mhurhangee/patent-ind-claim-en huggingface dataset:
An automated analyzer that includes an axial probe configured to move between below the liquid surface of any liquid among a sample, reagent, and cleaning water and above said liquid surface, dispense said sample and said reagent into a reaction container, and be cleaned with said cleaning water, and that analyzes components of a reaction solution generated from said dispensed sample and reagent, wherein: said probe includes a step part configured to be provided between a lower shaft and an upper shaft, and to be formed such that the outer diameter changes; said automated analyzer includes: a detector configured to detect the position of the step part with respect to the position of the liquid surface of said liquid, and a descending controller configured to lower said probe and an ascending controller configured to raise said probe ; said descending controller configured to lower said probe from a predefined position that positions said step part above the position of the liquid surface of said liquid to an operating position for performing absorption of said liquid or washing with said cleaning water by positioning said step part below the position of said liquid surface; and said ascending controller configured to raise said probe at a first speed and a second speed wherein said second speed is lower than said first speed, and wherein said ascending controller raises the probe at the second speed as the step part passes through the position of said liquid surface. said probe includes a step part configured to be provided between a lower shaft and an upper shaft, and to be formed such that the outer diameter changes; said automated analyzer includes: a detector configured to detect the position of the step part with respect to the position of the liquid surface of said liquid, and a descending controller configured to lower said probe and an ascending controller configured to raise said probe ; a detector configured to detect the position of the step part with respect to the position of the liquid surface of said liquid, and a descending controller configured to lower said probe and an ascending controller configured to raise said probe ; said descending controller configured to lower said probe from a predefined position that positions said step part above the position of the liquid surface of said liquid to an operating position for performing absorption of said liquid or washing with said cleaning water by positioning said step part below the position of said liquid surface; and said ascending controller configured to raise said probe at a first speed and a second speed wherein said second speed is lower than said first speed, and wherein said ascending controller raises the probe at the second speed as the step part passes through the position of said liquid surface.
A computer-implemented method for facilitating interoperability between a first screen device and a client device , the method being performed by the client device and comprising: presenting , by a second screen application operating on the client device , a deduplicated listing of devices in a user interface, each listed device associated with one or more coupling protocols; receiving via the user interface a selection of a listed device with which to participate in a video display session, wherein the device being selected from the deduplicated listing is the first screen device ; obtaining from a control server application status information for a first screen application of the first screen device , the application status information indicating whether the first screen application is in an existing video display session with a second client device; determining a coupling methodology, based on the indicated application status and coupling protocols available to the client device and the one or more coupling protocols of the first screen application, wherein determining the coupling methodology comprises determining whether the application status indicates that the first screen application is in an existing video display session with a second client device and that the session is using a particular coupling protocol, and determining whether the first screen device and the client device are to be coupled directly or via the control server; and coupling to the first screen application via the determined coupling methodology, to cause video content presented on the client device to also be presented on the first screen device during the video display session. presenting , by a second screen application operating on the client device , a deduplicated listing of devices in a user interface, each listed device associated with one or more coupling protocols; receiving via the user interface a selection of a listed device with which to participate in a video display session, wherein the device being selected from the deduplicated listing is the first screen device ; obtaining from a control server application status information for a first screen application of the first screen device , the application status information indicating whether the first screen application is in an existing video display session with a second client device; determining a coupling methodology, based on the indicated application status and coupling protocols available to the client device and the one or more coupling protocols of the first screen application, wherein determining the coupling methodology comprises determining whether the application status indicates that the first screen application is in an existing video display session with a second client device and that the session is using a particular coupling protocol, and determining whether the first screen device and the client device are to be coupled directly or via the control server; and coupling to the first screen application via the determined coupling methodology, to cause video content presented on the client device to also be presented on the first screen device during the video display session.
A neutron source comprising a proton source configured for producing first proton beam of a first impulse length, and a proton accelerator for accelerating the proton beam , and a target arranged in the trajectory of an accelerated proton beam exiting the proton accelerator for producing a neutron beam , as well as a moderator-reflector system having at least one moderator for producing a moderated neutron beam , and a reflector surrounding the moderator and the target , in which reflector an opening is provided facing the at least one moderator , and at least one moderated neutron beam exiting channel is arranged in the vicinity of the at least one opening, characterised in that a beam chopper for the random or pseudo-random chopping of the neutron beam according to a pattern consisting of time intervals during which the neutron beam is allowed to pass or it is substantially blocked resulting in at least 50 times, preferably 100 times shorter impulse length is interposed in the at least one moderated neutron beam exiting channel . that a beam chopper for the random or pseudo-random chopping of the neutron beam according to a pattern consisting of time intervals during which the neutron beam is allowed to pass or it is substantially blocked resulting in at least 50 times, preferably 100 times shorter impulse length is interposed in the at least one moderated neutron beam exiting channel .
