mhurhangee/ep-ind-claims huggingface dataset:
A device for shielding a needle tip, comprising: a sleeve (16, 70, 114) interlocked with a catheter adapter (14, 112), a safety clip (18, 116, 72) partially housed within the sleeve (16, 70, 114), and partially housed within the catheter adapter (14, 112), a portion of the safety clip (18, 116, 72) outwardly biasing the interlock flange (40, 130) of the sleeve (16, 70, 114) into the interlock mate (50, 118) of the catheter adapter (14, 112); and a needle extending through the sleeve (16, 70, 114), the catheter adapter(14, 112), and the safety clip (18, 116, 72); wherein upon removal of the needle (16, 70, 114) from the proximal end of the catheter adapter (14, 112), the tip of the needle (16, 70, 114) is retained within the safety clip (18, 116, 72) and prevented from reemerging from the safety clip (18, 116, 72), and the safety clip (18, 116, 72) is retained within the sleeve (16, 70, 114). a sleeve (16, 70, 114) interlocked with a catheter adapter (14, 112), a safety clip (18, 116, 72) partially housed within the sleeve (16, 70, 114), and partially housed within the catheter adapter (14, 112), a portion of the safety clip (18, 116, 72) outwardly biasing the interlock flange (40, 130) of the sleeve (16, 70, 114) into the interlock mate (50, 118) of the catheter adapter (14, 112); and a needle extending through the sleeve (16, 70, 114), the catheter adapter(14, 112), and the safety clip (18, 116, 72); wherein upon removal of the needle (16, 70, 114) from the proximal end of the catheter adapter (14, 112), the tip of the needle (16, 70, 114) is retained within the safety clip (18, 116, 72) and prevented from reemerging from the safety clip (18, 116, 72), and the safety clip (18, 116, 72) is retained within the sleeve (16, 70, 114).
A yarn heater comprising: a heating roller which includes a roller main body and a heater provided in the roller main body to heat the roller main body, and which is configured to heat yarns; a motor which is configured to rotationally drive the heating roller; a fan which rotates so as to generate cooling wind for cooling the motor; and a wind shield member (80, 90) which prevents an airflow generated in accordance with generation of the cooling wind from flowing toward the heating roller; wherein, the heating roller is lined up with the motor in a direction of a drive shaft of the motor and is attached to the motor, the fan generates the cooling wind which flows from the motor side toward the heating roller side in the direction of the drive shaft, the wind shield member (80, 90) is provided between the fan and the heating roller in the direction of the drive shaft to block the flow of the cooling wind after the cooling wind cools the motor, the motor is attached to a motor mounting portion in which an insertion hole in which the motor is inserted is formed, the fan and the heating roller oppose each other across the motor mounting portion, and a first gap is formed between the motor and the inner circumferential surface of the insertion hole, the yarn heater being characterized in that the wind shield member (80, 90) is provided to close the first gap. a heating roller which includes a roller main body and a heater provided in the roller main body to heat the roller main body, and which is configured to heat yarns; a motor which is configured to rotationally drive the heating roller; a fan which rotates so as to generate cooling wind for cooling the motor; and a wind shield member (80, 90) which prevents an airflow generated in accordance with generation of the cooling wind from flowing toward the heating roller; wherein, the heating roller is lined up with the motor in a direction of a drive shaft of the motor and is attached to the motor, the fan generates the cooling wind which flows from the motor side toward the heating roller side in the direction of the drive shaft, the wind shield member (80, 90) is provided between the fan and the heating roller in the direction of the drive shaft to block the flow of the cooling wind after the cooling wind cools the motor, the motor is attached to a motor mounting portion in which an insertion hole in which the motor is inserted is formed, the fan and the heating roller oppose each other across the motor mounting portion, and a first gap is formed between the motor and the inner circumferential surface of the insertion hole, the yarn heater being characterized in that the wind shield member (80, 90) is provided to close the first gap.
