mhurhangee/patent-ind-claim-en huggingface dataset:
A network management control device comprising: a first information acquisition unit configured to acquire information indicating a network to which one or more wireless communication devices belong, radio access technology information, information relating to an operable frequency band, information relating to a geographical location and/or region, information relating to a duplex mode, or information relating to a transmission time interval, wherein the information relating to the duplex mode includes at least an identifier indicating a duplex mode, and wherein the duplex mode is TDD and the information relating to the duplex mode further includes one or more candidates for a frame configuration including combination of uplink and downlink; a first notification unit configured to notify a communication control device of the information; a second information acquisition unit configured to acquire a recommended operation parameter selected on a basis of the information; a generation unit configured to generate a list including information of a second wireless communication device which has a calculated high probability of being located in the surrounding radio environment of the wireless communication device, by using the recommended operation parameter acquired by the second information acquisition unit; and a second notification unit configured to notify the wireless communication device of the list and the recommended operation parameter. a first information acquisition unit configured to acquire information indicating a network to which one or more wireless communication devices belong, radio access technology information, information relating to an operable frequency band, information relating to a geographical location and/or region, information relating to a duplex mode, or information relating to a transmission time interval, wherein the information relating to the duplex mode includes at least an identifier indicating a duplex mode, and wherein the duplex mode is TDD and the information relating to the duplex mode further includes one or more candidates for a frame configuration including combination of uplink and downlink; a first notification unit configured to notify a communication control device of the information; a second information acquisition unit configured to acquire a recommended operation parameter selected on a basis of the information; a generation unit configured to generate a list including information of a second wireless communication device which has a calculated high probability of being located in the surrounding radio environment of the wireless communication device, by using the recommended operation parameter acquired by the second information acquisition unit; and a second notification unit configured to notify the wireless communication device of the list and the recommended operation parameter.
A method for manufacturing a porous metal body , the method comprising a plurality of steps including: a depositing step of depositing a metal powder in a dry process onto a molding plate made of carbon, the molding plate having a thickness of 3 mm or more and 30 mm or less and an area of a surface for depositing the metal powder of 36 cm 2 or more; after the depositing step, a sintering step of sintering the metal powder on the molding plate , wherein the plurality of steps are performed using the same molding plate , wherein at least one step of the plurality of steps further comprises, between the depositing step and the sintering step, a thickness adjusting step of adjusting a thickness of a deposited layer of the metal powder on the molding plate while flattening the surface of the molding plate, wherein the thickness adjusting step comprises adjusting the thickness of the deposited layer of the metal powder while pressing downward just the molding plate at at least a part of edge portions of the surface of the molding plate so that the surface of the molding plate is flattened, wherein the metal powder is a pure titanium powder, and wherein the porous metal body has an average thickness of 0.1 to 1.0 mm. a depositing step of depositing a metal powder in a dry process onto a molding plate made of carbon, the molding plate having a thickness of 3 mm or more and 30 mm or less and an area of a surface for depositing the metal powder of 36 cm 2 or more; after the depositing step, a sintering step of sintering the metal powder on the molding plate , wherein the plurality of steps are performed using the same molding plate , wherein at least one step of the plurality of steps further comprises, between the depositing step and the sintering step, a thickness adjusting step of adjusting a thickness of a deposited layer of the metal powder on the molding plate while flattening the surface of the molding plate, wherein the thickness adjusting step comprises adjusting the thickness of the deposited layer of the metal powder while pressing downward just the molding plate at at least a part of edge portions of the surface of the molding plate so that the surface of the molding plate is flattened, wherein the metal powder is a pure titanium powder, and wherein the porous metal body has an average thickness of 0.1 to 1.0 mm.
