mhurhangee/patent-ind-claim-en huggingface dataset:
A recombinant microorganism comprising: (a) one or more heterologous enzymes that function in one or more engineered metabolic pathways to convert a carbohydrate source to ethanol, wherein said one or more heterologous enzymes is activated, upregulated, overexpressed, or downregulated, wherein said one or more engineered metabolic pathways comprises conversion of acetyl-CoA to ethanol, said acetyl-CoA is converted to acetaldehyde by an acetaldehyde dehydrogenase, said acetaldehyde is converted to an ethanol by an alcohol dehydrogenase, more preferably said acetyl-CoA is converted to an ethanol by a bifunctional acetaldehyde/alcohol dehydrogenase; and wherein said one or more engineered metabolic pathways further comprises one or more heterologous enzymes that encodes a saccharolytic enzyme; characterized in that the recombinant microorganism further comprises: (b) one or more heterologous proteins that function to import glycerol into the recombinant microorganism, wherein said one or more heterologous proteins is STL1 and is activated, upregulated, or overexpressed; and said recombinant microorganism produces less glycerol than a control recombinant microorganism without activation, upregulation, or overexpression of said one or more heterologous proteins that function to import glycerol. (a) one or more heterologous enzymes that function in one or more engineered metabolic pathways to convert a carbohydrate source to ethanol, wherein said one or more heterologous enzymes is activated, upregulated, overexpressed, or downregulated,
A method of making a paper substrate, comprising a) contacting a sizing solution with a plurality of cellulosic fibers in a size press, wherein the sizing solution has a solids content that is at least 15 wt% solids sizing agent and has a viscosity that is from 150 to 300 mPas (centipoise) using a Brookfield Viscometer, number 2 spindle, at 100 rpm and 65,6°C (150°F), the sizing agent load being from 0.25 to 10 gsm; and wherein the size press has an effective nip pressure of 45.7 to 171.3 N/cm (80 to 300 lbs per linear inch) and b) coating the paper substrate after said contacting step a). a) contacting a sizing solution with a plurality of cellulosic fibers in a size press, wherein the sizing solution has a solids content that is at least 15 wt% solids sizing agent and has a viscosity that is from 150 to 300 mPas (centipoise) using a Brookfield Viscometer, number 2 spindle, at 100 rpm and 65,6°C (150°F), the sizing agent load being from 0.25 to 10 gsm; and wherein the size press has an effective nip pressure of 45.7 to 171.3 N/cm (80 to 300 lbs per linear inch) and b) coating the paper substrate after said contacting step a).
A tire, comprising a cap tread, the cap tread comprising a rubber composition for tires, the rubber composition comprising, based on 100% by mass of a rubber component therein: 3 to 25% by mass of a component derived from an aromatic vinyl monomer; 0 to 15% by mass of a component derived from a butadiene monomer and having a vinyl configuration; 1 to 90% by mass of a component derived from a butadiene monomer and having a cis configuration; and 1 to 6% by mass of a component derived from an isoprene monomer and having a cis configuration, the rubber composition having, after vulcanization, physical properties satisfying the following relationships and : − 25 ° C < Tg < 0 ° C wherein Tg denotes a temperature at tan δ peak determined by viscoelastic measurements at a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain amplitude of 0.25%; and 65 < Hs < 75 wherein Hs denotes a hardness at 23°C measured in accordance with JIS K6253. 3 to 25% by mass of a component derived from an aromatic vinyl monomer; 0 to 15% by mass of a component derived from a butadiene monomer and having a vinyl configuration; 1 to 90% by mass of a component derived from a butadiene monomer and having a cis configuration; and 1 to 6% by mass of a component derived from an isoprene monomer and having a cis configuration, the rubber composition having, after vulcanization, physical properties satisfying the following relationships and : − 25 ° C < Tg < 0 ° C wherein Tg denotes a temperature at tan δ peak determined by viscoelastic measurements at a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain amplitude of 0.25%; and 65 < Hs < 75 wherein Hs denotes a hardness at 23°C measured in accordance with JIS K6253.
An information processing device comprising a control unit that executes acquiring meteorological condition information that is information indicating a meteorological condition in a geographical area to which a position of a moving body belongs, and controlling an opening degree of multiple windows included in the moving body based on the meteorological condition information by sending instructions to a window glass drive unit configured to open and close the window ; wherein when the meteorological condition information indicates climate in which leaf fall occurs, wherein the climate refers to an average meteorological condition for a long period of one month or more, , the control unit sets the opening degree of the window provided in a roof of the moving body to be smaller than the opening degree applied to the window provided in a side surface of the moving body. acquiring meteorological condition information that is information indicating a meteorological condition in a geographical area to which a position of a moving body belongs, and controlling an opening degree of multiple windows included in the moving body based on the meteorological condition information by sending instructions to a window glass drive unit configured to open and close the window ; wherein when the meteorological condition information indicates climate in which leaf fall occurs, wherein the climate refers to an average meteorological condition for a long period of one month or more, , the control unit sets the opening degree of the window provided in a roof of the moving body to be smaller than the opening degree applied to the window provided in a side surface of the moving body.
