mhurhangee/patent-ind-claim-en huggingface dataset:
A pouch forming apparatus comprising: a die in which a forming space is formed to be recessed inward from a top surface thereof; a partition wall partitioning the forming space into first and second forming spaces; a stripper disposed above the die and descending to contact the die with the pouch film therebetween to fix the pouch film when the pouch film is seated on a top surface of the die; and an electromagnetic force generation part disposed above the forming space and generating electromagnetic force to apply the electromagnetic force to the forming space, wherein the stripper contacts only a peripheral portion of the forming space with the pouch film therebetween without contacting the partition wall to fix the pouch film , and the partition wall has a thickness of 0.1 mm to 3 mm. a die in which a forming space is formed to be recessed inward from a top surface thereof; a partition wall partitioning the forming space into first and second forming spaces; a stripper disposed above the die and descending to contact the die with the pouch film therebetween to fix the pouch film when the pouch film is seated on a top surface of the die; and an electromagnetic force generation part disposed above the forming space and generating electromagnetic force to apply the electromagnetic force to the forming space, wherein the stripper contacts only a peripheral portion of the forming space with the pouch film therebetween without contacting the partition wall to fix the pouch film , and the partition wall has a thickness of 0.1 mm to 3 mm.
A method for managing wireless communications after inserting an intermediate-session management function, I-SMF, to communicate between an access and mobility management function, AMF, and one or more session management functions, SMF, the method comprising: receiving, at the I-SMF, a session request from the AMF, the session request comprising an SMF information, and forwarding the session request to at least one SMF of the one or more SMFs based on the SMF information; receiving, at the I-SMF, a response to the session request from the at least one SMF, the response comprising a first subscription information for at least one event subscription, and creating a first identification based on the first subscription information; and transmitting , from the I-SMF, the first identification to the AMF to trigger the AMF to change an address for the at least one event subscription from the at least one SMF to the I-SMF. receiving, at the I-SMF, a session request from the AMF, the session request comprising an SMF information, and forwarding the session request to at least one SMF of the one or more SMFs based on the SMF information; receiving, at the I-SMF, a response to the session request from the at least one SMF, the response comprising a first subscription information for at least one event subscription, and creating a first identification based on the first subscription information; and transmitting , from the I-SMF, the first identification to the AMF to trigger the AMF to change an address for the at least one event subscription from the at least one SMF to the I-SMF.
A bioreactor waste bag comprising: an outer wall and an inner wall enclosing an interior within; a transverse wall dividing said interior into a first and second chamber in fluid communication there-between; the first chamber comprising an inlet connectable to a bioreactor; the second chamber comprising an absorbent material which is capable of converting liquid into a gel; and wherein the transverse wall extends above the inlet to prevent blockage thereof by said absorbent material or said gel, wherein said bag is connected to a bioreactor. an outer wall and an inner wall enclosing an interior within; a transverse wall dividing said interior into a first and second chamber in fluid communication there-between; the first chamber comprising an inlet connectable to a bioreactor; the second chamber comprising an absorbent material which is capable of converting liquid into a gel; and
A method performed by a base station (1-05, 3-10) in a wireless communication system, the method comprising: receiving , from a location management function, LMF, entity, an NR positioning protocol A, NRPPa, message including positioning reference signal, PRS, information; determining one or more measurement gap configurations with one or more identifiers, IDs, based on the NRPPa message; transmitting , to a user equipment, UE (1-35, 3-15), a radio resource control, RRC, reconfiguration message including the one or more measurement gap configurations with the one or more IDs; receiving , from the UE (1-35, 3-15) via an uplink, UL, medium access control, MAC, control element, CE, a measurement gap activation request indicating a requested measurement gap based on the one or more IDs; based on the measurement gap activation request, transmitting , to the UE (1-35, 3-15) via a downlink, DL, MAC CE, information including an ID to activate a measurement gap; receiving , from the UE (1-35, 3-15), a provide location information message including measurement result information; and transmitting , to the LMF entity, the provide location information message. receiving , from a location management function, LMF, entity, an NR positioning protocol A, NRPPa, message including positioning reference signal, PRS, information; determining one or more measurement gap configurations with one or more identifiers, IDs, based on the NRPPa message; transmitting , to a user equipment, UE (1-35, 3-15), a radio resource control, RRC, reconfiguration message including the one or more measurement gap configurations with the one or more IDs; receiving , from the UE (1-35, 3-15) via an uplink, UL, medium access control, MAC, control element, CE, a measurement gap activation request indicating a requested measurement gap based on the one or more IDs; based on the measurement gap activation request, transmitting , to the UE (1-35, 3-15) via a downlink, DL, MAC CE, information including an ID to activate a measurement gap; receiving , from the UE (1-35, 3-15), a provide location information message including measurement result information; and transmitting , to the LMF entity, the provide location information message.
