mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a hypoallergenic nutritional composition for infants who are at risk of developing cow's milk allergy (CMA), comprising the steps of: (i) providing a partial hydrolysate of the milk protein(s), obtained by subjecting a starting composition comprising one or more bovine milk protein(s) in an aqueous medium to an enzymatic treatment, said partial hydrolysate having a degree of hydrolysis (DH), as determined by formol titration, in the range of from 5 to 20% (ii) clearing the partial hydrolysate from one or more components capable of binding to the receptor for advanced glycation products (RAGE-binding components) and/or having a basophil degranulation inducing capacity; (iii) optionally concentrating the cleared partial hydrolysate; and (iv) formulating the optionally concentrated cleared partial hydrolysate into a nutritional composition for infants who are at risk of developing CMA; wherein the clearing step (ii) comprises filtration of the partial hydrolysate using a membrane having a molecular cut-off in the range of 10-100 kDa and recovering the filtrate comprising a cleared partial hydrolysate; or wherein the clearing step (ii) comprises size exclusion chromatography of the partial hydrolysate wherein components having a molecular weight of 100 kDa or higher are removed, and recovering the filtrate comprising a cleared partial hydrolysate. (i) providing a partial hydrolysate of the milk protein(s), obtained by subjecting a starting composition comprising one or more bovine milk protein(s) in an aqueous medium to an enzymatic treatment, said partial hydrolysate having a degree of hydrolysis (DH), as determined by formol titration, in the range of from 5 to 20% (ii) clearing the partial hydrolysate from one or more components capable of binding to the receptor for advanced glycation products (RAGE-binding components) and/or having a basophil degranulation inducing capacity; (iii) optionally concentrating the cleared partial hydrolysate; and (iv) formulating the optionally concentrated cleared partial hydrolysate into a nutritional composition for infants who are at risk of developing CMA;
Programmable integrated circuit , comprising: - at least one component that changes over time, changing autonomously within the integrated circuit, as a function of the time that has elapsed since an initialization phase of the integrated circuit, this change taking place by virtue of an internal radioactive source (R), in particular 63 Ni, - at least one control circuit sensitive to the temporal change of said component and having at least one protected internal output that changes state only after a programmable predefined duration (D) has elapsed since the initialization phase of the integrated circuit. - at least one component that changes over time, changing autonomously within the integrated circuit, as a function of the time that has elapsed since an initialization phase of the integrated circuit, this change taking place by virtue of an internal radioactive source (R), in particular 63 Ni, - at least one control circuit sensitive to the temporal change of said component and having at least one protected internal output that changes state only after a programmable predefined duration (D) has elapsed since the initialization phase of the integrated circuit.
Substrate for a surface acoustic wave device or bulk acoustic wave device which comprises a support substrate and an piezoelectric layer on said support substrate, characterised in that the support substrate comprises a semiconductor layer on a stiffening substrate which has a coefficient of thermal expansion closer to the coefficient of thermal expansion of the material of the piezoelectric layer than that of silicon, where the semiconductor layer is arranged between the piezoelectric layer and the stiffening substrate , the substrate being characterised in that it further comprises a dielectric layer between the piezoelectric layer and the semiconductor layer and a charge trapping layer at the interface between said dielectric layer and the semiconductor layer and/or the interface between the dielectric layer and the piezoelectric layer.
A cutting device , comprising a mounting frame , a feeding mechanism , a linear chasing-cutting mechanism , and an acceleration driving mechanism , wherein the feeding mechanism , the linear chasing-cutting mechanism and the acceleration driving mechanism are all provided on the mounting frame , the feeding mechanism is configured to convey a material tape, connected to the feeding mechanism , and configured to perform linear chasing-cutting on the material tape, characterized in that the cutting device is provided with an electrode guide plate , the electrode guide plate is provided on a discharging side of the feeding mechanism , and configured to guide the material tape after cutting, and the acceleration driving mechanism is provided on a discharging side of the electrode guide plate , and configured to perform acceleration driving on the material tape.
