mhurhangee/patent-ind-claim-en huggingface dataset:
A storage system , comprising: non-volatile media ; volatile media ; one or more backup power sources communicatively coupled to the non-volatile media and the volatile media ; and logic communicatively coupled to the non-volatile media , the volatile media , and the one or more backup power sources to: determine a persistent region and a non-persistent region of the volatile media based on an amount of power available from the one or more backup power sources , select a portion of metadata to store in the persistent region of the volatile media based on metadata priority information, wherein the metadata is associated with data stored in the non-volatile media , and wherein metadata of a type expected to have a smaller size is prioritized over metadata of a type expected to have a bigger size to be selected, wherein the metadata is updatable, store the selected portion of metadata in the persistent region of the volatile media , which is to be backed up to the non-volatile media based on an indication of a power loss, and periodically backup only the non-persistent region of the volatile media to the non-volatile media . non-volatile media ; volatile media ; one or more backup power sources communicatively coupled to the non-volatile media and the volatile media ; and logic communicatively coupled to the non-volatile media , the volatile media , and the one or more backup power sources to: determine a persistent region and a non-persistent region of the volatile media based on an amount of power available from the one or more backup power sources , select a portion of metadata to store in the persistent region of the volatile media based on metadata priority information, wherein the metadata is associated with data stored in the non-volatile media , and wherein metadata of a type expected to have a smaller size is prioritized over metadata of a type expected to have a bigger size to be selected, wherein the metadata is updatable, store the selected portion of metadata in the persistent region of the volatile media , which is to be backed up to the non-volatile media based on an indication of a power loss, and periodically backup only the non-persistent region of the volatile media to the non-volatile media . determine a persistent region and a non-persistent region of the volatile media based on an amount of power available from the one or more backup power sources , select a portion of metadata to store in the persistent region of the volatile media based on metadata priority information, wherein the metadata is associated with data stored in the non-volatile media , and wherein metadata of a type expected to have a smaller size is prioritized over metadata of a type expected to have a bigger size to be selected, wherein the metadata is updatable, store the selected portion of metadata in the persistent region of the volatile media , which is to be backed up to the non-volatile media based on an indication of a power loss, and periodically backup only the non-persistent region of the volatile media to the non-volatile media .
A manufacturing method for a towel product, comprising: a forming towel cloth step for forming a towel cloth, wherein: said towel cloth is formed from a warp, a weft and a pile, a warp density of said towel cloth is 10.6 to 13.4 ends/centimeter (27 to 34 ends/inch), and a weft density of said towel cloth is 17.7 to 23.6 ends/centimeter (45 to 60 ends/inch), a pile ratio, which is defined as the length of a pile yarn per length of a warp yarn, is 3.8 to 7.0, a number of picks regarding a configuration of 1 repeat is 4 to 6, where the configuration of 1 repeat is repeated, and a yarn of said pile (P1,P2) has a pile forming section and a ground woven fabric section; and a forming snarl step for processing said towel cloth to form 3 to 6 snarls in the pile forming section in said pile. a forming towel cloth step for forming a towel cloth, wherein: said towel cloth is formed from a warp, a weft and a pile, a warp density of said towel cloth is 10.6 to 13.4 ends/centimeter (27 to 34 ends/inch), and a weft density of said towel cloth is 17.7 to 23.6 ends/centimeter (45 to 60 ends/inch), a pile ratio, which is defined as the length of a pile yarn per length of a warp yarn, is 3.8 to 7.0, a number of picks regarding a configuration of 1 repeat is 4 to 6, where the configuration of 1 repeat is repeated, and a yarn of said pile (P1,P2) has a pile forming section and a ground woven fabric section; and said towel cloth is formed from a warp, a weft and a pile, a warp density of said towel cloth is 10.6 to 13.4 ends/centimeter (27 to 34 ends/inch), and a weft density of said towel cloth is 17.7 to 23.6 ends/centimeter (45 to 60 ends/inch), a pile ratio, which is defined as the length of a pile yarn per length of a warp yarn, is 3.8 to 7.0, a number of picks regarding a configuration of 1 repeat is 4 to 6, where the configuration of 1 repeat is repeated, and a yarn of said pile (P1,P2) has a pile forming section and a ground woven fabric section; and a forming snarl step for processing said towel cloth to form 3 to 6 snarls in the pile forming section in said pile.
