mhurhangee/patent-ind-claim-en huggingface dataset:
Roller blind system comprising at least a roller blind , a guide for laterally guiding the roller blind, and a roller blind box in which the roller blind can be rolled up, the guide having two pairs of opposing guide rails , the roller blind being guided in a first pair of guide rails for rolling up and/or rolling down the roller blind , and a balustrade element being arranged in a second pair of guide rails , characterised in that an insect or pollen protective screen and/or a blind is guided in the second pair of guide rails .
A method of processing component carriers , wherein the method comprises: providing a plurality of arrays each comprising a plurality of component carriers ; providing a plurality of separator bodies ; forming an alternating stack of the arrays and the separator bodies so that each adjacent pair of stacked arrays is spaced by a respective separator body ; and carrying out at least one process, in particular at least one back-end process, using the stack ; characterized in that the respective separator body is a separator sheet having a thickness in a range between 30 μm and 100 μm, in particular in a range between 50 μm and 80 μm. providing a plurality of arrays each comprising a plurality of component carriers ; providing a plurality of separator bodies ; forming an alternating stack of the arrays and the separator bodies so that each adjacent pair of stacked arrays is spaced by a respective separator body ; and carrying out at least one process, in particular at least one back-end process, using the stack ; characterized in that the respective separator body is a separator sheet having a thickness in a range between 30 μm and 100 μm, in particular in a range between 50 μm and 80 μm.
A method for operating an application server providing a service to a multipath enabled mobile entity connected to the application server with a first bearer of a first access network of a first mobile communications network, wherein the application server is external to the mobile communications network, the method comprising: - receiving an indication that the mobile entity has an option to use another bearer not belonging to the first mobile communications network for accessing the application server, - transmitting a request message towards a policy control entity of the first mobile communications network requesting the policy control entity to disconnect the first bearer. - receiving an indication that the mobile entity has an option to use another bearer not belonging to the first mobile communications network for accessing the application server, - transmitting a request message towards a policy control entity of the first mobile communications network requesting the policy control entity to disconnect the first bearer.
A method of controlling operation of a pneumatic conveying system having a source for generating (S1), in an active state thereof, material transport pressure in the system, transport piping and multiple material inlet points being provided in each of a number of branches (B1, B2, B3, B4) of the transport piping and communicating with the system through associated discharge valves controlling an emptying operation of associated material inlet points, wherein transport air flow is enabled in said branches by opening (S4) associated air inlet valves/air inlets (AV1-AV3) and wherein material transport conditions of the system are sensed (S3) for each of a number of material inlet points emptying operations, characterized by: - sensing the material transport conditions in each of said number of branches (B1, B2, B3, B4) of the system during inlet point emptying operations by means of pressure and air speed sensors of the system at one or more remote locations with regard to the material inlet points; and - determining (S7), for each of said number of material inlet point emptying operations, a valve open time for the discharge valve of said material inlet points of said branches based on a processing (S5, S6) of sensed pressure and air speed values from said pressure and air speed sensors of the system. - sensing the material transport conditions in each of said number of branches (B1, B2, B3, B4) of the system during inlet point emptying operations by means of pressure and air speed sensors of the system at one or more remote locations with regard to the material inlet points; and - determining (S7), for each of said number of material inlet point emptying operations, a valve open time for the discharge valve of said material inlet points of said branches based on a processing (S5, S6) of sensed pressure and air speed values from said pressure and air speed sensors of the system.
A method of removing at least part of nitrate compounds from solid adipic acid, said method comprising a first step of contacting the adipic acid comprising at least one nitrate compound with a gas and wherein the contacting takes place at a temperature in the range of 85°C to 95°C, and wherein a) the first step is not followed by any further step of contacting the adipic acid with a gas wherein the contacting takes place at a temperature higher than the temperature in the first step, or b)the first step is followed by a second step of contacting the adipic acid with a gas and wherein the contacting takes place at a temperature which is above the temperature in the first step and above 95°C, but below 100°C. a) the first step is not followed by any further step of contacting the adipic acid with a gas wherein the contacting takes place at a temperature higher than the temperature in the first step, or b)the first step is followed by a second step of contacting the adipic acid with a gas and wherein the contacting takes place at a temperature which is above the temperature in the first step and above 95°C, but below 100°C.
