mhurhangee/patent-ind-claim-en huggingface dataset:
A color filter array comprising: a plurality of color filters (10a-10d) arranged two-dimensionally so that different color filters transmit light respectively of different wavelength ranges, there being at least two different wavelength ranges for the filter array, and an isolation wall arranged between adjacent ones of the plurality of color filters; characterized in that each of the plurality of color filters comprises a plurality of unit cells arranged periodically therein, a plurality of Mie resonance particles arranged irregularly in each of the plurality of unit cells and a transparent dielectric surrounding the Mie resonance particles, and in that the isolation wall is configured to prevent interactions between Mie resonance particles of the adjacent ones of the plurality of color filters. a plurality of color filters (10a-10d) arranged two-dimensionally so that different color filters transmit light respectively of different wavelength ranges, there being at least two different wavelength ranges for the filter array, and an isolation wall arranged between adjacent ones of the plurality of color filters; characterized in that each of the plurality of color filters comprises a plurality of unit cells arranged periodically therein, a plurality of Mie resonance particles arranged irregularly in each of the plurality of unit cells and a transparent dielectric surrounding the Mie resonance particles, and in that the isolation wall is configured to prevent interactions between Mie resonance particles of the adjacent ones of the plurality of color filters.
A subsea umbilical termination assembly comprising a base , said base includes a core frame construction with elongated sides onto which support plates are mounted, at least a pair of mounting rails (12, 13; 14, 15) are respectively secured to the core frame construction along elongated sides and said mounting rails (12, 13; 14, 15) are provided with positioning elements to facilitate positioning of a modular support plate arrangement , which is fixed to the mounting rails (12, 13; 14, 15), characterized in that the mounting rails (12, 13; 14, 15) are bended profiles having a 90° offset , wherein the offsets of a pair of mounting rails (12, 13; 14, 15) are facing each other.
A disk broom adapted to be connected to a rotary drive to form a sweeping device , having a base body which can be coupled to the rotary drive for rotation about a rotation axis and has a circumferential outer edge , and having bristles being attached at one end to the base body and extending away from the base body and towards a sweeping plane running perpendicular to the rotation axis , characterized by a cover element which has a shell made of a flexible material extending away from the base body , preferably from the outer edge , and towards the sweeping plane and has an inner side facing an interior of the shell and an outer side facing an exterior of the shell , wherein the shell envelops the bristles perpendicularly to the rotation axis such that the bristles are disposed in the interior of the shell , and wherein the cover element has a fastening region which is fastened to the base body . having a base body which can be coupled to the rotary drive for rotation about a rotation axis and has a circumferential outer edge , and having bristles being attached at one end to the base body and extending away from the base body and towards a sweeping plane running perpendicular to the rotation axis , characterized by a cover element which has a shell made of a flexible material extending away from the base body , preferably from the outer edge , and towards the sweeping plane and has an inner side facing an interior of the shell and an outer side facing an exterior of the shell , wherein the shell envelops the bristles perpendicularly to the rotation axis such that the bristles are disposed in the interior of the shell , and wherein the cover element has a fastening region which is fastened to the base body .
A method for determining the dynamic viscosity of a fluid, in particular oils, comprising the following steps: A. providing at least one microchannel having hydraulic radius smaller than 1 mm; B. functionalizing the inner surface of said at least a microchannel with a coating repelling said fluid, i.e. such as not to allow the adsorption of the fluid; C. carrying out a measurement of the surface tension γ of the fluid by a "pendant drop" measurement, i.e. drop hanging from a needle; D. carrying out a measurement of the contact angle θ of a drop of said fluid deposited on a flat surface of the same material as the inner surface of the microchannel functionalized as in step B; E. flowing said fluid in the microchannel in a capillary dynamic regime, the fluid having a flow front advancing along the microchannel; F. during the preceding step, recording a displacement coordinate z(t) of the flow front over time t, by means of optical microscope interfaced with a camera; and G. calculating dynamic viscosity η of said fluid on the basis of the displacement coordinate of step F, of the contact angle θ and of the surface tension γ of step C. A. providing at least one microchannel having hydraulic radius smaller than 1 mm; B. functionalizing the inner surface of said at least a microchannel with a coating repelling said fluid, i.e. such as not to allow the adsorption of the fluid; C. carrying out a measurement of the surface tension γ of the fluid by a "pendant drop" measurement, i.e. drop hanging from a needle; D. carrying out a measurement of the contact angle θ of a drop of said fluid deposited on a flat surface of the same material as the inner surface of the microchannel functionalized as in step B; E. flowing said fluid in the microchannel in a capillary dynamic regime, the fluid having a flow front advancing along the microchannel; F. during the preceding step, recording a displacement coordinate z(t) of the flow front over time t, by means of optical microscope interfaced with a camera; and G. calculating dynamic viscosity η of said fluid on the basis of the displacement coordinate of step F, of the contact angle θ and of the surface tension γ of step C.
