mhurhangee/patent-ind-claim-en huggingface dataset:
A resource request method, applied to user equipment, UE, the method comprises: receiving (S101) service data; and when the service data is received or when a size of preset data satisfies a preset sending condition, sending (SI02) a resource request indication to a network side device, wherein the resource request indication is used to instruct the network side device to allocate, to the UE, a resource for sending the service data, wherein the preset data is the received service data, to-be-transmitted data in a buffer corresponding to a logical channel on which the received service data is located, or all to-be-transmitted data in a buffer of the UE after the service data is received; wherein the preset sending condition is that the size of the preset data reaches a preset threshold; or the preset sending condition is that the buffer level reaches a preset level, wherein the buffer level is a preset range of the size of the preset data; and wherein after the receiving service data, the method further comprises: receiving the preset threshold or the preset level sent by the network side device and controlling a resource request delay by setting the preset sending condition. receiving (S101) service data; and when the service data is received or when a size of preset data satisfies a preset sending condition, sending (SI02) a resource request indication to a network side device, wherein the resource request indication is used to instruct the network side device to allocate, to the UE, a resource for sending the service data, wherein the preset data is the received service data, to-be-transmitted data in a buffer corresponding to a logical channel on which the received service data is located, or all to-be-transmitted data in a buffer of the UE after the service data is received; wherein the preset sending condition is that the size of the preset data reaches a preset threshold; or the preset sending condition is that the buffer level reaches a preset level, wherein the buffer level is a preset range of the size of the preset data; and wherein after the receiving service data, the method further comprises: receiving the preset threshold or the preset level sent by the network side device and controlling a resource request delay by setting the preset sending condition.
A wireless charging method using a back cover mobile power supply , characterized in that the method comprises: A, powering on a wireless charger , such that an induction coil is powered and generates an electromagnetic field; B, inducting the electromagnetic field and generating a current to a wireless charging device disposed in an intelligent terminal and including an MCU through the back cover mobile power supply ; C, controlling the intelligent terminal and the back cover mobile power supply to enter a charging state when the current is detected by the wireless charging device ; by the MCU , controlling a main battery of the intelligent terminal to be charged and controlling a power core of the back cover mobile power supply to be charged, respectively; D, controlling the intelligent terminal and the back cover mobile power supply to enter a power supply state, and connecting the main battery of the intelligent terminal and the power core of the back cover mobile power supply such that the power core of the back cover mobile power supply supplies power to the main battery , when no current is detected by the wireless charging device ; and E, controlling the wireless charging device to enter a single charging mode such that the wireless charging device charges the main battery according to a charging voltage output by the back cover mobile power supply when the back cover mobile power supply detects a power switch key of the back cover mobile power supply being pressed. A, powering on a wireless charger , such that an induction coil is powered and generates an electromagnetic field; B, inducting the electromagnetic field and generating a current to a wireless charging device disposed in an intelligent terminal and including an MCU through the back cover mobile power supply ; C, controlling the intelligent terminal and the back cover mobile power supply to enter a charging state when the current is detected by the wireless charging device ; by the MCU , controlling a main battery of the intelligent terminal to be charged and controlling a power core of the back cover mobile power supply to be charged, respectively; D, controlling the intelligent terminal and the back cover mobile power supply to enter a power supply state, and connecting the main battery of the intelligent terminal and the power core of the back cover mobile power supply such that the power core of the back cover mobile power supply supplies power to the main battery , when no current is detected by the wireless charging device ; and E, controlling the wireless charging device to enter a single charging mode such that the wireless charging device charges the main battery according to a charging voltage output by the back cover mobile power supply when the back cover mobile power supply detects a power switch key of the back cover mobile power supply being pressed.
An apparatus for removal of pin bones (B) from fish meat, preferably from fillets (F) of white fish, comprising a frame for supporting a drive device and a rotatably driven member driven by said drive device, wherein the rotatably driven member is provided with engagement means , and a counter pressure element for providing a clamping function between the counter pressure element and the rotatably driven element, whereby a pin bone is intended to be clamped between the respective engagement means 4 and the counter pressure element 5 for removal from the fillet upon rotation of the rotatably driven element, wherein the rotatably driven member has a curved convex engagement surface directed towards the fillet (F) and adapted to match the shape of said fillet where the pin bones are located when said fillet (F) is lying on a flat surface and wherein the rotatably driven member has the shape of a sphere or a ball.