Vibration sensing module for mounting on a vibrating machine or structure, including a pump, comprising: a base comprising three mounting points configured to mount the vibration sensing module to the vibrating machine or structure, wherein the three mounting points comprise: a first mounting projection providing a first mounting point; a second mounting projection providing a second mounting point; and a third mounting projection providing a third mounting point, wherein the third mounting projection protrudes out from the base and the third mounting projection comprises a rim surrounding an opening , wherein the opening is formed through a body of the vibration sensing module and the opening is configured to receive a fastener configured to secure the vibration sensing module to the vibrating machine or structure, characterized in that the base of the vibration sensing module is rectangular in shape, and the first and second mounting projections are positioned in separate corners of the base along a same edge of the base , wherein the third mounting projection is positioned in a location on the base of the vibration sensing module so as to form a triangular set of mounting projections on the base of the vibration sensing module . a base comprising three mounting points configured to mount the vibration sensing module to the vibrating machine or structure, wherein the three mounting points comprise: a first mounting projection providing a first mounting point; a second mounting projection providing a second mounting point; and a third mounting projection providing a third mounting point, a first mounting projection providing a first mounting point; a second mounting projection providing a second mounting point; and a third mounting projection providing a third mounting point, wherein the third mounting projection protrudes out from the base and the third mounting projection comprises a rim surrounding an opening , wherein the opening is formed through a body of the vibration sensing module and the opening is configured to receive a fastener configured to secure the vibration sensing module to the vibrating machine or structure, characterized in that the base of the vibration sensing module is rectangular in shape, and the first and second mounting projections are positioned in separate corners of the base along a same edge of the base , wherein the third mounting projection is positioned in a location on the base of the vibration sensing module so as to form a triangular set of mounting projections on the base of the vibration sensing module .
A method performed by a terminal (2h-01, 2i-01) in a wireless communication system, the method comprising: receiving (2h-15, 2i-15), via a radio resource control, RRC, signaling (2e-05, 2e-45) from a base station (2h-03, 2i-03) in the wireless communication system, first information configuring one or more channel state information reference signal, CSI-RS, resources; receiving (2h-20, 2i-20), on a serving cell from the base station (2h-03, 2i-03), a medium access control, MAC, control element, CE, indicating activation or deactivation of the one or more CSI-RS resources of the serving cell for each of channel state information, CSI, processes configured for the serving cell; delivering information on the received MAC CE to a lower layer, for activating (2e25, 2h25, 2i25) a reception of CSI-RS on at least one CSI-RS resource among the one or more CSI-RS resources of the serving cell; and receiving (2h-30, 2i-30) at least one CSI-RS on the at least one CSI-RS resource among the one or more CSI-RS resources based on the information, characterized in that the MAC CE includes one or more CSI-RS commands, each of which corresponds to one of the CSI processes configured for the serving cell (2g-05, 2g-10), the one or more CSI-RS commands are included in the MAC CE in an ascending order of a CSI process ID, and each of the one or more CSI-RS commands includes a plurality of bits, each bit corresponding to one of the one or more CSI-RS resources of the serving cell and indicating an activation/deactivation status for a corresponding CSI-RS resource (2g-15). receiving (2h-15, 2i-15), via a radio resource control, RRC, signaling (2e-05, 2e-45) from a base station (2h-03, 2i-03) in the wireless communication system, first information configuring one or more channel state information reference signal, CSI-RS, resources; receiving (2h-20, 2i-20), on a serving cell from the base station (2h-03, 2i-03), a medium access control, MAC, control element, CE, indicating activation or deactivation of the one or more CSI-RS resources of the serving cell for each of channel state information, CSI, processes configured for the serving cell; delivering information on the received MAC CE to a lower layer, for activating (2e25, 2h25, 2i25) a reception of CSI-RS on at least one CSI-RS resource among the one or more CSI-RS resources of the serving cell; and receiving (2h-30, 2i-30) at least one CSI-RS on the at least one CSI-RS resource among the one or more CSI-RS resources based on the information, characterized in that the MAC CE includes one or more CSI-RS commands, each of which corresponds to one of the CSI processes configured for the serving cell (2g-05, 2g-10), the one or more CSI-RS commands are included in the MAC CE in an ascending order of a CSI process ID, and each of the one or more CSI-RS commands includes a plurality of bits, each bit corresponding to one of the one or more CSI-RS resources of the serving cell and indicating an activation/deactivation status for a corresponding CSI-RS resource (2g-15).
