mhurhangee/ep-ind-claims huggingface dataset:
A pressure regulator for an intubation probe cooperating with a breathing system intended for the ventilation of a patient, said system including a main pipe having a first end intended to be inserted into the patient's trachea and a second end intended to be connected to a breathing apparatus, an annular inflatable sealing balloon, which surrounds the main pipe at the first end and at least one auxiliary pipe having a first end connected to the sealing balloon and a second end provided with a valve which can be connected to a source of a compressed gas to inflate the sealing balloon, said pressure regulator being inserted between said gas source and the balloon, regulator comprising a container whose base is in contact with a base plane, formed from a variable volume chamber, having at least one first orifice to be connected to said gas source and a second orifice to be connected to said auxiliary pipe such that, in use, the variable volume chamber and the sealing balloon are in communication, regulator comprising a tappet acting on the chamber to exert a certain force by means of a pressure mass which can be displaced to adjust said pressure of the gas contained in said variable volume chamber, and consequently the pressure of the gas contained in the sealing balloon, said pressure mass being attached to a rod pivoting along its length in a vertical plane about a fixing shaft to act, via said tappet, on said chamber characterised in that said base plane is disposed in a vertical position, during its operation.
A wind turbine, comprising: a tower; a machine head including a generator; a rotor mechanically coupled to the generator, the rotor including a hub and at least one rotor blade coupled to and extending outwardly from the hub; an adaptor coupled between the tower and the machine head, the adaptor defining an interior chamber; and one or more electrical components electrically coupled to the generator, the one or more electrical components being positioned within the interior chamber defined by the adaptor, wherein the one or more electrical components comprise a transformer. a tower; a machine head including a generator; a rotor mechanically coupled to the generator, the rotor including a hub and at least one rotor blade coupled to and extending outwardly from the hub; an adaptor coupled between the tower and the machine head, the adaptor defining an interior chamber; and one or more electrical components electrically coupled to the generator, the one or more electrical components being positioned within the interior chamber defined by the adaptor, wherein the one or more electrical components comprise a transformer.
Pile driving device, comprising a diesel pile driver, having a cylinder, a piston displaceably guided in the cylinder and a striking element displaceably guided in the cylinder and disposed in the operating position of the diesel hammer under the piston, where a combustion chamber is disposed which is axially delimited by an end face of the striking element disposed inside the cylinder and by an end face of the piston and which opens out into a fuel feeding means by means of which during every work cycle a specified amount of fuel can be fed into the combustion chamber and a disengaging means which can be axially displaced along the outside of the cylinder and is disposed inside the cylinder to lift the piston, where the disengaging means incorporates a driving element which can be introduced through a recess made in the cylinder into an undercut disposed in the piston, where a lower engaging cam is disposed on the cylinder and the disengaging means incorporates a control lever by means of which the driving element, when it strikes the engaging cam, can be swivelled into the cylinder chamber and where disposed on the cylinder above the engaging cam is a disengaging cam by means of which, when the control lever strikes the disengaging cam, the driving element can be swivelled out of the cylinder chamber, characterised in that the engaging cam and/or the control lever is/are constructed so that it/they can be moved out of the striking zone of the control lever of the disengaging means or engaging cam.
An endoluminal filter, comprising: a support frame with a first wall portion forming a first loop and a second wall portion forming a second loop, the first wall portion and second wall portion configured such that the first wall portion does not crossover the second wall portion; a material capture structure (212,216) extending between the first wall portion of the first loop; and characterized in that the support frame comprises a microtruss structure (318a,318b) having a metallic lattice. a support frame with a first wall portion forming a first loop and a second wall portion forming a second loop, the first wall portion and second wall portion configured such that the first wall portion does not crossover the second wall portion; a material capture structure (212,216) extending between the first wall portion of the first loop; and characterized in that the support frame comprises a microtruss structure (318a,318b) having a metallic lattice.
