mhurhangee/patent-ind-claim-en huggingface dataset:
An LG12-clade variant subtilisin enzyme or an active fragment thereof comprising an amino acid modification to a parent LG12-clade subtilisin enzyme, wherein the modification is at a productive position 3, wherein said variant has at least 75% identity to the amino acid sequence of a parent LG12-clade subtilisin enzyme selected from Bacillus sp. LG12sprC subtilisin set forth in SEQ ID NO:3; Bacillus sp. M3-13 subtilisin enzyme E set forth in SEQ ID NO:7; Bacillus horikoshii strain DSM 8719, Bhon03321 set forth in SEQ ID NO:10; Bacillus horikoshii strain DSM_9711 set forth in SEQ ID NO:13; Bacillus horikoshii strain DSM_9712 set forth in SEQ ID NO:16; Bacillus horikoshii strain DSM_6951 set forth in SEQ ID NO:19; B_sp_sprD_AAC43581 as shown in Fig. 9A-C; Bacillus_sp_WP_010192405 as shown in Fig. 9A-C; Bacillus_sp_BAD11988 as shown in Fig. 9A-C; and/or Bacillus sp. KSM-LD1, SB (BAD21128.1) set forth in SEQ ID NO:20, wherein the modification is selected from the group consisting of residues 3 V, G, H, E, Y and I, and wherein the amino acid positions of the LG12-clade subtilisin variant are numbered by correspondence with the amino acid sequence of Bacillus sp. LG12sprC subtilisin set forth in SEQ ID NO:3.
A sanding machine for sanding/finishing panels made of wood, metal or the like, the sanding machine comprising a feeding device , which defines a support surface (P) for at least one panel and is designed to feed the panel in a first direction ; a sanding device , which is mounted above the support surface (P) and comprises, in turn, an abrasive belt , which is wound in a ring shape around a plurality of idler rollers so as to sand an upper face of the panel ; a plurality of thrust elements , which are distributed inside the abrasive belt in a second direction , which is transverse to the first direction and parallel to the support surface (P); and, for each thrust element , a respective actuator cylinder to move the thrust element between a lowered operating position, in which the thrust element moves the abrasive belt so as to cause it to come into contact with the upper face of the panel , and a raised rest position; each actuator cylinder comprising a cylinder , an output rod , which is engaged in the cylinder in a sliding manner and is configured to divide the cylinder into an upper chamber and a lower chamber , a first pneumatic circuit communicating with the upper chamber so as to move the thrust element to its lowered operating position with a first sanding force, a second pneumatic circuit communicating with the lower chamber so as to move the thrust element to its raised rest position, and a third pneumatic circuit communicating with the upper chamber so as to move the thrust element to its lowered operating position with a second sanding force, which is different from the first sanding force; and being characterized in that each actuator cylinder further comprises a first supply solenoid valve to selectively connect the upper chamber to said first and third pneumatic circuits and a second supply solenoid valve to selectively connect the lower chamber to the second pneumatic circuit; the first supply solenoid valve of each actuator cylinder being configured to continuously connect the upper chamber to the first pneumatic circuit or to the third pneumatic circuit; and an electronic control unit being provided in order to selectively control the operation of the first supply solenoid valve .
An electronic device comprising: a battery ; a power management circuit configured to supply power from the battery to one or more electronic components included in the electronic device ; a battery management circuit configured to control connection between the battery and the power management circuit; a physical key formed on a part of the electronic device ; a key control circuit configured to control connection between the physical key and the battery management circuit ; and a main processor connected to the power management circuit , wherein in a powered-on state of the electronic device, the physical key is disconnected from the battery management circuit, wherein, to perform a power-off operation: the main processor is configured to: transmit a signal for powering off the electronic device to the power management circuit ; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and the power management circuit is configured to: when receiving the signal for powering off the electronic device , control the battery management circuit to disconnect the battery from the power management circuit. a battery ; a power management circuit configured to supply power from the battery to one or more electronic components included in the electronic device ; a battery management circuit configured to control connection between the battery and the power management circuit; a physical key formed on a part of the electronic device ; a key control circuit configured to control connection between the physical key and the battery management circuit ; and a main processor connected to the power management circuit , wherein in a powered-on state of the electronic device, the physical key is disconnected from the battery management circuit, wherein, to perform a power-off operation: the main processor is configured to: transmit a signal for powering off the electronic device to the power management circuit ; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and transmit a signal for powering off the electronic device to the power management circuit ; and control the key control circuit to connect the physical key with the battery management circuit when the electronic device is powered off, and the power management circuit is configured to: when receiving the signal for powering off the electronic device , control the battery management circuit to disconnect the battery from the power management circuit.