A method for manufacturing a heat exchanger with die-cast elements, the method comprising: - a die-casting step for die-casting at least one element of a heat exchanger by means of at least one die provided by two die parts defining a form in which die-casting occurs, and - a positioning step for positioning at least one contoured duct completely inside said form of said die , performed prior to said die-casting step wherein said at least one contoured duct is provided by a metallic tube , characterized by the step of cooling said metallic tube by means of an internal circulation of a liquid. - a die-casting step for die-casting at least one element of a heat exchanger by means of at least one die provided by two die parts defining a form in which die-casting occurs, and - a positioning step for positioning at least one contoured duct completely inside said form of said die , performed prior to said die-casting step wherein said at least one contoured duct is provided by a metallic tube , characterized by the step of cooling said metallic tube by means of an internal circulation of a liquid.
Generating unit, GU , comprising: an asynchronous machine with a connecting branch for direct grid connection to a power grid ; an energy converter that operates according to a thermodynamic or fluiddynamic process, in particular a thermodynamic cycle process, and thus drives said asynchronous machine for generating electricity, and characterized by an excitation component , where said excitation component is formed from capacitors that are connected to said asynchronous machine . an asynchronous machine with a connecting branch for direct grid connection to a power grid ; an energy converter that operates according to a thermodynamic or fluiddynamic process, in particular a thermodynamic cycle process, and thus drives said asynchronous machine for generating electricity, and characterized by an excitation component , where said excitation component is formed from capacitors that are connected to said asynchronous machine .
An image sensor comprising pixels (Pix), each pixel comprising a photodetector (PH) and a circuit for reading out the quantity of charges collected by the photodetector at the end of a phase (IP) of charge collection by the photodetector, the image sensor further comprising, for at least one of the pixels, a detection circuit (rexel) capable, at least at each of two different times during said phase, of detecting whether the quantity of charges collected at said time by the photodetector of said pixel exceeds a threshold and, in the case where said quantity of charges collected at said time exceeds the threshold, of storing a first signal (OUT_Tint_PIX) representative of said time and of resetting the photodetector, wherein, for each pixel (Pix), the readout circuit comprises at least one first transistor (T G1 ) coupling the photodetector (PH) to a first node (SN) and wherein each pixel (Pix) further comprises a second transistor (T AB ) coupling the photodetector to a second node (SNbis), said second node of at least one of the pixels being coupled to the detection circuit (rexel).
A method for decision making and trajectory generation of an autonomous agent, the method comprising: • receiving a set of inputs (S205), wherein the set of inputs comprises: o a pose of the autonomous agent; o routing information associated with a fixed route assignment of the autonomous agent; and o a labeled map; o static object information; and o dynamic object information; • selecting a first learned model (S212) from a first set of multiple learned models based on the set of inputs; • selecting a second learned model (S214) from a second set of multiple learned models based on an output of the first learned model; • determining a trajectory (S224) for the autonomous agent based on the second learned model; • validating the trajectory (S260) with a set of rules; and • operating the autonomous agent based on the trajectory. • receiving a set of inputs (S205), wherein the set of inputs comprises: o a pose of the autonomous agent; o routing information associated with a fixed route assignment of the autonomous agent; and o a labeled map; o static object information; and o dynamic object information; o a pose of the autonomous agent; o routing information associated with a fixed route assignment of the autonomous agent; and o a labeled map; o static object information; and o dynamic object information; • selecting a first learned model (S212) from a first set of multiple learned models based on the set of inputs; • selecting a second learned model (S214) from a second set of multiple learned models based on an output of the first learned model; • determining a trajectory (S224) for the autonomous agent based on the second learned model; • validating the trajectory (S260) with a set of rules; and • operating the autonomous agent based on the trajectory.
