mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a random access associated with a secondary cell, by a terminal, in a mobile communication system using carrier aggregation, CA, the method comprising: receiving, on a primary cell, system information including a random access response, RAR, window size, the RAR window size indicating a duration of a RAR window for receiving a RAR; receiving a maximum number of a preamble transmission value for the random access associated with the secondary cell via a dedicated radio resource control, RRC, message; transmitting, on the secondary cell, a random access preamble for the random access associated with the secondary cell; monitoring, by the terminal, whether a RAR message is received based on the RAR window, retransmitting the preamble and increasing a number of preamble transmissions if the RAR message is not received within the RAR window; and stopping a random access procedure associated with the secondary cell if the RAR is not received even though the number of preamble transmissions reaches the maximum number of the preamble transmission value. receiving, on a primary cell, system information including a random access response, RAR, window size, the RAR window size indicating a duration of a RAR window for receiving a RAR; receiving a maximum number of a preamble transmission value for the random access associated with the secondary cell via a dedicated radio resource control, RRC, message; transmitting, on the secondary cell, a random access preamble for the random access associated with the secondary cell; monitoring, by the terminal, whether a RAR message is received based on the RAR window, retransmitting the preamble and increasing a number of preamble transmissions if the RAR message is not received within the RAR window; and stopping a random access procedure associated with the secondary cell if the RAR is not received even though the number of preamble transmissions reaches the maximum number of the preamble transmission value.
Transparent colorless flaky pigment, consisting of a transparent colorless flaky core particle and of a coating on the core particle, wherein the coating consists of a first and a second separate continuous sublayer, each sublayer being composed of aluminium oxide and/or aluminium oxide hydroxide, the second sublayer being located on top of the first sublayer, where the coating has a density ρ < 3.00 g/cm 3 and where the density of the first sublayer is larger than the density of the second sublayer.
An antagonistic antibody that binds human OX40 and reduces binding of OX40 to OX40 ligand, comprising: a heavy chain comprising a variable domain that comprises the sequence given in SEQ ID NO:9; and a light chain comprising a variable domain that comprises the sequence given in SEQ ID NO:7. a heavy chain comprising a variable domain that comprises the sequence given in SEQ ID NO:9; and a light chain comprising a variable domain that comprises the sequence given in SEQ ID NO:7.
Stator for an electrical machine which is designed as an internal- or external-rotor motor, comprising - an annular stator yoke on which a plurality of radially protruding stator teeth is arranged in the circumferential direction, - coils which are arranged on the stator teeth and have coil connections, - a support element which is arranged adjacent to the coils and forms an annular space which is open on one side, and wherein - the annular space is delimited by a base (56a, b) and side walls (56c, d, e), which protrude from the said base, of the support element, wherein - annular connecting conductors (52a-c) are arranged in the annular space concentrically in relation to one another and electrically insulated from one another, wherein - the support element has separating webs (56f, g) for arranging the connecting conductors (52a-c) in a mutually insulated manner, wherein - the side walls (56c, d) project beyond the separating webs (56f, g), wherein - a connection region is provided inside the annular space, and wherein - the connecting conductors (52a-c) in the connection region are connected to the coil connections in a predetermined manner, characterized in that the coil connections extend out of the coils axially with respect to the stator, and in that recesses which correspond to the coil connections are formed in a wall region of the support element, the coil connections being axially inserted into the connection region of the support element through the said recesses, wherein the wall region of the support element radially covers an exit region of the coil connections out of the coils. - an annular stator yoke on which a plurality of radially protruding stator teeth is arranged in the circumferential direction, - coils which are arranged on the stator teeth and have coil connections, - a support element which is arranged adjacent to the coils and forms an annular space which is open on one side, and wherein - the annular space is delimited by a base (56a, b) and side walls (56c, d, e), which protrude from the said base, of the support element, wherein - annular connecting conductors (52a-c) are arranged in the annular space concentrically in relation to one another and electrically insulated from one another, wherein - the support element has separating webs (56f, g) for arranging the connecting conductors (52a-c) in a mutually insulated manner, wherein - the side walls (56c, d) project beyond the separating webs (56f, g), wherein - a connection region is provided inside the annular space, and wherein - the connecting conductors (52a-c) in the connection region are connected to the coil connections in a predetermined manner,