A method for estimating arrival time associated with a ride order, comprising: inputting transportation information to a trained machine learning model, wherein the transportation information comprises an origin and a destination associated with the ride order; and based on the trained machine learning model, obtaining an estimated time for arriving at the destination via a route connecting the origin and the destination, characterized in that , the trained machine learning model comprises a wide network , a deep neural network , and a recurrent neural network all coupled to a multilayer perceptron network . inputting transportation information to a trained machine learning model, wherein the transportation information comprises an origin and a destination associated with the ride order; and based on the trained machine learning model, obtaining an estimated time for arriving at the destination via a route connecting the origin and the destination, characterized in that , the trained machine learning model comprises a wide network , a deep neural network , and a recurrent neural network all coupled to a multilayer perceptron network .
Phase Change Material Thermal Storage System (TSS) comprising a tank intended to receive a PCM , and a device for evaluating the charge level of the TSS, characterised in that the device for evaluating the charge level of the TSS comprises - a system for circulating a gas through the PCM comprising: ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal , ∘ a device for exiting the gas outside of the tank at the level of an upper terminal , and - a sensor configured to deliver a measure representative of the evaluation of the charge loss of the injected gas passing through the PCM between the lower terminal and the upper terminal and according to the crystallisation state of the PCM such that the evolution of the charge loss is representative of the charge level of the TSS. - a system for circulating a gas through the PCM comprising: ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal , ∘ a device for exiting the gas outside of the tank at the level of an upper terminal , and ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal , ∘ a device for exiting the gas outside of the tank at the level of an upper terminal , and - a sensor configured to deliver a measure representative of the evaluation of the charge loss of the injected gas passing through the PCM between the lower terminal and the upper terminal and according to the crystallisation state of the PCM such that the evolution of the charge loss is representative of the charge level of the TSS.
A method of enriching an oligonucleotide probe library comprising a plurality of oligonucleotides, the method comprising: (a) providing a planar support arrayed with a plurality of samples, wherein a portion of the plurality of samples are cancer samples and another portion of the plurality of samples are non-cancer control samples, and wherein each of the plurality of samples comprises microvesicles; (b) contacting the support with the plurality of oligonucleotides; and (c) recovering members of the oligonucleotide probe library that bound to members of the plurality of cancer samples, thereby enriching the oligonucleotide probe library. (a) providing a planar support arrayed with a plurality of samples, wherein a portion of the plurality of samples are cancer samples and another portion of the plurality of samples are non-cancer control samples, and wherein each of the plurality of samples comprises microvesicles; (b) contacting the support with the plurality of oligonucleotides; and (c) recovering members of the oligonucleotide probe library that bound to members of the plurality of cancer samples, thereby enriching the oligonucleotide probe library.
A diagnostic composition comprising an isolated targeted delivery system and a pharmaceutically acceptable carrier and/or suitable excipient(s), wherein the isolated targeted delivery system comprises a CD45 + leukocyte cell comprising within said cell a complex of one or more iron binding proteins and a label, wherein the label (i) is selected from a fluorescence emitting isotope, a radioisotope, a nucleic acid encoding a detectable polypeptide and a contrast agent, or (ii) comprises a chelating agent which forms a complex with divalent or trivalent metal cations; and wherein in the complex (i) the iron binding protein and the label are covalently and/or non-covalently bound, or (ii) the label is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond. (i) is selected from a fluorescence emitting isotope, a radioisotope, a nucleic acid encoding a detectable polypeptide and a contrast agent, or (ii) comprises a chelating agent which forms a complex with divalent or trivalent metal cations; (i) the iron binding protein and the label are covalently and/or non-covalently bound, or (ii) the label is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond.
A method, comprising: receiving , by a network device of a network, a timing control packet from a first client device; determining , by the network device, that the network device is in a synchronized state relative to a network grandmaster clock; modifying , by the network device, a first field of a header of the timing control packet to indicate that the network device is in a synchronized state; modifying , by the network device, a second field of the header of the timing control packet to indicate a time at which the network device received the timing control packet from the first client device; and forwarding , by the network device and via the network, the timing control packet toward a second client device. receiving , by a network device of a network, a timing control packet from a first client device; determining , by the network device, that the network device is in a synchronized state relative to a network grandmaster clock; modifying , by the network device, a first field of a header of the timing control packet to indicate that the network device is in a synchronized state; modifying , by the network device, a second field of the header of the timing control packet to indicate a time at which the network device received the timing control packet from the first client device; and forwarding , by the network device and via the network, the timing control packet toward a second client device.
