mhurhangee/ep-ind-claims huggingface dataset:
A display control device (1, 1A) comprising: a video data obtaining unit (41, 41A) configured to obtain video data from multiple image capturing units (11, 12, 13, 14) which capture images of surrounding of a vehicle; an bird's-eye view image generating unit (44, 44A) configured to perform a viewpoint conversion process and a synthesizing process to the video data obtained by the video data obtaining unit to generate an bird's-eye view image; a determining unit (43, 43A) configured to obtain operation information related to a parking operation of the vehicle while entering into and exiting from a parking slot and to determine a count of adjustment of a vehicle orientation during the parking operation; and a display controller (48, 48A) configured to, based on the determination by the determining unit (43, 43A), display the bird's-eye view image which is generated by the bird's-eye view image generating unit (44, 44A) in a display at a time of exit of the vehicle from the parking slot by being driven forward, characterized in that, the display controller (48, 48A) is further configured to, when the determining unit (43, 43A) determines that the count of the adjustment of the vehicle orientation is equal to or greater than a threshold value, display the bird's-eye view image which is generated by the bird's-eye view image generating unit (44, 44A) in the display at the time of the exit of the vehicle from the parking slot by being driven forward. a video data obtaining unit (41, 41A) configured to obtain video data from multiple image capturing units (11, 12, 13, 14) which capture images of surrounding of a vehicle; an bird's-eye view image generating unit (44, 44A) configured to perform a viewpoint conversion process and a synthesizing process to the video data obtained by the video data obtaining unit to generate an bird's-eye view image; a determining unit (43, 43A) configured to obtain operation information related to a parking operation of the vehicle while entering into and exiting from a parking slot and to determine a count of adjustment of a vehicle orientation during the parking operation; and a display controller (48, 48A) configured to, based on the determination by the determining unit (43, 43A), display the bird's-eye view image which is generated by the bird's-eye view image generating unit (44, 44A) in a display at a time of exit of the vehicle from the parking slot by being driven forward, characterized in that, the display controller (48, 48A) is further configured to, when the determining unit (43, 43A) determines that the count of the adjustment of the vehicle orientation is equal to or greater than a threshold value, display the bird's-eye view image which is generated by the bird's-eye view image generating unit (44, 44A) in the display at the time of the exit of the vehicle from the parking slot by being driven forward.
A partially absorbable mesh comprising: at least one bioabsorbable fiber and at least one biostable fiber; wherein the bioabsorbable fiber and the biostable fiber are combined to form a partially absorbable mesh, the partially absorbable mesh having an X-direction and a perpendicular Y-direction; characterized in that the partially absorbable mesh comprises pores formed by the biostable fiber, and the bioabsorbable fiber is interwoven around and reinforces the pores, and a plurality of the pores are characterized as having an average diameter; and wherein the average diameter of the pores changes by less than 25% after removal of the bioabsorbable fiber. at least one bioabsorbable fiber and at least one biostable fiber; wherein the bioabsorbable fiber and the biostable fiber are combined to form a partially absorbable mesh, the partially absorbable mesh having an X-direction and a perpendicular Y-direction; characterized in that the partially absorbable mesh comprises pores formed by the biostable fiber, and the bioabsorbable fiber is interwoven around and reinforces the pores, and a plurality of the pores are characterized as having an average diameter; and wherein the average diameter of the pores changes by less than 25% after removal of the bioabsorbable fiber.
A system comprising: a sampler adapted to sample an input signal (Vs) at a sampling time and configured to generate a first signal indicating when said sampler is sampling; and a switching regulator separate from the sampler, the switching regulator adapted to regulate a switching operation of the switching regulator in response to the first signal, characterised in that said switching regulator delays said switching operation to prevent said switching operation occurring while said sampler is sampling. a sampler adapted to sample an input signal (Vs) at a sampling time and configured to generate a first signal indicating when said sampler is sampling; and a switching regulator separate from the sampler, the switching regulator adapted to regulate a switching operation of the switching regulator in response to the first signal, characterised in that said switching regulator delays said switching operation to prevent said switching operation occurring while said sampler is sampling.