A cassette comprising an electronic device interface and a microfluidic diagnostic chip , the microfluidic diagnostic chip comprising: a substrate; a plurality of fluidic slots extending through the substrate; a plurality of microfluidic channels each coupled to a respective one of the plurality of fluidic slots to receive a plurality of fluids from the plurality of fluidic slots; and a combined microfluidic channel in fluid communication with the plurality of microfluidic channels to receive the plurality of fluids such that the plurality of fluids are to mix, wherein each of the plurality of microfluidic channels comprises at least one micropump , wherein a number of the plurality of microfluidic channels comprise a number of sensors to detect impedance of the fluids, wherein the number of sensors are to detect the impedance of the fluids before mixing, wherein the combined microfluidic channel comprises a number of sensors, wherein at least one of the number of combined microfluidic channel sensors is to detect the impedance of the fluids after mixing, and wherein each of the combined microfluidic channel sensors is electrically coupled to the electronic device interface for coupling the microfluidic diagnostic chip to a computing device. a substrate; a plurality of fluidic slots extending through the substrate; a plurality of microfluidic channels each coupled to a respective one of the plurality of fluidic slots to receive a plurality of fluids from the plurality of fluidic slots; and a combined microfluidic channel in fluid communication with the plurality of microfluidic channels to receive the plurality of fluids such that the plurality of fluids are to mix, wherein each of the plurality of microfluidic channels comprises at least one micropump , wherein a number of the plurality of microfluidic channels comprise a number of sensors to detect impedance of the fluids, wherein the number of sensors are to detect the impedance of the fluids before mixing, wherein the combined microfluidic channel comprises a number of sensors, wherein at least one of the number of combined microfluidic channel sensors is to detect the impedance of the fluids after mixing, and wherein each of the combined microfluidic channel sensors is electrically coupled to the electronic device interface for coupling the microfluidic diagnostic chip to a computing device.
A hydraulic excavator comprising: a lower track structure ; an upper swing structure swingably attached to an upper portion of the lower track structure ; a front work device attached to the upper swing structure ; an operation device that operates operation targets including the lower track structure , the upper swing structure , and the front work device ; a lock lever switched to one of a lock position that disables an operation of the operation targets by the operation device and a lock release position that permits the operation of the operation targets by the operation device ; a camera that is attached to the upper swing structure and records an image of surroundings of the upper swing structure ; a controller configured to detect an obstacle present around the upper swing structure on a basis of the image; and a notifying device that makes a notification that the obstacle is detected when the controller detects the obstacle, characterised in that the controller is configured to permit the notification by the notifying device when the lock lever is at the lock release position and when the operation device is maintained in a non-operating state from a time of a start of the controller and, when the lock lever is at the lock release position and when the operation device is changed from an operating state to a non-operating state, permit the notification by the notifying device upon the non-operating state being continued for a predetermined time. a lower track structure ; an upper swing structure swingably attached to an upper portion of the lower track structure ; a front work device attached to the upper swing structure ; an operation device that operates operation targets including the lower track structure , the upper swing structure , and the front work device ; a lock lever switched to one of a lock position that disables an operation of the operation targets by the operation device and a lock release position that permits the operation of the operation targets by the operation device ; a camera that is attached to the upper swing structure and records an image of surroundings of the upper swing structure ; a controller configured to detect an obstacle present around the upper swing structure on a basis of the image; and a notifying device that makes a notification that the obstacle is detected when the controller detects the obstacle, characterised in that the controller is configured to permit the notification by the notifying device when the lock lever is at the lock release position and when the operation device is maintained in a non-operating state from a time of a start of the controller and, when the lock lever is at the lock release position and when the operation device is changed from an operating state to a non-operating state, permit the notification by the notifying device upon the non-operating state being continued for a predetermined time.
Straight plug connector, for hollow profiles , in particular warm edge hollow profiles, of spacers of insulating glazing, wherein the plug connector has a substantially U-shaped cross section with open end faces and a bottom that faces towards the pane interior in the installed position, and peripheral side walls and a centre locator , wherein laterally turned-out, resilient retaining elements are arranged at the free periphery of the side walls , characterized in that the retaining elements have a rectangular shape and a straight bottom edge in side view.
Method for ablating a transparent workpiece by means of a pulsed laser beam , characterised by the following method steps: a) pretreating the workpiece surface by means of a laser beam ; b) ablating the pretreated workpiece surface by moving a pulsed laser beam over the workpiece surface along the surface path multiple times, characterised in that in step a) scattering centres in the workpiece area close to the surface are generated by moving a pulsed laser beam over the workpiece surface along the surface path , wherein laser pulses (2', 2"), which are consecutive in the path direction , of the pulsed laser beam have a first pulse overlap (6 1 ) on the workpiece surface and, thereby, the transmission of the workpiece area close to the surface is reduced, and in step b) laser pulses (2', 2"), which are consecutive in the path direction , of the pulsed laser beam have a second pulse overlap (6 2 ) on the workpiece surface , which is less than the first pulse overlap of step a). a) pretreating the workpiece surface by means of a laser beam ; b) ablating the pretreated workpiece surface by moving a pulsed laser beam over the workpiece surface along the surface path multiple times, characterised in that in step a) scattering centres in the workpiece area close to the surface are generated by moving a pulsed laser beam over the workpiece surface along the surface path , wherein laser pulses (2', 2"), which are consecutive in the path direction , of the pulsed laser beam have a first pulse overlap (6 1 ) on the workpiece surface and, thereby, the transmission of the workpiece area close to the surface is reduced, and in step b) laser pulses (2', 2"), which are consecutive in the path direction , of the pulsed laser beam have a second pulse overlap (6 2 ) on the workpiece surface , which is less than the first pulse overlap of step a).
