mhurhangee/ep-ind-claims huggingface dataset:
A deflaker plate (102; 202;...) for use in a deflaker for reducing fibrous flakes in a slurry of fibers, the deflaker plate comprising: at least one annular ring consisting of multiple teeth (104, 106, 108; 204, 206,...), the at least one annular ring comprising at least one tooth having a leading face (480; 580;...), a trailing face (482; 582;...), and an impact-generating side-face (484; 584;...), wherein the impact-generating side-face (484; 584;...) is adapted to generate an impact force having a first force vector radially-pushing the slurry towards a center of the deflaker and a second force vector tangentially pushing the slurry towards the leading face (480; 580;...), and wherein the leading face (480; 580,...) or the trailing face (482; 582;...) is substantially trapezoidal, characterized in that the leading face (480; 580;...) has a first surface area and the trailing face (482; 582;...) has a second surface area, wherein the second surface area is larger than the first surface area. at least one annular ring consisting of multiple teeth (104, 106, 108; 204, 206,...), the at least one annular ring comprising at least one tooth having a leading face (480; 580;...), a trailing face (482; 582;...), and an impact-generating side-face (484; 584;...), wherein the impact-generating side-face (484; 584;...) is adapted to generate an impact force having a first force vector radially-pushing the slurry towards a center of the deflaker and a second force vector tangentially pushing the slurry towards the leading face (480; 580;...), and wherein the leading face (480; 580,...) or the trailing face (482; 582;...) is substantially trapezoidal, characterized in that the leading face (480; 580;...) has a first surface area and the trailing face (482; 582;...) has a second surface area, wherein the second surface area is larger than the first surface area.
A method implemented on a computerized device, comprising: obtaining a current location and a destination, and determining a route, comprising a sequence of segments, for traveling from the current location to the destination; attributing a scaling factor between a characteristic of the route and a length of a linear representation of the route; representing the route on a display as a scaled, straight linear representation extending between one end, comprising a current location end and another end comprising a destination end with different portions of the scaled, straight linear representation pertaining to different segments of the route; depicting an informational element (3330, 3331, 3320, 3415, 3420, etc.) pertaining to a point along the route relative to a point along the linear representation corresponding, based on the scaling factor, to the informational element; and further comprising initially representing said one end of the scaled, straight linear representation as an origin of the route and updating the said one end of the scaled, straight linear representation to the current location of the device and updating the scaling factor based on the updated location. obtaining a current location and a destination, and determining a route, comprising a sequence of segments, for traveling from the current location to the destination; attributing a scaling factor between a characteristic of the route and a length of a linear representation of the route; representing the route on a display as a scaled, straight linear representation extending between one end, comprising a current location end and another end comprising a destination end with different portions of the scaled, straight linear representation pertaining to different segments of the route; depicting an informational element (3330, 3331, 3320, 3415, 3420, etc.) pertaining to a point along the route relative to a point along the linear representation corresponding, based on the scaling factor, to the informational element; and further comprising initially representing said one end of the scaled, straight linear representation as an origin of the route and updating the said one end of the scaled, straight linear representation to the current location of the device and updating the scaling factor based on the updated location.
An antenna device comprising: an antenna element including a circular outer edge in at least a part of an outer edge and a power feeding unit in a part of the circular outer edge; a tuning plate arranged opposite to a rear surface side of the antenna element in an insulated state, configured to be capacitively coupled to the antenna element, and configured by a thin plate-like conductor having a length longer than a maximum diameter of the antenna element, with a region facing the rear surface of the antenna element being designated as a capacitive coupling portion; a radio wave absorber arranged on a rear surface side of the capacitive coupling portion of the tuning plate, to absorb radio waves radiated from the rear surface side of the antenna element; an extra-length portion (45b, 45c) of the tuning plate folded back to a rear surface side of the radio wave absorber through a side surface portion of the radio wave absorber; a tuning coated plate arranged on a rear surface side of the radio wave absorber and provided with a metallic plating film formed on a surface thereof, configured to be electrically connected to a grounding portion provided in the extra-length portion (45b, 45c) of the tuning plate; and a grounding member electrically connected to the tuning coated plate. an antenna element including a circular outer edge in at least a part of an outer edge and a power feeding unit in a part of the circular outer edge; a tuning plate arranged opposite to a rear surface side of the antenna element in an insulated state, configured to be capacitively coupled to the antenna element, and configured by a thin plate-like conductor having a length longer than a maximum diameter of the antenna element, with a region facing the rear surface of the antenna element being designated as a capacitive coupling portion; a radio wave absorber arranged on a rear surface side of the capacitive coupling portion of the tuning plate, to absorb radio waves radiated from the rear surface side of the antenna element; an extra-length portion (45b, 45c) of the tuning plate folded back to a rear surface side of the radio wave absorber through a side surface portion of the radio wave absorber; a tuning coated plate arranged on a rear surface side of the radio wave absorber and provided with a metallic plating film formed on a surface thereof, configured to be electrically connected to a grounding portion provided in the extra-length portion (45b, 45c) of the tuning plate; and a grounding member electrically connected to the tuning coated plate.