A chromatic confocal measuring device, comprising a light source which emits light of a plurality of wavelengths, in particular a continuous spectrum, imaging optics, the imaging optics having a chromatic aberration such that light of different wavelengths is focused at different distances from the imaging optics a first beam splitter, wherein light from the light source is imaged onto a measurement object via the first beam splitter and the imaging optics, and wherein light reflected from the measurement object is imaged onto a first confocal detection aperture arrangement through the imaging optics and the first beam splitter, a first detection device which detects and evaluates light falling through the first detection aperture arrangement, wherein the measuring device comprises an illumination aperture arrangement which comprises at least a first aperture which interacts with a detection aperture of the first detection aperture arrangement as a confocal aperture, wherein the measuring device comprises a second detection device and a second beam splitter, in particular a non-polarizing beam splitter, wherein the second beam splitter splits the light reflected by the measuring object into a first and a second partial beam (14, 17), wherein the first detection device is configured to detect light of the first partial beam by means of a line detector and to evaluate total intensities over all wavelengths and to generate a total intensity profile and/or a total intensity image, and wherein the second detection device is configured to spectrally split light of the second partial beam at the same time and to detect and evaluate intensities of the light of a plurality of individual wavelengths or a plurality of wavelength ranges, characterized in that the first aperture of the illumination aperture arrangement is a slit aperture. a first detection device which detects and evaluates light falling through the first detection aperture arrangement, wherein the measuring device comprises an illumination aperture arrangement which comprises at least a first aperture which interacts with a detection aperture of the first detection aperture arrangement as a confocal aperture, wherein the measuring device comprises a second detection device and a second beam splitter, in particular a non-polarizing beam splitter, wherein the second beam splitter splits the light reflected by the measuring object into a first and a second partial beam (14, 17), wherein the first detection device is configured to detect light of the first partial beam by means of a line detector and to evaluate total intensities over all wavelengths and to generate a total intensity profile and/or a total intensity image, and wherein the second detection device is configured to spectrally split light of the second partial beam at the same time and to detect and evaluate intensities of the light of a plurality of individual wavelengths or a plurality of wavelength ranges, characterized in that the first aperture of the illumination aperture arrangement is a slit aperture.
A transmitting device supporting a plurality of radio links in a mobile communication, the transmitting device comprising: a packet distributor configured to receive feedback information on a plurality of links from a receiving device and distribute packets to the plurality of links based on the feedback information; and output ports (211, 212, 213) corresponding to the plurality of links and configured to transmit the distributed packets through the plurality of links, wherein the packet distributor is configured to determine a transmission mode from a plurality of transmission modes for distributing the packets based on the feedback information, the transmitting device being characterised in that in case the feedback information comprises information that a link of the plurality of links is estimated as being underutilized in relation to a bandwidth threshold, the packet distributor is configured to set the link as a target link and set the transmission mode as a pre-splitting mode for distributing the packets only to the target link among the plurality of links. a packet distributor configured to receive feedback information on a plurality of links from a receiving device and distribute packets to the plurality of links based on the feedback information; and output ports (211, 212, 213) corresponding to the plurality of links and configured to transmit the distributed packets through the plurality of links, wherein the packet distributor is configured to determine a transmission mode from a plurality of transmission modes for distributing the packets based on the feedback information, the transmitting device being characterised in that in case the feedback information comprises information that a link of the plurality of links is estimated as being underutilized in relation to a bandwidth threshold, the packet distributor is configured to set the link as a target link and set the transmission mode as a pre-splitting mode for distributing the packets only to the target link among the plurality of links.
A jetting device comprising: - a fluid chamber connected to a nozzle and containing a fluid to be jetted, and an electrically conductive medium; - a magnetic field source arranged to create a magnetic field in the electrically conductive medium; - a pair of electrodes (26, 28) contacting the electrically conductive medium; and - a controller arranged to control a flow of an electric current through the electrodes (26, 28) and the electrically conductive medium, characterized in that the pair of electrodes (26, 28) is configured to constitute a sonode for generating an ultrasonic acoustic wave in the electrically conductive medium, and the controller is arranged to activate the sonode during a time at which the jetting device does not perform a jetting operation. - a fluid chamber connected to a nozzle and containing a fluid to be jetted, and an electrically conductive medium; - a magnetic field source arranged to create a magnetic field in the electrically conductive medium; - a pair of electrodes (26, 28) contacting the electrically conductive medium; and - a controller arranged to control a flow of an electric current through the electrodes (26, 28) and the electrically conductive medium,
A blue organic light emitting device, comprising: a first electrode; a second electrode facing the first electrode; a first charge generating layer between the first electrode and the second electrode; a first emission layer between the first electrode and the first charge generating layer, the first emission layer arranged to emit first blue light having a first wavelength region; a second emission layer between the first charge generating layer and the second electrode, the second emission layer arranged to emit second blue light having a second wavelength region different from the first wavelength region characterized in that: the device further comprises a second charge generating layer between the second emission layer and the second electrode; and a third emission layer between the second charge generating layer and the second electrode, the third emission layer to emit third blue light having a third wavelength region, the third wavelength region being different from each of the first wavelength region and the second wavelength region. a first electrode; a second electrode facing the first electrode; a first charge generating layer between the first electrode and the second electrode; a first emission layer between the first electrode and the first charge generating layer, the first emission layer arranged to emit first blue light having a first wavelength region; a second emission layer between the first charge generating layer and the second electrode, the second emission layer arranged to emit second blue light having a second wavelength region different from the first wavelength region characterized in that: the device further comprises a second charge generating layer between the second emission layer and the second electrode; and a third emission layer between the second charge generating layer and the second electrode, the third emission layer to emit third blue light having a third wavelength region, the third wavelength region being different from each of the first wavelength region and the second wavelength region.