A method for manufacturing a wind turbine blade shell component , comprising: providing a plurality of first pultrusion plates formed of a first fiber material ; providing a plurality of second pultrusion plates formed of a second fiber material ; stacking the first and second pultrusion plates in a hybrid pattern , the stacked hybrid pattern further comprising: a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell ; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap. providing a plurality of first pultrusion plates formed of a first fiber material ; providing a plurality of second pultrusion plates formed of a second fiber material ; stacking the first and second pultrusion plates in a hybrid pattern , the stacked hybrid pattern further comprising: a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell ; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap. a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell ; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap.
A method for controlling a crane of a working machine (10; 44) by using boom tip control, the working machine further including a control system, and controls , and the crane including at least two booms connected to the working machine (10; 44) and to each other in an articulated manner, and a head , the method comprising - moving the at least two booms in relation to the working machine (10; 44) and each other by means of actuators controlled by the control system of the working machine (10; 44), and - controlling the direction and speed of motion of the head of the crane by a driver applying the controls in the working machine (10; 44), the direction and speed of motion of the head being achieved by applying speeds of the at least two booms of the crane , whereby the speeds of the at least two booms of the crane are controlled automatically in the following manner in the respective situation: - limiting the speed of motion of a boom of the crane when the boom comes closer than a predetermined distance to the extreme end of the range of motion of the boom and characterised by increasing the speed of motion of at least one other boom when the position of at least one boom comes closer than a predetermined distance to the extreme end of the range of motion of the at least one boom. - moving the at least two booms in relation to the working machine (10; 44) and each other by means of actuators controlled by the control system of the working machine (10; 44), and - controlling the direction and speed of motion of the head of the crane by a driver applying the controls in the working machine (10; 44), the direction and speed of motion of the head being achieved by applying speeds of the at least two booms of the crane , whereby the speeds of the at least two booms of the crane are controlled automatically in the following manner in the respective situation: - limiting the speed of motion of a boom of the crane when the boom comes closer than a predetermined distance to the extreme end of the range of motion of the boom and characterised by increasing the speed of motion of at least one other boom when the position of at least one boom comes closer than a predetermined distance to the extreme end of the range of motion of the at least one boom. - limiting the speed of motion of a boom of the crane when the boom comes closer than a predetermined distance to the extreme end of the range of motion of the boom and characterised by increasing the speed of motion of at least one other boom when the position of at least one boom comes closer than a predetermined distance to the extreme end of the range of motion of the at least one boom.
A packaging for a product comprising: - a box in turn comprising a bottom and a lateral flank which develops from the bottom ; - a support comprising a housing , at least partial, of the product, said support being located internally of the box ; said support having an external perimeter; said support comprising at least one projection ; the lateral flank comprising at least one housing seating housing said projection , said projection and said housing seating defining positioning means of the support with respect to the box ; said projection involving a part of the external perimeter of the support ; wherein said lateral flank comprises a superposition of layers of cardboard which define a thickness thereof, there being a reduction of the number of layers of cardboard defining a thickness of the lateral flank at said at least one housing seating ; said packaging being characterised in that : said at least one seating involves two consecutive walls of the lateral flank extending with an angular shape. - a box in turn comprising a bottom and a lateral flank which develops from the bottom ; - a support comprising a housing , at least partial, of the product, said support being located internally of the box ; said support having an external perimeter; said support comprising at least one projection ; the lateral flank comprising at least one housing seating housing said projection , said projection and said housing seating defining positioning means of the support with respect to the box ; said projection involving a part of the external perimeter of the support ; wherein said lateral flank comprises a superposition of layers of cardboard which define a thickness thereof, there being a reduction of the number of layers of cardboard defining a thickness of the lateral flank at said at least one housing seating ; said packaging being characterised in that : said at least one seating involves two consecutive walls of the lateral flank extending with an angular shape.