mhurhangee/ep-ind-claims huggingface dataset:
A fan control system, comprising: a first fan; a second fan adjacent to the first fan; a first motor for rotating the first fan; a second motor for rotating the second fan; and a control unit for controlling the rotational speeds of the first motor and the second motor; characterised by the first fan and the second fan are installed in the same air passageway, when the state has arisen wherein the operation of the first motor must be stopped, the control unit is arranged to stop both the operation of the first motor and the operation of the second motor. a first fan; a second fan adjacent to the first fan; a first motor for rotating the first fan; a second motor for rotating the second fan; and a control unit for controlling the rotational speeds of the first motor and the second motor; characterised by the first fan and the second fan are installed in the same air passageway, when the state has arisen wherein the operation of the first motor must be stopped, the control unit is arranged to stop both the operation of the first motor and the operation of the second motor.
A system comprising a head of a component mounting device, a set of nozzles of multiple types and a nozzle holding mechanism capable of holding multiple types of nozzles, the nozzle holding mechanism comprising: a magnet provided in a holding section (42, 43) of the head; and a magnetic material, being attracted to the magnet, and provided in a held section (54, 55) of the nozzle on a side held by the holding section (42, 43) of the head, at a position facing the magnet; wherein the magnetic material is provided so as to have a gap (ΔL) between the magnetic material and the magnet while the nozzle is held by the head, and the gap (ΔL) is adjusted to be larger or smaller in accordance with the type of the nozzle held by the head, characterized in that the gap (ΔL) is adjusted so as to be larger as weight of the nozzle decreases. a magnet provided in a holding section (42, 43) of the head; and a magnetic material, being attracted to the magnet, and provided in a held section (54, 55) of the nozzle on a side held by the holding section (42, 43) of the head, at a position facing the magnet; wherein the magnetic material is provided so as to have a gap (ΔL) between the magnetic material and the magnet while the nozzle is held by the head, and the gap (ΔL) is adjusted to be larger or smaller in accordance with the type of the nozzle held by the head, characterized in that the gap (ΔL) is adjusted so as to be larger as weight of the nozzle decreases.
A nuclear power plant with improved cooling performance, the plant comprising: a reactor vessel containing a reactor core; a hot-leg and a cold-leg extending from the reactor vessel; a hybrid safety injection tank for containing coolant therein, wherein the hybrid safety injection tank is connected to the cold-leg and the reactor vessel, and the hybrid safety injection tank is located above the reactor core; a coolant tank connected to the reactor vessel and positioned above the reactor core; and a pressure-reducing valve connected to the hot-leg; a pressurizer connected to the hot-leg; a pressure relief valve connected to the pressurizer, wherein a lower space of the hybrid safety injection tank is filled with the coolant; wherein the hybrid safety injection tank is not connected to the pressurizer; characterized in that an upper space of the hybrid safety injection tank is filled with pressurizing gas, such that the hybrid safety injection tank is not affected by a pressure change resulting from operation of the pressure relief valve. a reactor vessel containing a reactor core; a hot-leg and a cold-leg extending from the reactor vessel; a hybrid safety injection tank for containing coolant therein, wherein the hybrid safety injection tank is connected to the cold-leg and the reactor vessel, and the hybrid safety injection tank is located above the reactor core; a coolant tank connected to the reactor vessel and positioned above the reactor core; and a pressure-reducing valve connected to the hot-leg; a pressurizer connected to the hot-leg; a pressure relief valve connected to the pressurizer, wherein a lower space of the hybrid safety injection tank is filled with the coolant; wherein the hybrid safety injection tank is not connected to the pressurizer; characterized in that an upper space of the hybrid safety injection tank is filled with pressurizing gas, such that the hybrid safety injection tank is not affected by a pressure change resulting from operation of the pressure relief valve.
Coupling apparatus for rail vehicles, having at least one buffer and at least one associated traction transfer device, wherein the coupling apparatus comprises: - a coupling element for connecting to a second, compatible coupling element of another rail vehicle, - an arcuate rail, on which the coupling element is arranged in a movable manner, characterized in that the rail is able to be fastened to the rail vehicle by means of fastening means indirectly via the traction transfer device and the coupling element or directly via the traction transfer device. - a coupling element for connecting to a second, compatible coupling element of another rail vehicle, - an arcuate rail, on which the coupling element is arranged in a movable manner, characterized in that the rail is able to be fastened to the rail vehicle by means of fastening means indirectly via the traction transfer device and the coupling element or directly via the traction transfer device.
