mhurhangee/ep-ind-claims huggingface dataset:
Cannula for injecting a fluid into a cavity of the human or animal body, comprising: - a main lumen defining a first space of the cannula for the fluid to flow in a first direction; and - an accessory reperfusion lumen defining a second space of the cannula and comprising: o an inlet for collecting a portion of the fluid flowing in the first direction; o an angled portion for changing the direction of flow of the fluid collected by the accessory reperfusion lumen; and o an outlet for discharging the collected fluid in a second direction into the cavity, characterized in that the cannula comprises a device for positioning the cannula in the cavity, the positioning device comprising a stop and movement means configured to move said stop along an auxiliary lumen, the auxiliary lumen defining a third space of the cannula and comprising an outlet opening into the cavity, the movement means making it possible to deploy the stop in the cavity, via the outlet of the auxiliary lumen, in order to ensure that the cannula is locked in position in the cavity, the outlet of the auxiliary lumen being arranged at a predetermined distance (d) from the outlet of the accessory reperfusion lumen such that when the stop locks the cannula in position in the cavity, the outlet of the accessory reperfusion lumen is oriented in the cavity such that the collected fluid is discharged in the second direction. - a main lumen defining a first space of the cannula for the fluid to flow in a first direction; and - an accessory reperfusion lumen defining a second space of the cannula and comprising: o an inlet for collecting a portion of the fluid flowing in the first direction; o an angled portion for changing the direction of flow of the fluid collected by the accessory reperfusion lumen; and o an outlet for discharging the collected fluid in a second direction into the cavity, characterized in that the cannula comprises a device for positioning the cannula in the cavity, the positioning device comprising a stop and movement means configured to move said stop along an auxiliary lumen, the auxiliary lumen defining a third space of the cannula and comprising an outlet opening into the cavity, o an inlet for collecting a portion of the fluid flowing in the first direction; o an angled portion for changing the direction of flow of the fluid collected by the accessory reperfusion lumen; and o an outlet for discharging the collected fluid in a second direction into the cavity, the movement means making it possible to deploy the stop in the cavity, via the outlet of the auxiliary lumen, in order to ensure that the cannula is locked in position in the cavity, the outlet of the auxiliary lumen being arranged at a predetermined distance (d) from the outlet of the accessory reperfusion lumen such that when the stop locks the cannula in position in the cavity, the outlet of the accessory reperfusion lumen is oriented in the cavity such that the collected fluid is discharged in the second direction.
A casting method for molding a product based on low-pressure casting by using a casting device (101, 1) in which a mold with a cavity is disposed over a holding furnace storing molten metal, comprising steps of: - using a molten metal sensor for detecting completion of filling the cavity with the molten metal; - raising the molten metal to a vicinity of a gate of the cavity by increasing a pressure in the holding furnace and thereafter filling the cavity with the molten metal by decreasing a pressure in the cavity by suction and further increasing the pressure in the holding furnace; - stopping decompression of the cavity when the molten metal sensor detects the completion of filling with the molten metal within the preset filling time; and - stopping compression of the holding furnace when solidification of the molten metal is completed. - using a molten metal sensor for detecting completion of filling the cavity with the molten metal; - raising the molten metal to a vicinity of a gate of the cavity by increasing a pressure in the holding furnace and thereafter filling the cavity with the molten metal by decreasing a pressure in the cavity by suction and further increasing the pressure in the holding furnace; - stopping decompression of the cavity when the molten metal sensor detects the completion of filling with the molten metal within the preset filling time; and - stopping compression of the holding furnace when solidification of the molten metal is completed.
Frame for handling vanes for heat treatment, comprising a bottom wall bearing a plurality of longitudinal partitions (16a, 20a) and transverse partitions (16b, 20b) forming a grid defining a plurality of housings, each capable of receiving a vane, characterised in that it comprises rods for supporting and holding the vanes away from the bottom wall and from said longitudinal partitions (16a, 20a) and transverse partitions (16b, 20b), wherein some of the rods cross the longitudinal partitions (16a, 20a) and the other of the rods cross the transverse partitions (16b, 20b) and extend into the housings and are produced, at least externally, from a thermally insulating material.