A fishing reel , comprising: a reel body ; a drive shaft configured to be rotated by a handle operation; an anti-reverse device interposed between the reel body and the drive shaft and comprising a switching control member ; said fishing reel being characterized by a cylindrical member rotatably supported to the reel body and surrounding an outer circumferential side of the anti-reverse device , wherein the switching control member of the anti-reverse device and the cylindrical member are engaged with each other, and a rotational operation of the cylindrical member causes the drive shaft to switch between an anti-reverse state and a reversible state. a reel body ; a drive shaft configured to be rotated by a handle operation; an anti-reverse device interposed between the reel body and the drive shaft and comprising a switching control member ; said fishing reel being characterized by a cylindrical member rotatably supported to the reel body and surrounding an outer circumferential side of the anti-reverse device , wherein the switching control member of the anti-reverse device and the cylindrical member are engaged with each other, and a rotational operation of the cylindrical member causes the drive shaft to switch between an anti-reverse state and a reversible state.
An optical phase shifting arrangement comprising: a first optical phase shifter configured to provide a first phase shift to an optical signal (105-1); a second optical phase shifter configured to provide a second phase shift to the optical signal (105-1) in addition to the first phase shift, wherein a total phase shift is a sum of the first phase shift and the second phase shift; and a phase controller configured to, during a predefined time period, drive the first optical phase shifter with a first control signal to cause the first phase shift to reach a phase shift value after a rise time, and drive the second optical phase shifter with a second control signal to cause the total phase shift to reach the phase shift value in a shorter time period than the rise time, and wherein the second control signal has a decay selected to compensate the rise time associated with the first phase shift. a first optical phase shifter configured to provide a first phase shift to an optical signal (105-1); a second optical phase shifter configured to provide a second phase shift to the optical signal (105-1) in addition to the first phase shift, wherein a total phase shift is a sum of the first phase shift and the second phase shift; and a phase controller configured to, during a predefined time period, drive the first optical phase shifter with a first control signal to cause the first phase shift to reach a phase shift value after a rise time, and drive the second optical phase shifter with a second control signal to cause the total phase shift to reach the phase shift value in a shorter time period than the rise time, and wherein the second control signal has a decay selected to compensate the rise time associated with the first phase shift.
Sump device comprising a sump body , in particular for an oil supply in a utility vehicle, having a pipe unit comprising a pipe body , the sump body being an injection-molded plastics material part, characterized in that the pipe unit is arranged with clearance on the sump body , the pipe unit being arranged with clearance at least partially in the direction of a depth direction of the sump body .
An apparatus comprising: a casing configured to enable a plurality of memory cards to be removably inserted into the casing; contact pads located on opposing sides of the casing configured to enable an electrical connection to be established between the contact pads and the plurality of memory cards when inserted within the casing; a plurality of securing portions configured to enable the apparatus to be mounted on a circuit board a memory card holder comprising a closing end wherein the casing is configured to receive the memory card holder and the memory card holder is configured to hold the plurality of memory cards; and wherein the closing end of the memory card holder forms part of the outer casing of a device when the memory card holder is inserted fully into the apparatus. a casing configured to enable a plurality of memory cards to be removably inserted into the casing; contact pads located on opposing sides of the casing configured to enable an electrical connection to be established between the contact pads and the plurality of memory cards when inserted within the casing; a plurality of securing portions configured to enable the apparatus to be mounted on a circuit board a memory card holder comprising a closing end wherein the casing is configured to receive the memory card holder and the memory card holder is configured to hold the plurality of memory cards; and wherein the closing end of the memory card holder forms part of the outer casing of a device when the memory card holder is inserted fully into the apparatus.
