mhurhangee/patent-ind-claim-en huggingface dataset:
Storage compartment of a galley for storing rollable containers in a vehicle, comprising a stowage and removal system with at least one transfer plate and at least one container positionable on the transfer plate with a rear container wall , characterised by : - a rail system in the bottom area of the receiving space , - a transfer plate movable on the rail system in the floor region of the receiving space and occupying a storage position and a removal position for the container , - the storage position of the container with its rear container wall being provided in the region of the rear wall of the receiving space and the removal position being provided in the region of an insertion opening for inserting and removing a container equipped with transport rollers into the receiving space , arranged opposite the rear wall , - the rail system has guide rails which are arranged on the floor of the receiving space in the direction of movement of the transfer plate and run from the insertion opening into the region of the rear wall , as well as - moving bodies engaging in the guide rails are arranged on the transfer plate . - a rail system in the bottom area of the receiving space , - a transfer plate movable on the rail system in the floor region of the receiving space and occupying a storage position and a removal position for the container , - the storage position of the container with its rear container wall being provided in the region of the rear wall of the receiving space and the removal position being provided in the region of an insertion opening for inserting and removing a container equipped with transport rollers into the receiving space , arranged opposite the rear wall , - the rail system has guide rails which are arranged on the floor of the receiving space in the direction of movement of the transfer plate and run from the insertion opening into the region of the rear wall , as well as - moving bodies engaging in the guide rails are arranged on the transfer plate .
A hydroxypropyl methyl cellulose acetate phthalate wherein the degree of substitution of phthalyl groups is from 0.02 to 0.25, the degree of neutralization of phthalyl groups is not more than 0.5, wherein the degree of neutralization = [-C(O)-C 6 H 4 -COO - ] / [-C(O)-C 6 H 4 -COO - + -C(O)-C 6 H 4 -COOH], and the degree of substitution of acetyl groups is from 0.07 to 0.25.
A method for operating a wireless device of a wireless communication network, the wireless device being capable of full-duplex, FD, communication on one or more FD carriers, the method comprising: - determining a power headroom report indicating a transmission power available to the wireless device for FD communication on the one or more FD carriers, wherein FD communication on a carrier comprises simultaneous transmission and reception on the carrier; - providing the determined power headroom report to the wireless communication network; characterized in that the power headroom report comprises a request indicating a preference for FD communication on the one or more FD carriers, wherein the power headroom report is provided to the wireless communication network provided that the transmission power available to the wireless device for FD communication reaches a threshold, said threshold being a positive number greater than zero. - determining a power headroom report indicating a transmission power available to the wireless device for FD communication on the one or more FD carriers, wherein FD communication on a carrier comprises simultaneous transmission and reception on the carrier; - providing the determined power headroom report to the wireless communication network; characterized in that the power headroom report comprises a request indicating a preference for FD communication on the one or more FD carriers,
A glass film ribbon manufacturing method, comprising: cleaving a glass film ribbon (G) by a cleaving unit , which is arranged on a conveyance path of a transverse conveyance unit , along a preset cleaving line (A) defining a boundary line between an unnecessary portion (G1) on at least one end side in a width direction of the glass film ribbon (G) and an effective portion (G2) on a center side in the width direction of the glass film ribbon (G) while conveying the glass film ribbon (G) in a transverse direction by the transverse conveyance unit , the thickness of the effective portion (G2) of the glass film ribbon (G) being 300 μm or less, wherein, after the cleaving the glass film ribbon (G) by the cleaving unit , when the unnecessary portion (G1) is supported by an unnecessary portion supporting part having a gap in the width direction from the effective portion (G2), the unnecessary portion supporting part supports a position closer to the outer side in the width direction of the unnecessary portion (G1), and an end portion (G1a) on the cleaving side of the unnecessary portion (G1) hangs down due to the own weight thereof with protruding to the gap from the unnecessary portion supporting part , and the cleaving end surface (G1a) of the unnecessary portion (G1) is separated from the cleaving end surface (G2a) of the effective portion (G2) in a vertical direction. cleaving a glass film ribbon (G) by a cleaving unit , which is arranged on a conveyance path of a transverse conveyance unit , along a preset cleaving line (A) defining a boundary line between an unnecessary portion (G1) on at least one end side in a width direction of the glass film ribbon (G) and an effective portion (G2) on a center side in the width direction of the glass film ribbon (G) while conveying the glass film ribbon (G) in a transverse direction by the transverse conveyance unit , the thickness of the effective portion (G2) of the glass film ribbon (G) being 300 μm or less, wherein, after the cleaving the glass film ribbon (G) by the cleaving unit , when the unnecessary portion (G1) is supported by an unnecessary portion supporting part having a gap in the width direction from the effective portion (G2), the unnecessary portion supporting part supports a position closer to the outer side in the width direction of the unnecessary portion (G1), and an end portion (G1a) on the cleaving side of the unnecessary portion (G1) hangs down due to the own weight thereof with protruding to the gap from the unnecessary portion supporting part , and the cleaving end surface (G1a) of the unnecessary portion (G1) is separated from the cleaving end surface (G2a) of the effective portion (G2) in a vertical direction.