A lever connection body , comprising: a first lever and a third lever that are disposed in a stacked shape and are rotated about a common rotation center; and a rod in which a rod holder is mounted on a distal end, wherein the rod holder includes an inserting projection portion which penetrates a rod mounting hole opened in the third lever and is inserted into a sliding long hole opened in the first lever , wherein a rectangular stopper is provided in a distal end portion of the inserting projection portion of the rod holder , wherein the rectangular stopper has a short side portion so as to be inserted into the sliding long hole of the first lever and a long side portion locked to the corresponding sliding long hole so as to regulate withdrawn from the sliding long hole , wherein a posture of the rod holder is controlled in a direction in which the long side portion is locked to the sliding long hole by a second lever which is connected to the other end of the rod , and wherein the rod mounting hole includes a driving long hole that matches the sliding long hole of the first lever when the first lever and the third lever are coaxially connected to each other, and an arc-shaped long hole having the same center as the rotation center is extended from a terminal end of the driving long hole , wherein a detent projection portion giving resistance when the inserting projection portion is moved, is provided at the boundary between the driving long hole and the arc-shaped long hole . a first lever and a third lever that are disposed in a stacked shape and are rotated about a common rotation center; and a rod in which a rod holder is mounted on a distal end, wherein the rod holder includes an inserting projection portion which penetrates a rod mounting hole opened in the third lever and is inserted into a sliding long hole opened in the first lever , wherein a rectangular stopper is provided in a distal end portion of the inserting projection portion of the rod holder , wherein the rectangular stopper has a short side portion so as to be inserted into the sliding long hole of the first lever and a long side portion locked to the corresponding sliding long hole so as to regulate withdrawn from the sliding long hole , wherein a posture of the rod holder is controlled in a direction in which the long side portion is locked to the sliding long hole by a second lever which is connected to the other end of the rod , and wherein the rod mounting hole includes a driving long hole that matches the sliding long hole of the first lever when the first lever and the third lever are coaxially connected to each other, and an arc-shaped long hole having the same center as the rotation center is extended from a terminal end of the driving long hole , wherein a detent projection portion giving resistance when the inserting projection portion is moved, is provided at the boundary between the driving long hole and the arc-shaped long hole .
A lens antenna comprising: a lens and an antenna element , the lens including a collimating part and an extension part , the collimating part and the extension part being formed integrally from a dielectric material, wherein the collimating part has the shape of a hemi-ellipsoid with an eccentricity inversely proportional to the refraction index of the lens material and the extension part having the thickness substantially equal to the focal length of the collimating part of the lens , wherein the extension part comprises a substantially flat surface crossed by an axis of the collimating part ; wherein the antenna element is rigidly fixed on said surface, characterized in that the antenna element is formed by a hollow radiating waveguide with a radiating opening thereof facing the lens , wherein the hollow radiating waveguide comprises a transition segment between an input aperture and the radiating opening of the hollow radiating waveguide , the transition segment having a variable cross-section; and the antenna element comprises a dielectric insert having the same cross-section shape as the radiating opening, wherein the dielectric insert and the lens are formed of the same dielectric material, and the dielectric insert is formed integrally with the lens .
A power control method, applied in a system comprising a plurality of bandwidth parts, BWPs, the method comprises: sending , by a network device , second information to a terminal device , wherein the second information is used to indicate a mapping relationship between a BWP and a downlink reference signal, DL RS, resource group, and in the mapping relationship, one DL RS resource group is configured for each BWP, wherein the second information is used for the terminal device to determine a first DL RS resource group corresponding to a first BWP according to the mapping relationship indicated by the second information, and the first DL RS resource group comprises at least one DL RS resource, and a signal corresponding to at least one DL RS resource in the first DL RS resource group is used to determine a path loss value used by the terminal device to determine a transmit power for transmitting uplink data to be transmitted.
A method for preparing a coated rice seed wherein a seed coating is at least partially applied to the surface of dry rice seed, characterized in that the seed coating comprises at least a mixture of a first copolymer of butyl acrylate and 1,4-diethenylbenzene and styrene, and a second copolymer of butyl acrylate and styrene, and at least one agrochemical.
A branching system for safely connecting at least one branching line with one of the cores of a multicore main cable in each case, comprising a protective case having through openings for allowing the main cable to be passed through and comprising one branching clamp for each branching line to be connected, wherein each branching clamp comprises two jaws between which a continuous core portion of the main cable is clampable by means of a clamping device, wherein at least one of the jaws comprises an electrical connection element with a protruding cutting element, which, upon pressing together the jaws , passes through the insulation of the core and contacts the conductor of said core , wherein the electrical connection element comprises a contact region of a connection clamp for connecting the branching line, characterized in that a spreading device with at least one non-flammable spacer is configured to hold the cores of the main cable within the protective case spaced apart from each other.