A method for a communication device of off-loading one or more location services, the communication device including a wireless communication chipset and one or more primary processors configured to execute an operating system , the method comprising: receiving , in the wireless communication chipset of the communication device, a virtual boundary condition to off-load the one or more location services from the operating system, the virtual boundary condition specifying at least one threshold distance between the communication device and one or more wireless communication devices; transitioning the one or more primary processors to a low power mode from a higher power mode, responsive to the receiving operation; measuring , in the wireless communication chipset of the communication device, one or more distances between the communication device and the one or more wireless communication devices using a wireless communication distance measuring protocol; determining , in the wireless communication chipset of the communication device, that the virtual boundary condition has been satisfied by the one or more measured distances; notifying the operating system that the virtual boundary condition has been satisfied by the one or more measured distances; and transitioning the one or more primary processors from the low power mode to the higher power mode, responsive to the notifying operation. receiving , in the wireless communication chipset of the communication device, a virtual boundary condition to off-load the one or more location services from the operating system, the virtual boundary condition specifying at least one threshold distance between the communication device and one or more wireless communication devices; transitioning the one or more primary processors to a low power mode from a higher power mode, responsive to the receiving operation; measuring , in the wireless communication chipset of the communication device, one or more distances between the communication device and the one or more wireless communication devices using a wireless communication distance measuring protocol; determining , in the wireless communication chipset of the communication device, that the virtual boundary condition has been satisfied by the one or more measured distances; notifying the operating system that the virtual boundary condition has been satisfied by the one or more measured distances; and transitioning the one or more primary processors from the low power mode to the higher power mode, responsive to the notifying operation.
An autoinjector comprising a body that is adapted to receive a reservoir containing fluid and including a piston (P) and a needle, such as a pre-filled syringe, said body comprising a distal portion axially opposite from said needle, a middle portion, and a proximal portion on the needle side, said middle portion of said body including at least one middle window showing, before use, 100% of the fluid contained in said reservoir, and showing, after injection, said piston (P), said at least one middle window having an external shape in the shape of an arrow that points towards the proximal portion of said body , the proximal portion of said at least one middle window including a triangular end portion, forming the point of the arrow, the base of said triangular end portion, remote from said point, forming the widest portion of said middle window , so as to emphasize the arrow shape of the proximal portion of the middle window , characterized in that first anti rolling means are formed by at least one radically projecting edge of said at least one middle window , said middle portion of said body including two diametrically opposite middle windows , each including said first anti rolling means .
Frame monitoring device for a window or a door, comprising - a mounting base , - an electronics unit which has a one-piece or multi-piece switching mechanism and/or is connected to the latter, - a catch piece arranged or formed on the mounting base , - wherein the catch piece has at least one run-in region , characterized in that - the frame monitoring device comprises functional electronics which are provided with an antenna unit that is arranged next to the mounting base and at a distance therefrom, so that the antenna unit can be mounted at a distance from the rest of the frame monitoring device on a window or a door. - a mounting base , - an electronics unit which has a one-piece or multi-piece switching mechanism and/or is connected to the latter, - a catch piece arranged or formed on the mounting base , - wherein the catch piece has at least one run-in region , characterized in that - the frame monitoring device comprises functional electronics which are provided with an antenna unit that is arranged next to the mounting base and at a distance therefrom, so that the antenna unit can be mounted at a distance from the rest of the frame monitoring device on a window or a door.
A method for performing a vehicle-to-everything, V2X, operation by a user equipment, UE , under a ProSe mode where the UE determines a resource to be used to transmit V2X data in a wireless communication system, the method comprising: receiving a control signal through a physical sidelink control channel, PSCCH, informing resources to be used for a first V2X data transmission of another UE; measuring energy in the resources informed by the control signal; and transmitting second V2X data using a remaining resource excluding a candidate resource whose the measured energy is higher than a threshold from candidate resources for the second V2X data transmission. receiving a control signal through a physical sidelink control channel, PSCCH, informing resources to be used for a first V2X data transmission of another UE; measuring energy in the resources informed by the control signal; and transmitting second V2X data using a remaining resource excluding a candidate resource whose the measured energy is higher than a threshold from candidate resources for the second V2X data transmission.
