mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle lamp device comprising a lens and a semiconductor-type light source , wherein the lens comprises an incident surface , and an exit surface that is divided into a plurality of exit surfaces (21-29) by a horizontal division step surface arranged between a lower exit surface and an upper exit surface of the plurality of exit surfaces, the horizontal division step surface is inclined downward from the upper exit surface to the lower exit surface, a lower exit surface of the plurality of exit surfaces (21-29) is located further toward a light exiting direction side than the upper exit surface, characterized in that exit light exiting from the horizontal division step surface is subjected to light distribution control by the horizontal division step surface to exit in being refracted downward with respect to an optical axis of the lens.
An electrical stimulation lead having a proximal end and a distal end, the lead comprising: at the distal end of the lead, a first branch having a first biasing member and a first insulation covering , the first biasing member disposed within the first insulation covering, the first insulation covering having a first inner surface ; at the distal end of the lead, a second branch having a second biasing member and a second insulation covering , the second biasing member disposed within the second insulation covering, the second insulation covering having a second inner surface , wherein the first and second branches define a receiving channel and a stimulation region proximal to the receiving channel, wherein the first and second biasing members are movable away from each other to receive a target anatomy through the receiving channel and, upon receiving the target anatomy between the first and second biasing members, the first and second biasing members spring or snap laterally toward each other to reduce the receiving channel to retain the target anatomy within the stimulation region; and at least one electrode disposed on one or both of the first inner surface or the second inner surface, the at least one electrode disposed adjacent to the stimulation region, wherein the at least one electrode is operable to electrically stimulate the target anatomy. at the distal end of the lead, a first branch having a first biasing member and a first insulation covering , the first biasing member disposed within the first insulation covering, the first insulation covering having a first inner surface ; at the distal end of the lead, a second branch having a second biasing member and a second insulation covering , the second biasing member disposed within the second insulation covering, the second insulation covering having a second inner surface , wherein the first and second branches define a receiving channel and a stimulation region proximal to the receiving channel, wherein the first and second biasing members are movable away from each other to receive a target anatomy through the receiving channel and, upon receiving the target anatomy between the first and second biasing members, the first and second biasing members spring or snap laterally toward each other to reduce the receiving channel to retain the target anatomy within the stimulation region; and at least one electrode disposed on one or both of the first inner surface or the second inner surface, the at least one electrode disposed adjacent to the stimulation region, wherein the at least one electrode is operable to electrically stimulate the target anatomy.
Contact piece for a high-voltage circuit breaker, comprising at least one contact pin which comprises a contact shaft , and comprising a contact carrier , wherein the contact carrier is designed to mechanically fasten the contact pin in the high-voltage circuit breaker, and wherein the contact carrier and the contact shaft are designed as a monolithic contact element, wherein the contact element consists of a cast part, characterized in that the contact shaft is cast in the contact carrier as an insert part.
A non-therapeutic method for inhibiting RNA silencing of a gene, comprising, contacting a cell containing an siRNA or miRNA that directs RNA silencing of a gene or contacting an organism containing an siRNA or miRNA that directs RNA silencing of a gene, with a nuclease-resistant oligonucleotide RISC inactivator comprising a nucleotide analog, wherein the RISC inactivator comprises a nucleotide sequence sufficiently complementary to a guide strand of the siRNA or miRNA sequence to inhibit RNA silencing of the gene, such that RNA silencing of the gene is inhibited.
A method of providing an interface, via a graphics framework, located between the application layer and the operating system, to a set of high level graphics functions (3100; 3101), the method comprising: receiving, by the graphics framework, a first set of function calls from an operating program (32; 323) that is distinct from the interface, the first set of function calls comprising one or more commands requesting creation of an image filter and setting parameters regarding the image filter; responding to the first set of function calls by creating the requested image filter; receiving, by the graphics framework, a second set of function calls from the operating program, the second set of function calls comprising one or more commands requesting creation of an image using the image filter; responding to the second set of function calls by creating the requested image; receiving, by the graphics framework, a third set of function calls from the operating program, the third set of function calls comprising one or more commands to place the created image into a requested context; and responding to the third set of function calls by placing the created image into the requested context. receiving, by the graphics framework, a first set of function calls from an operating program (32; 323) that is distinct from the interface, the first set of function calls comprising one or more commands requesting creation of an image filter and setting parameters regarding the image filter; responding to the first set of function calls by creating the requested image filter; receiving, by the graphics framework, a second set of function calls from the operating program, the second set of function calls comprising one or more commands requesting creation of an image using the image filter; responding to the second set of function calls by creating the requested image; receiving, by the graphics framework, a third set of function calls from the operating program, the third set of function calls comprising one or more commands to place the created image into a requested context; and responding to the third set of function calls by placing the created image into the requested context.