A process for the at least partially sealed wrapping of individual products (P), products (P) of the type preferably chosen from among chocolates, candy, chocolate bars, snacks, chewing gums and the like, which comprises the steps of: - juxtaposing a wrapping sheet against a first face (A) of the product (P), - folding the flaps of said sheet onto the product (P) along the faces (B, C) that are contiguous with said first face (A), giving the sheet a C-shape with one base longer than the other, - stably coupling the short flap to the inner surface of the long flap , thus confining the product (P) within a closed tubular portion, consequently giving the sheet a P-like shape, characterised in that it further comprises the steps of: - orienting the protruding flap of the sheet along a direction that is parallel to the first face (A) of said product (P), without juxtaposing said flap on itself, - folding the tubular portions that protrude with respect to the two mutually opposite heads (D, E) of said product (P) onto the respective head (D, E), according to the wallet wrapping method, stably coupling them in the closed configuration, - folding the free flap of said sheet , which comprises respective parts of the tubular portions which are folded and mutually coupled in a stable manner, onto the bottom of the product (P), and coupling it thereto. - juxtaposing a wrapping sheet against a first face (A) of the product (P), - folding the flaps of said sheet onto the product (P) along the faces (B, C) that are contiguous with said first face (A), giving the sheet a C-shape with one base longer than the other, - stably coupling the short flap to the inner surface of the long flap , thus confining the product (P) within a closed tubular portion, consequently giving the sheet a P-like shape, - orienting the protruding flap of the sheet along a direction that is parallel to the first face (A) of said product (P), without juxtaposing said flap on itself, - folding the tubular portions that protrude with respect to the two mutually opposite heads (D, E) of said product (P) onto the respective head (D, E), according to the wallet wrapping method, stably coupling them in the closed configuration, - folding the free flap of said sheet , which comprises respective parts of the tubular portions which are folded and mutually coupled in a stable manner, onto the bottom of the product (P), and coupling it thereto.
Filter media comprising: (a) a filtration substrate having a first side and a second side , and constructed for filtering a fluid by flow of the fluid therethrough from the first side to the second side or from the second side to the first side ; (b) the filtration substrate has a first edge and a second edge , and a first end and a second end, wherein the filtration substrate has a machine direction (M) extending from the first end to the second end, and a cross direction (C) extending from the first side to the second side ; (c) the filtration substrate comprising a plurality of corrugations located in the cross direction (C) and extending in the machine direction (M); (d) the plurality of corrugations comprising a plurality of first crests formed along the first side of the filtration substrate and a plurality of second crests formed along the second side of the filtration substrate; and (e) the filtration substrate comprises a plurality of bosses located along the plurality of first crests or along the plurality of second crests and extending in a direction away from the other of the plurality of first crests or the plurality of second crests ; wherein the bosses are spaced along the first or second crests . (a) a filtration substrate having a first side and a second side , and constructed for filtering a fluid by flow of the fluid therethrough from the first side to the second side or from the second side to the first side ; (b) the filtration substrate has a first edge and a second edge , and a first end and a second end, wherein the filtration substrate has a machine direction (M) extending from the first end to the second end, and a cross direction (C) extending from the first side to the second side ; (c) the filtration substrate comprising a plurality of corrugations located in the cross direction (C) and extending in the machine direction (M); (d) the plurality of corrugations comprising a plurality of first crests formed along the first side of the filtration substrate and a plurality of second crests formed along the second side of the filtration substrate; and (e) the filtration substrate comprises a plurality of bosses located along the plurality of first crests or along the plurality of second crests and extending in a direction away from the other of the plurality of first crests or the plurality of second crests ;
A baggage cart for security inspection in an airport, comprising: a cart body, comprising at least one compartment having a door ; and a locking device , coupled to the compartment and configured to lock the compartment in response to receiving an indication signal, characterized by an X-ray detection device, comprising: at least one X-ray source point ; a detector configured to receive an X-ray; a controller configured to control the X-ray source point to emit the X-ray in response to the door of the compartment being closed, and control the detector to receive the X-ray penetrating through the baggage and generate an electrical signal based on the received X-ray; and a collecting device , coupled to the detector and configured to convert the electrical signal into a digital signal. a cart body, comprising at least one compartment having a door ; and a locking device , coupled to the compartment and configured to lock the compartment in response to receiving an indication signal, characterized by an X-ray detection device, comprising: at least one X-ray source point ; a detector configured to receive an X-ray; a controller configured to control the X-ray source point to emit the X-ray in response to the door of the compartment being closed, and control the detector to receive the X-ray penetrating through the baggage and generate an electrical signal based on the received X-ray; and a collecting device , coupled to the detector and configured to convert the electrical signal into a digital signal. at least one X-ray source point ; a detector configured to receive an X-ray; a controller configured to control the X-ray source point to emit the X-ray in response to the door of the compartment being closed, and control the detector to receive the X-ray penetrating through the baggage and generate an electrical signal based on the received X-ray; and a collecting device , coupled to the detector and configured to convert the electrical signal into a digital signal.
