mhurhangee/patent-ind-claim-en huggingface dataset:
A distributed antenna system , the system comprising: a master unit configured to receive a base station downlink radio frequency signal and to transmit a base station uplink radio frequency signal; and at least one remote antenna unit that is communicatively coupled to the master unit using at least one cable , the remote antenna unit configured to radiate a remote downlink radio frequency signal from at least one antenna associated with the remote antenna unit and to receive a remote uplink radio frequency signal from at least one antenna associated with the remote antenna unit ; wherein the master unit comprises: a master unit controller ; and a respective interface to couple the master unit controller to a first operator control panel ; wherein the at least one remote antenna unit comprises: a remote unit controller ; and a respective interface to couple the remote unit controller to a second operator control panel ; wherein the master unit controller and the remote unit controller are configured to synchronize at least some information between the first operator control panel and the second operator control panel over the at least one cable . a master unit configured to receive a base station downlink radio frequency signal and to transmit a base station uplink radio frequency signal; and at least one remote antenna unit that is communicatively coupled to the master unit using at least one cable , the remote antenna unit configured to radiate a remote downlink radio frequency signal from at least one antenna associated with the remote antenna unit and to receive a remote uplink radio frequency signal from at least one antenna associated with the remote antenna unit ; wherein the master unit comprises: a master unit controller ; and a respective interface to couple the master unit controller to a first operator control panel ; wherein the at least one remote antenna unit comprises: a remote unit controller ; and a respective interface to couple the remote unit controller to a second operator control panel ; wherein the master unit controller and the remote unit controller are configured to synchronize at least some information between the first operator control panel and the second operator control panel over the at least one cable . a master unit controller ; and a respective interface to couple the master unit controller to a first operator control panel ; wherein the at least one remote antenna unit comprises: a remote unit controller ; and a respective interface to couple the remote unit controller to a second operator control panel ; wherein the master unit controller and the remote unit controller are configured to synchronize at least some information between the first operator control panel and the second operator control panel over the at least one cable . a remote unit controller ; and a respective interface to couple the remote unit controller to a second operator control panel ; wherein the master unit controller and the remote unit controller are configured to synchronize at least some information between the first operator control panel and the second operator control panel over the at least one cable .
A chroman derivative that is a compound represented by the following Formula (Ia): wherein, in Formula (Ia), each of Y 1 and Y 2 independently represents a hydrogen atom, a hydroxy group, an alkoxy group, an aryloxy group, or a halogen atom; each of R 1 and R 2 independently represents a hydrogen atom, an alkyl group, an aryl group, an acyl group, an alkoxycarbonyl group, an aryloxycarbonyl group, or a carbamoyl group.
An architectural wall system, comprising: a wall having a first side and a second side opposite the first side; and an adjustment mechanism attached between a first end of the wall and a permanent structure that allows the wall to be selectively adjusted in position relative to the permanent structure such that a vertical positioning of the wall is achieved, the adjustment mechanism comprising: a first rotatable member positioned on the first side of the wall , the first rotatable member including a first support portion ; and a second rotatable member positioned on the second side of the wall , the second rotatable member including a second support portion , wherein the first support portion and the second support portion pinch the wall therebetween; characterised in that one or more of the first rotatable member or the second rotatable member is configured to be secured at least partially within at least one opening in the permanent structure . a wall having a first side and a second side opposite the first side; and an adjustment mechanism attached between a first end of the wall and a permanent structure that allows the wall to be selectively adjusted in position relative to the permanent structure such that a vertical positioning of the wall is achieved, the adjustment mechanism comprising: a first rotatable member positioned on the first side of the wall , the first rotatable member including a first support portion ; and a second rotatable member positioned on the second side of the wall , the second rotatable member including a second support portion , a first rotatable member positioned on the first side of the wall , the first rotatable member including a first support portion ; and a second rotatable member positioned on the second side of the wall , the second rotatable member including a second support portion , wherein the first support portion and the second support portion pinch the wall therebetween; characterised in that one or more of the first rotatable member or the second rotatable member is configured to be secured at least partially within at least one opening in the permanent structure .
