly open groove having a first sidewall and a second sidewall and a base ; and characterised in that the seal system further comprises a wave-form split ring contacting the first sidewall and biasing the seal into engagement with the radial wall first surface . the seal carrier axially-extending wall ID surface has a radially inwardly open groove having a first sidewall and a second sidewall and a base ; and characterised in that the seal system further comprises a wave-form split ring contacting the first sidewall and biasing the seal into engagement with the radial wall first surface .
A lead tip position image recognition method for recognizing a center position of a lead tip of an electronic component to be inserted into a through-hole of a circuit board by processing a lead image which is an image of the lead tip captured by a camera using an image recognition device , the lead tip position image recognition method characterized by : a learning process in which an operator specifies the center position of the lead tip in the lead image and learning is performed such that, when the lead image is inputted into the image recognition device , the output is the center position of the lead tip specified by the operator; and a recognizing process of inputting the lead image acquired by imaging the lead tip of the electronic component using the camera into the image recognition device and outputting the center position of the lead tip. a learning process in which an operator specifies the center position of the lead tip in the lead image and learning is performed such that, when the lead image is inputted into the image recognition device , the output is the center position of the lead tip specified by the operator; and a recognizing process of inputting the lead image acquired by imaging the lead tip of the electronic component using the camera into the image recognition device and outputting the center position of the lead tip.
An interfering signal canceller for cancelling an interfering signal component of an input signal, having a predetermined band of frequencies, from a desired signal component of the input signal, wherein the input signal is fed to a primary path and an auxiliary path , the interfering signal canceller comprising: a voltage sensor element disposed in the primary path and fed by the input signal; a coupler disposed in the primary path and fed by the voltage sensor element; a Hartley image-reject element disposed in the auxiliary path and fed by the input signal for converting the input signal to an intermediate or baseband frequency signal; a phase slope compensator disposed in the auxiliary path after the Hartley image-reject element to phase adjust an interfering signal component of a converted input signal; an inverse Hartley image-reject element disposed in the auxiliary path after the phase slope compensator to convert the passed interfering signal component to the predetermined band of frequencies and having an output fed to the primary path. a voltage sensor element disposed in the primary path and fed by the input signal; a coupler disposed in the primary path and fed by the voltage sensor element; a Hartley image-reject element disposed in the auxiliary path and fed by the input signal for converting the input signal to an intermediate or baseband frequency signal; a phase slope compensator disposed in the auxiliary path after the Hartley image-reject element to phase adjust an interfering signal component of a converted input signal; an inverse Hartley image-reject element disposed in the auxiliary path after the phase slope compensator to convert the passed interfering signal component to the predetermined band of frequencies and having an output fed to the primary path.