A method for periodic synchronous access contention in unlicensed spectrum comprising at least a shared communication channel, the method performed by a base station and comprising: obtaining a synchronization boundary configuration for the shared communication channel, wherein the synchronization boundary configuration defines the start of a synchronous contention window in which two or more base stations of one or more radio access technologies contend for access to the shared communication channel, the synchronization boundary configuration also defining a periodicity of the synchronous contention window ; identifying a next synchronous contention window according to the synchronization boundary configuration using absolute system timing reference; restarting channel access using a synchronous contention procedure at the next synchronous contention window ; securing a channel occupancy time, COT, after successful contention at the synchronous contention window ; and conducting transmissions within the COT. obtaining a synchronization boundary configuration for the shared communication channel, wherein the synchronization boundary configuration defines the start of a synchronous contention window in which two or more base stations of one or more radio access technologies contend for access to the shared communication channel, the synchronization boundary configuration also defining a periodicity of the synchronous contention window ; identifying a next synchronous contention window according to the synchronization boundary configuration using absolute system timing reference; restarting channel access using a synchronous contention procedure at the next synchronous contention window ; securing a channel occupancy time, COT, after successful contention at the synchronous contention window ; and conducting transmissions within the COT.
A master battery pack for a power tool, adapted to be connected to an external secondary battery pack , the master battery pack comprising: a case ; a battery cell located in the case; a first connector on the case having a first mechanical structure for removably attaching and securing the master battery pack to an external power tool or an external charger, the first connector electrically connected to the battery cell; the first connector comprising a first positive terminal and a first negative terminal ; and a second connector on the case, the second connector electrically connected to the battery cell; the second connector comprising a second positive terminal and a second negative terminal ; wherein the second connector further comprises a communication terminal that allows the master battery pack to exchange information with the secondary battery pack wherein the case further comprises a second mechanical structure for removably attaching and securing the secondary battery pack to the master battery pack. a case ; a battery cell located in the case; a first connector on the case having a first mechanical structure for removably attaching and securing the master battery pack to an external power tool or an external charger, the first connector electrically connected to the battery cell; the first connector comprising a first positive terminal and a first negative terminal ; and a second connector on the case, the second connector electrically connected to the battery cell; the second connector comprising a second positive terminal and a second negative terminal ; wherein the second connector further comprises a communication terminal that allows the master battery pack to exchange information with the secondary battery pack wherein the case further comprises a second mechanical structure for removably attaching and securing the secondary battery pack to the master battery pack.
An intervention method for acting on the wall of a fluid pipeline by using a tool comprising a pipe segment and at least first means for creating sealing and second means for creating sealing, the method comprising a step of moving the tool inside the pipeline until the pipe segment is positioned facing a zone of the wall of said pipeline, the method comprising a step of creating sealing upstream and downstream from said zone respectively by using the first and second means for creating sealing so as to seal off an outer portion of a segment of the pipeline around said zone , followed by a step of acting on said zone of the wall, and at least the first or the second means for creating sealing are in two portions so as to define a sealing lock between the two portions of said first or second means for creating sealing, characterized in that the fluid continues to flow through the pipe segment during the intervention.