A rechargeable lithium-ion button cell battery having a sealed housing comprising a top plate and a housing cup having a round or oval flat bottom area and a round or oval sidewall vertically to the flat bottom and containing cell electrodes, a separator and an electrolyte, wherein said top plate is laser welded at an opening end of a sidewall of said housing cup , wherein said top plate is round or oval and fitting a shape of the opening end and placed on top thereof, the top plate further comprising: (a). two conductive parts which are conductively connected to a cell anode and a cell cathode, respectively; (b). said two conductive parts are separated and insulated by a gasket made of plastic or rubber; (c). said conductive parts comprise an outer part and an inner part ; (d). said outer part is bigger than said inner part ; and (e). said outer part has a hole for said inner part and said gasket to be positioned therein; characterized in that (f). said outer part also has a portion of itself having a two-layer structure leaving a void space between the two layers, one layer is a top layer facing an outside of a battery, another layer is a bottom layer facing an inside of the battery; said two layers have the hole respectively for said inner part to be positioned therein; (g). said inner part has a projected flat rim acting as a flange to be positioned in between of the void space of said two-layer structure of said outer part ; (h). said outer part with its two-layer structure clamps said flange of said inner part which is partially wrapped by said gasket so that said two conductive parts are insulated and fastened together; and (i). said two-layer structure of said outer part is made by welding two pieces of ring-like metals together. (a). two conductive parts which are conductively connected to a cell anode and a cell cathode, respectively; (b). said two conductive parts are separated and insulated by a gasket made of plastic or rubber; (c). said conductive parts comprise an outer part and an inner part ; (d). said outer part is bigger than said inner part ; and (e). said outer part has a hole for said inner part and said gasket to be positioned therein; characterized in that (f). said outer part also has a portion of itself having a two-layer structure leaving a void space between the two layers, one layer is a top layer facing an outside of a battery, another layer is a bottom layer facing an inside of the battery; said two layers have the hole respectively for said inner part to be positioned therein; (g). said inner part has a projected flat rim acting as a flange to be positioned in between of the void space of said two-layer structure of said outer part ; (h). said outer part with its two-layer structure clamps said flange of said inner part which is partially wrapped by said gasket so that said two conductive parts are insulated and fastened together; and (i). said two-layer structure of said outer part is made by welding two pieces of ring-like metals together.
Assembly , comprising: - a first structure of first filamentary elements , the first structure of first filamentary elements extending in a first overall direction (G1), - a second structure of second filamentary elements , - a bearing structure comprising filamentary bearing elements connecting the first structure of first filamentary elements and the second structure of second filamentary elements together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the first structure of first filamentary elements and the second structure of second filamentary elements , characterized in that the first structure of first filamentary elements being arranged in such a way that, for an at-rest length L of the first structure in the first overall direction (G1), expressed in m, the elongation at maximum force Art of the first structure of first filamentary elements in the first overall direction (G1) satisfies: Art ≤ 2 π × H / L in which H0 × K ≤ H where H0 is the mean straight-line distance between an internal face of the first structure of first filamentary elements and an internal face of the second structure of second filamentary elements when each filamentary bearing portion is at rest, H and H0 being expressed in m, and K=0.50. - a first structure of first filamentary elements , the first structure of first filamentary elements extending in a first overall direction (G1), - a second structure of second filamentary elements , - a bearing structure comprising filamentary bearing elements connecting the first structure of first filamentary elements and the second structure of second filamentary elements together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the first structure of first filamentary elements and the second structure of second filamentary elements , characterized in that the first structure of first filamentary elements being arranged in such a way that, for an at-rest length L of the first structure in the first overall direction (G1), expressed in m, the elongation at maximum force Art of the first structure of first filamentary elements in the first overall direction (G1) satisfies: Art ≤ 2 π × H / L in which H0 × K ≤ H where H0 is the mean straight-line distance between an internal face of the first structure of first filamentary elements and an internal face of the second structure of second filamentary elements when each filamentary bearing portion is at rest, H and H0 being expressed in m, and K=0.50.