A compound represented by the formula 1: wherein X is -C(H)(R 6 )-; R 1 , R 2 , R 3 , R 4 and R 6 are each a hydrogen atom; and R 5 is a C6-14 aryl group, or a salt thereof. X is -C(H)(R 6 )-; R 1 , R 2 , R 3 , R 4 and R 6 are each a hydrogen atom; and R 5 is a C6-14 aryl group,
Use of a clay comprising: - less than 30% of kaolinite; and - at least 20% of muscovite and/or illite; - from 1% to 20% of smectite; - the muscovite and/or illite / kaolinite weight ratio being greater than 1; for the preparation of a geopolymer precursor. - less than 30% of kaolinite; and - at least 20% of muscovite and/or illite; - from 1% to 20% of smectite; - the muscovite and/or illite / kaolinite weight ratio being greater than 1;
Rotor arrangement for a gas turbine , in particular an aircraft gas turbine, comprising a plurality of rotor segments arranged one after the other in the axial direction (AR), which are connected to one another by at least one tie rod device in the axial direction (AR); a rotor segment at the front in the axial direction (AR) having a first contact surface and a rotor segment at the rear in the axial direction (AR) having a second contact surface , the first contact surface and the second contact surface being at least partly in contact with each other, the first contact surface and the second contact surface being substantially annular and extending in the radial direction (RR) and circumferential direction, characterized in that the first contact surface and/or the second contact surface extends at least partly inclined with respect to the radial direction (RR), an angle (α) being formed between the first contact surface and the second contact surface with respect to a sectional plane which is spanned by the axial direction (AR) and the radial direction (RR), the front rotor segment and the rear rotor segment being clamped to one another only via a single contact surface pairing consisting of the first annular contact surface and the second annular contact surface. a plurality of rotor segments arranged one after the other in the axial direction (AR), which are connected to one another by at least one tie rod device in the axial direction (AR); a rotor segment at the front in the axial direction (AR) having a first contact surface and a rotor segment at the rear in the axial direction (AR) having a second contact surface , the first contact surface and the second contact surface being at least partly in contact with each other, the first contact surface and the second contact surface being substantially annular and extending in the radial direction (RR) and circumferential direction, characterized in that the first contact surface and/or the second contact surface extends at least partly inclined with respect to the radial direction (RR), an angle (α) being formed between the first contact surface and the second contact surface with respect to a sectional plane which is spanned by the axial direction (AR) and the radial direction (RR), the front rotor segment and the rear rotor segment being clamped to one another only via a single contact surface pairing consisting of the first annular contact surface and the second annular contact surface.
A relay node, RN, for relaying data between a donor eNB and a user equipment, UE, the relay node comprising: a communications controller and a transceiver, wherein the communications controller is operable: to control the transceiver to transmit, using sub-frames, RN-UE transmissions to the UE and receive eNB-RN transmissions from the donor eNB , wherein the RN-UE transmission timings are controlled to allow the relay node to receive eNB-RN transmissions from the donor eNB in accordance with a slot structure in which eNB-to-RN transmissions are restricted to a subset of symbols, and wherein the RN-UE transmissions comprise physical downlink control channel, PDCCH transmissions in an initial subset of symbols and the eNB-RN transmissions comprise relay PDCCH transmissions in a further subset of symbols; and to decode, on reception of a relay PDCCH transmission for the relay node in a given subframe, a corresponding physical downlink shared channel, PDSCH, in the same subframe, wherein a set comprising a total number, having value N, of resource blocks is configured for the relay PDCCH transmission, and wherein the controller is operable to identify each resource block forming part of a resource block allocation for the relay PDCCH based on the value of N. a communications controller and a transceiver, wherein the communications controller is operable: to control the transceiver to transmit, using sub-frames, RN-UE transmissions to the UE and receive eNB-RN transmissions from the donor eNB , wherein the RN-UE transmission timings are controlled to allow the relay node to receive eNB-RN transmissions from the donor eNB in accordance with a slot structure in which eNB-to-RN transmissions are restricted to a subset of symbols, and wherein the RN-UE transmissions comprise physical downlink control channel, PDCCH transmissions in an initial subset of symbols and the eNB-RN transmissions comprise relay PDCCH transmissions in a further subset of symbols; and to control the transceiver to transmit, using sub-frames, RN-UE transmissions to the UE and receive eNB-RN transmissions from the donor eNB , wherein the RN-UE transmission timings are controlled to allow the relay node to receive eNB-RN transmissions from the donor eNB in accordance with a slot structure in which eNB-to-RN transmissions are restricted to a subset of symbols, and wherein the RN-UE transmissions comprise physical downlink control channel, PDCCH transmissions in an initial subset of symbols and the eNB-RN transmissions comprise relay PDCCH transmissions in a further subset of symbols; and to decode, on reception of a relay PDCCH transmission for the relay node in a given subframe, a corresponding physical downlink shared channel, PDSCH, in the same subframe, wherein a set comprising a total number, having value N, of resource blocks is configured for the relay PDCCH transmission, and wherein the controller is operable to identify each resource block forming part of a resource block allocation for the relay PDCCH based on the value of N.