An apparatus , comprising: means for transmitting, to at least one user equipment , configuration information configuring the at least one user equipment with more than one serving cell for physical uplink control channel transmission within at least one physical uplink control channel cell group; and means for transmitting, to the at least one user equipment , configuration information configuring the at least one user equipment with a time-domain pattern of a physical uplink control channel cell within the at least one physical uplink control channel cell group. means for transmitting, to at least one user equipment , configuration information configuring the at least one user equipment with more than one serving cell for physical uplink control channel transmission within at least one physical uplink control channel cell group; and means for transmitting, to the at least one user equipment , configuration information configuring the at least one user equipment with a time-domain pattern of a physical uplink control channel cell within the at least one physical uplink control channel cell group.
A composition of matter comprising a compound of formula (I) wherein n is 1 or 2; the weight ratio of the cis-diastereoisomers to the trans-diastereoisomers is comprised in the range between 90:10 and 99.5:0.5 and comprising at least 10% w/w of cis- diastereoisomer, the percentage being relative to the total weight of the composition of matter.
A surgical instrument comprising: a proximal hub ; a shaft defining a longitudinal axis of the surgical instrument , the shaft comprising: an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub ; and an external tube configured to be attached via threaded surfaces to be disposed over, and connected to, the internal structural element (2"); an articulated end-effector coupled to the distal end of the internal structural element (2") of shaft such that the internal structural element (2") provides stable positioning to the articulated end-effector ; and mechanical transmission elements passing through the internal structural element (2") and configured to transmit motion from the proximal hub to the articulated end-effector , characterized in that the external tube , when attached via the threaded surfaces , is disposed over the internal structural element (2") and the mechanical transmission elements and, when dis-attached via the threaded surfaces , exposes the mechanical transmission elements along a length of the shaft . a proximal hub ; a shaft defining a longitudinal axis of the surgical instrument , the shaft comprising: an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub ; and an external tube configured to be attached via threaded surfaces to be disposed over, and connected to, the internal structural element (2"); an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub ; and an external tube configured to be attached via threaded surfaces to be disposed over, and connected to, the internal structural element (2"); an articulated end-effector coupled to the distal end of the internal structural element (2") of shaft such that the internal structural element (2") provides stable positioning to the articulated end-effector ; and mechanical transmission elements passing through the internal structural element (2") and configured to transmit motion from the proximal hub to the articulated end-effector , characterized in that the external tube , when attached via the threaded surfaces , is disposed over the internal structural element (2") and the mechanical transmission elements and, when dis-attached via the threaded surfaces , exposes the mechanical transmission elements along a length of the shaft .
A xylitol preparation device integrating evaporation, crystallization and centrifugation, comprising a xylitol tank, a cleaning liquid tank, a recycling tank, and a multiple distribution system, wherein the multiple distribution system comprises J groups of evaporators for evaporation-concentrating a xylitol exchange liquid to be treated into a xylitol concentrate, K groups of vacuum crystallization kettles for obtaining a xylitol paste by vacuum-crystallizing the xylitol concentrate and L groups of centrifuges for obtaining a finished xylitol crystal by centrifuging the xylitol paste, wherein 2≤J≤6, 6≤K≤12 and 2≤L≤4; inlets and outlets of the evaporator, the vacuum crystallization kettle and the centrifuge in different groups are sequentially connected in series with one another through a pipeline and a valve respectively, inlets and outlets of the evaporators in J groups are connected in parallel with each other through a pipeline respectively, inlets and outlets of the vacuum crystallization kettles in K groups are connected in parallel with each other through a pipeline respectively, inlets and outlets of the centrifuges in L groups are connected in parallel with each other through a pipeline respectively, the inlet of each evaporator in J groups is in communication with a main pipeline holding the xylitol exchange liquid to be treated through a pipeline and a valve respectively, and the outlet of each centrifuge in L groups is in communication with the xylitol tank, the cleaning liquid tank and the recycling tank through a pipeline and a valve respectively; the xylitol tank is used to collect the prepared xylitol crystal, the cleaning liquid tank is used to collect cleaning liquid from cleaning the evaporators, the vacuum crystallization kettles and the centrifuges respectively, and the recycling tank is used to collect the xylitol paste that is not converted into the xylitol crystal during centrifugation; by controlling on and off of each valve, the xylitol exchange liquid is switched and controlled between a series-connection working mode and a parallel-connection working mode in the multiple distribution system.