Cardiac device for real-time cardiovascular monitoring carried out in anaesthesia and intensive care characterized in that the device comprises a memory arranged for receiving haemodynamic data, and a calculator arranged for applying a cardiovascular model comprising a cardiac model and an arterial and venous blood circulation model based on the data received in the memory , and for deriving therefrom at least one cardiac activity indicator (CI), characterized in that the calculator is arranged for computing the at least one cardiac activity indicator (CI), by applying a cardiovascular model to compute an arterial pressure value and a cardiac output value that are theoretical, and by applying at least one correction function based on the difference between the arterial pressure value and a cardiac output value that are theoretical and haemodynamic data received in the memory , the calculator applying at least one Kalman filter or a combination of a Kalman filter with a Luenberger observer in said at least one correction function.
A water soluble cannabinoid composition comprising: a purified cannabinoid mixture; at least one carrier oil; and at least one water soluble agent chosen from a complex carbohydrate, a polyol, a polysaccharide, an oligosaccharide, or a combination thereof; wherein the composition is soluble in water at a temperature less than or equal to about 20°C, the composition being in the form of agglomerated particles. a purified cannabinoid mixture; at least one carrier oil; and at least one water soluble agent chosen from a complex carbohydrate, a polyol, a polysaccharide, an oligosaccharide, or a combination thereof; wherein the composition is soluble in water at a temperature less than or equal to about 20°C, the composition being in the form of agglomerated particles.
A battery frame for providing structural support for a battery pack for retaining rows of stacked battery cells , the battery frame comprising: - two longitudinal beams and a plurality of crossbeams arranged between and connected to the longitudinal beams ; wherein - the plurality of crossbeams are arranged in parallel to each other and comprises two outer crossbeams and at least one inner crossbeam , wherein the at least one inner crossbeam is arranged between the outer crossbeams ; wherein - a retaining section for retaining one row of stacked battery cells is provided between any neighboring pair of crossbeams so that rows of stacked battery cells and the at least one inner crossbeam are alternately stackable between the two outer crossbeams ; wherein - each of the crossbeams is connected to the two longitudinal beams by a plurality of fasteners extending into a longitudinal direction (L) of the crossbeams through the longitudinal beams and into the crossbeams . - two longitudinal beams and a plurality of crossbeams arranged between and connected to the longitudinal beams ; wherein - the plurality of crossbeams are arranged in parallel to each other and comprises two outer crossbeams and at least one inner crossbeam , wherein the at least one inner crossbeam is arranged between the outer crossbeams ; wherein - a retaining section for retaining one row of stacked battery cells is provided between any neighboring pair of crossbeams so that rows of stacked battery cells and the at least one inner crossbeam are alternately stackable between the two outer crossbeams ; wherein - each of the crossbeams is connected to the two longitudinal beams by a plurality of fasteners extending into a longitudinal direction (L) of the crossbeams through the longitudinal beams and into the crossbeams .
A method for protecting a child inside a vehicle, comprising: receiving image data inside a vehicle (S 110); performing facial detection on the image data to detect passengers in the vehicle (S120); further classifying the detected passengers in the vehicle into children and adults according to the facial detection (S130); characterized by further comprising: performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle (S140); and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving. receiving image data inside a vehicle (S 110); performing facial detection on the image data to detect passengers in the vehicle (S120); further classifying the detected passengers in the vehicle into children and adults according to the facial detection (S130); characterized by further comprising: performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle (S140); and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving. performing a corresponding first protection operation when a result of the classification indicates that there is a child alone in the vehicle (S140); and performing the following second protection operation when the result of the classification indicates that there is a child in the vehicle: activating a child lock upon receiving a signal indicating that a vehicle is coming from behind; and/or activating the child lock during driving.