A peptide consisting of an amino acid sequence of SEQ ID NO: 1, 2, or 3.
A method of verifying a calculation, the method comprising: receiving a plurality of multiplicand fixed-point values representing respective natural numbers, wherein the multiplicand fixed-point values have respective multiplicand scaling factors; receiving a product fixed-point value representing a respective natural number, wherein the product fixed-point value has a product scaling factor; and determining whether the product fixed-point value is a correctly truncated result of multiplying the multiplicand fixed-point values together by: determining whether the difference between (a) the product of the product fixed-point value and the inverse of a combined scaling factor and (b) the product of the multiplicand fixed-point values is within a range bounded by the negation of the inverse of the combined scaling factor and the inverse of the combined scaling factor, wherein the combined scaling factor is equal to the product of the multiplicand scaling factors divided by the product scaling factor. receiving a plurality of multiplicand fixed-point values representing respective natural numbers, wherein the multiplicand fixed-point values have respective multiplicand scaling factors; receiving a product fixed-point value representing a respective natural number, wherein the product fixed-point value has a product scaling factor; and determining whether the product fixed-point value is a correctly truncated result of multiplying the multiplicand fixed-point values together by: determining whether the difference between (a) the product of the product fixed-point value and the inverse of a combined scaling factor and (b) the product of the multiplicand fixed-point values is within a range bounded by the negation of the inverse of the combined scaling factor and the inverse of the combined scaling factor, wherein the combined scaling factor is equal to the product of the multiplicand scaling factors divided by the product scaling factor.
An agent for use in therapeutic treatment or prophylaxis of infections by bacteria resistant to beta-lactam antibiotics or glycopeptide antibiotics, comprising a) from 0.05 to 4% by weight of a cationic oligomer or polymer consisting of a chemically modified hydroxyalkylcellulose, and b) from 0.001 to 2% by weight polylysine and/or polyarginine; c) from 0.1 to 0.8 % by weight non-ionic and/or amphoteric surfactant, and d) at least 85% by weight water and/or polyalkylglycols, wherein the weight percentages are respectively based on the total weight of the agent. a) from 0.05 to 4% by weight of a cationic oligomer or polymer consisting of a chemically modified hydroxyalkylcellulose, and b) from 0.001 to 2% by weight polylysine and/or polyarginine; c) from 0.1 to 0.8 % by weight non-ionic and/or amphoteric surfactant, and d) at least 85% by weight water and/or polyalkylglycols, wherein the weight percentages are respectively based on the total weight of the agent.
A polysaccharide composition consisting of lentinan, pachymaran and tremella polysaccharide; wherein the mass ratio of lentinan, pachymaran and tremella polysaccharide is (1-3):(1-3):(1-3).
A moving image data generation device generating hierarchical moving data configured by hierarchizing in order of resolutions a plurality of series of images that are representations of image frames constituting one moving image in different resolutions in order to generate a display image, while switching an allocation of layers, in accordance with a resolution required in an image processing device that displays an image, wherein an allocation of layers associates each layer with either an original image data or a difference image data, comprising: a scheduling unit configured to determine a switching schedule for switching the allocation of an original image layer and a difference image layer to another allocation pattern with passage of time; a hierarchical data generating unit configured to generate image data of respective layers for each image frame by reducing each image frame into a plurality of sizes, and configured to include, in image data of at least one layer, data on a difference image representing a subtraction from an enlarged image of an image on a different layer, the image being a representation of a same image frame with a resolution lower than that of the one layer, wherein the hierarchical data generating unit specifies a layer and an area to be set as a difference image for each image frame in accordance with the switching schedule determined by the scheduling unit, and generates the hierarchical moving image data; and a compressed data generating unit configured to compress and encode the hierarchical moving image data generated by the hierarchical data generating unit, and to store the compressed and encoded hierarchical moving image data in a storage device.