A wake-up signal WUS detection method, comprising: detecting, by a terminal device, a terminal device-specific field in a detected WUS; and if the terminal device detects the terminal device-specific field in the WUS, and detects that the WUS comprises wake-up information for the terminal device, determining, by the terminal device by using location information of the terminal device-specific field as a first index, a first physical uplink control channel PUCCH resource corresponding to the first index, and sending a first PUCCH, wherein the first PUCCH comprises a first message used to feed back that the wake-up information for the terminal device is received. detecting, by a terminal device, a terminal device-specific field in a detected WUS; and if the terminal device detects the terminal device-specific field in the WUS, and detects that the WUS comprises wake-up information for the terminal device, determining, by the terminal device by using location information of the terminal device-specific field as a first index, a first physical uplink control channel PUCCH resource corresponding to the first index, and sending a first PUCCH, wherein the first PUCCH comprises a first message used to feed back that the wake-up information for the terminal device is received.
A dose of VX-745 sufficient to inhibit cytokine signaling while not substantially affecting cytokine production, for use in the treatment of a neurologic disorder in a patient in need thereof, wherein the cytokine is IL-1beta; wherein the neurologic disorder is selected from Mild Cognitive Impairment, Vascular Dementia, Lewy Body Dementia; Parkinson's Disease; Functional recovery after Stroke; Fronto-Temporal dementia; Cognitive Frailty; and Huntington's Disease, wherein the dose results in a patient blood concentration that is less than half of that required to inhibit cytokine production. wherein the neurologic disorder is selected from Mild Cognitive Impairment, Vascular Dementia, Lewy Body Dementia; Parkinson's Disease; Functional recovery after Stroke; Fronto-Temporal dementia; Cognitive Frailty; and Huntington's Disease, wherein the dose results in a patient blood concentration that is less than half of that required to inhibit cytokine production.
A communications system comprising: a) an Internet Protocol compatible communications network; b) a client device arranged in use to connect to said network in accordance with one of a plurality of communications standards (BT, IEEE802.11, GPRS) and to change between said communications standards under predetermined circumstances; and c) a server arranged in use to couple to said network so to communicate with said client device, wherein said client device and said server are arranged in use to communicate at the network layer through an Internet Protocol tunneling technique, such that an Internet Protocol address of said client device remains the same during a handover from a first said communications standard to a second said communications standard, and wherein said Internet Protocol tunneling technique differentiates between an Internet Protocol address used to connect said client device to a subnet and an Internet Protocol address used to connect said client device to said server. a) an Internet Protocol compatible communications network; b) a client device arranged in use to connect to said network in accordance with one of a plurality of communications standards (BT, IEEE802.11, GPRS) and to change between said communications standards under predetermined circumstances; and c) a server arranged in use to couple to said network so to communicate with said client device,
A connector (30, 48) for use in a pressure monitoring system that is applicable to a component having an elongate hole that extends through the component adjacent to a surface of the component and a secondary hole that extends from the surface and intercepts the elongate hole, the connector (30, 48) being characterized in that it comprises: a pin portion (38, 52) that is receivable in the secondary hole, the pin portion defining a partition for dividing the elongate hole into a first elongate hole and a second elongate hole; a first throughway (40, 42, 44; 56) that extends through the connector and opens onto a first side of the partition and a second throughway (40, 42, 44; 56) that extends through the connector and opens onto a second opposing side of the partition. a pin portion (38, 52) that is receivable in the secondary hole, the pin portion defining a partition for dividing the elongate hole into a first elongate hole and a second elongate hole; a first throughway (40, 42, 44; 56) that extends through the connector and opens onto a first side of the partition and a second throughway (40, 42, 44; 56) that extends through the connector and opens onto a second opposing side of the partition.
Furniture structure with lighting system, comprising: - at least one support structure; - at least one magnetic induction transmitter associated with said support structure and connectable to an electrical source; - at least one shelf, associated with said support structure in a removable manner and provided with at least one lighting device; - at least one magnetic induction receiver located on said shelf, magnetically coupled to said transmitter and adapted to power said lighting device; characterized by the fact that it comprises adjustment means for adjusting the position of said transmitter with respect to said support structure. - at least one support structure; - at least one magnetic induction transmitter associated with said support structure and connectable to an electrical source; - at least one shelf, associated with said support structure in a removable manner and provided with at least one lighting device; - at least one magnetic induction receiver located on said shelf, magnetically coupled to said transmitter and adapted to power said lighting device;
A roller door having a door panel which includes a plurality of horizontal slats, the horizontal slats being held together by one or more substantially vertical and flexible elongate members which are connected at an upper end to an accumulation device, and each of the horizontal slats consists primarily of a foamed plastics material and contact between adjacent horizontal slats comprises direct contact between the foamed plastics material of each adjacent horizontal slat, wherein the foamed plastics material is an extruded foamed plastics material, wherein each horizontal slat includes a tongue along one edge and a groove along an opposite edge, and adjacent slats of the roller door are connected via a tongue and groove joint between the adjacent slats, wherein each horizontal slat of the door panel is connected to any adjacent horizontal slats by a rolling or pivoting joint, wherein the tongue and groove features of each slat are configured to accommodate the rolling or pivoting joints, and characterized in that the tension in the or each substantially vertical and flexible elongate member is adjustable to allow control of the amount of compressive force felt at each slat to slat joint.