Use of a type AlkB oxidoreductase in the presence of oxygen for preparing a mixture of oxidation products of an alkane, wherein the ratio of carboxylic acid to alcohol in the oxidation products is greater than 1:1, wherein the alkane is a gaseous alkane having 3 or 4 carbon atoms, is preferably butane, wherein the type AlkB oxidoreductase is AlkB from Pseudomonas putida GPO1 or an amino acid sequence which, with respect to the amino acid sequence of AlkB from Pseudomonas putida GPO1, has an identity of 70% or more and has the same function as the original AlkB.
A phase shift mask blank comprising a transparent substrate of 152 mm squares and 6.35 mm thick and a phase shift film deposited on the substrate and having a phase shift of 150 to 200° with respect to light of wavelength up to 200 nm, wherein said phase shift film includes at least one layer composed of a silicon base material consisting of silicon and nitrogen or a silicon base material consisting of silicon, nitrogen and oxygen, wherein said phase shift mask blank is characterized in that the phase shift film has a thickness of up to 70 nm, and provides a warpage change (ΔTIR) of up to 0.2 μm as absolute value in a central region of 142 mm squares on a surface of the substrate between before the deposition of the phase shift film on the substrate and the presence of the phase shift film on the substrate.
A system installable in a space at a ceiling, comprising: - at least one longitudinal profile or beam couplable with the ceiling; - at least one longitudinal conductive guide rail ( 41 ') that can be fixed to said at least one profile or beam and that can be power-supplied with electric power supply means; - at least one lighting device removably coupled with said at least one longitudinal beam or profile and electrically connected with said at least one longitudinal conductive guide rail ( 41 '); wherein said at least one profile or beam comprises a pair of lateral walls ( 11, 12) mutually facing each other and an upper wall designated to be faced towards the ceiling mutually cooperating to internally define a compartment open at the bottom to removably receive said at least one lighting device; characterized in that said system further comprises: - first means for the magnetic coupling of said at least one lighting device and of said at least one longitudinal conductive guide rail ( 41 '); - second means for the removable mechanical coupling of said at least one lighting device and of said at least one profile or beam, said second coupling means cooperating with said first magnetic coupling means. - at least one longitudinal profile or beam couplable with the ceiling; - at least one longitudinal conductive guide rail ( 41 ') that can be fixed to said at least one profile or beam and that can be power-supplied with electric power supply means; - at least one lighting device removably coupled with said at least one longitudinal beam or profile and electrically connected with said at least one longitudinal conductive guide rail ( 41 '); wherein said at least one profile or beam comprises a pair of lateral walls ( 11, 12) mutually facing each other and an upper wall designated to be faced towards the ceiling mutually cooperating to internally define a compartment open at the bottom to removably receive said at least one lighting device; characterized in that said system further comprises: - first means for the magnetic coupling of said at least one lighting device and of said at least one longitudinal conductive guide rail ( 41 '); - second means for the removable mechanical coupling of said at least one lighting device and of said at least one profile or beam, said second coupling means cooperating with said first magnetic coupling means. - first means for the magnetic coupling of said at least one lighting device and of said at least one longitudinal conductive guide rail ( 41 '); - second means for the removable mechanical coupling of said at least one lighting device and of said at least one profile or beam, said second coupling means cooperating with said first magnetic coupling means.
A computer-implemented method comprising: executing an initial login operation of the user in response to receiving user credentials; capturing, by a detection device coupled to a computer, characteristics of a target at the time of the initial login operation, wherein the characteristics of the target comprises a unique wireless signal; and associating the characteristics of the target with the user credentials only during this login session; wherein the detection by the detection device of the characteristics of the target causes a resetting of an inactivity timer; automatically executing, by the computer, a temporary logoff operation of a user at a conclusion of the inactivity timer; initiating, by the computer, an operation of a logoff timer in response to the execution of the temporary logoff operation; and automatically executing, by the computer, a login operation of the user when the characteristics are redetected by the detection device during the operation of the logoff timer, wherein the computer executes a full logout operation of the user at a conclusion of the logoff timer, wherein the detection device comprises a transceiver, the target comprises a wireless beacon on the user, and wherein the unique wireless signal is outputted by the wireless beacon and detectable by the transceiver. executing an initial login operation of the user in response to receiving user credentials; capturing, by a detection device coupled to a computer, characteristics of a target at the time of the initial login operation, wherein the characteristics of the target comprises a unique wireless signal; and associating the characteristics of the target with the user credentials only during this login session; wherein the detection by the detection device of the characteristics of the target causes a resetting of an inactivity timer; automatically executing, by the computer, a temporary logoff operation of a user at a conclusion of the inactivity timer; initiating, by the computer, an operation of a logoff timer in response to the execution of the temporary logoff operation; and automatically executing, by the computer, a login operation of the user when the characteristics are redetected by the detection device during the operation of the logoff timer, wherein the computer executes a full logout operation of the user at a conclusion of the logoff timer, wherein the detection device comprises a transceiver, the target comprises a wireless beacon on the user, and wherein the unique wireless signal is outputted by the wireless beacon and detectable by the transceiver.