A magnetic field sensor comprising: a coil responsive to an AC coil drive signal, wherein the coil comprises a first plurality of loops and a second plurality of loops spaced from the first plurality of loops by a gap ; at least two spaced apart magnetic field sensing elements responsive to a sensing element drive signal and positioned proximate to the coil, wherein at least one of the magnetic field sensing elements is positioned within the gap; and a circuit coupled to the at least two magnetic field sensing elements to generate an output signal of the magnetic field sensor indicative of a difference between: (i) a first distance between a conductive target and a first of the at least two spaced apart magnetic field sensing elements; and (ii) a second distance between the conductive target and a second of the at least two magnetic field sensing elements. a coil responsive to an AC coil drive signal, wherein the coil comprises a first plurality of loops and a second plurality of loops spaced from the first plurality of loops by a gap ; at least two spaced apart magnetic field sensing elements responsive to a sensing element drive signal and positioned proximate to the coil, wherein at least one of the magnetic field sensing elements is positioned within the gap; and a circuit coupled to the at least two magnetic field sensing elements to generate an output signal of the magnetic field sensor indicative of a difference between: (i) a first distance between a conductive target and a first of the at least two spaced apart magnetic field sensing elements; and (ii) a second distance between the conductive target and a second of the at least two magnetic field sensing elements.
A method for interaction between a smart watch and a WECHAT platform, wherein the method comprises: providing a customized browser that is adapted to the smart watch on the smart watch end, wherein the customized browser is able to access a webpage edition WECHAT platform; wirelessly connecting and pairing the smart watch end with a mobile telephone end via Bluetooth, and after the pairing is successfully completed, making the smart watch end wirelessly connecting to the Internet via the mobile telephone end using the Bluetooth connection; after WECHAT application function on the smart watch starts up, accessing the webpage edition WECHAT platform by the customized browser, and logging in on the webpage edition WECHAT platform based on user information that is bound on the mobile telephone end; and upon receiving a WECHAT message reminder that is pushed by the WECHAT platform to the smart watch end, generating a WECHAT replying message based on an instruction that is inputted by the user, and transmitting the WECHAT replying message to the Internet via the Bluetooth connection, to perform WECHAT replying. providing a customized browser that is adapted to the smart watch on the smart watch end, wherein the customized browser is able to access a webpage edition WECHAT platform; wirelessly connecting and pairing the smart watch end with a mobile telephone end via Bluetooth, and after the pairing is successfully completed, making the smart watch end wirelessly connecting to the Internet via the mobile telephone end using the Bluetooth connection; after WECHAT application function on the smart watch starts up, accessing the webpage edition WECHAT platform by the customized browser, and logging in on the webpage edition WECHAT platform based on user information that is bound on the mobile telephone end; and upon receiving a WECHAT message reminder that is pushed by the WECHAT platform to the smart watch end, generating a WECHAT replying message based on an instruction that is inputted by the user, and transmitting the WECHAT replying message to the Internet via the Bluetooth connection, to perform WECHAT replying.
A surface stress sensor comprising: a flat member in which surface stress is induced in a receptor film over a surface of the flat member, the surface stress is induced by adsorption of a sample onto the receptor film, the flat member including a flat member body, two pairs of fixed ends and four narrow portions, one at each fixed end disposed between the flat member body and the fixed end, characterized in that : the flat member is a film consisting of a silicon single crystal and the surface of the film is a plane of the single crystal, the fixed ends of each pair are disposed to be opposite to each other around the flat member, one pair of the fixed ends is disposed in a direction of the single crystal, and the other pair of the fixed ends is disposed in a direction of the single crystal, each narrow portion includes a piezoresistive member so that the stress caused in the narrow portions at the fixed ends by the surface stress on the flat member causes change in a resistance value of the piezoresistive members, the flat member body is supported by the narrow portions, each piezoresistive member constitutes a p-type part of the flat member, and a piezoresistance coefficient of each piezoresistive member in the flat member varies according to a direction of the stress applied thereto, and adjacent piezoresistive members among the piezoresistive members of the narrow portions at the fixed ends are connected to each other so that the piezoresistive members form a full Wheatstone bridge, and the piezoresistive members form four sides of the full Wheatstone bridge. the flat member is a film consisting of a silicon single crystal and the surface of the film is a plane of the single crystal, the fixed ends of each pair are disposed to be opposite to each other around the flat member, one pair of the fixed ends is disposed in a direction of the single crystal, and the other pair of the fixed ends is disposed in a direction of the single crystal, each narrow portion includes a piezoresistive member so that the stress caused in the narrow portions at the fixed ends by the surface stress on the flat member causes change in a resistance value of the piezoresistive members, the flat member body is supported by the narrow portions, each piezoresistive member constitutes a p-type part of the flat member, and a piezoresistance coefficient of each piezoresistive member in the flat member varies according to a direction of the stress applied thereto, and adjacent piezoresistive members among the piezoresistive members of the narrow portions at the fixed ends are connected to each other so that the piezoresistive members form a full Wheatstone bridge, and the piezoresistive members form four sides of the full Wheatstone bridge.