Method for operating a robot control system comprising a machine learning system , wherein the machine learning system is designed to take a map comprising an action space in which a robot can move as a basis for ascertaining a variable that characterizes a movement profile of at least one human being who can move in the action space, comprising: - providing at least one training map comprising a training action space in which the robot can move, - entering in the action space of the training map a variable that characterizes the movement profile of the at least one human being, who can move in the training action space, - teaching the machine learning system in such a way that, on a predefinable detail from the training map, a variable ascertained by the machine learning system that characterizes the movement profile of the at least one human being approaches the entered variable that characterizes the movement profile of the at least one human being on the predefinable detail from the training map. - providing at least one training map comprising a training action space in which the robot can move, - entering in the action space of the training map a variable that characterizes the movement profile of the at least one human being, who can move in the training action space, - teaching the machine learning system in such a way that, on a predefinable detail from the training map, a variable ascertained by the machine learning system that characterizes the movement profile of the at least one human being approaches the entered variable that characterizes the movement profile of the at least one human being on the predefinable detail from the training map.
Turbomachine with an impeller , which is mounted rotatably about an axis of rotation , and a diffuser , which has a plurality of diffuser blades , wherein at least one of the diffuser blades is arranged at a first distance from the axis of rotation , and at least one other of the diffuser blades is arranged at a second distance from the axis of rotation , wherein a predetermined number of the diffuser blades is arranged at the first distance from the axis of rotation , the same number of the diffuser blades is arranged at the second distance from the axis of rotation , and the diffuser blades are arranged in the circumferential direction of the diffuser blade arrangement in an alternating manner at the first distance or the second distance from the axis of rotation , wherein the second distance is at least 10% greater than the first distance , characterized in that all of the diffuser blades are identical.
A method of wireless communication by a user equipment, UE , the method comprising: receiving , from a base station , a beam modification command indicating at least one beam index for communicating through at least one beam on at least one channel and indicating the at least one channel corresponding to the at least one beam, wherein each beam index of the at least one beam index indicates at least one direction for communicating through a corresponding beam of the at least one beam , and wherein the at least one direction for communication indicates that the at least one beam index is applicable to one of uplink communication or downlink communication; and communicating , with the base station , through the at least one beam corresponding to the at least one beam index on the at least one channel. receiving , from a base station , a beam modification command indicating at least one beam index for communicating through at least one beam on at least one channel and indicating the at least one channel corresponding to the at least one beam, wherein each beam index of the at least one beam index indicates at least one direction for communicating through a corresponding beam of the at least one beam , and wherein the at least one direction for communication indicates that the at least one beam index is applicable to one of uplink communication or downlink communication; and communicating , with the base station , through the at least one beam corresponding to the at least one beam index on the at least one channel.
Method of manufacturing a rear axle support of a motor vehicle consisting of a first support part and two further support parts , characterised in that the first support part is bent, punched, embossed and finished in a first manufacturing station and the two further support parts in a second manufacturing station in respectively a single clamping, wherein the first support part and the two further support parts are manufactured alternately.
A light distribution element for a light emitting device, comprising a plurality of first light deflecting portions and a plurality of second light deflecting portions, wherein a pattern formed by the plurality of first light deflecting portions is superposed with a pattern formed by the plurality of second light deflecting portions to form a final display pattern, and wherein the first light deflecting portions are constructed to be a plurality of petal-shaped convexes protruding towards an outside of the light distribution element , and the plurality of petal-shaped convexes extend radially outwardly from a middle of the light distribution element , and the second light deflecting portions are constructed to be a plurality of annular convexes protruding towards the outside of the light distribution element , the plurality of annular convexes have different perimeters, and the annular convex having a larger perimeter is provided outside the annular convex having a smaller perimeter, and wherein the light distribution element has a light entrance side and a light exit side parallel to the light entrance side, and the plurality of first light deflecting portions are formed on the light entrance side of the light distribution element , and the plurality of second light deflecting portions are formed on the light exit side of the light distribution element . and wherein the first light deflecting portions are constructed to be a plurality of petal-shaped convexes protruding towards an outside of the light distribution element , and the plurality of petal-shaped convexes extend radially outwardly from a middle of the light distribution element , and the second light deflecting portions are constructed to be a plurality of annular convexes protruding towards the outside of the light distribution element , the plurality of annular convexes have different perimeters, and the annular convex having a larger perimeter is provided outside the annular convex having a smaller perimeter, and wherein the light distribution element has a light entrance side and a light exit side parallel to the light entrance side, and the plurality of first light deflecting portions are formed on the light entrance side of the light distribution element , and the plurality of second light deflecting portions are formed on the light exit side of the light distribution element .
