mhurhangee/ep-ind-claims huggingface dataset:
A method for production of a terpene or terpenoid product, comprising: providing a bacterial strain that produces isopentenyl diphosphate and dimethylallyl diphosphate (DMAPP) through an upstream methylerythritol phosphate pathway (MEP pathway) and converts the IPP and DMAPP to a terpene or terpenoid product through a downstream synthesis pathway; wherein 1-hydroxy-2-methyl-2- -butenyl 4-diphosphate synthase (IspG) and 1-hydroxy-2-methyl-2- -butenyl 4-diphosphate reductase (IspH) are overexpressed in the bacterial strain to provide increased carbon flux to I-hydroxy-2-methyl-2- -butenyl 4-diphosphate (HMBPP) intermediate, while preventing accumulation of HMBPP at an amount that feeds back and reduces MEP pathway flux and terpene orterpenoid productivity, wherein the activity and/or expression of recombinant IspH is higher than the activity and/or expression of the recombinant IspG; the strain comprising one or more genetic modifications that enhance supply and/or transfer of electrons through the MEP pathway and/or to terpene and terpenoid products, and culturing the bacterial strain to produce the terpene or terpenoid product, wherein the bacterial strain contains an overexpression of a pyruvate:flavodoxin oxidoreductase (PFOR). providing a bacterial strain that produces isopentenyl diphosphate and dimethylallyl diphosphate (DMAPP) through an upstream methylerythritol phosphate pathway (MEP pathway) and converts the IPP and DMAPP to a terpene or terpenoid product through a downstream synthesis pathway; wherein 1-hydroxy-2-methyl-2- -butenyl 4-diphosphate synthase (IspG) and 1-hydroxy-2-methyl-2- -butenyl 4-diphosphate reductase (IspH) are overexpressed in the bacterial strain to provide increased carbon flux to I-hydroxy-2-methyl-2- -butenyl 4-diphosphate (HMBPP) intermediate, while preventing accumulation of HMBPP at an amount that feeds back and reduces MEP pathway flux and terpene orterpenoid productivity, wherein the activity and/or expression of recombinant IspH is higher than the activity and/or expression of the recombinant IspG; the strain comprising one or more genetic modifications that enhance supply and/or transfer of electrons through the MEP pathway and/or to terpene and terpenoid products, and culturing the bacterial strain to produce the terpene or terpenoid product, wherein the bacterial strain contains an overexpression of a pyruvate:flavodoxin oxidoreductase (PFOR).
An image processing method comprising: a first step (S201, S401) of acquiring a captured image obtained by imaging; and a second step (S202, S402) of generating a first map based on the captured image using a machine learning model, characterized in that the first map is information representing a relationship between (a) an area where an object in a luminance saturation area in the captured image is spread by a blur generated in the imaging and (b) a signal value in the area. a first step (S201, S401) of acquiring a captured image obtained by imaging; and a second step (S202, S402) of generating a first map based on the captured image using a machine learning model, characterized in that the first map is information representing a relationship between (a) an area where an object in a luminance saturation area in the captured image is spread by a blur generated in the imaging and (b) a signal value in the area.
A method for remote provisioning of software modules, which are configured to be stored in a memory of an integrated circuit card and enabled for operation, in particular a subscription profile or a bundle to be enabled in a secure platform, hosted in a local equipment configured to communicate with a remote provisioning server (21, 13), in particular a data preparation server or SM-DP+ server, to download, enable or disable said software module, comprising using a subscriber contactless communicating device, in particular a smartcard, to initiate the download or enabling or disabling of a software module in an integrated circuit card by means of a contactless transaction, comprising the following operations: performing a contactless interaction between the contactless device and the local equipment hosting the integrated circuit card, in particular by placing the contactless subscriber device within the communication range determined by a corresponding contactless interface in the local equipment, starting a mutual authentication between the contactless device and the IC card in the host device as a consequence of said contactless interaction, sending an identifier, identifying the software module, stored in the subscriber contactless communicating device to the integrated circuit card, checking at the integrated circuit card if the software module identifier matches a software module identifier stored in said integrated circuit card, selecting performing one operation among downloading from said remote provisioning server (21, 13) said software module to the integrated circuit card, enabling the software module and disabling the software module, in function of the result of said checking operation, said downloading comprising that said local equipment, receiving a card identifier from said integrated circuit card sends a downloading request providing said remote provisioning server with said software module identifier. performing a contactless interaction between the contactless device and the local equipment hosting the integrated circuit card, in particular by placing the contactless subscriber device within the communication range determined by a corresponding contactless interface in the local equipment, starting a mutual authentication between the contactless device and the IC card in the host device as a consequence of said contactless interaction, sending an identifier, identifying the software module, stored in the subscriber contactless communicating device to the integrated circuit card, checking at the integrated circuit card if the software module identifier matches a software module identifier stored in said integrated circuit card, selecting performing one operation among downloading from said remote provisioning server (21, 13) said software module to the integrated circuit card, enabling the software module and disabling the software module, in function of the result of said checking operation, said downloading comprising that said local equipment, receiving a card identifier from said integrated circuit card sends a downloading request providing said remote provisioning server with said software module identifier.