A refrigerator comprising: a main body having a storage space; a door that is connected to the main body to selectively shield the storage space; a water supply container disposed in the storage space in a state where the door shields the storage space; an ice-maker disposed in a predetermined position of the storage space above the water supply container in a state where the door shields the storage space; a dispenser that is provided to a predetermined position of the door above the water supply container , to receive water or ice; a water supply passage extending from the water supply container to the ice-maker and the dispenser ; a pump that is provided on the water supply passage to forcedly direct the water stored in the water supplying container to the ice-maker or the dispenser ; and a valve that is provided on a predetermined position of the water supply passage near an outlet side of the pump to selectively supply the water to the ice-maker or the dispenser , wherein the pump is located at a height lower than the water supply container , and the valve is located at a height identical to or higher than the pump , and the pump and the valve are coupled to each other by a mounting member and the mounting member is fixedly mounted in the machine room of the refrigerator. a main body having a storage space; a door that is connected to the main body to selectively shield the storage space; a water supply container disposed in the storage space in a state where the door shields the storage space; an ice-maker disposed in a predetermined position of the storage space above the water supply container in a state where the door shields the storage space; a dispenser that is provided to a predetermined position of the door above the water supply container , to receive water or ice; a water supply passage extending from the water supply container to the ice-maker and the dispenser ; a pump that is provided on the water supply passage to forcedly direct the water stored in the water supplying container to the ice-maker or the dispenser ; and a valve that is provided on a predetermined position of the water supply passage near an outlet side of the pump to selectively supply the water to the ice-maker or the dispenser , wherein the pump is located at a height lower than the water supply container , and the valve is located at a height identical to or higher than the pump , and the pump and the valve are coupled to each other by a mounting member and the mounting member is fixedly mounted in the machine room of the refrigerator.
A method of blowing and filling a container from a preform, the method comprising: - placing a preform within a mould , the preform assuming the shape of a cylindrical tube closed at its bottom end and open at its opposite end; - stretching the preform , - injecting a liquid into the preform after the stretching has started so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container , - capping the blown and filled container, characterized in that the capping is performed within a predetermined period of time after said blown and filled container is obtained so as to build up a pressure lying between 0.3 and 1.5 bar inside the capped container, in order for the capped container to better withstand external forces and loads, the capping being performed between 1 second and 2 minutes after obtaining the blown and filled container, whereby the rise in inner pressure is caused by shrinkage of the capped container. - placing a preform within a mould , the preform assuming the shape of a cylindrical tube closed at its bottom end and open at its opposite end; - stretching the preform , - injecting a liquid into the preform after the stretching has started so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container , - capping the blown and filled container,
A method of isomerisation of X (xanthohumol) into IX (isoxanthohumol), the method comprising the step of incubating dry spent hop material containing polyphenols, without further extractions on the spent hop material or without addition of solvents to the spent hop material, under inert conditions at a temperature of between 20 and 100 °C, until a product is obtained with a ratio of IX (w/w%) / X (xanthohumol) (w/w%) which is above 0,035.
A solenoid actuator , comprising: a ferromagnetic core body having a fixed height gap extending about an axis; a winding supported by the core body ; and a ferromagnetic plunger body translatable within the core body along the axis and defining a variable height gap between the plunger and core bodies , wherein the plunger body axially overlaps the fixed height gap and the variable height gap over a movement envelope of the plunger body, characterized in that flux bypasses extending through the fixed and variable height gaps cooperate to correct the attraction force between the plunger and core bodies, said attraction force increasing as the height of the variable height gap increases. a ferromagnetic core body having a fixed height gap extending about an axis; a winding supported by the core body ; and a ferromagnetic plunger body translatable within the core body along the axis and defining a variable height gap between the plunger and core bodies , wherein the plunger body axially overlaps the fixed height gap and the variable height gap over a movement envelope of the plunger body, characterized in that flux bypasses extending through the fixed and variable height gaps cooperate to correct the attraction force between the plunger and core bodies, said attraction force increasing as the height of the variable height gap increases.
A preparation method of a boron trifluoride dimethyl sulfide complex, comprising the following step: conducting gas-phase complex reaction between dimethyl sulfide and boron trifluoride at 45°C to 85°C to obtain a boron trifluoride dimethyl sulfide complex.