A home appliance, in particular a refrigerator or a freezer, comprising: a cabinet having a freezing compartment defined therein; an ice-maker mounted in the freezing compartment, an ice bin for storing ice disposed below the ice-maker such that ice removed from the ice maker falls into the ice bin the ice bin being retractable and extendable in a rear and front direction, respectively; and a cover plate extending downward from a rear portion of the ice-maker; wherein at least a portion of the ice-maker is disposed in the ice bin, and a bin opening is defined in a rear surface of the ice bin such that the ice-maker passes through the bin opening when the ice bin is retracted or extended, the home appliance being characterized by the cover plate being configured to shield a space formed between the ice bin and the ice-maker, wherein the cover plate is configured to shield the bin opening at a moment when the ice bin is extended or when the insertion of the ice bin is completed, such that the ice inside the ice bin is prevented from falling. a cabinet having a freezing compartment defined therein; an ice-maker mounted in the freezing compartment, an ice bin for storing ice disposed below the ice-maker such that ice removed from the ice maker falls into the ice bin the ice bin being retractable and extendable in a rear and front direction, respectively; and a cover plate extending downward from a rear portion of the ice-maker; wherein at least a portion of the ice-maker is disposed in the ice bin, and a bin opening is defined in a rear surface of the ice bin such that the ice-maker passes through the bin opening when the ice bin is retracted or extended, the home appliance being characterized by the cover plate being configured to shield a space formed between the ice bin and the ice-maker, wherein the cover plate is configured to shield the bin opening at a moment when the ice bin is extended or when the insertion of the ice bin is completed, such that the ice inside the ice bin is prevented from falling.
Flexible pipe (10; 120; 130) for transporting fluid, comprising at least one tubular sheath and at least one tensile armour layer (24, 25) arranged on the outside relative to the tubular sheath, the armour layer (24, 25) comprising a plurality of filiform armour elements, the flexible pipe comprising a connection end-piece mounted at the end of the tubular sheath, the end-piece comprising: - at least one end portion of each armour element, - an end vault and a cap fixed to the end vault, the end vault and the cap delimiting between them a chamber for receiving the end portion; - a filling material for filling the receiving chamber, in which filling material the end portion is embedded; - at least one assembly for crimping the end portion, defining at least one radial relief (102, 106, 108, 112; 122, 126) for crimping the end portion, the end portion having a radial deformation facing the crimping relief (102, 106, 108, 112; 122, 126), the crimping assembly comprising an outside crimping ring, a support vault situated radially opposite the outside crimping ring, at least one end portion being disposed between the support vault and the outside ring, characterised in that the support vault defines a first radial crimping relief, situated facing the outside ring, the radial crimping relief comprising a radial hollow and/or a radial projection. - at least one end portion of each armour element, - an end vault and a cap fixed to the end vault, the end vault and the cap delimiting between them a chamber for receiving the end portion; - a filling material for filling the receiving chamber, in which filling material the end portion is embedded; - at least one assembly for crimping the end portion, defining at least one radial relief (102, 106, 108, 112; 122, 126) for crimping the end portion, the end portion having a radial deformation facing the crimping relief (102, 106, 108, 112; 122, 126),
Coextrusion adapter, comprising a central channel with an inlet-side end and an outlet-side end as well as floor and ceiling walls (102, 103) delimiting the height of the central channel and side walls (104, 105) delimiting the width of the central channel, furthermore at least one coextrusion channel (11, 12, 13) with inlet end (110, 120, 130) and outlet end (112, 122, 132), wherein the outlet end (112, 122, 132) opens out into the central channel downstream of its inlet-side end in the region of the floor and/or ceiling wall (102, 103) and adjusting devices are provided, assigned to each outlet end (112, 122, 132) of the at least one coextrusion channel (11, 12,13), which consist of a plurality of adjusting elements which extend together across the width of the outlet end (112, 122, 132) and are adjustable by means of actuating drives independently of one another such that the clear width of the respective width portion of the outlet end (112, 122, 132) is variable, characterised in that adjacent to the outlet end (112,122,132) at least one of the side walls (104, 105) has a receiving bore into which a displacing element protruding over the side wall (104, 105) into the central channel or a closure element finishing flush with the side wall (104, 105) is inserted.