A method for casting a component, the method comprising: providing a seed having a longitudinal axis, the seed characterized by : an arcuate form about the longitudinal axis and a crystalline orientation progressively varying along an arc of the form in a circumferential direction; providing molten material (123; 360'); cooling and solidifying the molten material so that a crystalline structure of the seed propagates into the solidifying material; and forming the seed by: assembling end-to-end a plurality of arcuate segments, wherein: the segments are bent plates; two to eight said segments combine to encircle at least 350° about a central longitudinal axis of the seed; and each segment has two ends, wherein each end extends in a radial direction from the central longitudinal axis of the seed. providing a seed having a longitudinal axis, the seed characterized by : an arcuate form about the longitudinal axis and a crystalline orientation progressively varying along an arc of the form in a circumferential direction; providing molten material (123; 360'); cooling and solidifying the molten material so that a crystalline structure of the seed propagates into the solidifying material; and forming the seed by: assembling end-to-end a plurality of arcuate segments, wherein: the segments are bent plates; two to eight said segments combine to encircle at least 350° about a central longitudinal axis of the seed; and each segment has two ends, wherein each end extends in a radial direction from the central longitudinal axis of the seed. the segments are bent plates; two to eight said segments combine to encircle at least 350° about a central longitudinal axis of the seed; and each segment has two ends, wherein each end extends in a radial direction from the central longitudinal axis of the seed.
A refrigerator comprising: a cabinet in which an upper storage space and a lower storage space are defined; a door part opening and closing the lower storage space ; and a drawer part provided behind the door part and inserted and withdrawn together with the door part , characterized in that the refrigerator comprises: a drawer-side device provided in the drawer part to elevate a food or a container within the drawer part ; a door-side device provided in the door part to provide power for an operation of the drawer-side device ; a power transmission member provided in the drawer part and having one end connected to an elevation device and the other end extending up to a front surface of the drawer part ; and a connection device provided in the door part to connect the door-side device to the power transmission member so that power of the door-side device is transmitted to the drawer-side device , wherein at least a portion of the connection device is exposed to a rear surface of the door part so that a user manipulates the connection device , and when the user manipulates the connection device , the connection device operates to be separated from the power transmission member . a drawer-side device provided in the drawer part to elevate a food or a container within the drawer part ; a door-side device provided in the door part to provide power for an operation of the drawer-side device ; a power transmission member provided in the drawer part and having one end connected to an elevation device and the other end extending up to a front surface of the drawer part ; and a connection device provided in the door part to connect the door-side device to the power transmission member so that power of the door-side device is transmitted to the drawer-side device , wherein at least a portion of the connection device is exposed to a rear surface of the door part so that a user manipulates the connection device , and when the user manipulates the connection device , the connection device operates to be separated from the power transmission member .
Method for coating only some regions of a component which has not previously been fully coated with a coating material , which component is provided for arrangement in the hot gas channel in a turbine intermediate housing of a turbomachine as a panel, i.e., as a hot gas channel plate, or as a fairing, i.e., as a covering of a support strut supporting the bearing of the turbine shaft , in which method - the coating material or a precursor thereof is kept in the form of particles mixed with a binder ; - a layer of the particle-treated binder is applied to a region (24a, b) of an uncoated surface of the component ; - the component with the particle-treated binder thereon is heat-treated such that the binder dissolves and the coating material remains on the component ; - a functional surface area of the surface of the component which is to be machined or has been machined and which represents, with regard to an assembly of the component with other components in the turbomachine , an assembly limit and a contact surface with which the component rests against another component , remains uncoated in the fully coated component , wherein in the method a surface area of at least 10% of a part of the surface of the component facing the hot gas is coated. - the coating material or a precursor thereof is kept in the form of particles mixed with a binder ; - a layer of the particle-treated binder is applied to a region (24a, b) of an uncoated surface of the component ; - the component with the particle-treated binder thereon is heat-treated such that the binder dissolves and the coating material remains on the component ; - a functional surface area of the surface of the component which is to be machined or has been machined and which represents, with regard to an assembly of the component with other components in the turbomachine , an assembly limit and a contact surface with which the component rests against another component , remains uncoated in the fully coated component , wherein in the method a surface area of at least 10% of a part of the surface of the component facing the hot gas is coated.