A screen flickering processing method comprising: detecting whether screen flickering occurs or not; acquiring, in response to detecting that screen flickering occurs, a VCOM voltage of a display screen; wherein the display screen is a liquid crystal display screen, and the VCOM voltage is a reference voltage for liquid crystal molecule deflection of the display screen; calculating a difference value between the acquired VCOM voltage value and a preset VCOM voltage value; calculating a target VCOM voltage value according to the acquired VCOM voltage value, the preset VCOM voltage value and the difference value; and adjusting the VCOM voltage value of the display screen into the target VCOM voltage value; wherein calculating the target VCOM voltage value according to the acquired VCOM voltage value, the preset VCOM voltage value and the difference value comprises: calculating an average value of the acquired VCOM voltage value and the preset VCOM voltage value; adding the difference value to the average value to obtain a first target VCOM voltage value, and subtracting the difference value from the average value to obtain a second target VCOM voltage value; and selecting a voltage value closer to the preset VCOM voltage value from the first target VCOM voltage value and the second target VCOM voltage value as the target VCOM voltage value. detecting whether screen flickering occurs or not; acquiring, in response to detecting that screen flickering occurs, a VCOM voltage of a display screen; wherein the display screen is a liquid crystal display screen, and the VCOM voltage is a reference voltage for liquid crystal molecule deflection of the display screen; calculating a difference value between the acquired VCOM voltage value and a preset VCOM voltage value; calculating a target VCOM voltage value according to the acquired VCOM voltage value, the preset VCOM voltage value and the difference value; and adjusting the VCOM voltage value of the display screen into the target VCOM voltage value; wherein calculating the target VCOM voltage value according to the acquired VCOM voltage value, the preset VCOM voltage value and the difference value comprises: calculating an average value of the acquired VCOM voltage value and the preset VCOM voltage value; adding the difference value to the average value to obtain a first target VCOM voltage value, and subtracting the difference value from the average value to obtain a second target VCOM voltage value; and selecting a voltage value closer to the preset VCOM voltage value from the first target VCOM voltage value and the second target VCOM voltage value as the target VCOM voltage value. calculating an average value of the acquired VCOM voltage value and the preset VCOM voltage value; adding the difference value to the average value to obtain a first target VCOM voltage value, and subtracting the difference value from the average value to obtain a second target VCOM voltage value; and selecting a voltage value closer to the preset VCOM voltage value from the first target VCOM voltage value and the second target VCOM voltage value as the target VCOM voltage value.