Procedure for the preparation of glyoxal free purified cationic polygalactomannan having cationic DS comprised between 0.01 and 1 comprising the following steps: a) polygalactomannan flour or nonionically derivatized polygalactomannan flour is reacted with a cationising reagent; b) the pH is adjusted between 4 and 6, the cationic polygalactomannan is cross-linked by reaction with glyoxal, washed by addition of water and filtered to provide glyoxalated purified cationic polygalactomannan containing not more than 70% by weight of water; c) a buffering agent is added to the glyoxalated purified cationic polygalactomannan to regulate the pH of the product from 8.0 to 9.5, when measured at 1% (dry matter) in water; d) excess water is removed to provide glyoxal free purified cationic polygalactomannan in powder form.
A fluid connector assembly comprising: a tubular member having an endform spaced from a first insertion end defining a radially disposed shoulder; a connector body having a bore with one open end receiving the tubular member; a retainer clip carried on the connector body and extending partially into the bore to engage the shoulder of the tubular member to lock the tubular member in the connector body when the first insertion end of the tubular member is fully inserted into the bore in the connector body; an assurance cap slidably mounted relative to the tubular member, the assurance cap defining an annular body with a plurality of primary latch fingers with end projections configured for latching in a recessed groove in connector body spaced from one end of the connector body to latch the assurance cap on the connector body only when the tubular member is fully inserted into the connector body; and a secondary latch (508,522) carried on the assurance cap body for engaging one of the retainer clip and the tubular member to secondarily latch the assurance cap to the tubular member and only when the tubular member is fully inserted into the bore in the connector body. a tubular member having an endform spaced from a first insertion end defining a radially disposed shoulder; a connector body having a bore with one open end receiving the tubular member; a retainer clip carried on the connector body and extending partially into the bore to engage the shoulder of the tubular member to lock the tubular member in the connector body when the first insertion end of the tubular member is fully inserted into the bore in the connector body; an assurance cap slidably mounted relative to the tubular member, the assurance cap defining an annular body with a plurality of primary latch fingers with end projections configured for latching in a recessed groove in connector body spaced from one end of the connector body to latch the assurance cap on the connector body only when the tubular member is fully inserted into the connector body; and a secondary latch (508,522) carried on the assurance cap body for engaging one of the retainer clip and the tubular member to secondarily latch the assurance cap to the tubular member and only when the tubular member is fully inserted into the bore in the connector body.
Suspension device for an elevator system for securing a brake and at least one support means, and for measuring a load, wherein the suspension device comprises: at least one brake for braking the elevator car with respect to a guide rail of the elevator system; a brake holding assembly for holding the brake on the elevator car; a support means holding assembly for holding the support means on the elevator car, wherein the support means is designed to connect the elevator car to a counterweight of the elevator system; wherein the brake holding assembly is configured such that the brake is to be held on the elevator car by means of the brake holding assembly such that the brake holding assembly can be deformed, relative to the elevator car, substantially in a force direction produced by the brake; wherein the support means holding assembly is configured such that the support means is to be held on the elevator car by means of the support means holding assembly such that the support means holding assembly can be deformed, relative to the elevator car, substantially in a force direction produced by the support means. at least one brake for braking the elevator car with respect to a guide rail of the elevator system; a brake holding assembly for holding the brake on the elevator car; a support means holding assembly for holding the support means on the elevator car, wherein the support means is designed to connect the elevator car to a counterweight of the elevator system; wherein the brake holding assembly is configured such that the brake is to be held on the elevator car by means of the brake holding assembly such that the brake holding assembly can be deformed, relative to the elevator car, substantially in a force direction produced by the brake; wherein the support means holding assembly is configured such that the support means is to be held on the elevator car by means of the support means holding assembly such that the support means holding assembly can be deformed, relative to the elevator car, substantially in a force direction produced by the support means.