A method for precision cleaning by contacting a narrow space of a substrate with a composition comprising trans-1-chloro-3,3,3-trifluoropropene and then removing the composition from the substrate, wherein the narrow space has a maximum diameter that is less than 0.2 mm and wherein said composition has a surface tension of not greater than 16 dynes/cm and a Kauri-Butanol value of not less than 25
A method for the preparation of poly(phenylene sulfide), which involves a reaction between an alkaline metal hydrosulfide and 1,4-dichlorobenzene in a polar solvent, and which is performed such that the alkaline metal hydrosulfide is successively obtained by dissolving and then mixing an alkaline metal hydroxide and the alkaline metal hydrosulfide in demineralized water, then N-methylpyrrolidone and additives that ensure an adequate reaction medium, such as aqueous acetic acid salt solution, are then added, and then excess water is removed by distillation, characterized in that a silicate suspension in a solution of 1,4-dichlorobenzene with N-methylpyrrolidone is added to the thus obtained system, the mean silicate grain size is not higher than 10 μm, and then polycondensation is performed for 2 to 10 hours at a temperature ranging from 220 to 270 °C, and a post-reaction mixture is obtained, from which a polymer is then separated, which is in turn purified and dried.
A trace element solution, which comprises at least the following metals: (a) zinc; (b) manganese; (c) selenium; and (d) copper; and which comprises Vitamin B12 and butaphosphan to stabilize the Vitamin B12, which is an injectable trace element solution in which: (a) the ratio of zinc to manganese is at least 2:1; (b) the ratio of zinc to manganese is at least 4:1; (c) the ratio of zinc to copper is at least 2:1; and/or (d) the ratio of zinc to selenium is at least 4:1. (a) zinc; (b) manganese; (c) selenium; and (d) copper; (a) the ratio of zinc to manganese is at least 2:1; (b) the ratio of zinc to manganese is at least 4:1; (c) the ratio of zinc to copper is at least 2:1; and/or (d) the ratio of zinc to selenium is at least 4:1.
Assembling machine for coupling the ends of an elastomer specimen to be subjected to dynamic mechanical-thermal analysis to two sample-holders, each sample-holder comprising a vice which is made to clamp the specimen; the assembling machine characterized in that it comprises: a horizontal working surface; a central vice which is mounted in fixed position on the horizontal working surface and is made to engage a central portion of the specimen; two movable elements, which are mounted on the horizontal working surface, are arranged on the opposite sides of the central vice, and each carry a supporting plate made to accommodate a corresponding sample-holder; a first actuator that is made to translate the two movable elements only and solely along a straight horizontal direction to move in/out the two movable elements from/to the central vice; and a powered screwing device which is disposed in the vicinity of the central vice and is made for screwing/unscrewing a screw of the vice of each sample-holder to close the vice itself against an end of the sample carried by the central vice. a horizontal working surface; a central vice which is mounted in fixed position on the horizontal working surface and is made to engage a central portion of the specimen; two movable elements, which are mounted on the horizontal working surface, are arranged on the opposite sides of the central vice, and each carry a supporting plate made to accommodate a corresponding sample-holder; a first actuator that is made to translate the two movable elements only and solely along a straight horizontal direction to move in/out the two movable elements from/to the central vice; and a powered screwing device which is disposed in the vicinity of the central vice and is made for screwing/unscrewing a screw of the vice of each sample-holder to close the vice itself against an end of the sample carried by the central vice.
Fan for an aircraft cooling unit, comprising a wheel (128, 228) and a shaft line (136, 236) that drives the wheel about an axis, said wheel comprising: - a hub (138, 238) carrying an annular row of blades (140, 240), and - means (142, 242) for connection to said shaft line, which are housed inside said hub, said connection means comprising a bush (142, 242) comprising an internal bore (143, 243) configured for receiving said shaft (136, 236), said bush being located approximately in a plane (P, P') transverse to said axis or is traversed by said plane, which passes approximately through said blades (140, 240), said connection means comprising at least one fusible safety element (158, 274) which extends or is arranged around said axis and which is configured to break and rotationally disengage at least one part of said means of said shaft line when a drive torque of the wheel transmitted by said shaft line exceeds a certain threshold, said at least one fusible element having an elongated shape, its extension axis being parallel to said axis. - a hub (138, 238) carrying an annular row of blades (140, 240), and - means (142, 242) for connection to said shaft line, which are housed inside said hub, said connection means comprising a bush (142, 242) comprising an internal bore (143, 243) configured for receiving said shaft (136, 236), said bush being located approximately in a plane (P, P') transverse to said axis or is traversed by said plane, which passes approximately through said blades (140, 240),
A brake system component for a vehicle, comprising a channel for guiding a brake fluid and a sample outlet module for withdrawing a brake fluid sample from the channel, wherein the sample outlet module is fluidically connected to the channel, wherein the sample outlet module comprises a non-return valve having a blocking direction being directed towards an environment of the sample outlet module, and wherein the sample outlet module comprises a thrust piece for selectively opening the non-return valve. wherein the sample outlet module is fluidically connected to the channel, wherein the sample outlet module comprises a non-return valve having a blocking direction being directed towards an environment of the sample outlet module, and wherein the sample outlet module comprises a thrust piece for selectively opening the non-return valve.