Method for transferring a semiconductor layer from a donor substrate comprising a weakening plane (F) to a receiver substrate comprising a bonding face that has open cavities (C), comprising the implementation, by putting the donor substrate and the bonding face of the receiver substrate in contact, of an assembly wherein said cavities are buried and the separation of the assembly by fracture alone the weakening plane, in which method the bonding face of the receiver substrate includes, apart from the open cavities, a bonding surface that comes into contact with the donor substrate when the assembly is implemented, said bonding surface comprises a region devoid of cavities , one dimension of which is at least 100 μm and which has a surface area of at least 1 mm 2 , and an intercavity space that occupies from 15 to 50% of the bonding face of the receiver substrate.
A gas stove , comprising a top sheet , a gas valve , which has an actuation stem for actuating the gas valve , an actuation knob for actuating the actuation stem , and a gasket , which is at least partly arranged between the actuation knob and the top sheet , wherein the gasket has a cone-shaped outer circumferential wall that is at least partly received inside the actuation knob , wherein the outer circumferential wall axially and radially seals against the actuation knob , wherein the outer circumferential wall diverges from an axis of symmetry of the gasket when seen along a longitudinal direction (L) of the gasket , wherein the gasket comprises a cone-shaped basic section , wherein the outer circumferential wall protrudes from the basic section along the longitudinal direction (L), characterized in that the gasket comprises an inner circumferential wall that protrudes from the basic section along the longitudinal direction (L).
Floating support unit for a floating transformer station having at least one support unit for receiving an electrical transformer unit , having at least one floating body , the support unit having at least one mounting operating surface in an assembled operating state, which is arranged below a waterline in the assembled operating state, characterized in that the floating support unit forms a completely circumferential, walkable path which delimits line guide unit , and a receiving space is provided for at least partially receiving an electrical transformer unit , which is designed to be open at the top.
A resource assignment method performed by a terminal, comprising: determining a quantity of frequency domain resource assignment, FDRA, bits in multicast downlink control information, DCI based on a first quantity of resource blocks, RBs ; and determining, based on information corresponding to FDRA of the quantity of bits, frequency domain resource assignment of a multicast physical downlink shared channel, PDSCH scheduled by the multicast DCI ; characterized in that , the first quantity of RBs is a quantity of RBs corresponding to a target CORESET and the target CORESET is a CORESET whose index number is 0, or the target CORESET is a CORESET in which the multicast DCI is located; or the first quantity of RBs is a quantity of RBs comprised in an initial downlink BWP; or the first quantity of RBs is a quantity of RBs comprised in a BWP configured by a network side device for multicast PDSCH transmission. determining a quantity of frequency domain resource assignment, FDRA, bits in multicast downlink control information, DCI based on a first quantity of resource blocks, RBs ; and determining, based on information corresponding to FDRA of the quantity of bits, frequency domain resource assignment of a multicast physical downlink shared channel, PDSCH scheduled by the multicast DCI ; characterized in that , the first quantity of RBs is a quantity of RBs corresponding to a target CORESET and the target CORESET is a CORESET whose index number is 0, or the target CORESET is a CORESET in which the multicast DCI is located; or the first quantity of RBs is a quantity of RBs comprised in an initial downlink BWP; or the first quantity of RBs is a quantity of RBs comprised in a BWP configured by a network side device for multicast PDSCH transmission.
An additive package for a turbine lubricant to provide rust prevention and high filterability in the presence of water, the additive package comprising: a rust-preventing mixture including an imidazoline derivative of an alkenyl succinic acid or anhydride having the structure of Formula I wherein R1 and R3 are, independently, a hydrocarbyl group having 10 to 19 carbons, and R2 is hydrogen, a hydrocarbyl group having 10 to 20 carbons, m, n, p being integers that each independently range from 1 to 10; combined with a partial ester of a polyhydric alcohol of Formula II wherein R4 is a C13 to C20 saturated or unsaturated hydrocarbyl chain; an acyl sarcosine compound of Formula III wherein R5 is a saturated or unsaturated C12 to C20 hydrocarbyl group; as a corrosion inhibiting additive at least a substituted benzotriazole of Formula IV wherein R6 is a C1 to C5 hydrocarbyl group and R7 and R8 