mhurhangee/ep-ind-claims huggingface dataset:
An inflator including a box composed of a cover and a base, and a compressor unit installed in the box, wherein the cover has a front wall and a rear wall, and the base has a front wall aligned with the front wall of the cover, and rear wall aligned with the rear wall of the cover, the front walls of the cover and the base defining multiple first slits to serve as an air entrance port, the rear walls of the cover and the base defining multiple second slits to serve as an air exit port, the compressor unit including a motor having a rotating shaft, one end of which is provided with a cooling fan for drawing outside air into the interior of the box via the first slits, the motor defining two opposite openings on its housing; characterised in that: the cover is provided with an upper airflow-guiding member, and the base is provided with a lower airflow-guiding member, the upper and lower air flow-guiding members respectively contacting the housing of the motor at a location slightly behind the two opposite openings for supporting the motor's housing and guiding the airflow induced by the cooling fan to enter the motor's housing via the two opposite openings, so that heat is not easy to accumulate in the motor. the cover is provided with an upper airflow-guiding member, and the base is provided with a lower airflow-guiding member, the upper and lower air flow-guiding members respectively contacting the housing of the motor at a location slightly behind the two opposite openings for supporting the motor's housing and guiding the airflow induced by the cooling fan to enter the motor's housing via the two opposite openings, so that heat is not easy to accumulate in the motor.
An inter-master node, MN, handover method to a target MN from a source MN which provides dual-connectivity together with a secondary node, SN, the method comprising: receiving, by the target MN from the source MN, a handover request message, wherein the handover request message comprises an identity, ID, of a user equipment, UE, allocated at the SN and an ID of the SN; sending, by the target MN to the SN, a SCG configuration request message including the ID of the UE allocated at the SN; receiving, by the target MN from the SN, a SCG configuration response message indicating that an UE context in the SN is kept; and sending, by the target MN to the source MN, a handover request acknowledge message including information indicating that an UE context in the SN is kept, wherein the ID of the UE allocated at the SN is an ID to identify the UE over an interface between the source MN and the SN. receiving, by the target MN from the source MN, a handover request message, wherein the handover request message comprises an identity, ID, of a user equipment, UE, allocated at the SN and an ID of the SN; sending, by the target MN to the SN, a SCG configuration request message including the ID of the UE allocated at the SN; receiving, by the target MN from the SN, a SCG configuration response message indicating that an UE context in the SN is kept; and sending, by the target MN to the source MN, a handover request acknowledge message including information indicating that an UE context in the SN is kept, wherein the ID of the UE allocated at the SN is an ID to identify the UE over an interface between the source MN and the SN.
A method for making an extruded snack, said method comprising the steps of: a) mixing a legume and a starch to form an admix; b) hydrating said admix; c) extruding said hydrated admix to form an extrudate in the plastic melt phase, wherein said extrudate exits the extruder as a high velocity discharge; and d) shaping the extrudate prior to the extrudate cooling to below the glass transition temperature, wherein further said shaping produces a finished product shape having an appearance associated with the legume of step a). a) mixing a legume and a starch to form an admix; b) hydrating said admix; c) extruding said hydrated admix to form an extrudate in the plastic melt phase, wherein said extrudate exits the extruder as a high velocity discharge; and d) shaping the extrudate prior to the extrudate cooling to below the glass transition temperature, wherein further said shaping produces a finished product shape having an appearance associated with the legume of step a).