A flexible display device comprising: a flexible first substrate including an active area (A/A), a bending area (B/A) configured to be bent flexibly, and a circuit mount area including therein a driving circuit configured to supply signals through a plurality of signal lines and power through a plurality of power lines , wherein the bending area (B/A) is formed between the active area (A/A) and the circuit mount area; a plurality of pixels (P) in the active area (A/A) adapted to display an image, each of the plurality of pixels (P) including an organic light emitting diode (OLED) configured to receive signals from one of the signal lines and power from one of the power lines ; wherein at least one signal line and at least one power line are disposed on the flexible first substrate in a same layer in the bending area (B/A), wherein the at least one signal line and the at least one power line are formed of a same material; and a planarization layer formed on the signal lines and the power lines in the bending area (B/A). a flexible first substrate including an active area (A/A), a bending area (B/A) configured to be bent flexibly, and a circuit mount area including therein a driving circuit configured to supply signals through a plurality of signal lines and power through a plurality of power lines , wherein the bending area (B/A) is formed between the active area (A/A) and the circuit mount area; a plurality of pixels (P) in the active area (A/A) adapted to display an image, each of the plurality of pixels (P) including an organic light emitting diode (OLED) configured to receive signals from one of the signal lines and power from one of the power lines ; wherein at least one signal line and at least one power line are disposed on the flexible first substrate in a same layer in the bending area (B/A), wherein the at least one signal line and the at least one power line are formed of a same material; and a planarization layer formed on the signal lines and the power lines in the bending area (B/A).
A hybrid tubular member for an intravascular device delivery system, the hybrid tubular member comprising: a hypotube comprising a proximal end and a distal end; and a delivery sheath connected to the distal end of the hypotube, the delivery sheath comprising: an inner layer having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle , and the proximal end of the inner layer having a closed configuration and being connected to the distal end of the hypotube; and an outer layer longitudinally overlapping the inner layer and positioned circumferentially outside and around the inner layer , the outer layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle . a hypotube comprising a proximal end and a distal end; and a delivery sheath connected to the distal end of the hypotube, the delivery sheath comprising: an inner layer having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle , and the proximal end of the inner layer having a closed configuration and being connected to the distal end of the hypotube; and an outer layer longitudinally overlapping the inner layer and positioned circumferentially outside and around the inner layer , the outer layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle . an inner layer having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle , and the proximal end of the inner layer having a closed configuration and being connected to the distal end of the hypotube; and an outer layer longitudinally overlapping the inner layer and positioned circumferentially outside and around the inner layer , the outer layer including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle .
An apparatus for selectively applying settings for each of items set in a first processing device to a second processing device , the settings for the items being indicated in a respective file for each item, characterised in that the files are dividable into sets of separate data files each having a predetermined size corresponding to a size of a region in a memory for exporting setting information or smaller, each data file including a keyword indicated in a predetermined position of the data file , the keyword being common to the data files obtained by dividing a file , the apparatus comprising: a user interface configured to allow a user to choose target data from among the sets of data files of each of the files ; a selection portion configured to set, as selected data, the data files having a keyword in common with a data file included in the target data ; and an application processing portion configured to perform application processing for applying the settings to the second processing device by using the data files set as the selected data. a user interface configured to allow a user to choose target data from among the sets of data files of each of the files ; a selection portion configured to set, as selected data, the data files having a keyword in common with a data file included in the target data ; and an application processing portion configured to perform application processing for applying the settings to the second processing device by using the data files set as the selected data.