Supply device for supplying a postal sorting conveyor with postal mail items , said supply device comprising an unstacking head which is designed to put the postal mail items on edge in series on the sorting conveyor, an unstacking plate which extends upstream of the unstacking head and is designed to unstack the postal mail items one by one toward the unstacking head, and a conveyor for supplying postal mail items which is designed to convey the postal mail items on edge in a stack and flat against the unstacking plate, characterized in that the unstacking plate extends only across the width of the supply conveyor between a first plate end and a second plate end opposite the first plate end, said unstacking plate comprising a fixed portion which extends longitudinally on the supply conveyor from the unstacking head to form the first plate end, said fixed portion being designed to move the postal mail items one by one toward the unstacking head, said unstacking plate also comprising a mobile portion which extends the fixed portion longitudinally on the supply conveyor to form the second plate end, said mobile portion being designed to be passive in moving postal mail items toward the unstacking head, and in that said mobile portion is pivotally mounted from the fixed portion between a first position in which the fixed portion and the mobile portion are aligned and a second position in which the fixed portion and the mobile portion are angularly offset.
A pouch type battery case adapted to accommodate an electrode assembly therein which is formed by stacking a positive electrode, a separator, and a negative electrode, the pouch type battery case comprising a pouch film laminate including: a sealant layer formed of a first polymer that is an innermost layer; a surface protection layer formed of a second polymer that is an outermost layer; and a gas barrier layer laminated between the surface protection layer and the sealant layer and formed of an aluminum alloy film having a thickness of 60 um to 100 um and a grain size of 10 um to 13 um, wherein a thickness of the sealant layer is 0.6 times to 1.2 times a thickness of the gas barrier layer , and wherein the grain size is evaluated as follows: a cross-sectional SEM image in the thickness direction of the aluminum alloy film is obtained using a scanning electron microscope, maximum diameters of 30 random grains among grains observed in the SEM image are measured, and an average value thereof is then evaluated as the grain size. a sealant layer formed of a first polymer that is an innermost layer; a surface protection layer formed of a second polymer that is an outermost layer; and a gas barrier layer laminated between the surface protection layer and the sealant layer and formed of an aluminum alloy film having a thickness of 60 um to 100 um and a grain size of 10 um to 13 um, a cross-sectional SEM image in the thickness direction of the aluminum alloy film is obtained using a scanning electron microscope, maximum diameters of 30 random grains among grains observed in the SEM image are measured, and an average value thereof is then evaluated as the grain size.
