mhurhangee/patent-ind-claim-en huggingface dataset:
A hair care shampoo composition comprising a compound comprising the following structure: R 1 is selected from H, alkyl, amino alkyl, alkoxy; Q = H 2 , O, -OR 1 , -N(R 1 ) 2 , -OPO(OR 1 ) x , -PO(OR 1 ) x , -P(OR 1 ) x where x = 1-2; V = NR 1 , O, -OPO(OR 1 ) x , -PO(OR 1 ) x , -P(OR 1 ) x where x = 1-2; W = H 2 , O; X, Y = independently selected from H, aryl, naphthyl for n=0; X, Y = aliphatic CH 2 or aromatic CH for n ≥ 1 and Z is selected from aliphatic CH 2 , aromatic CH, or heteroatom; A = aryl, substituted aryl or fused aryl; and stereochemistry is variable at the positions marked*. R 1 is selected from H, alkyl, amino alkyl, alkoxy; Q = H 2 , O, -OR 1 , -N(R 1 ) 2 , -OPO(OR 1 ) x , -PO(OR 1 ) x , -P(OR 1 ) x where x = 1-2; V = NR 1 , O, -OPO(OR 1 ) x , -PO(OR 1 ) x , -P(OR 1 ) x where x = 1-2; W = H 2 , O; X, Y = independently selected from H, aryl, naphthyl for n=0; X, Y = aliphatic CH 2 or aromatic CH for n ≥ 1 and Z is selected from aliphatic CH 2 , aromatic CH, or heteroatom; A = aryl, substituted aryl or fused aryl; and
Process for producing coated mixed lithium oxide particles, characterized in that mixed lithium oxide particles and a mixture comprising aluminium oxide and titanium dioxide that are each in the form of aggregated primary particles are subjected to dry mixing by means of a mixing unit having a specific power of 0.1-1 kW per kg of mixed lithium oxide particles and mixture used, in total, under shearing conditions.
An acoustophoretic device, comprising: an acoustic chamber having at least one inlet and at least one outlet; at least one ultrasonic transducer located on a wall of the acoustic chamber, the at least one ultrasonic transducer including a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave in the acoustic chamber; and a reflector located on a wall on the opposite side of the acoustic chamber from the at least one ultrasonic transducer, wherein the piezoelectric material and/or the reflector includes a non-planar surface, characterized in that the non-planar surface is a faceted surface . an acoustic chamber having at least one inlet and at least one outlet; at least one ultrasonic transducer located on a wall of the acoustic chamber, the at least one ultrasonic transducer including a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave in the acoustic chamber; and a reflector located on a wall on the opposite side of the acoustic chamber from the at least one ultrasonic transducer, wherein the piezoelectric material and/or the reflector includes a non-planar surface, characterized in that the non-planar surface is a faceted surface .
An eye wearing device, comprising: a body (P), having a first surface (S1), a second surface (S2), a center (N10), a first outer edge (E1) of the first surface (S1) and a second outer edge (E2) of the second surface (S2); at least one reservoir , arranged in the body (P) and configured to load a drug; the eye wearing device being characterised in further comprising at least one microchannel , arranged close to the first outer edge (E1) of the first surface (S1) and the second outer edge (E2) of the second surface (S2), wherein one end of the microchannel is connected to the reservoir so as to fill the drug into the reservoir , and the other end of the microchannel is an opening (O) facing an edge of the eye wearing device , and configured to be in contact with a cornea and/or a sclera, and the opening (O) is connected to the first outer edge (E1) of the first surface (S1) and the second outer edge (E2) of the second surface (S2), wherein an average diameter of a cross section of the microchannel is smaller than or equal to an average diameter of a cross section of the reservoir , an average curvature radius of the eye wearing device is 6 mm to 15 mm, and the eye wearing device is worn on the cornea and/or the sclera of a user through the second surface (S2). a body (P), having a first surface (S1), a second surface (S2), a center (N10), a first outer edge (E1) of the first surface (S1) and a second outer edge (E2) of the second surface (S2); at least one reservoir , arranged in the body (P) and configured to load a drug; the eye wearing device being characterised in further comprising at least one microchannel , arranged close to the first outer edge (E1) of the first surface (S1) and the second outer edge (E2) of the second surface (S2), wherein one end of the microchannel is connected to the reservoir so as to fill the drug into the reservoir , and the other end of the microchannel is an opening (O) facing an edge of the eye wearing device , and configured to be in contact with a cornea and/or a sclera, and the opening (O) is connected to the first outer edge (E1) of the first surface (S1) and the second outer edge (E2) of the second surface (S2), wherein an average diameter of a cross section of the microchannel is smaller than or equal to an average diameter of a cross section of the reservoir , an average curvature radius of the eye wearing device is 6 mm to 15 mm, and the eye wearing device is worn on the cornea and/or the sclera of a user through the second surface (S2).