A method for depalletizing tires (2, 2', 2") which are supplied on a carrier, wherein the tires (2, 2', 2") are isolated by means of a labyrinth conveying path, and the tires (2, 2', 2") are moved along conveyor tracks (6, 8, 14, 18, 24) which have different orientations and/or which are operated at different conveying speeds, until they are available sequentially as unstacked tires, wherein the tires are conveyed on conveyor tracks and/or conveyor track segments (8', 8", 8"') which are set at different conveying speeds, and the conveying speeds of the conveyor tracks or respectively conveyor track segments (8', 8", 8"') arranged one behind the other in the conveying direction ascend in the conveying direction, characterized in that the conveying direction of the conveyor tracks or respectively conveyor track segments (8', 8", 8"'), which are set at different conveying speeds, is reversed as soon as it is established that the number of the tires arranged on the front conveyor track or respectively conveyor track segment in the conveying direction is greater than that on the neighboring conveyor track segment (8") located up the conveying stream and/or the further conveyor track segment located up the conveying stream having a different conveying speed.
Method for repairing a component having a substrate, in which the substrate undergoes alitizing, which leads to a diffusion layer in the substrate and to a build-up layer on the diffusion layer, wherein in a next step the build-up layer is at least partially removed, and then welding is carried out in the region of the removed material of the build-up layer, in which the build-up layer is removed as far as the surface of the diffusion layer.
A dynamic load balancing circuit, comprising: a means for determining whether a suboptimal load condition exists between a first cluster (16) of one or more hardware threads (14, 14) and a second cluster (16) of one or more hardware threads (14, 14) of a clustered processor core; a means for, responsive to determining that the suboptimal load condition exists, transferring a content of one or more private registers (18) of a first hardware thread (14) of the one or more hardware threads of the first cluster to one or more private registers (18) of a second hardware thread (14) of the one or more hardware threads of the second cluster via shared hardware resources communicatively coupled to the first hardware thread and the second hardware thread; and a means for, responsive to determining that the suboptimal load condition exists, swapping a first identifier associated with the first hardware thread with a second identifier associated with the second hardware thread via the shared hardware resources. a means for determining whether a suboptimal load condition exists between a first cluster (16) of one or more hardware threads (14, 14) and a second cluster (16) of one or more hardware threads (14, 14) of a clustered processor core; a means for, responsive to determining that the suboptimal load condition exists, transferring a content of one or more private registers (18) of a first hardware thread (14) of the one or more hardware threads of the first cluster to one or more private registers (18) of a second hardware thread (14) of the one or more hardware threads of the second cluster via shared hardware resources communicatively coupled to the first hardware thread and the second hardware thread; and a means for, responsive to determining that the suboptimal load condition exists, swapping a first identifier associated with the first hardware thread with a second identifier associated with the second hardware thread via the shared hardware resources.
Shock absorber for use in a heel part of a shoe comprising: an elastic body arranged with a plurality of tubular cavities axially extending into the elastic body from its under side and ending in the body; characterized in that an elastic member is integrated with the elastic body, which elastic member has a greater elasticity than the elastic body, wherein the elastic member is arranged to be removable from the elastic body; and wherein the shock absorber has the tubular cavities arranged to be at least partly filled with material forming a midsole of the shoe. an elastic body arranged with a plurality of tubular cavities axially extending into the elastic body from its under side and ending in the body; characterized in that an elastic member is integrated with the elastic body, which elastic member has a greater elasticity than the elastic body, wherein the elastic member is arranged to be removable from the elastic body; and wherein the shock absorber has the tubular cavities arranged to be at least partly filled with material forming a midsole of the shoe.
A method for terminal management in a home network, comprising the steps of: acquiring, by a home gateway, a service template from a gateway auto-configuration server ACS, wherein the service template comprises a first application identifier; creating, by the home gateway, according to the service template, a virtual client for an application service corresponding to the first application identifier; the method being characterized in that it further comprises: when an application service corresponding to a second application identifier acquired from a terminal belongs to the application service corresponding to the first application identifier, mapping, by the home gateway, information corresponding to the second application identifier, to the virtual client corresponding to the first application identifier; and implementing, by the virtual client, message exchange between a service server corresponding to the first application identifier and the terminal. acquiring, by a home gateway, a service template from a gateway auto-configuration server ACS, wherein the service template comprises a first application identifier; creating, by the home gateway, according to the service template, a virtual client for an application service corresponding to the first application identifier; the method being characterized in that it further comprises: when an application service corresponding to a second application identifier acquired from a terminal belongs to the application service corresponding to the first application identifier, mapping, by the home gateway, information corresponding to the second application identifier, to the virtual client corresponding to the first application identifier; and implementing, by the virtual client, message exchange between a service server corresponding to the first application identifier and the terminal. when an application service corresponding to a second application identifier acquired from a terminal belongs to the application service corresponding to the first application identifier, mapping, by the home gateway, information corresponding to the second application identifier, to the virtual client corresponding to the first application identifier; and implementing, by the virtual client, message exchange between a service server corresponding to the first application identifier and the terminal.