A magnetic bearing device, comprising: a rotor ; position detection means for detecting a radial position or an axial position of the rotor; magnetic bearing means for controlling the radial position or the axial position with an electromagnet ; an excitation circuit that includes a switching element for connecting/disconnecting between the electromagnet and a power supply ; electromagnetic current detection means for detecting a current flowing through the electromagnet; power supply voltage detection means for detecting a fluctuant voltage of the power supply; and pulse width calculation means for calculating, at each timing, a pulse width (Tp) for operating pulse control for the switching element, characterized in that , the pulse width is calculated based on the voltage detected by the power supply voltage detection means and the current detected by the electromagnetic current detection means. a rotor ; position detection means for detecting a radial position or an axial position of the rotor; magnetic bearing means for controlling the radial position or the axial position with an electromagnet ; an excitation circuit that includes a switching element for connecting/disconnecting between the electromagnet and a power supply ; electromagnetic current detection means for detecting a current flowing through the electromagnet; power supply voltage detection means for detecting a fluctuant voltage of the power supply; and pulse width calculation means for calculating, at each timing, a pulse width (Tp) for operating pulse control for the switching element,
A method for a network (128; 600) comprising a plurality of nodes (102-124; 200-204; 400; 602-608) configured according to a protocol configuration that prevents data looping through the network, comprising: identifying a destination node of first data received at a first node; calculating a logical distance from the first node to the destination node; monitoring a signal strength associated with a direct route comprising a wireless link from the first node to the destination node; when the logical distance from the first node to the destination node meets a first threshold condition and the signal strength is greater than a second threshold, overriding a protocol setting of the protocol configuration blocking the direct route from the first node to the destination node, without changing the protocol setting, to enable the direct route from the first node to the destination node; and transmitting at least a portion of the first data from the first node to the destination node via the direct route. identifying a destination node of first data received at a first node; calculating a logical distance from the first node to the destination node; monitoring a signal strength associated with a direct route comprising a wireless link from the first node to the destination node; when the logical distance from the first node to the destination node meets a first threshold condition and the signal strength is greater than a second threshold, overriding a protocol setting of the protocol configuration blocking the direct route from the first node to the destination node, without changing the protocol setting, to enable the direct route from the first node to the destination node; and transmitting at least a portion of the first data from the first node to the destination node via the direct route.
Commercial motor vehicle having a chassis , an engine compartment defined between parallel elongate beams of the chassis , and a driver cabin at least partially positioned over the engine compartment, the driver cabin being supported on the chassis by spaced resilient suspension devices , and includes an upper cabin part that is tiltable to allow access to the engine compartment by being hinged about a lower edge and a lower cabin part that remains associated with the chassis when the upper cabin part is tilted, characterized in that the lower part of the driver cabin is supported by the resilient suspension devices .
Turbocompressor housing (TCC) which extends along a longitudinal axis (X), wherein the turbocompressor housing (TCC) has an inflow (INL1) of an axial inflow section (INA1) into an interior space (CAC) and has an outflow (EXT) of an axial outflow section (EXA1) from the interior space (CAC), and wherein the turbocompressor housing (TCC) is, in a radially extending parting plane (SPL) between an axial inflow section (INA1) and an axial outflow section (EXA1), formed so as to be welded by means of and along a circumferentially extending weld seam (WSE), which extends through the wall thickness, characterized in that that surface of the inflow section (INA1) which defines the interior space (CAC) is provided at least partially with a coating (CLD) in a coating region (CLA), wherein, axially between the parting plane (SPL) and the inflow (INL1), the inflow section (INA1) has a shoulder (SSH) which projects radially inwardly into the interior space (CAC) and which extends in a circumferential direction (CDR) and which, with an abutment surface (CSF) facing axially away from the inflow (INL1), is formed as a sealing surface, wherein the joint seam of the weld between the inflow section (INA1) and the outflow section (EXA1) is not situated in the coated region.