A chewing gum base comprising one or more cross-linked hydrocolloids and one or more coupling agents, wherein the one or more coupling agents is selected from the group consisting of diacetyl tartaric acid esters of monoglycerides (DATEM), citric acid esters of monoglycerides, succinylated monoglyceride, hydroxy-terminated butadiene, hydroxystearic acid-polyethylene glycol copolymer, acrylic acid-long chain alkyl acrylate copolymer, styrene-isoprene-styrene, styrene-butadiene-styrene, ethylene-propylene-ethylene, and ethylene-vinyl acetate-ethylene block copolymers
Superconducting coil device comprising a coil winding consisting of a plurality of turns (W i ) comprising at least one superconducting tape conductor , which has a strip-shaped substrate tape and a superconducting layer arranged on the substrate tape , wherein the coil winding is subdivided into a plurality of segments (S i ), neighboring turns (W i , W i+1 ) within each segment (S i ) being encapsulated together or adhesively bonded to one another, and, in the intermediate region between two neighboring segments (S i , S i+1 ), neighboring turns (W i-1 , W i ) being at most weakly connected or adhesively bonded to one another at least in a subregion , wherein the coil winding is configured either as a racetrack coil or a rectangular coil, wherein a plurality of subregions having at most a weak connection of the neighboring turns (W i-1 , W i ) of neighboring segments (S i , S i+1 ) lie within the curved regions of the racetrack or rectangular coil, or as an approximately cylindrical winding in which the segments (S i ) are configured as radial segments (S i ) and which is formed from straight regions and curved regions alternating with one another, the subregions having at most a weak connection of the neighboring turns (W i-1 , W i ) of neighboring radial segments (S i ) lying in the region of the curved regions .
A method of connecting a connection wire to a vibratable element, the method comprising: preparing a vibratable element body; preparing an adhesive , the adhesive including a thermosetting component, a thermoplastic component, and an organic solvent; preparing a connection wire , the connection wire including an adherend portion ; applying the adhesive to at least one of the adherend portion of the connection wire or a portion of the vibratable element body, and subsequently affixing the adherend portion of the connection wire to the portion of the vibratable element body; drying the adhesive to bond the adherend portion of the connection wire to the portion of the vibratable element body; and heating the adhesive after the drying of the adhesive , and thereby reactivating the adhesive and progressing cross-linking reaction of the thermosetting component of the adhesive . preparing a vibratable element body; preparing an adhesive , the adhesive including a thermosetting component, a thermoplastic component, and an organic solvent; preparing a connection wire , the connection wire including an adherend portion ; applying the adhesive to at least one of the adherend portion of the connection wire or a portion of the vibratable element body, and subsequently affixing the adherend portion of the connection wire to the portion of the vibratable element body; drying the adhesive to bond the adherend portion of the connection wire to the portion of the vibratable element body; and heating the adhesive after the drying of the adhesive , and thereby reactivating the adhesive and progressing cross-linking reaction of the thermosetting component of the adhesive .
A method comprising the steps of: applying heat to a substrate by a heater , wherein the heater is mounted forward of a compaction roller of a composite laying head of a composite layup machine ; using one or more infrared cameras , mounted aft of the compaction roller and directed at the compaction roller , to obtain one or more infrared images of the compaction roller during laying down of one or more composite tows of a composite layup onto the substrate by the compaction roller ; identifying , based on the one or more infrared images , one or more temperature profiles of the compaction roller , to obtain one or more identified temperature profiles ; and analyzing the one or more identified temperature profiles , to determine a layup quality of the composite layup and/or a heat history of the composite layup . applying heat to a substrate by a heater , wherein the heater is mounted forward of a compaction roller of a composite laying head of a composite layup machine ; using one or more infrared cameras , mounted aft of the compaction roller and directed at the compaction roller , to obtain one or more infrared images of the compaction roller during laying down of one or more composite tows of a composite layup onto the substrate by the compaction roller ; identifying , based on the one or more infrared images , one or more temperature profiles of the compaction roller , to obtain one or more identified temperature profiles ; and analyzing the one or more identified temperature profiles , to determine a layup quality of the composite layup and/or a heat history of the composite layup .