are, independently, a C1 to C10 linear or branched hydrocarbyl group; wherein the additive package includes 3 to 8 weight percent of the imidazoline derivative of an alkenyl succinic acid or anhydride, 0.5 to 3 weight percent of the partial ester of a polyhydric alcohol, 0.5 to 3 weight percent of the acyl sarcosine compound, and 3 to 8 weight percent of the substituted benzotriazole; and a weight ratio of imidazoline derivative provided by the rust-preventing mixture to triazole provided by the corrosion inhibitor of 1:1 to 2:1. a rust-preventing mixture including an imidazoline derivative of an alkenyl succinic acid or anhydride having the structure of Formula I wherein R1 and R3 are, independently, a hydrocarbyl group having 10 to 19 carbons, and R2 is hydrogen, a hydrocarbyl group having 10 to 20 carbons, m, n, p being integers that each independently range from 1 to 10; combined with a partial ester of a polyhydric alcohol of Formula II wherein R4 is a C13 to C20 saturated or unsaturated hydrocarbyl chain; an acyl sarcosine compound of Formula III wherein R5 is a saturated or unsaturated C12 to C20 hydrocarbyl group; wherein R4 is a C13 to C20 saturated or unsaturated hydrocarbyl chain; an acyl sarcosine compound of Formula III wherein R5 is a saturated or unsaturated C12 to C20 hydrocarbyl group; as a corrosion inhibiting additive at least a substituted benzotriazole of Formula IV wherein R6 is a C1 to C5 hydrocarbyl group and R7 and R8 are, independently, a C1 to C10 linear or branched hydrocarbyl group; wherein the additive package includes 3 to 8 weight percent of the imidazoline derivative of an alkenyl succinic acid or anhydride, 0.5 to 3 weight percent of the partial ester of a polyhydric alcohol, 0.5 to 3 weight percent of the acyl sarcosine compound, and 3 to 8 weight percent of the substituted benzotriazole; and a weight ratio of imidazoline derivative provided by the rust-preventing mixture to triazole provided by the corrosion inhibitor of 1:1 to 2:1.
A refrigerator comprising: a body having a storage chamber; a drawer slidably mounted in the storage chamber, the drawer having an opened top side; and a shelf slidably mounted in the storage chamber, wherein the shelf is slidably mounted in the storage chamber to be independently pulled out irrespective of pull-out of the drawer , to expose a rear portion of the open top side of the drawer when the shelf is in a pulled-out state, and to cover the opened top side of the drawer when the shelf is in a retracted state; characterized in that the refrigerator further includes a cover disposed between the shelf and the drawer at a fixed position to cover the opened top side of the drawer when the shelf is in the pulled-out state. a body having a storage chamber; a drawer slidably mounted in the storage chamber, the drawer having an opened top side; and a shelf slidably mounted in the storage chamber, wherein the shelf is slidably mounted in the storage chamber to be independently pulled out irrespective of pull-out of the drawer , to expose a rear portion of the open top side of the drawer when the shelf is in a pulled-out state, and to cover the opened top side of the drawer when the shelf is in a retracted state; characterized in that the refrigerator further includes a cover disposed between the shelf and the drawer at a fixed position to cover the opened top side of the drawer when the shelf is in the pulled-out state.
A method for estimating navigation data of a land vehicle, the method comprising the steps of: • receiving inertial data acquired by an inertial sensor on board the land vehicle, • receiving parameters relating to the geometry and orientation of a road travelled by the land vehicle, • integrating the inertial data based on the parameters, so as to produce navigation data of the vehicle comprising at least one vertical movement of the vehicle measured parallel to a direction (Zr) perpendicular to a surface of the road, • estimating at least one error which affects the produced navigation data, by solving a system of equations assuming that the calculated vertical movement constitutes an error in the movement of the vehicle parallel to the vertical direction, • correcting the navigation data produced from the estimated error, so as to produce corrected navigation data. • receiving inertial data acquired by an inertial sensor on board the land vehicle, • receiving parameters relating to the geometry and orientation of a road travelled by the land vehicle, • integrating the inertial data based on the parameters, so as to produce navigation data of the vehicle comprising at least one vertical movement of the vehicle measured parallel to a direction (Zr) perpendicular to a surface of the road, • estimating at least one error which affects the produced navigation data, by solving a system of equations assuming that the calculated vertical movement constitutes an error in the movement of the vehicle parallel to the vertical direction, • correcting the navigation data produced from the estimated error, so as to produce corrected navigation data.