A system for purifying a liquid to be treated , in particular salted water, comprising: • a module , called treatment module, for treating the liquid to be treated and providing a purified liquid, and a residual liquid; and • a means for pressurizing the liquid to be treated to supply said treatment module, comprising: ▪ a cylinder , called a master cylinder, provided to be driven by a fluid, called a working fluid; and ▪ at least one cylinder , called a slave cylinder, driven by said master cylinder, provided to receive the liquid to be treated and supply the liquid to be treated to said treatment module ; characterized in that the cross section of said master cylinder is greater than the cross section of said at least one slave cylinder so that, for a given pressure of said working fluid in the master cylinder, a greater pressure is generated on the liquid to be treated in the slave cylinder ; and that it comprises a means for pre-pressurizing the liquid to be treated , upstream of the pressurizing means ; said pre-pressurizing means comprising: • at least one cylinder , called a master cylinder, connected to the treatment module , and driven by the residual liquid provided by the treatment module ; and • a cylinder , called a slave cylinder, containing the liquid to be treated, driven by said at least one master cylinder . • a module , called treatment module, for treating the liquid to be treated and providing a purified liquid, and a residual liquid; and • a means for pressurizing the liquid to be treated to supply said treatment module, comprising: ▪ a cylinder , called a master cylinder, provided to be driven by a fluid, called a working fluid; and ▪ at least one cylinder , called a slave cylinder, driven by said master cylinder, provided to receive the liquid to be treated and supply the liquid to be treated to said treatment module ; characterized in that the cross section of said master cylinder is greater than the cross section of said at least one slave cylinder so that, for a given pressure of said working fluid in the master cylinder, a greater pressure is generated on the liquid to be treated in the slave cylinder ; and that it comprises a means for pre-pressurizing the liquid to be treated , upstream of the pressurizing means ; said pre-pressurizing means comprising: ▪ a cylinder , called a master cylinder, provided to be driven by a fluid, called a working fluid; and ▪ at least one cylinder , called a slave cylinder, driven by said master cylinder, provided to receive the liquid to be treated and supply the liquid to be treated to said treatment module ; • at least one cylinder , called a master cylinder, connected to the treatment module , and driven by the residual liquid provided by the treatment module ; and • a cylinder , called a slave cylinder, containing the liquid to be treated, driven by said at least one master cylinder .
A folding wing system comprising a plurality of latch pin actuators , each latch pin actuator comprising: a latch pin parallel to a wing fold hinge line of the folding wing system and configured for movement into, and out of, a housing of the latch pin actuator; a primary lock for locking the latch pin, the latch pin prevented from entering the housing when the primary lock is in a locked position, the primary lock attached to a primary lock cam , the primary lock having a notch configured to fracture under a designated force or abnormal wear; a primary spring biased to lock the primary lock ; a piston configured to unlock the primary lock ; a secondary lock for locking the latch pin, the latch pin prevented from entering the housing when the secondary lock is in a locked position, the secondary lock attached to a secondary lock cam; a secondary spring biased to lock the secondary lock ; and a secondary lock crank arm assembly connected to the secondary lock and configured to actuate the secondary lock between the locked position and an unlocked position; the folding wing system further comprising a plurality of secondary lock linkages connected in series and arranged parallel to the wing fold hinge line, and a secondary lock actuator, wherein the plurality of secondary lock linkages form a secondary lock branch that connects the secondary lock actuator to the second lock crank arm assemblies of the latch pin actuators. a latch pin parallel to a wing fold hinge line of the folding wing system and configured for movement into, and out of, a housing of the latch pin actuator; a primary lock for locking the latch pin, the latch pin prevented from entering the housing when the primary lock is in a locked position, the primary lock attached to a primary lock cam , the primary lock having a notch configured to fracture under a designated force or abnormal wear; a primary spring biased to lock the primary lock ; a piston configured to unlock the primary lock ; a secondary lock for locking the latch pin, the latch pin prevented from entering the housing when the secondary lock is in a locked position, the secondary lock attached to a secondary lock cam; a secondary spring biased to lock the secondary lock ; and a secondary lock crank arm assembly connected to the secondary lock and configured to actuate the secondary lock between the locked position and an unlocked position; the folding wing system further comprising a plurality of secondary lock linkages connected in series and arranged parallel to the wing fold hinge line, and a secondary lock actuator, wherein the plurality of secondary lock linkages form a secondary lock branch that connects the secondary lock actuator to the second lock crank arm assemblies of the latch pin actuators.