A dosing valve for ejection of a liquid from a nozzle-outlet channel of the dosing valve, especially for dosed and contactless application of a liquid onto a surface, wherein the dosing valve has a main body, a valve-actuating element that is movable inside the main body and a valve-closing element that is joined to the valve-actuating element or can be actuated thereby, wherein the valve-closing element can be moved inside a dosing chamber between an open position lifted from a nozzle-sealing seat and a closed position bearing on the nozzle-sealing seat, in order to achieve ejection of liquid from the nozzle-outlet channel of the dosing valve during the transition from its open position to the closed position, and wherein, for pneumatic activation of the dosing valve, a switching valve is provided, with which a working space of the dosing valve may be optionally vented or pressurized with a pressurized fluid, characterized in that the switching valve is configured as a directional valve with two switched positions and at least five ports (A, B, C, D, E; A', B', C', D', E') and is interconnected in such a way that, in a first switched position of the switching valve, the working space of the dosing valve is simultaneously in communication either with at least two vented ports of the switching valve or with at least two ports thereof pressurized with pressurized fluid, whereas, in a second switched position of the switching valve, the working space of the dosing valve is in communication either with a port of the switching valve pressurized with pressurized fluid or with a vented port thereof. wherein the dosing valve has a main body, a valve-actuating element that is movable inside the main body and a valve-closing element that is joined to the valve-actuating element or can be actuated thereby, wherein the valve-closing element can be moved inside a dosing chamber between an open position lifted from a nozzle-sealing seat and a closed position bearing on the nozzle-sealing seat, in order to achieve ejection of liquid from the nozzle-outlet channel of the dosing valve during the transition from its open position to the closed position, and wherein, for pneumatic activation of the dosing valve, a switching valve is provided, with which a working space of the dosing valve may be optionally vented or pressurized with a pressurized fluid, characterized in that the switching valve is configured as a directional valve with two switched positions and at least five ports (A, B, C, D, E; A', B', C', D', E') and is interconnected in such a way that, in a first switched position of the switching valve, the working space of the dosing valve is simultaneously in communication either with at least two vented ports of the switching valve or with at least two ports thereof pressurized with pressurized fluid, whereas, in a second switched position of the switching valve, the working space of the dosing valve is in communication either with a port of the switching valve pressurized with pressurized fluid or with a vented port thereof.
A system for transmitting data to a first and a second user device within a user's premises, the system comprising a distribution point having an aggregation device comprising a plurality of access network modems and having a plurality of lines connected thereto, a splitter device connected to the aggregation point via one of the lines (21, 22) connected thereto and being located within the user's premises, a first connection between the splitter device and a first customer premises equipment modem, the first customer premises equipment modem being connected to the first user device, and a second connection between the splitter device and a second customer premises equipment modem, the second customer premises equipment modem being connected to the second user device, wherein the aggregation device is operable to transmit data for the first device via a first one of the plurality of modems in the aggregation device, the splitter device and the first customer premises equipment modem using a Digital Subscriber Line protocol, wherein the aggregation device is operable to transmit data for the second device via the first one of the plurality of modems in the aggregation device, the splitter device and the second customer premises equipment modem using the Digital Subscriber Line protocol.
An information processing apparatus comprising: a communication unit configured to perform near-field one-to-one communication with a communication counterpart device; a communication situation acquisition unit (114, 120) configured to acquire a communication situation with the communication counterpart device; a display processing unit configured to perform a display process for performing guidance in a direction in which the communication situation is favorable based on the acquired communication situation; and a display unit configured to perform display for the guidance, characterized in that the communication unit has a plurality of antennas and is configured to acquire said communication situation with the communication counterpart device by detecting a current location of the communication counterpart device and a location for the communication counterpart device with the best intensity of a reception signal based on the intensity of a reception signal obtained by each of the plurality of antennas; and the display processing unit is configured to perform a process for performing guidance to a direction of said location. a communication unit configured to perform near-field one-to-one communication with a communication counterpart device; a communication situation acquisition unit (114, 120) configured to acquire a communication situation with the communication counterpart device; a display processing unit configured to perform a display process for performing guidance in a direction in which the communication situation is favorable based on the acquired communication situation; and a display unit configured to perform display for the guidance, the communication unit has a plurality of antennas and is configured to acquire said communication situation with the communication counterpart device by detecting a current location of the communication counterpart device and a location for the communication counterpart device with the best intensity of a reception signal based on the intensity of a reception signal obtained by each of the plurality of antennas; and the display processing unit is configured to perform a process for performing guidance to a direction of said location.