A light source device, comprising: a light source array, configured to emit an excitation light; a phosphor sheet arranged in a propagation direction of the excitation light and configured to receive the excitation light to emit an excited unsaturated amber light; and a cutoff filter arranged along a propagation direction of the unsaturated amber light and configured to filter the unsaturated amber light to obtain a saturated amber light; wherein the phosphor sheet is disposed above the light source array, and the cutoff filter is disposed above the phosphor sheet; wherein the phosphor sheet is in contact with a light-emitting surface of the light source array or a gap is formed between the phosphor sheet and the light source array, and wherein the cutoff filter is in contact with a surface of the phosphor sheet or a gap is formed between the phosphor sheet and the cutoff filter; characterized in that the excitation light has a wavelength range of approximately 440 nm to 475 nm, and the unsaturated amber light has a peak wavelength of approximately 520 nm to 580 nm; and wherein the cutoff filter has a cutoff wavelength of approximately 550 nm to 590 nm, and the saturated amber light has a peak wavelength of approximately 590 nm to 610 nm. a light source array, configured to emit an excitation light; a phosphor sheet arranged in a propagation direction of the excitation light and configured to receive the excitation light to emit an excited unsaturated amber light; and a cutoff filter arranged along a propagation direction of the unsaturated amber light and configured to filter the unsaturated amber light to obtain a saturated amber light; wherein the phosphor sheet is disposed above the light source array, and the cutoff filter is disposed above the phosphor sheet; wherein the phosphor sheet is in contact with a light-emitting surface of the light source array or a gap is formed between the phosphor sheet and the light source array, and wherein the cutoff filter is in contact with a surface of the phosphor sheet or a gap is formed between the phosphor sheet and the cutoff filter; characterized in that the excitation light has a wavelength range of approximately 440 nm to 475 nm, and the unsaturated amber light has a peak wavelength of approximately 520 nm to 580 nm; and wherein the cutoff filter has a cutoff wavelength of approximately 550 nm to 590 nm, and the saturated amber light has a peak wavelength of approximately 590 nm to 610 nm.
A lighting control system comprising at least one lighting module and a controller, the controller being configured to control the at least one lighting module to create a lighting scene for a lighting calendar event, the controller further being configured to: - obtain first data by data mining social media content relating to the lighting calendar event; - determine at least one first lighting attribute from the first data; - based on the at least one first lighting attribute, control the at least one lighting module to generate at least one lighting scene and apply the at least one lighting scene for the lighting calendar event; characterised in that said controller is further configured to: - obtain second data by data mining social media content indicating reactions to the applied at least one lighting scene; - determine at least one second lighting attribute from the second data; and - based on the at least one second lighting attribute, control the at least one lighting module to generate at least one updated lighting scene and apply the at least one updated lighting scene for the lighting calendar event. - obtain first data by data mining social media content relating to the lighting calendar event; - determine at least one first lighting attribute from the first data; - based on the at least one first lighting attribute, control the at least one lighting module to generate at least one lighting scene and apply the at least one lighting scene for the lighting calendar event; - obtain second data by data mining social media content indicating reactions to the applied at least one lighting scene; - determine at least one second lighting attribute from the second data; and - based on the at least one second lighting attribute, control the at least one lighting module to generate at least one updated lighting scene and apply the at least one updated lighting scene for the lighting calendar event.
A process for the partial hydrogenation of random vinyl arene - conjugated diene copolymers, both linear and branched, the latter term meaning copolymers in which the macromolecules are bound to each other by means of carbon-carbon bonds and in which the branchings mainly interest the high or very high molecular weight chains, the above-mentioned random copolymers being prepared in solution, in the presence of 2-methoxyethyl tetrahydrofuran as randomizing agent, which comprises: reacting the random vinyl arene-conjugated diene copolymer dissolved in a hydrocarbon solvent, with hydrogen, in the presence of a titanium complex and an alkylating agent, until the desired hydrogenation degree is obtained, the above process being characterized in that the alkylating agent is selected from compounds having the general formula MgR 1 R 2, wherein R 1 and R 2, the same or different, are selected from alkyl radicals having from 1 to 12 carbon atoms, and wherein the hydrogenation degree ranges from 20 to 90%. reacting the random vinyl arene-conjugated diene copolymer dissolved in a hydrocarbon solvent, with hydrogen, in the presence of a titanium complex and an alkylating agent, until the desired hydrogenation degree is obtained, the above process being characterized in that the alkylating agent is selected from compounds having the general formula MgR 1 R 2, wherein R 1 and R 2, the same or different, are selected from alkyl radicals having from 1 to 12 carbon atoms, and wherein the hydrogenation degree ranges from 20 to 90%.
A washing machine comprising a body; a dispenser wherein the cleaning agents like detergent, softener etc. are placed; a housing that is situated on the body, wherein the dispenser is placed; a flushing device that is mounted detachably to the housing so as to cover the upper surface of the dispenser and that enables the water received from the mains to pass into the dispenser; an opening that is arranged on the housing and that enables the dispenser and the flushing device to be placed into the housing, and a flange that surrounds the opening, characterized by a locking means that is disposed on the flange and that has a locking position wherein the locking means bears against the front surface of the flushing device and prevents the flushing device from being taken out of the housing and a free position whereto the locking means is brought from the locking position by being moved and wherein the locking means enables the flushing device to be taken out of the housing.