Cleaning apparatus , configured and adapted for cleaning machines or parts thereof, comprising a hose element with a hose holder and a hose which can be unrolled from or rolled onto it, wherein a supply end of the hose is configured and adapted for connecting to a water supply system and the opposing connecting end of the hose is configured and adapted for connecting to a pipe construction which has at least one cleaning nozzle , and the connecting end of the hose can be moved from a standby position, in which the connecting end of the hose is uncoupled from the machine to be cleaned or parts thereof, to an operating position, in which the connecting end of the hose is connected to the machine to be cleaned or parts thereof, and back, characterised in that the pipe construction is part of the cleaning device , in such a manner that the pipe construction is connected to the connecting end of the hose both in the operating mode of the machine and in the cleaning mode of the machine , wherein the pipe construction is configured and adapted for releasable attachment inside a machine and can be moved together with the connecting end of the hose from the standby position to the operating position and back, wherein the pipe construction is associated with fastening means for releasable attachment to or inside the machine to be cleaned or parts thereof, wherein the fastening means are independent of the machine.
A method, comprising: determining (1120; 1220), at an evolved Node B, eNB , to grant resources on a long term evolution Unlicensed secondary cell, LTE-U SCell, carrier for an uplink, UL, transmission; transmitting (1130; 1230) from the eNB and on an LTE primary cell, PCell, carrier , the determined scheduling grant for the UL transmission on a packet data shared channel on the LTE-U SCell carrier, wherein the LTE PCell carrier is in a licensed frequency spectrum; broadcasting (1140; 1240), from the eNB, at least one of a Clear to Send, CTS, message or a Request to Send, RTS, message on the LTE-U SCell carrier, wherein the at least one of the CTS message or the RTS message includes a duration field, the duration field indicating a specific number of subframes for the scheduled UL transmission for clearing the LTE-U SCell carrier for the UL transmission during the specific number of subframes; and receiving (1150;1250) the UL transmission on the LTE-U SCell carrier. determining (1120; 1220), at an evolved Node B, eNB , to grant resources on a long term evolution Unlicensed secondary cell, LTE-U SCell, carrier for an uplink, UL, transmission; transmitting (1130; 1230) from the eNB and on an LTE primary cell, PCell, carrier , the determined scheduling grant for the UL transmission on a packet data shared channel on the LTE-U SCell carrier, wherein the LTE PCell carrier is in a licensed frequency spectrum; broadcasting (1140; 1240), from the eNB, at least one of a Clear to Send, CTS, message or a Request to Send, RTS, message on the LTE-U SCell carrier, wherein the at least one of the CTS message or the RTS message includes a duration field, the duration field indicating a specific number of subframes for the scheduled UL transmission for clearing the LTE-U SCell carrier for the UL transmission during the specific number of subframes; and receiving (1150;1250) the UL transmission on the LTE-U SCell carrier.
An electrowetting device comprising one or more cells, each cell comprising: - an electrowetting composition, comprising first and second immiscible fluids, the first fluid being an electrolytic solution, - a first electrode , separated from the electrowetting composition by a dielectric , and - a voltage source for applying an operating voltage difference between the first electrode and the electrolytic solution to operate the electrowetting device , wherein - the first electrode comprises a valve metal characterized in that the electrolytic solution is capable of anodizing the valve metal to form a metal oxide at the operating voltage difference. - an electrowetting composition, comprising first and second immiscible fluids, the first fluid being an electrolytic solution, - a first electrode , separated from the electrowetting composition by a dielectric , and - a voltage source for applying an operating voltage difference between the first electrode and the electrolytic solution to operate the electrowetting device , - the first electrode comprises a valve metal