A file producing method for producing an MP4 file from an elementary stream, the method comprising: acquiring a play list for export including identification information indicating each of a plurality of elementary streams including a first elementary stream and a second elementary stream, wherein the play list for export includes (i) a first identification information indicating the first elementary stream and a second identification information indicating the second elementary stream as predetermined identification information; and (ii) first section information indicating a first section of the first elementary stream and second section information indicating a second section of the second elementary stream as section information; acquiring a manifest file specifying the first section of the first elementary stream and the second section of the second elementary stream indicated by the section information of the play list for export; selecting elementary streams indicated by the predetermined identification information; producing the MP4 file by converting data including the first section of the selected first elementary stream and the second section of the selected second elementary stream into an MP4 file format based on the manifest file, which is correlated with the selected elementary streams, the manifest file being necessary for the conversion of a file format based on a predetermined rule. acquiring a play list for export including identification information indicating each of a plurality of elementary streams including a first elementary stream and a second elementary stream, wherein the play list for export includes (i) a first identification information indicating the first elementary stream and a second identification information indicating the second elementary stream as predetermined identification information; and (ii) first section information indicating a first section of the first elementary stream and second section information indicating a second section of the second elementary stream as section information; (i) a first identification information indicating the first elementary stream and a second identification information indicating the second elementary stream as predetermined identification information; and (ii) first section information indicating a first section of the first elementary stream and second section information indicating a second section of the second elementary stream as section information; acquiring a manifest file specifying the first section of the first elementary stream and the second section of the second elementary stream indicated by the section information of the play list for export; selecting elementary streams indicated by the predetermined identification information; producing the MP4 file by converting data including the first section of the selected first elementary stream and the second section of the selected second elementary stream into an MP4 file format based on the manifest file, which is correlated with the selected elementary streams, the manifest file being necessary for the conversion of a file format based on a predetermined rule.
A fuel delivery system for an engine, the system comprising: a vapour trail detection sensor configured to generate a detection signal indicative of a characteristic of a vapour trail; a regulator (42, 44, 46, 60) configured to regulate a volume of a first and a second fuel composition delivered to the engine as resultant fuel composition; and a controller arranged to undertake a search of trial fuel compositions by controlling the regulator to deliver to the engine a plurality of trial fuel compositions having different ratios of the first and second fuel compositions and to control delivery of a resultant fuel composition to the engine in response to the vapour trail characteristic detection signals for said plurality of trial fuel compositions; wherein the search comprises a first coarse search to identify a sub-range or point for which a desirable value of the vapour trail characteristic is sensed, and a second search which identifies an optimal final fuel composition in the vicinity of said sub-range or point. a vapour trail detection sensor configured to generate a detection signal indicative of a characteristic of a vapour trail; a regulator (42, 44, 46, 60) configured to regulate a volume of a first and a second fuel composition delivered to the engine as resultant fuel composition; and a controller arranged to undertake a search of trial fuel compositions by controlling the regulator to deliver to the engine a plurality of trial fuel compositions having different ratios of the first and second fuel compositions and to control delivery of a resultant fuel composition to the engine in response to the vapour trail characteristic detection signals for said plurality of trial fuel compositions; wherein the search comprises a first coarse search to identify a sub-range or point for which a desirable value of the vapour trail characteristic is sensed, and a second search which identifies an optimal final fuel composition in the vicinity of said sub-range or point.