Block storage arrangement having a plurality of container receiving spaces , a loading space arranged under the container receiving spaces and a frame arrangement between the container receiving spaces and the loading space , wherein a stand is arranged and a container holding device is arranged between each container receiving space and the loading space , which container holding device has a flap which can be pivoted about a horizontal axis, characterized in that the frame arrangement has junction elements which are arranged at corners of the container receiving spaces , a node element forming a standing device for the stand , two adjacent node elements being releasably connected to a common carrier and the flap being mounted in a node element .
A liposome composition comprising an ATR protein kinase inhibitor compound, or a pharmaceutically acceptable salt thereof, encapsulated in a liposome; wherein the ATR protein kinase inhibitor compound is either: (a) a compound of formula (I), or a pharmaceutically acceptable salt thereof: wherein R is a moiety comprising an amine with a pK a of greater than 7.0; or (b) Compound A: (a) a compound of formula (I), or a pharmaceutically acceptable salt thereof: wherein R is a moiety comprising an amine with a pK a of greater than 7.0; or (b) Compound A:
A process for preparing N-(aminoiminomethyl)-2-aminoacetic acid containing N-(aminoiminomethyl)-2-aminoacetic acid in a thermodynamically metastable crystal modification, whereby the thermodynamically metastable crystal modification shows in the X-ray powder diffractogram of the crystal modification when using Cu-Kα radiation the strongest reflection bands at 2Θ = 20.2 ° and 23.3 ° and 23.8 ° and 25.3 ° with a measurement accuracy of +/- 0.2 °, characterized in that N-(aminoiminomethyl)-2-aminoacetic acid is crystallized from a water-containing solution in the presence of at least one guanidine compound of formula (l), wherein formula (I) represents: where radicals R 1 , R 2 , R 3 , R 4 and X, Y and index k in formula (l) independently of one another mean: R 1 , R 2 = independently of one another hydrogen, C1 to C4 alkyl or, with the formation of a ring, together a radical of the formula (ll), where the formula (ll) is wherein Y = CH 2 , O, NH, NCH 3 or a bond, R 3 , R 4 = independently hydrogen or C1 to C4 alkyl, X = CH 3 COO, Cl, Br, NO 3 , SO 3 (NH 2 ) or 1⁄2 SO 4 , k = 0 or 1, whereby the guanidine compound of formula (l) is used in an amount of at least 8 percent by weight (based on the total weight of the solution). R 1 , R 2 = independently of one another hydrogen, C1 to C4 alkyl or, with the formation of a ring, together a radical of the formula (ll), where the formula (ll) is wherein Y = CH 2 , O, NH, NCH 3 or a bond, R 3 , R 4 = independently hydrogen or C1 to C4 alkyl, X = CH 3 COO, Cl, Br, NO 3 , SO 3 (NH 2 ) or 1⁄2 SO 4 , k = 0 or 1,
Vehicle rim , having - a rim body with a hub region , a rim well and a connecting region which connects the hub region to the rim well , and - at least one capacitor , - the rim body forming at least one part of a housing of the capacitor , characterized in that the capacitor is a super capacitor, and in that the capacitor has capacitor elements which are embedded in the rim well so as to run around the hub region . - a rim body with a hub region , a rim well and a connecting region which connects the hub region to the rim well , and - at least one capacitor , - the rim body forming at least one part of a housing of the capacitor , characterized in that the capacitor is a super capacitor, and in that the capacitor has capacitor elements which are embedded in the rim well so as to run around the hub region .