A liquid ejection apparatus, comprising: an inkjet head (24; 24C, 24M, 24Y, 24K) equipped with: a nozzle plate, in which an opening of a nozzle ejecting a dryable liquid having a component that is volatile in air, onto a medium, is formed, and which has a liquid ejection surface displaying lyophilic properties with respect to the liquid; and a pressurization device which pressurizes liquid inside a liquid chamber connected to the nozzle, with the inkjet head being used in a state where the liquid ejection surface is covered by the liquid; and a drive voltage supply device which supplies a non-ejection drive voltage (200, 210) that does not cause liquid ejection to a pressurization device corresponding to a non-ejecting nozzle, which is not used to eject liquid, wherein the non-ejection drive voltage (200, 210) is supplied to the pressurization device corresponding to the non-ejecting nozzle by the drive voltage supply device so as to cause the liquid inside the non-ejecting nozzle to vibrate and to also overflow out onto the liquid ejection surface, as well as causing the liquid covering the liquid ejection surface to be subjected to a flowing movement. an inkjet head (24; 24C, 24M, 24Y, 24K) equipped with: a nozzle plate, in which an opening of a nozzle ejecting a dryable liquid having a component that is volatile in air, onto a medium, is formed, and which has a liquid ejection surface displaying lyophilic properties with respect to the liquid; and a pressurization device which pressurizes liquid inside a liquid chamber connected to the nozzle, with the inkjet head being used in a state where the liquid ejection surface is covered by the liquid; and a drive voltage supply device which supplies a non-ejection drive voltage (200, 210) that does not cause liquid ejection to a pressurization device corresponding to a non-ejecting nozzle, which is not used to eject liquid, wherein the non-ejection drive voltage (200, 210) is supplied to the pressurization device corresponding to the non-ejecting nozzle by the drive voltage supply device so as to cause the liquid inside the non-ejecting nozzle to vibrate and to also overflow out onto the liquid ejection surface, as well as causing the liquid covering the liquid ejection surface to be subjected to a flowing movement.
A method of providing a content management list including associated media (200, 500), performed by a content management list providing apparatus capable of accessing one or more local contents stored in one or more devices connected to the apparatus over a network or in the apparatus, the method comprising: searching for information on local content (250, 550) associated with a channel program listed in Electronic Program Guide information of a broadcasting program (210, 510), wherein local content is associated with a channel program according to a predetermined criterion based on metadata for the channel program and metadata for the local content; and displaying said searched information of the associated local content in such a way that a play time of the associated local content has an association with air time of the channel program of the content management list, wherein: if the channel program and the associated local content do not have a temporal order relationship, then the searched information of the associated local content is displayed in an EPG form before or after the air time of the channel program (251, 252); otherwise the searched information of the associated local content is displayed in an EPG form on a time identical with the air time of the channel program. searching for information on local content (250, 550) associated with a channel program listed in Electronic Program Guide information of a broadcasting program (210, 510), wherein local content is associated with a channel program according to a predetermined criterion based on metadata for the channel program and metadata for the local content; and displaying said searched information of the associated local content in such a way that a play time of the associated local content has an association with air time of the channel program of the content management list, wherein: if the channel program and the associated local content do not have a temporal order relationship, then the searched information of the associated local content is displayed in an EPG form before or after the air time of the channel program (251, 252); otherwise the searched information of the associated local content is displayed in an EPG form on a time identical with the air time of the channel program. if the channel program and the associated local content do not have a temporal order relationship, then the searched information of the associated local content is displayed in an EPG form before or after the air time of the channel program (251, 252); otherwise the searched information of the associated local content is displayed in an EPG form on a time identical with the air time of the channel program.