A molding system including a melt-delivery assembly, a melt preparation assembly and a platen assembly, the platen assembly and the melt preparation assembly being configured to cooperate with the melt delivery assembly, the platen assembly including a stationary platen, a movable platen, a rod assembly, a clamp unit and a lock assembly, the stationary platen and the movable platen being configured to support a mold assembly including a stationary mold portion and a movable mold portion, the stationary platen being configured to support and connect with a stationary mold portion, and the movable platen being configured to support and connect with a movable mold portion, the melt preparation assembly being configured to receive a solidified resin, to convert the resin into the melt and to provide the melt to the melt delivery assembly, the melt delivery assembly comprising a frame assembly being positioned outside of a platen envelope defined by an outer perimeter extending around the outer limits of the platen assembly, the frame assembly being configured to receive the melt, and the frame assembly, including an inlet, a multiple-outlet assembly and a melt flow path configured to fluidly connect the inlet and the multiple-outlet assembly with a group of shooting-pot assemblies (400A, 400B, 400C, 400D), and a group of valve assemblies (402A, 402B, 402C, 402D) configured to interact with the group of shooting-pot assemblies (400A, 400B, 400C, 400D), the valve assemblies (402A, 402B, 402C, 402D) being configured to prevent backflow of the melt towards melt preparation assembly, and each outlet of the multiple-outlet assemblies being fluidly connected with a respective valve assembly of the group of valve assemblies (402A, 402B, 402C, 402D), the multiple-outlet assembly being configured to fluidly deliver the melt to multiple conduits toward the platen envelope, wherein the multiple conduits are configured to fluidly connect the multiple-outlet assembly with the stationary-mold portion of the mold assembly, and the multiple conduits extending through the stationary platen, characterized in that the molding system includes a runner assembly connected to and supported by the platen assembly for distributing the melt to the mold assembly.
A differential lock and parking structure for a dual power source driven reducer, comprising: a first shaft, a second shaft, a differential lock mechanism and a parking mechanism, wherein the first shaft and the second shaft are respectively directly or indirectly connectable with two power sources respectively, the first shaft and the second shaft are coaxially arranged, and the differential lock mechanism and the parking mechanism are disposed at ends of the first shaft and the second shaft; characterized in that the differential lock mechanism comprises a movable fluted disc assembly, a fixed fluted disc assembly and a fixed armature assembly, the movable fluted disc assembly is slidably connected to the first shaft, the fixed fluted disc assembly is fixedly connected to the second shaft, such that, when relative rotation of the first shaft and the second shaft needs to be locked, the fixed armature assembly is energized to generate an electromagnetic force to move the movable fluted disc assembly toward the fixed fluted disc assembly and make end face teeth on the movable fluted disc assembly and the fixed fluted disc assembly mesh with each other; and in that the parking mechanism comprises a parking gear, a pawl assembly and a parking cam assembly, the parking gear and the fixed fluted disc assembly are integrally provided, the pawl assembly being engageable with the parking gear, and the parking cam assembly being configured to drive the pawl assembly to switch between a parking-in position, in which the pawl assembly is engaged with the parking gear, and a parking-out position, in which the pawl assembly is disengaged from the parking gear. the first shaft and the second shaft are respectively directly or indirectly connectable with two power sources respectively, the first shaft and the second shaft are coaxially arranged, and the differential lock mechanism and the parking mechanism are disposed at ends of the first shaft and the second shaft; characterized in that the differential lock mechanism comprises a movable fluted disc assembly, a fixed fluted disc assembly and a fixed armature assembly, the movable fluted disc assembly is slidably connected to the first shaft, the fixed fluted disc assembly is fixedly connected to the second shaft, such that, when relative rotation of the first shaft and the second shaft needs to be locked, the fixed armature assembly is energized to generate an electromagnetic force to move the movable fluted disc assembly toward the fixed fluted disc assembly and make end face teeth on the movable fluted disc assembly and the fixed fluted disc assembly mesh with each other; and in that the parking mechanism comprises a parking gear, a pawl assembly and a parking cam assembly, the parking gear and the fixed fluted disc assembly are integrally provided, the pawl assembly being engageable with the parking gear, and the parking cam assembly being configured to drive the pawl assembly to switch between a parking-in position, in which the pawl assembly is engaged with the parking gear, and a parking-out position, in which the pawl assembly is disengaged from the parking gear.