A method of transmitting an uplink data in a wireless communication system, the method comprising: receiving (S210), by a User Equipment, UE, from a Base Station, BS, a message allocating persistent resources for an uplink data transmission based on a persistent scheduling scheme; monitoring (S240), by the UE, a control channel so as to find an uplink scheduling grant, the uplink scheduling grant comprising information related to uplink radio resources for the uplink data transmission over a physical channel; if the uplink scheduling grant is found on the control channel, overriding the persistent resources; transmitting (S260) the uplink data using the uplink radio resources indicated by the uplink scheduling grant (S260); and if the uplink scheduling grant is not found on the control channel, transmitting the uplink data based on the persistent resources (S230). receiving (S210), by a User Equipment, UE, from a Base Station, BS, a message allocating persistent resources for an uplink data transmission based on a persistent scheduling scheme; monitoring (S240), by the UE, a control channel so as to find an uplink scheduling grant, the uplink scheduling grant comprising information related to uplink radio resources for the uplink data transmission over a physical channel; if the uplink scheduling grant is found on the control channel, overriding the persistent resources; transmitting (S260) the uplink data using the uplink radio resources indicated by the uplink scheduling grant (S260); and if the uplink scheduling grant is not found on the control channel, transmitting the uplink data based on the persistent resources (S230).
A method of verifying data path integrity in a memory device , comprising: reading a first set of data (DATA1) from an array of the memory device into a page register of the memory device ; loading the first set of data (DATA1) into a first portion of a cache register of the memory device ; receiving a set of test data (WDATA2) from an external device ; writing the set of test data (WDATA2) to a second portion of the cache register not containing the first set of data (DATA1) during a read operation of a second set of data from the array to the page register and while the first portion of the cache register contains the first set of data (DATA1); reading the set of test data (RDATA2) from the cache register during the read operation of the second set of data from the array to the page register ; and comparing the set of test data (RDATA2) read from the cache register to the original set of test data (WDATA2) received from the external device . reading a first set of data (DATA1) from an array of the memory device into a page register of the memory device ; loading the first set of data (DATA1) into a first portion of a cache register of the memory device ; receiving a set of test data (WDATA2) from an external device ; writing the set of test data (WDATA2) to a second portion of the cache register not containing the first set of data (DATA1) during a read operation of a second set of data from the array to the page register and while the first portion of the cache register contains the first set of data (DATA1); reading the set of test data (RDATA2) from the cache register during the read operation of the second set of data from the array to the page register ; and comparing the set of test data (RDATA2) read from the cache register to the original set of test data (WDATA2) received from the external device .
An oral irrigator comprising: a handle fluidly connected to a reservoir; and a tip latch assembly connected to the handle comprising a latch with an integrally formed biasing structure and at least one prong selectively movable from an engaged position to a disengaged position, and a tip release button engaging at least one actuation surface of the latch; wherein a force or the tip release button causes the tip release button to exert a force against the at least one surface of the latch, overcoming a biasing force exerted by the biasing structure and causing the at least one prong to move from the engaged position to the disengaged position; and when the force is removed from the tip release button, the biasing structure exerts the biasing force on the tip release button as the at least one prong moves from the disengaged position back to the engaged position; characterised in that the biasing structure is formed in an undulating or wave pattern that provides flexibility to the biasing structure; in that the latch comprises a first engagement arm extending from a first end of the biasing structure and a second engagement arm extending from a second end of the biasing structure, wherein the first and second engagement arms are adapted to releasably engage a tip ; and in that ends of the first engagement arm and the second engagement arm are configured to engage with the tip release button and the tip when said tip is connected to the tip latch assembly. a handle fluidly connected to a reservoir; and a tip latch assembly connected to the handle comprising a latch with an integrally formed biasing structure and at least one prong selectively movable from an engaged position to a disengaged position, and a tip release button engaging at least one actuation surface of the latch; wherein a force or the tip release button causes the tip release button to exert a force against the at least one surface of the latch, overcoming a biasing force exerted by the biasing structure and causing the at least one prong to move from the engaged position to the disengaged position; and when the force is removed from the tip release button, the biasing structure exerts the biasing force on the tip release button as the at least one prong moves from the disengaged position back to the engaged position; characterised in that the biasing structure is formed in an undulating or wave pattern that provides flexibility to the biasing structure; in that the latch comprises a first engagement arm extending from a first end of the biasing structure and a second engagement arm extending from a second end of the biasing structure, wherein the first and second engagement arms are adapted to releasably engage a tip ; and in that ends of the first engagement arm and the second engagement arm are configured to engage with the tip release button and the tip when said tip is connected to the tip latch assembly.