A method for detecting droplets on a lens of a vehicle camera, comprising - receiving image data from a vehicle camera, the image data comprising image frames, - generating a synthetic droplet image by reducing a first image frame of the image data to a predetermined size of a droplet, thereby obtaining a reduced size image and by rotating the reduced size image by a predetermined rotation angle, - comparing the synthetic droplet image and a detection portion of a second image frame, the detection portion being a portion of an image frame at a predetermined position, and determining a similarity between the synthetic droplet image and the detection portion, wherein the detection portion has the same shape and size as the synthetic droplet image, and wherein the comparison is repeated for different positions of the detection portion, - detecting a droplet if the similarity exceeds a predetermined threshold, wherein the similarity is measured with a least squares estimate that compares the pixel brightness of the synthetic droplet image and the underlying detection portion, wherein the pixels of the synthetic droplet image are averaged to effective pixels with a bigger size than the original pixels, and the effective pixels of the synthetic droplet image are compared with effective pixels of the underlying image portion. - receiving image data from a vehicle camera, the image data comprising image frames, - generating a synthetic droplet image by reducing a first image frame of the image data to a predetermined size of a droplet, thereby obtaining a reduced size image and by rotating the reduced size image by a predetermined rotation angle, - comparing the synthetic droplet image and a detection portion of a second image frame, the detection portion being a portion of an image frame at a predetermined position, and determining a similarity between the synthetic droplet image and the detection portion, wherein the detection portion has the same shape and size as the synthetic droplet image, and wherein the comparison is repeated for different positions of the detection portion, - detecting a droplet if the similarity exceeds a predetermined threshold, wherein the similarity is measured with a least squares estimate that compares the pixel brightness of the synthetic droplet image and the underlying detection portion, wherein the pixels of the synthetic droplet image are averaged to effective pixels with a bigger size than the original pixels, and the effective pixels of the synthetic droplet image are compared with effective pixels of the underlying image portion.
A mechanical force switch to be disposed along a longitudinal device axis of a medical device, the switch comprising: a switching piston having: a longitudinal piston axis disposed parallel to the longitudinal device axis; and a bias-device contact; a hollow body defining a body interior cavity in which said switching piston is movably disposed along said piston axis to define: a switch-making piston position at a first longitudinal piston position with respect to said body; and a switch-breaking piston position at a second longitudinal piston position with respect to said body different from said first longitudinal piston position; an electrically-conductive contact physically coupled to said switching piston and moveable between said two positions to define a switch-making state, when said switching piston is in said switch-making piston position, and a switch-breaking state, when said switching piston is in said switch-breaking piston position; a bias device imparting a longitudinal bias to said switching piston to retain said switching piston in one of two positions selected from said switch-making piston position and said switch-breaking piston position until an external force imparted to said switching piston along said longitudinal piston axis exceeds said longitudinal bias and, when the external force exceeds said longitudinal bias, said switching piston moves to the other of said two positions; characterized by; the said bias device imparting an adjustable longitudinal bias to the said switching piston. a longitudinal piston axis disposed parallel to the longitudinal device axis; and a bias-device contact; a switch-making piston position at a first longitudinal piston position with respect to said body; and a switch-breaking piston position at a second longitudinal piston position with respect to said body different from said first longitudinal piston position;
An apparatus for using a flexible size radio link control, RLC, protocol data unit, PDU, on an uplink, comprising: means for receiving a request for an RLC PDU from a medium access control, MAC, layer; means for determining radio conditions for a first uplink carrier and a second uplink carrier; means for selecting a size of the RLC PDU based on the radio conditions; wherein the selected size of the RLC PDU is a function of the radio conditions for the first uplink carrier and the radio conditions for the second uplink carrier; means for generating the RLC PDU; means for sending the RLC PDU to the MAC layer; and means for determining whether the RLC PDU is to be transmitted via the first uplink carrier or the second uplink carrier. means for receiving a request for an RLC PDU from a medium access control, MAC, layer; means for determining radio conditions for a first uplink carrier and a second uplink carrier; means for selecting a size of the RLC PDU based on the radio conditions; wherein the selected size of the RLC PDU is a function of the radio conditions for the first uplink carrier and the radio conditions for the second uplink carrier; means for generating the RLC PDU; means for sending the RLC PDU to the MAC layer; and means for determining whether the RLC PDU is to be transmitted via the first uplink carrier or the second uplink carrier.