A quick fastening device for fastening components and accessories on a support frame of sanitary appliances, comprising a coupling plate, attached in an assembled state with the support frame or attachable to a component and provided with a hooking tooth projecting from the coupling plate and shaped so as to hook a first longitudinal edge of a bar of a frame; the fastening device further comprising a locking element comprising a base body hinged to the coupling plate and rotating with respect to the coupling plate about a rotation axis substantially perpendicular to the coupling plate; the locking element further comprising a control rod projecting from the base body wherein the base body is provided with at least one cam protruding radially from a peripheral edge of the base body and facing the hooking tooth; the cam being shaped so as to assume, by rotation of the locking element, a locking position in which the cam engages the bar arranged between the cam and the hooking tooth, clamping the bar between the cam and the hooking tooth; the fastening device being characterized in that the base body is C-shaped along the rotation axis and has two opposite arms (31, 32) facing each other and spaced along the rotation axis; the arms (31, 32) being positioned axially beyond respective opposite, substantially flat and parallel faces (17, 18) of the coupling plate, so that the coupling plate is axially positioned between the arms (31, 32).
An electric pepper grinder, comprising a shell, a grinding mechanism, a reducing mechanism and a power mechanism in the shell, wherein a storage bin is provided in a window, the grinding mechanism is at one end of the storage bin, the storage bin is interconnected with the grinding mechanism, the power mechanism and reducing mechanism are at the other end of the storage bin opposite to the grinding mechanism, the power mechanism comprises a power source, a motor, a gravity switch and a control switch, the control switch controls the connection and disconnection between the gravity switch and the power source, characterized in that the window is opened on the side of the shell, wherein a bin cover that can cover or open the window is provided, there are a plurality of lower clips around the window, the lower clips match upper clips on the bin cover so that the bin cover is mounted on the shell in a detachable manner, an alignment point is provided on the window, a locating point is provided on the bin cover, and the alignment point matches the locating point when it is connected to the shell in a sliding manner on the shell to restrict the shift of the bin cover. the window is opened on the side of the shell, wherein a bin cover that can cover or open the window is provided, there are a plurality of lower clips around the window, the lower clips match upper clips on the bin cover so that the bin cover is mounted on the shell in a detachable manner, an alignment point is provided on the window, a locating point is provided on the bin cover, and the alignment point matches the locating point when it is connected to the shell in a sliding manner on the shell to restrict the shift of the bin cover.
An integrated device die package comprising: a housing having a first opening and a second opening formed therein, the first and second openings in fluid communication with an interior volume of the housing; one or more substrates including a first port and a second port; a first device die mounted to the substrate(s) over the first port; and a second device die mounted to the substrate(s) over the second port, wherein the first and second device dies are microelectromechanical systems (MEMS) dies, wherein the substrate(s) is coupled to the housing to cover the first and second openings such that the first device die is disposed within the interior volume through the first opening and the second device die is disposed within the interior volume through the second opening, and characterised in that the first and second device dies are angled relative to one another. a housing having a first opening and a second opening formed therein, the first and second openings in fluid communication with an interior volume of the housing; one or more substrates including a first port and a second port; a first device die mounted to the substrate(s) over the first port; and a second device die mounted to the substrate(s) over the second port, wherein the first and second device dies are microelectromechanical systems (MEMS) dies, wherein the substrate(s) is coupled to the housing to cover the first and second openings such that the first device die is disposed within the interior volume through the first opening and the second device die is disposed within the interior volume through the second opening, and characterised in that the first and second device dies are angled relative to one another.
Method for producing a cell housing for a battery cell, comprising the following steps: providing a tubular element having at least approximately circular cross section; applying exactly two mandrels at diametrically opposite regions to an inner side of the tubular element; moving exactly two mandrels away from one another, with the result that the tubular element is deformed and an at least approximately rectangular cross section with a first front side, an opposite second front side, a first end side and an opposite second end side is obtained; closing a first base surface of the tubular element. providing a tubular element having at least approximately circular cross section; applying exactly two mandrels at diametrically opposite regions to an inner side of the tubular element; moving exactly two mandrels away from one another, with the result that the tubular element is deformed and an at least approximately rectangular cross section with a first front side, an opposite second front side, a first end side and an opposite second end side is obtained; closing a first base surface of the tubular element.