A bridge module adapted to form a segment of the length of a modular bridge , the bridge having a longitudinal direction along the spanning direction, characterised in that the bridge module is of one-piece construction; wherein the one-piece construction includes: a segment of a first longitudinal compression member of the bridge; a segment of a second longitudinal compression member of the bridge; a segment of a structural lateral element of the bridge; and a segment of a shear element of the bridge; and the bridge module being arranged to support a portion of a tension member ; such that when multiple bridge modules are assembled they will form a bridge having a first longitudinal compression member that is, in use, at an upper part of the bridge cross-section; a second longitudinal compression member that is, in use, at a lower part of the bridge cross-section; a structural lateral element for forming a deck of the bridge or for supporting deck elements of the bridge; and a shear element for carrying a shear load; and such that the tension member , when tensioned, will apply a compressive force to one of the longitudinal compression members with the tension member forming a main tension element for the bridge and the other of the longitudinal compression members forming a main compression element for the bridge; wherein the bridge module is formed from a composite material and is moulded in one piece; and wherein the composite material is a fibre reinforced resin.
A torque control apparatus comprising: a detection unit detecting a state in which a front wheel of a motorcycle is likely to be lifted up based on at least one of engine information of the motorcycle, accelerator operation information of a driver of the motorcycle, and body or wheel information of the motorcycle; and an output unit outputting a torque smaller than a request torque (402; 412; 422) of the driver as a request torque for an engine of the motorcycle or outputting a difference between the request torque of the driver and the torque smaller than the request torque of the driver as a brake torque when the detection unit has detected the state in which the front wheel of the motorcycle is likely to be lifted up; characterized in that the detection unit detects that an actual acceleration or an estimated acceleration of a vehicle body or a wheel of the motorcycle becomes larger than a preset threshold; and the output unit further reduces or keeps the request torque for the engine of the motorcycle and outputs the torque after the detection unit detects the state in which the front wheel of the motorcycle is likely to be lifted up and then detects that the actual acceleration or the estimated acceleration of the vehicle body or the wheel of the motorcycle becomes larger than the preset threshold. a detection unit detecting a state in which a front wheel of a motorcycle is likely to be lifted up based on at least one of engine information of the motorcycle, accelerator operation information of a driver of the motorcycle, and body or wheel information of the motorcycle; and an output unit outputting a torque smaller than a request torque (402; 412; 422) of the driver as a request torque for an engine of the motorcycle or outputting a difference between the request torque of the driver and the torque smaller than the request torque of the driver as a brake torque when the detection unit has detected the state in which the front wheel of the motorcycle is likely to be lifted up; characterized in that the detection unit detects that an actual acceleration or an estimated acceleration of a vehicle body or a wheel of the motorcycle becomes larger than a preset threshold; and the output unit further reduces or keeps the request torque for the engine of the motorcycle and outputs the torque after the detection unit detects the state in which the front wheel of the motorcycle is likely to be lifted up and then detects that the actual acceleration or the estimated acceleration of the vehicle body or the wheel of the motorcycle becomes larger than the preset threshold.
An apparatus for treating obesity in a human or animal mammal patient, the apparatus comprising: two or more volume filling device segments (10, 561a-d) adapted to form an implantable volume filling device , wherein the volume filling device is adapted to be at least substantially invaginated by a stomach wall portion of a patient , wherein said volume filling device is adapted to be placed with the outer surface of the device resting against the stomach wall, such that the volume of the food cavity is reduced in size by a volume substantially exceeding the volume of the volume filling device, when the volume filling device is invaginated in the stomach wall, wherein said volume filling device is adapted to disassemble into its volume filling device segments if the volume filling device leaves its implanted invaginated stomach position and inadvertently penetrates the stomach wall to become located inside the stomach.