Tyre, for a vehicle, comprising two sidewalls and a crown connected to the two sidewalls, the tyre being characterized in that it comprises at least one insert (11, 12) extending in a limited way along one of the sidewalls or the crown, the said insert (11, 12) comprising a rubber composition based: - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers. - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers.
A transducer circuit arranged to be coupled to a control unit through a cable, said transducer circuit comprising: a transducer component; a control port being adapted for connecting to the cable; a data port; a modulator having an input port and an output port (232, 234), said input port being coupled to said data port for receiving a data signal; characterized by a transformer having a primary winding, a secondary winding and an auxiliary winding, said primary winding being connected to said control port, said secondary winding being connected to said transducer component and said auxiliary winding being connected to a first terminal of said output port (232, 234) of said modulator, said transformer outputting via the primary winding coupled to the control port, a modulated signal (300, 400, 500) to the control unit corresponding to said received data signal; and a power supply circuit for said modulator, said power supply circuit comprising an energy storing capacitor coupled through a diode to said control port for tapping energy when the transducer component is driven by the control unit and further coupled to a second terminal of the output port (232, 234) of the said modulator. a transducer component; a control port being adapted for connecting to the cable; a data port; a modulator having an input port and an output port (232, 234), said input port being coupled to said data port for receiving a data signal; characterized by a transformer having a primary winding, a secondary winding and an auxiliary winding, said primary winding being connected to said control port, said secondary winding being connected to said transducer component and said auxiliary winding being connected to a first terminal of said output port (232, 234) of said modulator, said transformer outputting via the primary winding coupled to the control port, a modulated signal (300, 400, 500) to the control unit corresponding to said received data signal; and a power supply circuit for said modulator, said power supply circuit comprising an energy storing capacitor coupled through a diode to said control port for tapping energy when the transducer component is driven by the control unit and further coupled to a second terminal of the output port (232, 234) of the said modulator.
Mould for vulcanizing and moulding a tyre, this tyre comprising a tread delimited by two sidewalls, the mould comprising a ring intended for moulding the tread of the tyre and two shells for moulding the sidewalls, the mould comprising an annular groove extending in a recessed manner in one of the shells and an insert housed in the groove, characterized in that this insert is annular and has at least one groove which is likewise annular, is concentric with the insert and provided with a section that decreases in the depthwise direction of the groove, said groove opening up the volume required to form a protuberance on the sidewall of the tyre produced by means of this mould.
A shifting apparatus of a vehicle transmission, the shifting apparatus comprising: an actuator to direct the vehicle transmission into a travel range setting (Tm); a selector to select a desired travel range setting (Dr); a transmission controller to move the actuator into the travel range setting (Tm) in response to the desired travel range setting (Dr) of the selector; and a shift-by-wire fail detecting means to detect a failure of a shift-by-wire system; characterized in that the shifting apparatus further comprises: a means for permitting travel at a limited output of the engine upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) corresponding to the desired travel range setting (Dr); and a means for inhibiting the vehicle from traveling upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) other than the desired travel range setting (Dr). an actuator to direct the vehicle transmission into a travel range setting (Tm); a selector to select a desired travel range setting (Dr); a transmission controller to move the actuator into the travel range setting (Tm) in response to the desired travel range setting (Dr) of the selector; and a shift-by-wire fail detecting means to detect a failure of a shift-by-wire system; characterized in that the shifting apparatus further comprises: a means for permitting travel at a limited output of the engine upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) corresponding to the desired travel range setting (Dr); and a means for inhibiting the vehicle from traveling upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) other than the desired travel range setting (Dr). a means for permitting travel at a limited output of the engine upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) corresponding to the desired travel range setting (Dr); and a means for inhibiting the vehicle from traveling upon failure of the shift-by-wire system if the vehicle transmission is in a travel range setting (Tm) other than the desired travel range setting (Dr).
A xylylenediamine composition comprising xylylenediamine and a compound represented by the following general formula, wherein the content of the compound represented by the general formula is 0.001 to 0.1 parts by mass based on 100 parts by mass of the xylylenediamine: wherein n and m each independently represent an integer of 0 to 6, excluding the case where n and m are both 1.