A semiconductor device with a through-substrate via, comprising: - a substrate with an upper surface, the substrate including a semiconductor layer, - a connection pad below the semiconductor layer opposite the upper surface, - a via opening with a sidewall in the semiconductor layer above the connection pad, - an electrically conductive via layer arranged at the sidewall and in contact with the connection pad, - an electrically conductive upper via layer arranged at the sidewall above the via layer and electrically conductively connected to the connection pad, - an interlayer between the via layer and the upper via layer, the interlayer comprising a material that is different from the via layer and from the upper via layer. - the interlayer being a dielectric layer, - the interlayer being recessed in an area above the connection pad, - an electrically conductive connection liner, - the upper via layer being recessed in the area above the connection pad, and - the connection liner electrically connecting the upper via layer with the via layer. - a substrate with an upper surface, the substrate including a semiconductor layer, - a connection pad below the semiconductor layer opposite the upper surface, - a via opening with a sidewall in the semiconductor layer above the connection pad, - an electrically conductive via layer arranged at the sidewall and in contact with the connection pad, - an electrically conductive upper via layer arranged at the sidewall above the via layer and electrically conductively connected to the connection pad, - an interlayer between the via layer and the upper via layer, the interlayer comprising a material that is different from the via layer and from the upper via layer. - the interlayer being a dielectric layer, - the interlayer being recessed in an area above the connection pad, - an electrically conductive connection liner, - the upper via layer being recessed in the area above the connection pad, and - the connection liner electrically connecting the upper via layer with the via layer.
A contact lens comprising a polymeric matrix formed from the polymerization of a polymerizable composition comprising one or more monomers, a first colourant which is a blue-blocking colourant having an absorption maximum (λ max) in the range of from 415 nm to 455 nm and a second colourant, wherein the second colourant is a polymerizable dye having an absorption maximum (λ max) in the range of from 470 nm to 600 nm, and optionally also comprising a third colourant which is a colourant having an absorption maximum in the range of from greater than 600 nm to 800 nm, wherein the second colourant and, if present, the third colourant, balance the colour of the first colourant such that the contact lens is colourless, grey or blue.
An animal feed for a beef cow made from palm fronds, the animal feed comprising: a processed palm frond component; a palm fruit component; and a nutritional additive; wherein the nutritional additive is between 20 and 40 percent of a total weight of the animal feed; wherein the nutritional additive is wheat; wherein the processed palm frond component is greater than or equal to 40% of a total weight of the animal feed; and wherein the animal feed has a nutritional content of between 5% and 30% crude protein, between 2% and 8% crude fat, between 15% and 45% crude fiber, between 4% and 17% ash content, and between 0.1% and 1% mineral content. a processed palm frond component; a palm fruit component; and a nutritional additive; wherein the nutritional additive is between 20 and 40 percent of a total weight of the animal feed; wherein the nutritional additive is wheat; wherein the processed palm frond component is greater than or equal to 40% of a total weight of the animal feed; and wherein the animal feed has a nutritional content of between 5% and 30% crude protein, between 2% and 8% crude fat, between 15% and 45% crude fiber, between 4% and 17% ash content, and between 0.1% and 1% mineral content.
Data transmitter for transmitting a data packet to a data receiver via a communication channel, comprising: a means for generating the data packet having a first data block and a second data block and a predefined first reference sequence and second reference sequence for synchronizing the data packet in the data receiver, wherein the first reference sequence is longer than the second reference sequence, and wherein in the data packet, the second data block is located between the first reference sequence and the second reference sequence, and the first reference sequence is located between the first data block and the second data block; and a means for transmitting the data packet to the data receiver via the communication channel; wherein the data transmitter is characterized in that the means for generating the data packet is configured to provide, in the data packet, the first reference sequence to be double the length of the second reference sequence; and the means for generating the data packet is configured to subdivide, in the data packet, the first reference sequence into a first reference subsequence and a second reference subsequence, the first reference subsequence and the second reference subsequence each having the length of the second reference sequence. a means for generating the data packet having a first data block and a second data block and a predefined first reference sequence and second reference sequence for synchronizing the data packet in the data receiver, wherein the first reference sequence is longer than the second reference sequence, and wherein in the data packet, the second data block is located between the first reference sequence and the second reference sequence, and the first reference sequence is located between the first data block and the second data block; and a means for transmitting the data packet to the data receiver via the communication channel; wherein the data transmitter is characterized in that the means for generating the data packet is configured to provide, in the data packet, the first reference sequence to be double the length of the second reference sequence; and the means for generating the data packet is configured to subdivide, in the data packet, the first reference sequence into a first reference subsequence and a second reference subsequence, the first reference subsequence and the second reference subsequence each having the length of the second reference sequence.