A solar cell comprising a light absorbing silicon layer , having a first surface and a second surface opposite to said first surface , wherein it further comprises a heterogeneous layer arranged on said first surface and/or on said second surface , having a front surface and a back surface opposite to each other, said back surface being oriented to the side of said first surface , the heterogeneous layer comprising an electrically low-conducting matrix made of silicon oxide, said matrix having a refractive index lower than 3, the heterogeneous layer further comprising electrically conducting inclusions in said matrix , characterized in that said inclusions are silicon filaments extending through said heterogenous layer , at least a portion of said inclusions being electrically interconnected such that they form a charge carrier transport path from said back surface to said front surface , so that said back surface is electrically connected to said front surface .
An EMI shielding gasket comprising: a first conductive layer and polymeric foam which are bonded by a polymeric layer , the first conductive layer surrounding said polymeric foam so as to form a cladding , the first conductive layer , polymeric foam and any adhesive or bonding agent being halogen-free and flame retardant, characterized in that the gasket further comprises an adhesive tape and a bump disposed in proximity to said adhesive tape , the polymeric foam being conductive, wherein the bump and the adhesive tape are juxtaposed on a side of the gasket and a thickness of the bump is substantially equal to a thickness of the adhesive tape , such that the gasket provides good shielding starting from zero compression of the gasket.
A tool mount evaluation method when mounting a tool on a spindle by drawing the tool with a draw bar arranged in the spindle of a machine tool , the tool mount evaluation method comprising: a storage step for storing a position of the draw bar in an axial direction when the tool comes into contact with an attachment seat as a reference position in a state in which foreign substances on a surface of the attachment seat of the spindle and on a contact surface of the tool are removed; a measurement step for measuring a position of the draw bar in the axial direction when the tool is mounted on the spindle as a measured position; and a determination step for determining that a mounted state of the tool is abnormal when an error of the measured position with respect to the reference position exceeds a predetermined determination range, characterised in that the method comprises disposing a first dog and a second dog , for detecting the position of the draw bar in the axial direction, on the draw bar and on a piston that presses the draw bar , wherein the position of the draw bar in the axial direction when the tool is mounted on the spindle and when the draw bar is drawn without mounting the tool on the spindle is detected by the first dog disposed on the draw bar and a sensor that opposes the first dog and wherein the position of the draw bar in the axial direction when the tool is released is detected by the second dog disposed on the piston and the sensor that opposes the second dog a storage step for storing a position of the draw bar in an axial direction when the tool comes into contact with an attachment seat as a reference position in a state in which foreign substances on a surface of the attachment seat of the spindle and on a contact surface of the tool are removed; a measurement step for measuring a position of the draw bar in the axial direction when the tool is mounted on the spindle as a measured position; and a determination step for determining that a mounted state of the tool is abnormal when an error of the measured position with respect to the reference position exceeds a predetermined determination range, characterised in that the method comprises disposing a first dog and a second dog , for detecting the position of the draw bar in the axial direction, on the draw bar and on a piston that presses the draw bar , wherein the position of the draw bar in the axial direction when the tool is mounted on the spindle and when the draw bar is drawn without mounting the tool on the spindle is detected by the first dog disposed on the draw bar and a sensor that opposes the first dog and wherein the position of the draw bar in the axial direction when the tool is released is detected by the second dog disposed on the piston and the sensor that opposes the second dog
A capacitive based sensor for measuring a received force, the sensor comprising: a first capacitive plate ; a force responsive deflectable plate located below the first capacitive plate and including a deflectable main portion configured to resiliently move in response to a received force; a second capacitive plate located below the force responsive deflectable plate ; wherein the first capacitive plate and the force responsive deflectable plate form a first capacitor , and the second capacitive plate and the force responsive deflectable plate form a second capacitor , and the capacitance of the first capacitor and the second capacitor change inversely as a result of movement of the main portion between the first and second capacitive plates characterised in that in a no load position the force deflectable plate is offset to be closer to the first capacitive plate than to the second capacitive plate . a first capacitive plate ; a force responsive deflectable plate located below the first capacitive plate and including a deflectable main portion configured to resiliently move in response to a received force; a second capacitive plate located below the force responsive deflectable plate ; wherein the first capacitive plate and the force responsive deflectable plate form a first capacitor , and the second capacitive plate and the force responsive deflectable plate form a second capacitor , and the capacitance of the first capacitor and the second capacitor change inversely as a result of movement of the main portion between the first and second capacitive plates characterised in that in a no load position the force deflectable plate is offset to be closer to the first capacitive plate than to the second capacitive plate .