An emulsifier mixture containing components 1 to 6, with - (Component 1) coconut fat which is unhardened; - (Component 2) lactic esters of mono-/diglycerides as emulsifier such as LACTEM and/or acetic esters of mono-/diglycerides as emulsifier such as ACETEM and/or propylene glycol ester of fatty acids (E477); - (Component 3) one or more nonionic monoglycerides with an unsaturated C14 to C22 fatty acid; - (Component 4) sugars as individual sugars and/or as mixtures of two or more sugars, wherein the sugar is used as solid, as solution or thickened syrup; - (Component 5) protein constituents such as milk powder or casein and derivatives thereof; and - (Component 6) optionally other constituents, selected from the group consisting of colorants, flavorings, antioxidants, preservatives, further suitable emulsifiers, sugar alcohols and/or sugar substitutes, phosphates as stabilizers, wherein the quantities used (in weight percent based on the total mass of the dry emulsifier mixture) are respectively selected from the following ranges (numerical values in weight percent based on the total mass of the dry emulsifier mixture) for - Component 1 ("fat component"): 20 to 60, - Component 2 ("esterified monoglyceride as emulsifier") 8 to 30, - Component 3 ("nonionic monoglyceride as emulsifier") 0.5 to 5, - Component 4 ("sugar") 15 to 65, - Component 5 ("protein") 2 to 14 - Component 6 ("other constituents") 0.1 to 5, wherein the residual moisture contents of the emulsifier mixture amount to 5 weight percent and less based on the total mass of the dry emulsifier mixture, and wherein the selection of the contents per component 1 to 6 used for the production is in each case made such that the overall sum of the contents by weight of the components 1 to 6 comes to 100 weight percent based on the dry emulsifier mixture, and wherein the emulsifier mixture after production is optionally dried by means of drying methods so that said residual moisture contents are obtained. - (Component 1) coconut fat which is unhardened; - (Component 2) lactic esters of mono-/diglycerides as emulsifier such as LACTEM and/or acetic esters of mono-/diglycerides as emulsifier such as ACETEM and/or propylene glycol ester of fatty acids (E477); - (Component 3) one or more nonionic monoglycerides with an unsaturated C14 to C22 fatty acid; - (Component 4) sugars as individual sugars and/or as mixtures of two or more sugars, wherein the sugar is used as solid, as solution or thickened syrup; - (Component 5) protein constituents such as milk powder or casein and derivatives thereof; and - (Component 6) optionally other constituents, selected from the group consisting of colorants, flavorings, antioxidants, preservatives, further suitable emulsifiers, sugar alcohols and/or sugar substitutes, phosphates as stabilizers, - Component 1 ("fat component"): 20 to 60, - Component 2 ("esterified monoglyceride as emulsifier") 8 to 30, - Component 3 ("nonionic monoglyceride as emulsifier") 0.5 to 5, - Component 4 ("sugar") 15 to 65, - Component 5 ("protein") 2 to 14 - Component 6 ("other constituents") 0.1 to 5,
A stretchable film , comprising: an olefin-based resin ; and a filler , wherein the olefin-based resin contains an α-olefin-based elastomer, wherein the α-olefin-based elastomer is produced by using a metallocene catalyst, wherein a content of the filler is from 100 parts by weight to 300 parts by weight with respect to 100 parts by weight of the olefin-based resin, wherein the stretchable film has voids in a surface thereof, wherein the stretchable film is formed of a laminate of three layers, the laminate having a layer construction "A layer/B layer/C layer", and characterized in that the layer construction comprises a construction "A[layer containing a blend of the α-olefin based elastomer and a non-elastomeric olefin-based resin as a resin component]/B[layer containing the α-olefin-based elastomer as a resin component]/C[layer containing the blend of the α-olefin-based elastomer and the non-elastomeric olefin-based resin as a resin component]" . an olefin-based resin ; and a filler , wherein the olefin-based resin contains an α-olefin-based elastomer, wherein the α-olefin-based elastomer is produced by using a metallocene catalyst, wherein a content of the filler is from 100 parts by weight to 300 parts by weight with respect to 100 parts by weight of the olefin-based resin, wherein the stretchable film has voids in a surface thereof, wherein the stretchable film is formed of a laminate of three layers, the laminate having a layer construction "A layer/B layer/C layer", and characterized in that the layer construction comprises a construction "A[layer containing a blend of the α-olefin based elastomer and a non-elastomeric olefin-based resin as a resin component]/B[layer containing the α-olefin-based elastomer as a resin component]/C[layer containing the blend of the α-olefin-based elastomer and the non-elastomeric olefin-based resin as a resin component]" .
A vacuum treatment apparatus comprising: - a vacuum treatment chamber ; - a vacuum transport chamber comprising a transport arrangement ; - at least one workpiece support drivingly movable along a movement path (S); said transport chamber communicating via an opening conceived to pass therethrough at least a part of said transport arrangement , said workpiece support and a workpiece therein, said vacuum treatment chamber comprising a workpiece treatment compartment on one side of said movement path (S) and a pumping compartment opposite said workpiece treatment compartment with respect to said movement path (S) said pumping compartment comprising a pumping port , wherein said pumping compartment comprises a controllable sealing arrangement within said treatment chamber for controllably sealing off said opening between said transport chamber and said pumping port , characterized in that said controllable seal arrangement is conceived to seal off said opening as said transport arrangement is in a position at which said workpiece support is within said vacuum treatment chamber. - a vacuum treatment chamber ; - a vacuum transport chamber comprising a transport arrangement ; - at least one workpiece support drivingly movable along a movement path (S);