Freewheeling hub for a bicycle comprising: - a hub axis, - a hub housing which is mounted rotatably on the hub axis via a bearing arrangement (20, 30), - a sprocket arrangement which is mounted rotatably on the hub axis, - a freewheeling clutch which is arranged between the hub housing and the sprocket arrangement, and selectively allows a relative rotation between the hub housing and the sprocket arrangement or couples the hub housing and the sprocket arrangement in a torque-transmitting manner, the freewheeling clutch having a first clutch ring which is coupled or can be coupled in a torque-transmitting manner to the hub housing, and having a second clutch ring which can be coupled or is coupled in a torque-transmitting manner to the sprocket arrangement, the two clutch rings (40, 52) having toothing systems (72, 90) which face one another and by way of which they can be selectively brought into mutual torque-transmitting engagement or out of engagement, it being possible for at least one of the clutch rings (40, 52) to be moved axially relative to the hub axis, characterized in that, as viewed in a section which includes the axis, the two clutch rings (40, 52) have a stepped wall thickness profile with a section with a greater wall thickness and a section with a reduced wall thickness, the toothing system (72, 90) in a central radial region of the clutch rings (40, 52) being configured in each case in the section with a greater wall thickness, the section with a reduced wall thickness being configured radially inside the toothing system (72, 90) so as to adjoin the latter in the case of the one of the two clutch rings (40, 52), and the section with a reduced wall thickness being configured radially outside the toothing system (72, 90) so as to adjoin the latter in the case of the other one of the two clutch rings (40, 52). - a hub axis, - a hub housing which is mounted rotatably on the hub axis via a bearing arrangement (20, 30), - a sprocket arrangement which is mounted rotatably on the hub axis, - a freewheeling clutch which is arranged between the hub housing and the sprocket arrangement, and selectively allows a relative rotation between the hub housing and the sprocket arrangement or couples the hub housing and the sprocket arrangement in a torque-transmitting manner,
An inflation device for inflating a flexible structure, comprising: a nozzle body defining a nozzle channel therethrough, the channel having a channel outlet aligned longitudinally with the nozzle body and disposed at a distal tip of the nozzle body, for expelling a fluid therefrom and into an inflation aperture of the flexible structure; and a pulsed fluid source (50, 60, 80, 82, 70) associated with the nozzle body and configured for automatically delivering the fluid through the nozzle channel in pressure pulses, and the nozzle body being configured to expel the delivered pulsed fluid in a flow that is capable of fluid-dynamically pulsing open an aperture defined by a flexible wall of the flexible structure sufficiently to facilitate unsticking of portions of the flexible structure to insert the nozzle and allow the fluid to flow therein; wherein the channel outlet is oriented with respect to the nozzle body to enable the nozzle body to be moved into the pulsed-open aperture. a nozzle body defining a nozzle channel therethrough, the channel having a channel outlet aligned longitudinally with the nozzle body and disposed at a distal tip of the nozzle body, for expelling a fluid therefrom and into an inflation aperture of the flexible structure; and a pulsed fluid source (50, 60, 80, 82, 70) associated with the nozzle body and configured for automatically delivering the fluid through the nozzle channel in pressure pulses, and the nozzle body being configured to expel the delivered pulsed fluid in a flow that is capable of fluid-dynamically pulsing open an aperture defined by a flexible wall of the flexible structure sufficiently to facilitate unsticking of portions of the flexible structure to insert the nozzle and allow the fluid to flow therein;
A server carrying out a memory dump acquisition method, said server having a plurality of system boards (11-1, 11-2, 11-3), comprising: a memory management unit configured to assign a memory (12-1, 12-2, 12-3) used by a kernel from a memory (12-1, 12-3) of a system board (11-1, 11-3) that is ordered first or last among the plurality of system boards that are ordered; a panic processing unit configured to stop the server when a fatal error is detected; a system board information storage unit configured to store information to identify a system board having a memory used by a kernel; a system board detaching processing unit configured to detach the system board having the memory used by the kernel before server stoppage by said panic processing unit; and a reboot processing unit configured to reboot the server using system boards (11-2, 11-3), which were used by a user program before the server stoppage, other than the detached system board among the plurality of system boards, after detaching the system board having the memory used by the kernel. a memory management unit configured to assign a memory (12-1, 12-2, 12-3) used by a kernel from a memory (12-1, 12-3) of a system board (11-1, 11-3) that is ordered first or last among the plurality of system boards that are ordered; a panic processing unit configured to stop the server when a fatal error is detected; a system board information storage unit configured to store information to identify a system board having a memory used by a kernel; a system board detaching processing unit configured to detach the system board having the memory used by the kernel before server stoppage by said panic processing unit; and a reboot processing unit configured to reboot the server using system boards (11-2, 11-3), which were used by a user program before the server stoppage, other than the detached system board among the plurality of system boards, after detaching the system board having the memory used by the kernel.