A foam generating device, comprising a plenum configured to be suspended from an aerial lift for use in aerial foam delivery, the plenum comprising: i. a first air inlet zone open to atmosphere and configured to generate an air flow at a first designated volume flow rate, the first air inlet zone including an active pressurizing portion operatively associated therewith for pressuring the air flow through the plenum; ii. a second supply fluid distribution zone downstream of the first air inlet zone, the second supply fluid distribution zone including a reservoir configured to be in operative fluid communication with a supply fluid source for receiving the supply fluid therefrom by gravity and to deliver the supply fluid to the plenum by gravity, the second supply fluid distribution zone being configured to provide a plurality of distributed streams of supply fluid laterally across the plenum collectively at a second designated flow rate; and iii. a third foam-forming zone downstream of the second supply fluid distribution zone, the third foam-forming zone configured to receive the air flow at the first designated volume flow rate and the distributed streams of fluid at the second designated volume flow rate to generate foam at an expansion rate according to the first and second volume flow rates. i. a first air inlet zone open to atmosphere and configured to generate an air flow at a first designated volume flow rate, the first air inlet zone including an active pressurizing portion operatively associated therewith for pressuring the air flow through the plenum; ii. a second supply fluid distribution zone downstream of the first air inlet zone, the second supply fluid distribution zone including a reservoir configured to be in operative fluid communication with a supply fluid source for receiving the supply fluid therefrom by gravity and to deliver the supply fluid to the plenum by gravity, the second supply fluid distribution zone being configured to provide a plurality of distributed streams of supply fluid laterally across the plenum collectively at a second designated flow rate; and iii. a third foam-forming zone downstream of the second supply fluid distribution zone, the third foam-forming zone configured to receive the air flow at the first designated volume flow rate and the distributed streams of fluid at the second designated volume flow rate to generate foam at an expansion rate according to the first and second volume flow rates.
A semiconductor device comprising: a semiconductor substrate; a pair of electrodes (52, 56) formed above said semiconductor substrate; and a PZT-based ferroelectric film (53, 54, 55); wherein said PZT-based ferroelectric film is sandwiched between said pair of electrodes, is formed on one electrode located at the lower side of said pair of electrodes, has, in a part thereof, a layer, and has a core layer, wherein the layer has the following features: • the ratio of the total number of Zr atoms with respect to the total number of Zr atoms and Ti atoms Zr/(Zr+Ti)therein is larger than 0.5, and • it is located at the upper side of the PZT-based ferroelectric film on said core layer, and • it has a thickness of more than 2 nm, and wherein in the core layer the total number of Zr atoms with respect to the total number of Zr atoms and Ti atoms Zr/(Zr+Ti) is 0.45 and the total number of Pb atoms with respect to the total number of Zr atoms and Ti atoms Pb/(Zr+Ti) is 1.18. a semiconductor substrate; a pair of electrodes (52, 56) formed above said semiconductor substrate; and a PZT-based ferroelectric film (53, 54, 55); wherein said PZT-based ferroelectric film is sandwiched between said pair of electrodes, is formed on one electrode located at the lower side of said pair of electrodes, has, in a part thereof, a layer, and has a core layer, wherein the layer has the following features: • the ratio of the total number of Zr atoms with respect to the total number of Zr atoms and Ti atoms Zr/(Zr+Ti)therein is larger than 0.5, and • it is located at the upper side of the PZT-based ferroelectric film on said core layer, and • it has a thickness of more than 2 nm, and • the ratio of the total number of Zr atoms with respect to the total number of Zr atoms and Ti atoms Zr/(Zr+Ti)therein is larger than 0.5, and • it is located at the upper side of the PZT-based ferroelectric film on said core layer, and • it has a thickness of more than 2 nm, and wherein in the core layer the total number of Zr atoms with respect to the total number of Zr atoms and Ti atoms Zr/(Zr+Ti) is 0.45 and the total number of Pb atoms with respect to the total number of Zr atoms and Ti atoms Pb/(Zr+Ti) is 1.18.