A method of communicating with a selected user equipment terminal, UE, in a first cell (10A, 10B, 10C) served by a base station (20A, 20B, 20C, 600) and a remote radio head (30A, 30B, 30C, 700), the method comprising: forming a list of non-targeted UEs including other UEs in the first cell and cell edge UEs in a neighboring cell that borders the first cell that are located near a border of the first cell and the neighboring cell, the list including geographic locations and signal to interference plus noise ratios, SINRs, of the non-targeted UEs; generating a list of candidate precoding matrices that can be used to communicate with the selected UE from the base station and/or from the remote radio head; generating a list of available precoding matrices by discarding, from the list of candidate precoding matrices, those precoding matrices that may cause interference to at least one non-targeted UE based on the geographic locations and SINRs of the non-targeted UEs; selecting a precoding matrix from the list of available precoding matrices; and communicating with the selected UE using the selected precoding matrix. forming a list of non-targeted UEs including other UEs in the first cell and cell edge UEs in a neighboring cell that borders the first cell that are located near a border of the first cell and the neighboring cell, the list including geographic locations and signal to interference plus noise ratios, SINRs, of the non-targeted UEs; generating a list of candidate precoding matrices that can be used to communicate with the selected UE from the base station and/or from the remote radio head; generating a list of available precoding matrices by discarding, from the list of candidate precoding matrices, those precoding matrices that may cause interference to at least one non-targeted UE based on the geographic locations and SINRs of the non-targeted UEs; selecting a precoding matrix from the list of available precoding matrices; and communicating with the selected UE using the selected precoding matrix.
A face protector for protecting a worker's eyes and face, comprising an auto-darkening filter unit which in turn comprises a filter pane or ADF pane and an electronics unit driving the ADF pane, the electronics unit being configured to switch the ADF pane automatically from a transparent state to a darkened state, when a welding operation takes place or when the flash of an fault arc is detected, wherein the face protector further comprises a hard shell unit and a soft shell unit attached to each other, characterised in that • the hard shell unit comprises a shell carrying the ADF unit with the ADF pane and being shaped to protect a wearer's face, the shell being manufactured of a plastic material; • the soft shell unit comprises a cap for protecting the crown of the wearer's head and a neck protector for protecting the wearer's neck and implemented from a flame retardant material, the cap comprising a visor, a rounded crown, and a stiffener, said stiffener extending over the area of the visor and extending toward the back of the cap around at least part of the horizontal circumference of the cap, wherein the stiffener transfers and distributes forces acting on the visor to side sections and also to back sections of the cap, the soft shell unit being made of a combination of flexible fabric with support elements (41, 47). • the hard shell unit comprises a shell carrying the ADF unit with the ADF pane and being shaped to protect a wearer's face, the shell being manufactured of a plastic material; • the soft shell unit comprises a cap for protecting the crown of the wearer's head and a neck protector for protecting the wearer's neck and implemented from a flame retardant material, the cap comprising a visor, a rounded crown, and a stiffener, said stiffener extending over the area of the visor and extending toward the back of the cap around at least part of the horizontal circumference of the cap, wherein the stiffener transfers and distributes forces acting on the visor to side sections and also to back sections of the cap, the soft shell unit being made of a combination of flexible fabric with support elements (41, 47).
A vehicle including a front bumper system including a beam, a bumper skin and a shock-absorbing device arranged between the beam and the bumper skin; the absorbing device including: - a vertical base placed against the beam; - an upper part and a lower part extending horizontally from the base, in the direction of the front of the vehicle, the upper part being positioned above the lower part, the upper part being either dimensioned so that a space remains between its distal end and the bumper skin or formed from a material displaying a lower rigidity than the material forming said lower part, the vehicle being characterized in that the absorbing device includes at least one extension which extends in the extension of the distal end of the lower part and which is dimensioned to come alongside the bumper skin and in that the absorbing device includes in addition a plurality of extensions in the form of pins, formed as an integral part of the lower part, distributed along the transverse direction of the vehicle on the distal end of the lower part and arranged spaced apart from one another. - a vertical base placed against the beam; - an upper part and a lower part extending horizontally from the base, in the direction of the front of the vehicle, the upper part being positioned above the lower part, the upper part being either dimensioned so that a space remains between its distal end and the bumper skin or formed from a material displaying a lower rigidity than the material forming said lower part, the vehicle being characterized in that the absorbing device includes at least one extension which extends in the extension of the distal end of the lower part and which is dimensioned to come alongside the bumper skin and in that the absorbing device includes in addition a plurality of extensions in the form of pins, formed as an integral part of the lower part, distributed along the transverse direction of the vehicle on the distal end of the lower part and arranged spaced apart from one another.