A communication device for a vehicle that is configured to be charged with electric power supplied from an external power supply into a power storage device and to communicate with an external device by utilizing, as a communication path , a power line for supplying electric power from said power supply to said power storage device , characterized in that the device comprises: a first signal line provided with a filter for removing noise from a signal transmitted using said power line ; a second signal line bypassing said filter ; and a communication control unit for communicating using: a signal having passed through said filter while said power storage device is being charged; and a signal having bypassed said filter while the charging of said power storage device is stopped, wherein said communication control unit is connected to said first signal line and said second signal line , said first signal line passes through said filter and connects said power line and said communication control unit together, said second signal line bypasses said filter and connects said power line and said communication control unit together, and said communication control unit communicates using: said first signal line while said power storage device is being charged; and said second signal line while the charging of said power storage device is stopped. a first signal line provided with a filter for removing noise from a signal transmitted using said power line ; a second signal line bypassing said filter ; and a communication control unit for communicating using: a signal having passed through said filter while said power storage device is being charged; and a signal having bypassed said filter while the charging of said power storage device is stopped, wherein a signal having passed through said filter while said power storage device is being charged; and a signal having bypassed said filter while the charging of said power storage device is stopped, wherein said communication control unit is connected to said first signal line and said second signal line , said first signal line passes through said filter and connects said power line and said communication control unit together, said second signal line bypasses said filter and connects said power line and said communication control unit together, and said communication control unit communicates using: said first signal line while said power storage device is being charged; and said second signal line while the charging of said power storage device is stopped. said first signal line while said power storage device is being charged; and said second signal line while the charging of said power storage device is stopped.
A railcar sensing system comprising: a railcar including a hatch , a processing unit with an event engine, and a position sensing device for detecting the global position of the railcar , and sending a position sensing signal to the processing unit, and characterised in that the system further comprises an accelerometer for sensing the orientation of the hatch with relation to the direction of gravity, the accelerometer sending a first signal to the processing unit when the orientation of the hatch changes more than a pre-determined amount, against a known closed orientation of the hatch as determined by the event engine, a transmitting unit, the processing unit sending a second signal to the transmitting unit upon receipt of the first signal from the accelerometer , a receiver, the transmitting unit sending a third signal to the receiver indicating that the orientation of the hatch has changed, wherein upon receipt of the position sensing signal, the processing unit analyzes the position sensing signal to determine if the railcar is located outside of a predetermined safe zone, and using the event engine within the processing unit to determine if a second signal should be sent to the transmitting unit for generating an alert message. a railcar including a hatch , a processing unit with an event engine, and a position sensing device for detecting the global position of the railcar , and sending a position sensing signal to the processing unit, and characterised in that the system further comprises an accelerometer for sensing the orientation of the hatch with relation to the direction of gravity, the accelerometer sending a first signal to the processing unit when the orientation of the hatch changes more than a pre-determined amount, against a known closed orientation of the hatch as determined by the event engine, a transmitting unit, the processing unit sending a second signal to the transmitting unit upon receipt of the first signal from the accelerometer , a receiver, the transmitting unit sending a third signal to the receiver indicating that the orientation of the hatch has changed, wherein upon receipt of the position sensing signal, the processing unit analyzes the position sensing signal to determine if the railcar is located outside of a predetermined safe zone, and using the event engine within the processing unit to determine if a second signal should be sent to the transmitting unit for generating an alert message.