An internal combustion engine comprising: a main combustion chamber interposed between a cylinder head and a piston facing the cylinder head; an intake port which is provided in the cylinder head and connected to the main combustion chamber at an intake opening portion; an exhaust port which is provided in the cylinder head and connected to the main combustion chamber at an exhaust opening portion; a sub-chamber which is provided on the cylinder head between the intake opening portion and the exhaust opening portion and connected to the main combustion chamber through a plurality of communication holes; and a spark plug provided so as to perform ignition in the sub-chamber, wherein: the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber, and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that, the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber. a main combustion chamber interposed between a cylinder head and a piston facing the cylinder head; an intake port which is provided in the cylinder head and connected to the main combustion chamber at an intake opening portion; an exhaust port which is provided in the cylinder head and connected to the main combustion chamber at an exhaust opening portion; a sub-chamber which is provided on the cylinder head between the intake opening portion and the exhaust opening portion and connected to the main combustion chamber through a plurality of communication holes; and a spark plug provided so as to perform ignition in the sub-chamber, wherein: the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber, and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that, the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber. the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber, and a second communication hole provided on the exhaust opening portion side in the side wall; a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber, and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that, the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber.
Method for forming drops of a first phase which are dispersed in a second phase which is substantially immiscible with the first phase, the solubility of the first phase in the second phase being less than 5% by mass, each drop having a core formed of first phase and a shell formed of a coacervate layer interposed between the first phase and the second phase, the method comprising the following step: - providing a first fluid comprising the first phase and a first precursor polymer of the coacervate contained in the first phase; characterised in that it comprises the following steps: - forming drops of first fluid in a second fluid which is to form the second phase; - introducing a second precursor polymer of the coacervate into the second fluid; - during the formation of each drop, or once each drop has formed, creating the coacervate layer by interaction between the first precursor polymer and the second precursor polymer at the interface between the first phase and the second phase, one of the first phase and the second phase being aqueous and the other of the first phase and the second phase being oily. - providing a first fluid comprising the first phase and a first precursor polymer of the coacervate contained in the first phase; - forming drops of first fluid in a second fluid which is to form the second phase; - introducing a second precursor polymer of the coacervate into the second fluid; - during the formation of each drop, or once each drop has formed, creating the coacervate layer by interaction between the first precursor polymer and the second precursor polymer at the interface between the first phase and the second phase,
An isolated antibody or fragment thereof that recognizes a conformational epitope of a HER3 receptor, wherein the conformational epitope comprises amino acid residues 265-277, 315 within domain 2 and amino acid residues 571, 582-584, 596-597, 600-602, 609-615 within domain 4 of the HER3 receptor of SEQ ID NO: 1, and wherein the antibody or fragment thereof blocks both ligand-dependent and ligand-independent signal transduction of HER3.
An apparatus for the packaging of products in pre-made containers (100, 101), comprising a receiving station for a container or group of containers and at least two workstations (3, 4) arranged one on each side of that receiving station; characterized in that the apparatus comprises container transfer means that are equipped with at least two holding groups (6, 7) that are each prepared to hold in a suspended way a corresponding container or group of containers received in the receiving station and that can move between at least two positions, one that coincides with the container receiving station and the other that coincides with one of the two workstations (3 or 4), such that the holding groups (6, 7) of the transfer means are able to alternate in serving the pre-made containers received in that receiving station to the workstation at one side of the receiving station and to the workstation at the other side of the receiving station, wherein the transfer means comprise a track or guide element upon which the holding groups (6, 7) are mounted in a sliding way and are operated individually in the two transportation possible directions, each of the holding groups (6, 7) comprising at least two arms (6a, 6b; 7a, 7b) that are each equipped with a gripper device, such that each arm (6a, 6b; 7a, 7b) is mounted on the said track or guide element in a sliding way and in the two possible transportation directions so that they are able to open apart or close together.