A pharmaceutical composition for use in: (a) treating a central nervous system (CNS) tumor in a subject exhibiting at least one CNS abnormality; or (b) preventing or treating a secondary CNS tumor from a primary cancer in a subject exhibiting at least one CNS abnormality, the composition comprising Coenzyme Q10 (CoQ10), wherein the CNS abnormality is a sign or symptom of the CNS tumor or the secondary CNS tumor that results in a change in behavior or physical well being of the subject, and wherein treatment of the subject results in amelioration of the at least one CNS abnormality in the subject. (a) treating a central nervous system (CNS) tumor in a subject exhibiting at least one CNS abnormality; or (b) preventing or treating a secondary CNS tumor from a primary cancer in a subject exhibiting at least one CNS abnormality,
A method in which a terminal provides a Mission Critical Push To Talk , MCPTT, service, the method comprising: receiving (S310; S410) a group call announcement message, by the terminal participating in a group call for the MCPTT service based on a ProSe , Proximity Services, direct communication; when a group identifier of the group call announcement message is matched to a group identifier stored in the terminal and an originating user identifier of the group call announcement message is different from an originating user identifier stored in the terminal, comparing (S420) a call type stored in the terminal with a call type of the group call announcement message; and storing (S450) the originating user identifier of the group call announcement message as the originating user identifier of the group call based on a result of the comparison, thereby merging the two group calls. receiving (S310; S410) a group call announcement message, by the terminal participating in a group call for the MCPTT service based on a ProSe , Proximity Services, direct communication; when a group identifier of the group call announcement message is matched to a group identifier stored in the terminal and an originating user identifier of the group call announcement message is different from an originating user identifier stored in the terminal, comparing (S420) a call type stored in the terminal with a call type of the group call announcement message; and storing (S450) the originating user identifier of the group call announcement message as the originating user identifier of the group call based on a result of the comparison, thereby merging the two group calls.
Method for producing a plant-based nicotine-free tobacco substitute, wherein glycerol is mixed with glucose syrup, which is characterized in that one a) mixes glycerol with glucose syrup and heats, depending on the desired color and flavor of the tobacco substitute to be prepared, as follows: i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, b) mixes the heated mixture with the desired flavor while maintaining the selected temperature; and c) moisturizes a mixture of raisins and/or leaves of the sal tree or dried apples as well as straw and other dried plant constituents with the heated, optionally flavored mixture. a) mixes glycerol with glucose syrup and heats, depending on the desired color and flavor of the tobacco substitute to be prepared, as follows: i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, b) mixes the heated mixture with the desired flavor while maintaining the selected temperature; and c) moisturizes a mixture of raisins and/or leaves of the sal tree or dried apples as well as straw and other dried plant constituents with the heated, optionally flavored mixture.
Electric shears (200;300;400;500;600) comprising: - a longitudinal body , and - a cutting tool at one end , called distal end, of said body ; characterized in that it further comprises at least one holding member (202;402;502;602) of one hand of a user holding the shears (200;300;400;500;600), the holding member being attached to the shears and designed to rest on the back of said hand passed between said holding member (202;402;502;602) and of the body of said shears, and tightening said hand against said body and holding said hand against said body ; said holding member (202;402;502;602) being elastic. - a longitudinal body , and - a cutting tool at one end , called distal end, of said body ; characterized in that it further comprises at least one holding member (202;402;502;602) of one hand of a user holding the shears (200;300;400;500;600), the holding member being attached to the shears and designed to rest on the back of said hand passed between said holding member (202;402;502;602) and of the body of said shears, and tightening said hand against said body and holding said hand against said body ; said holding member (202;402;502;602) being elastic.
A forming mold for integrally forming an endless-shaped gasket, wherein a forming groove serving as a cavity space is provided in a parting surface of said forming mold , wherein said forming groove has a reversing section in a part thereof, characterized in that said reversing section has two linear sections , and end portions (b, c) of said two linear sections are connected by a circular arc-shaped curved section , and said two linear sections are arranged at linearly symmetrical positions and are arranged so that a distance between the linear sections is enlarged little by little from one end toward the other end, and the end portions (b, c) having the enlarged distance are connected by the circular arc-shaped curved section . wherein said forming groove has a reversing section in a part thereof, characterized in that said reversing section has two linear sections , and end portions (b, c) of said two linear sections are connected by a circular arc-shaped curved section , and said two linear sections are arranged at linearly symmetrical positions and are arranged so that a distance between the linear sections is enlarged little by little from one end toward the other end, and the end portions (b, c) having the enlarged distance are connected by the circular arc-shaped curved section .