A capacitance type transducer comprising: one or more cells having a structure in which a vibrating film including one electrode of a pair of electrodes ( 102, 103) formed spaced apart from each other is supported to be capable of vibrating; a substrate, on one surface of which the one or more cells are disposed; a sheet having water resistance and facing the one surface of the substrate; an acoustic matching layer provided between the sheet and the one or more cells; and a frame having water resistance and disposed to surround a side surface of the substrate, wherein the sheet is bonded to an end face of the frame to cover an opening of the frame; characterized in that on the substrate, there are a cell region where the one or more cells are located and an electric connection region to connect the electrode of the one or more cells with an electrical circuit, and a distance between the substrate and the sheet in the cell region is smaller than the distance between the substrate and the sheet in the electric connection region. one or more cells having a structure in which a vibrating film including one electrode of a pair of electrodes ( 102, 103) formed spaced apart from each other is supported to be capable of vibrating; a substrate, on one surface of which the one or more cells are disposed; a sheet having water resistance and facing the one surface of the substrate; an acoustic matching layer provided between the sheet and the one or more cells; and a frame having water resistance and disposed to surround a side surface of the substrate, wherein the sheet is bonded to an end face of the frame to cover an opening of the frame; characterized in that on the substrate, there are a cell region where the one or more cells are located and an electric connection region to connect the electrode of the one or more cells with an electrical circuit, and a distance between the substrate and the sheet in the cell region is smaller than the distance between the substrate and the sheet in the electric connection region.
A catheter blood pump, the catheter blood pump including a plurality of fixed-diameter tubes that are inserted into a patient's vascular system, the catheter blood pump comprising: a fixed-diameter impeller having a first diameter; a drive cable operatively coupled to a motor at a proximal end thereof, and operatively coupled to the fixed-diameter impeller at a distal end thereof; a sheath, wherein the sheath has a second diameter, which is the outer diameter thereof and the largest diameter of any of the plurality of fixed-diameter tubes, and wherein the first diameter is at least as large as the second diameter; and an impeller housing having: (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter. a fixed-diameter impeller having a first diameter; a drive cable operatively coupled to a motor at a proximal end thereof, and operatively coupled to the fixed-diameter impeller at a distal end thereof; a sheath, wherein the sheath has a second diameter, which is the outer diameter thereof and the largest diameter of any of the plurality of fixed-diameter tubes, and wherein the first diameter is at least as large as the second diameter; and an impeller housing having: (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter. (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter.
An automatic driving control system, comprising: an automatic driving control device for controlling running of an automatic driving vehicle in an automatic driving mode; a deceleration operation device (28, 42) for receiving an operation from an operator while the automatic driving vehicle is running in the automatic driving mode to instruct the automatic driving control device to decelerate or stop the automatic driving vehicle; an emergency stop operation device provided separately from the deceleration operation device to receive an operation by the operator to instruct an emergency stop; characterized in that the automatic driving control system further comprises a transmission device (28, 80) for conducting a transmission (S6, S8) for encouraging the operator to operate the emergency stop operation device when an anomaly occurs to the deceleration operation device. an automatic driving control device for controlling running of an automatic driving vehicle in an automatic driving mode; a deceleration operation device (28, 42) for receiving an operation from an operator while the automatic driving vehicle is running in the automatic driving mode to instruct the automatic driving control device to decelerate or stop the automatic driving vehicle; an emergency stop operation device provided separately from the deceleration operation device to receive an operation by the operator to instruct an emergency stop; characterized in that the automatic driving control system further comprises a transmission device (28, 80) for conducting a transmission (S6, S8) for encouraging the operator to operate the emergency stop operation device when an anomaly occurs to the deceleration operation device.
A non-woven fabric comprising at least one spunlaid fiber wherein the spunlaid fiber comprises at least one polymeric resin and at least one coated filler having an average particle size of less than or equal to 3 microns, wherein the at least one coated filler is coated calcium carbonate and is present in the fiber in an amount less than 25 wt%, relative to the total weight of the spunlaid fiber, the at least one filler is coated with at least one organic material, wherein the organic material is chosen from fatty acids and salts and esters thereof; and wherein the calcium carbonate has a top cut of 15 microns or less and wherein the polymeric resin consists of polypropylene.