A pressure relief door assembly (300; 400), comprising: a pressure relief door (310; 410); a latch (320; 420) comprising a latch body (330; 430) and a latch bolt (350; 450); a detent movably interconnected with said latch body (330; 430); a lock comprising a bimetallic coil and a locking member interconnected and movable with said bimetallic coil ; wherein the latch bolt (350; 450) is movable relative to the latch body (330; 430), wherein said latch bolt (350; 450) comprises a detent recess alignable with said detent and a locking recess alignable with said locking member of said lock , wherein said latch (320; 420) is in a latched configuration when said detent is disposed in said detent recess of said latch bolt (350; 450), and wherein said lock is disposed in a locked configuration when said locking member is disposed in said locking recess of said latch bolt (350; 450), wherein: said locking member is disposed within said locking recess of said latch bolt (350; 450) in response to said pressure relief door assembly (300; 400) being exposed to a temperature that at least one of reaches or exceeds a predetermined temperature. a pressure relief door (310; 410); a latch (320; 420) comprising a latch body (330; 430) and a latch bolt (350; 450); a detent movably interconnected with said latch body (330; 430); a lock comprising a bimetallic coil and a locking member interconnected and movable with said bimetallic coil ; wherein the latch bolt (350; 450) is movable relative to the latch body (330; 430), wherein said latch bolt (350; 450) comprises a detent recess alignable with said detent and a locking recess alignable with said locking member of said lock , wherein said latch (320; 420) is in a latched configuration when said detent is disposed in said detent recess of said latch bolt (350; 450), and wherein said lock is disposed in a locked configuration when said locking member is disposed in said locking recess of said latch bolt (350; 450), a latch (320; 420) comprising a latch body (330; 430) and a latch bolt (350; 450); a detent movably interconnected with said latch body (330; 430); a lock comprising a bimetallic coil and a locking member interconnected and movable with said bimetallic coil ; wherein the latch bolt (350; 450) is movable relative to the latch body (330; 430), wherein said latch bolt (350; 450) comprises a detent recess alignable with said detent and a locking recess alignable with said locking member of said lock , wherein said latch (320; 420) is in a latched configuration when said detent is disposed in said detent recess of said latch bolt (350; 450), and wherein said lock is disposed in a locked configuration when said locking member is disposed in said locking recess of said latch bolt (350; 450), wherein: said locking member is disposed within said locking recess of said latch bolt (350; 450) in response to said pressure relief door assembly (300; 400) being exposed to a temperature that at least one of reaches or exceeds a predetermined temperature.
Printed circuit board for a hearing device , in particular a hearing aid, having a base body to which a first electrical component and a second electrical component , which are directly electrically connected by means of a conductor track , are connected and to which an electrically conductive, continuous antenna surface and a transceiver , which is electrically connected to the antenna surface at two different feed points , are connected, the antenna surface being partially recessed between the feed points to form a recess , the recess being physically located between the feed points.
An apparatus for spatial audio signal encoding, the apparatus comprising: means for determining, for two or more audio signals, at least one spatial audio parameter for providing spatial audio reproduction, the at least one spatial audio parameter comprising a direction parameter with an elevation and an azimuth component; means for defining a spherical grid generated by covering a sphere with smaller spheres, wherein the smaller spheres are each smaller than the sphere, and wherein the centres of the smaller spheres define points of the spherical grid; and means for converting the elevation and azimuth component of the direction parameter to an index value based on the defined spherical grid. means for determining, for two or more audio signals, at least one spatial audio parameter for providing spatial audio reproduction, the at least one spatial audio parameter comprising a direction parameter with an elevation and an azimuth component; means for defining a spherical grid generated by covering a sphere with smaller spheres, wherein the smaller spheres are each smaller than the sphere, and wherein the centres of the smaller spheres define points of the spherical grid; and means for converting the elevation and azimuth component of the direction parameter to an index value based on the defined spherical grid.