Bioassimilable protein-melanin complex, comprising at least one protein extract, soluble or partially soluble, and melanin, said protein-melanin complex being bioactive and said protein extract comprising at least one cysteine residue or at least one tyrosine residue or at least one cysteine residue and one tyrosine residue, characterized in that the proteins and/or the protein fragments of said protein extract have been rendered soluble by grafting at least one sulphite group onto at least one sulphur atom of at least one cysteine of said proteins and/or of said protein fragments of said protein extract.
A method of managing uplink quality of service, QoS, by a base station , the method comprising: receiving a registration request from a terminal ; transmitting the registration request to an Access and Mobility management Function, AMF; receiving a traffic flow from a user plane function, UPF, wherein a reflective QoS indication, RQI, is set for all packets within the traffic flow received from the UPF; receiving information on a timer driven by the terminal during a packet data unit, PDU, session establishment procedure; determining whether the timer driven by the terminal in relation to reflective QoS has expired based on the information on the timer; setting the RQI or a QoS flow ID, QFI on at least one packet within the traffic flow; transmitting, to the terminal , a plurality of packets excluding the at least one packet within the traffic flow to which the reflective QoS is applied, without setting the QFI on the plurality of packets excluding the at least one packet ; and transmitting, to the terminal , the at least one packet within the traffic flow before the timer driven by the terminal expires. receiving a registration request from a terminal ; transmitting the registration request to an Access and Mobility management Function, AMF; receiving a traffic flow from a user plane function, UPF, wherein a reflective QoS indication, RQI, is set for all packets within the traffic flow received from the UPF; receiving information on a timer driven by the terminal during a packet data unit, PDU, session establishment procedure; determining whether the timer driven by the terminal in relation to reflective QoS has expired based on the information on the timer; setting the RQI or a QoS flow ID, QFI on at least one packet within the traffic flow; transmitting, to the terminal , a plurality of packets excluding the at least one packet within the traffic flow to which the reflective QoS is applied, without setting the QFI on the plurality of packets excluding the at least one packet ; and transmitting, to the terminal , the at least one packet within the traffic flow before the timer driven by the terminal expires.
Suitcase for stacking with a further suitcase , having a put-on surface for stacking the further case on, at least one coupling part (10; 11), which can be brought together with a mating coupling part (28a; 29a) of the further suitcase , with a plug-in connection being formed, wherein the at least one coupling part (10; 11) is oriented in such a manner that, after the further suitcase is put onto the put-on surface , the plug-in connection is formed by displacement of the further suitcase along the put-on surface , and having at least one locking element (18; 38) for securing the plug-in connection against release, wherein the locking element (18; 38) is movable from a starting position (A) into an intermediate or end position, wherein, in the starting position (A), the plug-in connection is locked and, in the intermediate or end position, the plug-in connection is unlocked, and wherein, in the starting position (A), the locking element (18; 38) is in a receiving region for the further suitcase , which receiving region is used, when the further suitcase is put onto the put-on surface , in such a manner that the locking element (18; 38) is actuated by the further suitcase being put onto the put-on surface .