A device for keeping a Media Access Control address of an aggregate port alive, characterized in that comprising: a global aggregate port MAC address management module and an MAC keep-alive message transceiver module; wherein the global aggregate port MAC address management module is located in a central processing module of distributed network equipment and configured to, within an MAC address aging period, receive an MAC keep-alive message from a subsystem and send the MAC keep-alive message to all subsystems; and the MAC keep-alive message transceiver module is located in a subsystem and configured to, within the MAC address aging period, send an MAC keep-alive message to the global aggregate port MAC address management module and receive an MAC keep-alive message from the global aggregate port MAC address management module; wherein the MAC keep-alive message contains: a source MAC address, and a name of the subsystem.
A hitch device for an implement, suitable for being mounted on an agricultural vehicle, comprising: - a first chassis extending in a vertical plane, the normal of which is substantially the travel direction of the hitch, - a second chassis also extending in the vertical plane and translatably mounted on the first chassis along the transverse direction defined with respect to the travel direction of the hitch, - means (82, 82a, 82b) for actuating the translation of the second chassis with respect to the first chassis, - a device for fixing the first chassis at the rear of the agricultural vehicle, - a system for hooking up an agricultural implement to the second chassis, characterised in that said system is able to swivel freely around a vertical axis, with respect to the second chassis. - a first chassis extending in a vertical plane, the normal of which is substantially the travel direction of the hitch, - a second chassis also extending in the vertical plane and translatably mounted on the first chassis along the transverse direction defined with respect to the travel direction of the hitch, - means (82, 82a, 82b) for actuating the translation of the second chassis with respect to the first chassis, - a device for fixing the first chassis at the rear of the agricultural vehicle, - a system for hooking up an agricultural implement to the second chassis,
A key update method, applied to a communications system, wherein the communications system comprises a core network device and a terminal, the terminal accessing the core network device by using both a first connection corresponding to a first access technology and a second connection corresponding to a second access technology simultaneously, and the first connection and the second connection share a first key, and the method comprises: updating, by the core network device, the first key to obtain an updated key for the first connection and obtaining a first key identifier; wherein the first key identifier identifies the updated key; if the second connection is in a connected state, retaining, by the core network device, the first key for the second connection and a second key identifier, wherein the second key identifier identifies the first key; wherein the first key is used for the second connection when the core network device communicates with the terminal through the second connection before updating the first key for the second connection. updating, by the core network device, the first key to obtain an updated key for the first connection and obtaining a first key identifier; wherein the first key identifier identifies the updated key; if the second connection is in a connected state, retaining, by the core network device, the first key for the second connection and a second key identifier, wherein the second key identifier identifies the first key; wherein the first key is used for the second connection when the core network device communicates with the terminal through the second connection before updating the first key for the second connection.
A method for channel estimation of an antenna array, the antenna array comprising a first plurality of antenna elements and a second plurality of antenna elements, wherein the first plurality of antenna elements are placed in the antenna array intermittently with the second plurality of antenna elements, the method comprising performing the steps of: estimating channel state information for the second plurality of antenna elements by interpolating channel state information obtained for the first plurality of antenna elements; characterised in that the first plurality of antenna elements are connected to a high-end radio frequency chain and the second plurality of antenna elements are connected to a low-cost radio frequency chain, wherein the high-end radio frequency chain comprises at least one of a bit resolution that is higher than a bit resolution of the low-cost radio frequency chain and a linearity that is higher than a linearity of the low-cost radio frequency chain. estimating channel state information for the second plurality of antenna elements by interpolating channel state information obtained for the first plurality of antenna elements; characterised in that the first plurality of antenna elements are connected to a high-end radio frequency chain and the second plurality of antenna elements are connected to a low-cost radio frequency chain, wherein the high-end radio frequency chain comprises at least one of a bit resolution that is higher than a bit resolution of the low-cost radio frequency chain and a linearity that is higher than a linearity of the low-cost radio frequency chain.