End for a container, the end comprising: (a) a central panel , that defines an x-y-plane, a z-direction being perpendicular to the x-y-plane; (b) a tab attached to the end , wherein the tab comprises a front portion and a rear portion , and wherein the tab extends (sT) in a positive z-direction; (c) at least one stabilizing bead , that is shaped in the end and wherein the bead extends in the positive z-direction; (d) a depression , that is formed in the end and wherein the depression extends (sFH) in a negative z-direction, the depression being shaped and positioned to allow a human finger to reach at least in part below the rear portion of the tab ; (e) wherein the tab , the bead and the depression are shaped and positioned such that the end as a first end is configured to be stacked with a second end , wherein the x-y-planes of the central panels of the first end and second end are parallel ±2.0 ° when being stacked, and wherein the first end (200a,) and the second end are same ends ; characterized in that (f) the end comprises a second bead , extending in the negative z-direction and being at least partially surrounded by the stabilizing bead . (a) a central panel , that defines an x-y-plane, a z-direction being perpendicular to the x-y-plane; (b) a tab attached to the end , wherein the tab comprises a front portion and a rear portion , and wherein the tab extends (sT) in a positive z-direction; (c) at least one stabilizing bead , that is shaped in the end and wherein the bead extends in the positive z-direction; (d) a depression , that is formed in the end and wherein the depression extends (sFH) in a negative z-direction, the depression being shaped and positioned to allow a human finger to reach at least in part below the rear portion of the tab ; (e) wherein the tab , the bead and the depression are shaped and positioned such that the end as a first end is configured to be stacked with a second end , wherein the x-y-planes of the central panels of the first end and second end are parallel ±2.0 ° when being stacked, and wherein the first end (200a,) and the second end are same ends ; characterized in that (f) the end comprises a second bead , extending in the negative z-direction and being at least partially surrounded by the stabilizing bead .
Device for controlling a timepiece mechanism comprising a control wheel comprising a control cam arranged to be able to be actuated in order to pivot into several predefined angular positions in order to move, each time it is actuated, said timepiece mechanism alternately from a first position to a second position, a first control member , and a main control which is pivotably mounted and can be actuated by said first control member , said control device comprising a secondary control which is pivotably mounted and is connected to the main control by a resilient member , a second control member , and a mechanism for rotationally locking said secondary control with the main control and arranged to be able to be controlled by the main control and by said second control member , and wherein the control wheel comprises a first drive wheel joined together with the control cam and arranged to be actuated by the secondary control and a second drive wheel arranged to be actuated by the main control , said second drive wheel being connected to said first drive wheel by a resilient coupling element arranged to connect the second drive wheel to the first drive wheel for conjoint rotation when only the second drive wheel is actuated, the locking mechanism and the secondary control being arranged to assume a locked state in which the resilient member is wound and the secondary control is connected to the main control for conjoint rotation therewith allowing, when the main control is actuated, actuation of the control wheel simultaneously by the main and secondary controls, and to be able to move, when the locking mechanism is actuated by the second control member , into an unlocked state in which said secondary control is released from the main control and alone actuates the control wheel , the resilient member unwinding, and to move through a locking position, by actuation of the main control , in which only the main control actuates the control wheel via the resilient coupling element , said main control being arranged to re-wind the resilient member and cooperate with the mechanism for locking the secondary control to return to the locked state.
A C-C chemokine receptor 3 (CCR3) peptide analog comprising the amino acid sequence Xaa 1 -Leu-Phe-Leu-Xaa 2 -Thr-Xaa 3 -Xaa 4 -Phe-Trp-Ile-His-Tyr (SEQ ID NO:15), wherein Xaa 1 denotes Val or Leu, Xaa 2 denotes Phe or Val, Xaa 3 denotes Leu or Val, and Xaa 4 denotes Pro or Val, and said amino acid sequence comprises two or more modifications selected from the group consisting of lipidation, carboxylation, glycosylation, sulfonation, amidation, PEGylation, myristoylation, biotinylation, disulfide formation, and addition of charged amino acid residues; wherein the peptide analog comprises the amino acid sequence LLFLVTLPFWIHYVRGHNWVFGHDDD (SEQ ID NO:20) or LLFLVTLPFWIHYVRGHNWVFGHDDD-PEG 27 -NH 2 (SEQ ID NO:21) or is the amino acid sequence LLFLVTLPFWIHYVRGHNWVFGH (SEQ ID NO:18).
A charger for an electronic cigarette, comprising a housing, a control panel arranged inside the housing, a power supply hole arranged on the housing, and a plurality of charging assemblies arranged on the housing, the power supply hole and the plurality of charging assemblies both being configured to be in electrical connection with the control panel , wherein the charging assembly further comprises a light guide ring , and the light guide ring is configured to guide out light inside the housing; characterized in that : the light guide ring has two side wings disposed thereon, the side wing defines a through hole thereon, the charging assembly further comprises a first bolt , and the first bolt is capable of passing through the through hole to fix the light guide ring on the housing.