Method for the automatic operation of a steam cooking appliance , the steam cooking appliance at least comprising: a cooking chamber which is designed to accommodate food to be cooked, a cooking chamber door for closing the cooking chamber , a fan which is designed to generate an air flow emerging from the steam cooking appliance , and at least one distance sensor which is designed to detect the presence or absence of a user at least within a first distance (B) from the distance sensor , the method comprising at least the following steps: operating the fan at a first speed, and detecting the presence of a user within the first distance (B) from the distance sensor , characterised by the following step: operating the fan at a second speed, which is greater than the first speed, when the presence of the user is detected within the first distance from the distance sensor, the fan being a cooling air fan and the second speed being designed, when the cooking chamber door is opened, to influence the hot water vapour in such a way that only a permissible amount of hot water vapour can escape from the cooking chamber and/or the hot water vapour is cooled and/or the direction of flow of the water vapour is influenced. the steam cooking appliance at least comprising: a cooking chamber which is designed to accommodate food to be cooked, a cooking chamber door for closing the cooking chamber , a fan which is designed to generate an air flow emerging from the steam cooking appliance , and at least one distance sensor which is designed to detect the presence or absence of a user at least within a first distance (B) from the distance sensor , a cooking chamber which is designed to accommodate food to be cooked, a cooking chamber door for closing the cooking chamber , a fan which is designed to generate an air flow emerging from the steam cooking appliance , and at least one distance sensor which is designed to detect the presence or absence of a user at least within a first distance (B) from the distance sensor , the method comprising at least the following steps: operating the fan at a first speed, and detecting the presence of a user within the first distance (B) from the distance sensor , operating the fan at a first speed, and detecting the presence of a user within the first distance (B) from the distance sensor , characterised by the following step: operating the fan at a second speed, which is greater than the first speed, when the presence of the user is detected within the first distance from the distance sensor, the fan being a cooling air fan and the second speed being designed, when the cooking chamber door is opened, to influence the hot water vapour in such a way that only a permissible amount of hot water vapour can escape from the cooking chamber and/or the hot water vapour is cooled and/or the direction of flow of the water vapour is influenced. only a permissible amount of hot water vapour can escape from the cooking chamber and/or the hot water vapour is cooled and/or the direction of flow of the water vapour is influenced.
A method for producing an aluminum alloy rolled material for molding, the method comprising: a step of performing homogenization treatment of an ingot comprising an aluminum alloy comprising Si: 0.30 to 1.50 mass%, Mg: 0.30 to 1.50 mass%, Cu: 0.001 to 1.50 mass%, at least any of 0.50 mass% or less of Mn, 0.40 mass% or less of Cr, and 0.40 mass% or less of Fe, and a balance of Al and inevitable impurities; a cooling step of cooling the aluminum alloy after the homogenization treatment so that an average cooling rate in an ingot thickness of 1/4 part from 500°C to 320°C is 50°C/h to 2000°C/h; a step of starting hot rolling at 370°C to 440°C and winding the hot-rolled aluminum alloy at 310 to 380°C; a step of cold-rolling the aluminum alloy after the hot rolling at a total cold rolling reduction of 65 % or more; and a solution treatment step after the cold-rolling step, wherein the method for producing an aluminum alloy rolled material for molding further comprises a step of retaining the aluminum alloy after the cooling step for 0.17 hours or more at a heating temperature before rolling set within a range of 370°C to 440°C before the hot rolling, and wherein cold-rolling is performed without intermediate annealing in the step of cold-rolling. a step of performing homogenization treatment of an ingot comprising an aluminum alloy comprising Si: 0.30 to 1.50 mass%, Mg: 0.30 to 1.50 mass%, Cu: 0.001 to 1.50 mass%, at least any of 0.50 mass% or less of Mn, 0.40 mass% or less of Cr, and 0.40 mass% or less of Fe, and a balance of Al and inevitable impurities; a cooling step of cooling the aluminum alloy after the homogenization treatment so that an average cooling rate in an ingot thickness of 1/4 part from 500°C to 320°C is 50°C/h to 2000°C/h; a step of starting hot rolling at 370°C to 440°C and winding the hot-rolled aluminum alloy at 310 to 380°C; a step of cold-rolling the aluminum alloy after the hot rolling at a total cold rolling reduction of 65 % or more; and a solution treatment step after the cold-rolling step, wherein the method for producing an aluminum alloy rolled material for molding further comprises a step of retaining the aluminum alloy after the cooling step for 0.17 hours or more at a heating temperature before rolling set within a range of 370°C to 440°C before the hot rolling, and wherein cold-rolling is performed without intermediate annealing in the step of cold-rolling.