A hydraulic drive system for an electrically-driven hydraulic work machine including a first hydraulic pump , a plurality of actuators (3a-3h) driven by hydraulic fluid supplied from the first hydraulic pump , a plurality of flow control valves (6a-6h) that control directions and flow rates of the hydraulic fluids to be supplied to the plurality of actuators (3a-3h), a first electric motor that drives the first hydraulic pump , a first power storage device that supplies electric power to the first electric motor , and a first horsepower control device configured to decrease, when a delivery pressure of the first hydraulic pump increases, a delivery flow rate of the first hydraulic pump to control an absorption horsepower of the first hydraulic pump so as not to exceed a first allowable value (q1*limit), characterized in that the hydraulic drive system comprises: a second hydraulic pump ; a common hydraulic fluid supply line in which hydraulic fluids delivered from the first and second hydraulic pumps are merged and are supplied to the plurality of flow control valves (6a-6h); a second electric motor that drives the second hydraulic pump ; a second power storage device that supplies electric power to the second electric motor ; a second horsepower control device configured to decrease, when a delivery pressure of the second hydraulic pump increases, a delivery flow rate of the second hydraulic pump to control an absorption horsepower of the second hydraulic pump so as not to exceed a second allowable value (q2*limit); and a controller including a horsepower distribution control section configured to change at least one of the first and second allowable values (q1*limit, q2*limit) of the first and second horsepower control devices such that a charge state of the first power storage device and a charge state of the second power storage device become equal to each other. a second hydraulic pump ; a common hydraulic fluid supply line in which hydraulic fluids delivered from the first and second hydraulic pumps are merged and are supplied to the plurality of flow control valves (6a-6h); a second electric motor that drives the second hydraulic pump ; a second power storage device that supplies electric power to the second electric motor ; a second horsepower control device configured to decrease, when a delivery pressure of the second hydraulic pump increases, a delivery flow rate of the second hydraulic pump to control an absorption horsepower of the second hydraulic pump so as not to exceed a second allowable value (q2*limit); and a controller including a horsepower distribution control section configured to change at least one of the first and second allowable values (q1*limit, q2*limit) of the first and second horsepower control devices such that a charge state of the first power storage device and a charge state of the second power storage device become equal to each other.
A magnetic pulse inducted transfer-type DC circuit breaker, wherein the DC circuit breaker comprises a main current circuit, a transfer current circuit, and an access port; wherein the main current circuit comprises one or more of a mechanical switch, a power electronic device, and a current limiter which are connected in series or parallel, for continuously bearing current or temporarily conducting current; the transfer current circuit, which is for bearing current transferred from the main current circuit, comprises a first circuit and a second circuit; the first circuit comprises a secondary-side inductor (L1) and an arrestor; the second circuit comprises a primary-side inductor (Lo) and a third circuit (A3) that includes a pre-charging capacitor and an inductor which are connected in series; the primary-side inductor (Lo) and the secondary-side inductor (L1) form a mutual inductor; and the access port is for connecting to an external system; characterized in that the secondary-side inductor (L1) and the arrestor are connected in series, and the second circuit further comprises a first power semiconductor device (B1), a second power semiconductor device (B2), a third power semiconductor device (B3), and a fourth power semiconductor device (B4); the first to fourth power semiconductor devices (B1, B2, B3, B4) and the third circuit (A3) form a bridge circuit that is connected in series with the primary-side inductor (Lo).
An anchoring system for anchoring a protective sheath within the bowel proximal to a region of bowel that requires protection from fecal flow, comprising: a sleeve having an inner surface defining a first lumen ; a first annular sealing mechanism disposed at a proximal end of the sleeve ; a second annular sealing mechanism disposed at a distal end of the sleeve ; a pressure tube in fluid connection with an outer surface of the sleeve ; a sheath in mechanical connection with the sleeve , the sheath forming a second lumen , the second lumen being in fluid connection with the first lumen ; and open-cell foam disposed on the outer surface of the sleeve , wherein application of negative pressure to the pressure tube causes a seal to form between the first and second annular sealing mechanisms and an inner surface of a tissue cavity, and wherein the application of negative pressure to the pressure tube creates a frictional force that resists displacement of the sleeve , and wherein the sheath protects the inner surface of the tissue cavity from fecal flow distal to the sleeve . a sleeve having an inner surface defining a first lumen ; a first annular sealing mechanism disposed at a proximal end of the sleeve ; a second annular sealing mechanism disposed at a distal end of the sleeve ; a pressure tube in fluid connection with an outer surface of the sleeve ; a sheath in mechanical connection with the sleeve , the sheath forming a second lumen , the second lumen being in fluid connection with the first lumen ; and open-cell foam disposed on the outer surface of the sleeve , wherein application of negative pressure to the pressure tube causes a seal to form between the first and second annular sealing mechanisms and an inner surface of a tissue cavity, and