Method for solder-free electrical press-in contacting of electrically conductive press-in pins in printed circuit boards, comprising the following steps: ° providing a printed circuit board having at least one contact-making opening, which is routed substantially vertically through the printed circuit board, for press-in contacting, ° providing at least one press-in component having at least one electrically conductive press-in pin, ° providing a sonotrode for exerting a force and for applying ultrasonic energy, characterized in that the at least one press-in component having at least one electrically conductive press-in pin is fixed, in particular is held fixed in position, during a press-in step, and in that, in the press-in step, the printed circuit board is directly subjected to the action of a force and of ultrasonic energy by means of the sonotrode in such a way that the printed circuit board, at the point of its at least one contact-making opening, is pressed onto the at least one press-in pin of the at least one press-in component, which press-in pin is not directly subjected to the action of the sonotrode. ° providing a printed circuit board having at least one contact-making opening, which is routed substantially vertically through the printed circuit board, for press-in contacting, ° providing at least one press-in component having at least one electrically conductive press-in pin, ° providing a sonotrode for exerting a force and for applying ultrasonic energy,
Method for synchronising a first control device and a second control device of a redundantly designed automation system for controlling a technical process, wherein the first control device and the second control device are interconnected and each contain a plurality of function blocks (FB1, FB2, FB3, FB1', FB2', FB3') by means of which functions for controlling the technical process are implemented, characterised in that the plurality of function blocks (FB1, FB2, FB3, FB1', FB2', FB3') are executed in a plurality of cycles in a predefined runtime sequence, and - the first control device cyclically executes its function blocks (FB1, FB2, FB3) for controlling the technical process, thereby generating internal states of the function blocks (FB1, FB2, FB3), - while the technical process is being controlled by the first control device, information about the internal states of its function blocks (FB1, FB2, FB3) is transmitted, distributed over a plurality of cycles in the predefined runtime sequence to the second control device and - the second control device assigns the transmitted information about the internal states to its function blocks (FB1', FB2', FB3'). - the first control device cyclically executes its function blocks (FB1, FB2, FB3) for controlling the technical process, thereby generating internal states of the function blocks (FB1, FB2, FB3), - while the technical process is being controlled by the first control device, information about the internal states of its function blocks (FB1, FB2, FB3) is transmitted, distributed over a plurality of cycles in the predefined runtime sequence to the second control device and - the second control device assigns the transmitted information about the internal states to its function blocks (FB1', FB2', FB3').
An apparatus comprising means configured to: provide for display to a second user, in respect of first and second virtual reality content each configured to provide imagery for a respective first and second virtual reality space for viewing in virtual reality, the second user provided with a virtual reality view of: the second virtual reality content, and imagery of an object of interest (205, 400, 506) superimposed into the second virtual reality space of the second virtual reality content such that the second user is able, while viewing the second virtual reality content, to witness the object of interest as it was viewed by a first user at least in terms of the imagery of the object of interest being provided for display with an appearance consistent with the information that defines a time-variant point of view (201a, 201b, 201c) for at least a portion of a predetermined time period; wherein the provision is based on first-user-viewing-experience information defining an appearance of the object of interest (205, 400, 506) that appears in the first virtual reality content as viewed, in virtual reality, by the first user, the first-user-viewing-experience information comprising information that at least defines the time-variant point of view (201a, 201b, 201c) in the first virtual reality space relative to the object of interest (205, 400, 506) from which the first user viewed the object of interest over the predetermined time period. the second virtual reality content, and imagery of an object of interest (205, 400, 506) superimposed into the second virtual reality space of the second virtual reality content such that the second user is able, while viewing the second virtual reality content, to witness the object of interest as it was viewed by a first user at least in terms of the imagery of the object of interest being provided for display with an appearance consistent with the information that defines a time-variant point of view (201a, 201b, 201c) for at least a portion of a predetermined time period; wherein the provision is based on first-user-viewing-experience information defining an appearance of the object of interest (205, 400, 506) that appears in the first virtual reality content as viewed, in virtual reality, by the first user, the first-user-viewing-experience information comprising information that at least defines the time-variant point of view (201a, 201b, 201c) in the first virtual reality space relative to the object of interest (205, 400, 506) from which the first user viewed the object of interest over the predetermined time period.