A food product comprising a plurality of individual pieces, wherein each piece comprises: a. a capsule comprising an encapsulate material surrounding a liquid-based substance; and b. a coating comprising a dry solid food material surrounding at least a portion of the encapsulate material; wherein the food product is characterised in that: each capsule is individually coated by the dry solid-food material; and the dry solid food material comprises pet food kibble having a moisture content of less than 10%. a. a capsule comprising an encapsulate material surrounding a liquid-based substance; and b. a coating comprising a dry solid food material surrounding at least a portion of the encapsulate material; wherein the food product is characterised in that: each capsule is individually coated by the dry solid-food material; and the dry solid food material comprises pet food kibble having a moisture content of less than 10%. each capsule is individually coated by the dry solid-food material; and the dry solid food material comprises pet food kibble having a moisture content of less than 10%.
A method for detecting the presence of carbapenemase-producing bacteria in a sample, said method comprising the steps of: a) performing cell lysis on a test sample in order to obtain an enzymatic suspension; b) reacting a fraction of the enzymatic suspension obtained in step a) with a reagent kit, said reagent kit comprising - a carbapenemase substrate selected from the group consisting of carbapenems and cephamycins, and - a pH color indicator which will change color when the pH of the reaction mixture is comprised between 6.4 and 8.4, wherein a color change after step b) indicates the presence of carbapenemase-producing bacteria in the test sample. a) performing cell lysis on a test sample in order to obtain an enzymatic suspension; b) reacting a fraction of the enzymatic suspension obtained in step a) with a reagent kit, said reagent kit comprising - a carbapenemase substrate selected from the group consisting of carbapenems and cephamycins, and - a pH color indicator which will change color when the pH of the reaction mixture is comprised between 6.4 and 8.4, - a carbapenemase substrate selected from the group consisting of carbapenems and cephamycins, and - a pH color indicator which will change color when the pH of the reaction mixture is comprised between 6.4 and 8.4,
Film-forming dispersion comprising a functionalized polyamide and water, wherein said functionalized polyamide is a carboxylic compound functionalized polyamide and/or a sulfonated compound functionalized polyamide and wherein said functionalized polyamide is at least partially reacted with one or more neutralizing agents in the presence of water, wherein at least 35 weight%, more preferably at least 50 weight%, even more preferably at least 45 weight%, yet even more preferably at least 75 weight%, and most preferably at least 90 weight% of the solid content of the film-forming dispersion is functionalised polymer, based on the total weight of solid content of the film-forming dispersion.
A seedbed holding unit (160, 260) that holds a seedbed used in plant cultivation, the seedbed holding unit comprising: a first holding member (170, 270) and a second holding member (180, 280) that are rotatable relative to each other about a predetermined rotation axis, wherein the first holding member (170, 270) is provided with a first claw part (173, 273) in a fixed state, the second holding member (180, 280) is provided with a second claw part (183, 283) in a fixed state, and the seedbed is held between the first claw part (173, 273) and the second claw part (183, 283) by rotating the first holding member (170, 270) and the second holding member (180, 280) relative to each other characterized in that the second holding member (180, 280) has a pipe part (181, 281), and the first holding member (170, 270) has a shaft part that extends along the rotation axis and is inserted into the pipe part (181, 281). a first holding member (170, 270) and a second holding member (180, 280) that are rotatable relative to each other about a predetermined rotation axis, wherein the first holding member (170, 270) is provided with a first claw part (173, 273) in a fixed state, the second holding member (180, 280) is provided with a second claw part (183, 283) in a fixed state, and the seedbed is held between the first claw part (173, 273) and the second claw part (183, 283) by rotating the first holding member (170, 270) and the second holding member (180, 280) relative to each other
A method for preparing 5-(2-(methylthio)ethyl)hydantoin by using a device, said device comprising three stages of static mixing reactors connected in series and a stripping column, wherein a discharge port of a first-stage static mixing reactor is in communication with a feed port of a second-stage static mixing reactor, a discharge port of the second-stage static mixing reactor is in communication with a feed port of a third-stage static mixing reactor, and a discharge port of the third-stage static mixing reactor is in communication with a feed port of the stripping column, and said method comprising feeding 3-(methylthio)propionaldehyde, sodium cyanide, and an aqueous solution of excessive carbon dioxide and ammonia to the three stages of static mixing reactors connected in series to undergo a continuous three-stage reaction, the pressure in the three stages of static mixing reactors connected in series being controlled to be 1.4-2.6 MPa, wherein the temperature in the first-stage static mixing reactor rising with a gradient from 40 °C to 80 °C, the temperature in the second-stage static mixing reactor rising with a gradient from 80 °C to 120 °C, and the temperature in the third-stage static mixing reactor rising with a gradient from 120 °C to 160 °C; and feeding the effluent from the discharge port of the third-stage static mixing reactor to the atmospheric pressure steam stripping column for separating and recovering un-reacted carbon dioxide and ammonia, the effluent from the bottom of the column being an aqueous solution of 5-(2-(methylthio)ethyl)hydantoin, and the mixed gas discharged from the top of the column being used for recovering and preparing the aqueous solution of carbon dioxide and ammonia and being recycled in the preparation of 5-(2-(methylthio)ethyl)hydantoin.