A crystal of -29,41-Difluoro-34,39-bis(sulfanyl)-2,33,3 5,38,40,42-hexaoxa-4,6,9,11,13,18,20,22,25,27-decaaza-34λ 5 ,39λ 5 -diphosphaoctacyclo[28.6.4 .1 3,36 .1 28,31 .0 4,8 .0 7,12 .0 19,24 .0 23,27 ]dotetraconta-5,7,9,11,15,19,21,23,25-nonaene-34,39-dione (Compound (I)) di-ammonium salt (Form 1), having diffraction peaks at diffraction angles (2θ ± 0.2°) of 6.4°, 8.3°, 12.7°, 16.6° and 25.4° in a powder X-ray diffraction.
An imaging apparatus, comprising: an image sensor that receives light from an object through an imaging lens; a lens driver (7-5) that moves the imaging lens; and an automatic focus detector (108-5) that determines an in-focus lens position based on imaging data obtained from the image sensor ; the automatic focus detector (108-5) being capable of performing a focus detection operation with a second switch (SW15) that is different from a release switch (SW1) in that the automatic focus detector (108-5) includes a video focus detector and a still-image focus detector (108-3), wherein the video focus detector further includes a focus detection operation selector (108-1) that varies the focus detection operation controlled by the second switch (SW15) in accordance with whether a video is being recorded, wherein the second switch (SW15) is a dedicated AF button, characterized in that the imaging apparatus further comprises a menu switch (SW6) to select either a first mode in which a focusing process is performed with a discrete switch activation detector (108-2), which performs exclusive switching each time the second switch (SW15) is depressed, wherein stopping and/or restarting a focus detection operation is performed in accordance with a depression of the second switch (SW15), or a second mode in which the focusing process is performed with a continuous switch activation detector (108-2), which determines whether or not the second switch (SW15) is continuously depressed, wherein a focus detection operation is performed when the second switch (SW15) is continuously depressed. an image sensor that receives light from an object through an imaging lens; a lens driver (7-5) that moves the imaging lens; and an automatic focus detector (108-5) that determines an in-focus lens position based on imaging data obtained from the image sensor ; the automatic focus detector (108-5) being capable of performing a focus detection operation with a second switch (SW15) that is different from a release switch (SW1) in that the automatic focus detector (108-5) includes a video focus detector and a still-image focus detector (108-3), wherein the video focus detector further includes a focus detection operation selector (108-1) that varies the focus detection operation controlled by the second switch (SW15) in accordance with whether a video is being recorded, wherein the second switch (SW15) is a dedicated AF button, characterized in that the imaging apparatus further comprises a menu switch (SW6) to select either a first mode in which a focusing process is performed with a discrete switch activation detector (108-2), which performs exclusive switching each time the second switch (SW15) is depressed, wherein stopping and/or restarting a focus detection operation is performed in accordance with a depression of the second switch (SW15), or a second mode in which the focusing process is performed with a continuous switch activation detector (108-2), which determines whether or not the second switch (SW15) is continuously depressed, wherein a focus detection operation is performed when the second switch (SW15) is continuously depressed.
A fungicidal composition for controlling phytopathogenic harmful fungi, comprising 1) the fungicidal strain (I) Bacillus subtilis with NRRL Accession No. B-21661, and 2) at least one chemical compound (II), selected from the active compound group of carboxamides consisting of fluopyram, in a synergistically effective amount. 1) the fungicidal strain (I) Bacillus subtilis with NRRL Accession No. B-21661, and 2) at least one chemical compound (II), selected from the active compound group of carboxamides consisting of fluopyram, in a synergistically effective amount.