Apparatus comprising: a catheter ; an upstream pump disposed on the catheter , the upstream pump including a first impeller comprising impeller blades and configured to pump blood by rotating; a downstream pump disposed on the catheter , proximally to the upstream pump , the downstream pump including a second impeller comprising impeller blades and configured to pump blood by rotating; and a control unit configured to control activation of the first and second pumps , the impeller blades of the first and second impellers of the upstream and downstream pumps being configured, when activated, to pump blood in opposite directions from one another or in the same direction as one another; characterized in that the first and second impellers are configured to be rotated either at respective rotation rates, in order to cause the pumping of blood to be performed at respective rates, or alternatively at the same rotation rate, but the impellers are sized, shaped, and/or oriented such that the rate at which blood is pumped by the respective impellers is not equal. a catheter ; an upstream pump disposed on the catheter , the upstream pump including a first impeller comprising impeller blades and configured to pump blood by rotating; a downstream pump disposed on the catheter , proximally to the upstream pump , the downstream pump including a second impeller comprising impeller blades and configured to pump blood by rotating; and a control unit configured to control activation of the first and second pumps , the impeller blades of the first and second impellers of the upstream and downstream pumps being configured, when activated, to pump blood in opposite directions from one another or in the same direction as one another; characterized in that the first and second impellers are configured to be rotated either at respective rotation rates, in order to cause the pumping of blood to be performed at respective rates, or alternatively at the same rotation rate, but the impellers are sized, shaped, and/or oriented such that the rate at which blood is pumped by the respective impellers is not equal.
An optical fiber cable comprising: - a cable jacket , - a plurality of buffer tubes arranged on the inside of the cable jacket , - a plurality of optical fibers arranged on the inside of each buffer tube , and - a fire-retardant material having intrinsic fire-retarding properties, wherein the fire-retardant material is a filling material disposed between the cable jacket and the buffer tubes ; characterized in that the fire-retardant material solely consists of an intumescent material and that the intumescent material is a paint or paste; the intumescent paint or paste having a density of between 1.25 and 1.32 g/m 3 and a pH-value of between 7.5 and 8.2. - a cable jacket , - a plurality of buffer tubes arranged on the inside of the cable jacket , - a plurality of optical fibers arranged on the inside of each buffer tube , and - a fire-retardant material having intrinsic fire-retarding properties,
A compound having the structure: Dexamethasone Carbamate Chloroalkane OR Dasatinib bis-carbamate Dexamethasone Carbamate Chloroalkane OR Dasatinib bis-carbamate
A controlling apparatus for an electric motor , the controlling apparatus comprising: a superposed component generator configured to generate, at a predetermined cycle (T V ), a superposed voltage reference of which vector is shifted by 90 degrees with respect to that of a superposed voltage reference generated at a cycle before the predetermined cycle (T V ), in a coordinate system that is set to a stator of the electric motor ; an inverter configured to output a driving voltage that is based on a driving voltage reference superposed with the superposed voltage reference to the electric motor ; wherein a period of the predetermined cycle (T V ) is sufficiently shorter than a period of a cycle of the driving voltage to an extent that a frequency component of the driving voltage is able to be removed in a current-voltage equation for the electric motor; a current detector configured to detect, every predetermined cycle (T V ), currents flowing into respective phases of the electric motor and output values of the detected currents; and a magnetic pole position estimator configured to detect a magnetic pole position of the electric motor based on a difference between the values of the detected currents at the predetermined cycle (T V ) and the cycle before the predetermined cycle (T V ). a superposed component generator configured to generate, at a predetermined cycle (T V ), a superposed voltage reference of which vector is shifted by 90 degrees with respect to that of a superposed voltage reference generated at a cycle before the predetermined cycle (T V ), in a coordinate system that is set to a stator of the electric motor ; an inverter configured to output a driving voltage that is based on a driving voltage reference superposed with the superposed voltage reference to the electric motor ; wherein a period of the predetermined cycle (T V ) is sufficiently shorter than a period of a cycle of the driving voltage to an extent that a frequency component of the driving voltage is able to be removed in a current-voltage equation for the electric motor; a current detector configured to detect, every predetermined cycle (T V ), currents flowing into respective phases of the electric motor and output values of the detected currents; and a magnetic pole position estimator configured to detect a magnetic pole position of the electric motor based on a difference between the values of the detected currents at the predetermined cycle (T V ) and the cycle before the predetermined cycle (T V ).