A method for improving the selectivity of a supported high selectivity catalyst used in the epoxidation of ethylene comprising: (a) contacting a catalyst bed containing a supported high selectivity catalyst comprising silver and a rhenium promoter during an initiation period following start-up with a feed gas comprising a concentration of ethylene (E 1), a concentration of oxygen (O 1), a concentration of carbon dioxide (C 1) below 2.0 vol.%, and a concentration of chloride moderator (M 1), in order to achieve the desired work rate, which will result in a first catalyst operating temperature T 1 which is less than 240° C; (b) adjusting the feed composition by decreasing the concentration of ethylene to a new constrained level E 2 <E 1, and/or decreasing the concentration of oxygen to a new constrained level O 2 <O 1, and/or increasing the concentration of carbon dioxide to a new constrained level C 2 >C 1, and/or adjusting the concentration of chloride moderator to either a higher or a lower level, to drive the catalyst to a higher operating temperature T 2 for the specific high selectivity catalyst while still operating at the specific desired work rate during said initiation period, wherein T 2 is between 240 and 255° C; and (c) progressively adjusting the feed composition as the catalyst activity naturally declines in order to maintain the desired workrate and the operating temperature T 2 by increasing the ethylene level, and/or increasing the oxygen level, and/or decreasing the carbon dioxide level, and/or adjusting the moderator composition. (a) contacting a catalyst bed containing a supported high selectivity catalyst comprising silver and a rhenium promoter during an initiation period following start-up with a feed gas comprising a concentration of ethylene (E 1), a concentration of oxygen (O 1), a concentration of carbon dioxide (C 1) below 2.0 vol.%, and a concentration of chloride moderator (M 1), in order to achieve the desired work rate, which will result in a first catalyst operating temperature T 1 which is less than 240° C; (b) adjusting the feed composition by decreasing the concentration of ethylene to a new constrained level E 2 <E 1, and/or decreasing the concentration of oxygen to a new constrained level O 2 <O 1, and/or increasing the concentration of carbon dioxide to a new constrained level C 2 >C 1, and/or adjusting the concentration of chloride moderator to either a higher or a lower level, to drive the catalyst to a higher operating temperature T 2 for the specific high selectivity catalyst while still operating at the specific desired work rate during said initiation period, wherein T 2 is between 240 and 255° C; and (c) progressively adjusting the feed composition as the catalyst activity naturally declines in order to maintain the desired workrate and the operating temperature T 2 by increasing the ethylene level, and/or increasing the oxygen level, and/or decreasing the carbon dioxide level, and/or adjusting the moderator composition.
Random numbers generating circuit of correlated sampling ring oscillator type comprising: a first ring oscillator and a second ring oscillator, each comprising delay elements series-connected in a closed loop, the first and second oscillators (RO1, RO2) being identical and implemented in complementary metal oxide semiconductor on fully depleted silicon-on-insulator technology; a first circuit configured to sample and store the state of an output of the first oscillator at a frequency of an output of the second oscillator and to deliver a corresponding binary signal (Beat); and a second circuit configured to control back gates of PMOS and NMOS transistors of at least one delay element of at least one of the first and second oscillators (RO1, RO2), based on a period difference between the outputs (O1, O2) of the first and second oscillators (RO1, RO2). a first ring oscillator and a second ring oscillator, each comprising delay elements series-connected in a closed loop, the first and second oscillators (RO1, RO2) being identical and implemented in complementary metal oxide semiconductor on fully depleted silicon-on-insulator technology; a first circuit configured to sample and store the state of an output of the first oscillator at a frequency of an output of the second oscillator and to deliver a corresponding binary signal (Beat); and a second circuit configured to control back gates of PMOS and NMOS transistors of at least one delay element of at least one of the first and second oscillators (RO1, RO2), based on a period difference between the outputs (O1, O2) of the first and second oscillators (RO1, RO2).