Use of a feed material formed of a reformable resin polymeric material - including a polymer backbone having a plurality of repeat units each having ether linkages, and optionally one or more pendant hydroxyl moieties; and - which is capable of transforming from a generally non-tacky first state to a second state in which the material is softened, upon application of heat, relative to the first state and is at least partially tacky in the second state to permit it to adhesively bond to a surface upon which it is deposited for forming a layer on the surface, to a third state in which the material is harder than when in the second state but remains able to further soften upon application of heat, wherein the resulting adhesive bond is substantially devoid of any cross-linking between the layer and the surface, as a tie-layer between layers of dissimilar materials in an article made by additive manufacturing. - including a polymer backbone having a plurality of repeat units each having ether linkages, and optionally one or more pendant hydroxyl moieties; and - which is capable of transforming from a generally non-tacky first state to a second state in which the material is softened, upon application of heat, relative to the first state and is at least partially tacky in the second state to permit it to adhesively bond to a surface upon which it is deposited for forming a layer on the surface, to a third state in which the material is harder than when in the second state but remains able to further soften upon application of heat, wherein the resulting adhesive bond is substantially devoid of any cross-linking between the layer and the surface,
A method for setting the formats of film tubes, which are extruded by blown film systems, - in which the film tube format is changed from an original format of a film tube to a final format of a film tube, - and in which the position of the frost area is optimized during the format change by a setting of the power of the cooling fans (20, 23, 27), wherein to change the film tube format an order-related change of the physical parameters is carried out, wherein the parameters include the surface area of the film bubble and/or the extrudate throughput per unit of time and/or the removal speed and/or the target position of the frost line in the axial direction (z) of the film bubble, - the physical parameters of the original- and the final format of the film tube are stored in the control unit, - that the control unit takes these physical parameters into account when generating control signals, - and that these control signals are taken as the basis for the control of the cooling fan power, - characterized in that at least some of the tube-guiding system components undergo changes to adjust to the respective tube cross section during the format change, wherein these changes occur in a time-staggered manner. - in which the film tube format is changed from an original format of a film tube to a final format of a film tube, - and in which the position of the frost area is optimized during the format change by a setting of the power of the cooling fans (20, 23, 27), wherein to change the film tube format an order-related change of the physical parameters is carried out, wherein the parameters include the surface area of the film bubble and/or the extrudate throughput per unit of time and/or the removal speed and/or the target position of the frost line in the axial direction (z) of the film bubble, - the physical parameters of the original- and the final format of the film tube are stored in the control unit, - that the control unit takes these physical parameters into account when generating control signals, - and that these control signals are taken as the basis for the control of the cooling fan power, - characterized in that
Arrangement for securing an actuating linkage of an actuating pedal in a motor vehicle, comprising - a master cylinder, at the one end of which a stop ring for a piston which lies in the cylinder housing is arranged, and - a substantially axially actuated piston rod, the spherical base of which engages through a central bore of the stop ring and loads the piston head, characterized in that a securing ring is present on that side of the stop ring which faces away from the base, the securing ring has a substantially central bore, through which the spherical base engages, the bore of the stop ring has flattened portions, the securing ring comprises securing elements (17, 18) which engage through the bore of the stop ring, the piston rod is configured in such a way that it can be introduced through the central bores (35, 36) into the cylinder housing and can be locked by way of a rotation about a longitudinal axis of the piston rod, the base of the piston rod having at least one stop which, in the locked position, engages under a flattened portion of the stop ring and, in the case of an axial movement of the piston rod, prevents a movement of the base out of the cylinder housing by coming into contact with the stop ring, and a secured state of the master cylinder prevailing, in which the securing ring is positioned in relation to the stop ring in such a way that the securing elements (17, 18) of the securing ring are positioned circumferentially in relation to the piston rod so as to deviate from the flattened portions of the stop ring, and the base thus comes into contact by way of the stop at least against one element of the group comprising flattened portion or securing element (17, 18) in every angular position of the piston rod in the case of an axial movement, and a movement of the base out of the cylinder housing is prevented as a result. - a master cylinder, at the one end of which a stop ring for a piston which lies in the cylinder housing is arranged, and - a substantially axially actuated piston rod, the spherical base of which engages through a central bore of the stop ring and loads the piston head,
A button for an implant healing abutment, comprising: a button body adapted to be coupled to an implant healing abutment (H.A.); and a pressing part (200, 400) projecting sideward from the button body, wherein the pressing part (200, 400) is adapted to cover, fix and heal an incised gingival flap including attached gingiva. a button body adapted to be coupled to an implant healing abutment (H.A.); and a pressing part (200, 400) projecting sideward from the button body, wherein the pressing part (200, 400) is adapted to cover, fix and heal an incised gingival flap including attached gingiva.
A planting unit for a seeding machine comprising: a seed meter having a metering member that moves seed sequentially along a first path to a release position at which the seed is moving in a first direction, wherein the metering member is a single piece, concave bowl shaped body, having a base portion from which extends a sidewall, wherein the sidewall has a radially inner surface and a radially outer surface, and wherein in operation, as the metering member rotates, individual seeds from a seed pool located at a bottom portion of the metering member are adhered to apertures on the inner surface of the sidewall and sequentially carried upward to the release position at an upper portion of the metering member; a delivery system adapted to take seed from the metering member at the release position and move seed from the seed meter to a discharge location adjacent a seed furrow formed in soil beneath the seeding machine, the delivery system, at the release position, moving seed in a second direction along a second path; a blocking member located adjacent the first path immediately preceding the release position adapted to prevent movement of the seed in the second direction until the seed has passed the blocking member; wherein, as the metering member has the sidewall with inner and outer surfaces (108, 110) and the apertures extending through the sidewall and are adapted to adhere seed to the apertures to move seed along the first path, at the release position the inner surface is facing downward whereby seed hangs beneath the sidewall.