An agricultural machine with a cooling system, comprising a water-conducting cooling circuit , an oil-conducting cooling circuit and a delivery device which is associated with the water-conducting cooling circuit , wherein the water-conducting cooling circuit is configured to be connected to an internal combustion engine via at least one coupling point for the purposes of cooling, and the oil-conducting cooling circuit is configured to be connected to an oil-conducting functional unit for the purposes of cooling, wherein the oil of the functional unit is used as hydraulic oil and/or as lubricating oil and the internal combustion engine is configured to be cooled with water, and wherein the delivery device is configured to move the water of the water-conducting cooling circuit in a delivery direction (F), wherein the water-conducting cooling circuit and the oil-conducting cooling circuit are connected to one another for the purposes of cooling in order to cool the oil of the oil-conducting cooling circuit by means of the water-conducting cooling circuit , wherein the water-conducting cooling circuit is connected to the oil-conducting cooling circuit for the purposes of cooling via a water-oil heat exchanger , characterized in that the machine comprises at least one further oil-conducting functional unit (2.1) which is connected to a further oil-conducting cooling circuit (4.1) for the purposes of cooling, wherein the oil-conducting cooling circuit and the further oil-conducting cooling circuit (4.1) are thermotechnically connected to one another via an oil-oil heat exchanger in order to cool the oil of the at least one further oil-conducting functional unit (2.1) via the water-conducting cooling circuit , the water-oil heat exchanger and the oil-oil heat exchanger , wherein one of the functional units (2, 2.1) comprises a transmission and another of the functional units (2, 2.1) comprises a hydraulic auxiliary assembly.
A hand-held zebra curtain with an upper beam adjustable mainspring, comprising a left bracket , a right bracket and a rack which connects the left bracket and the right bracket ; a scroll arranged between the left bracket and the right bracket ; the scroll is provided with a roller blind; the left bracket and/or the right bracket is provided with a mainspring coiling device for rotating the scroll to coil the roller blind; the mainspring coiling device comprises a regulating plunger , a mainspring , a mainspring fixing disk and a mainspring coiling disk ; a toothed turntable is nested on the regulating plunger ; the mainspring is sleeved on the mainspring fixing disk in a relaxed state; a coiling end of the mainspring is clamped with the mainspring coiling disk , characterized in that the left bracket and the right bracket are each provided with a said mainspring coiling device and are each also provided with a resistance regulating device for regulating the resilience force of the mainspring , wherein each resistance regulating device comprises a regulating screw for increasing or decreasing the resilience force of the mainspring .
A gymnastics or physical exercise apparatus with at least one vertical pole provided with transverse bores , and with at least one mount (16; 96; 116) for detachable and height-adjustable attachment of at least one exercise element (14; 78, 88; 118) to the pole , wherein the mount (16; 96; 116) comprises a retaining portion (40; 98; 120) having two parallel legs (48; 100; 130) and two bolts , wherein in the two legs (48, 100; 130) of the retaining portion (40; 98; 120) at least two pairs of aligned hook openings (50, 50; 106, 106; 124, 124) are cut out, wherein the upper hook opening (50; 106; 124) of each leg (48; 100; 130) extends obliquely upwards towards its rounded inner end (56; 108; 126), wherein, after fastening the mount (16; 96) to the pole , the retaining portion (40; 98; 120) is hooked to the upper of the two bolts that extend through the upper pair of hook openings (50; 106; 124) and is secured with the lower bolt that extends through a transverse bore of the pole located below it and the lower pair of hook openings (50; 106; 124), characterized in that the lower hook opening (50; 106; 124) of each leg (48; 100; 130) extends obliquely downwards towards its rounded inner end (56; 108; 126).
A display device including a light emitting element module , wherein the light emitting element module includes: a red light emitting semiconductor element ; a green light emitting semiconductor element disposed on the top of the red semiconductor light emitting element ; a blue light emitting semiconductor element disposed on the top of the green semiconductor light emitting element ; an individual electrode portion including a red electrode portion electrically connected to the red light emitting semiconductor element , a green electrode portion electrically connected to the green light emitting semiconductor element , and a blue electrode portion electrically connected to the blue light emitting semiconductor element , which are configured to supply an individual signal to the red light emitting semiconductor element , the green light emitting semiconductor element , and the blue light emitting semiconductor element , respectively; and a common electrode portion configured to supply a common signal to the red light emitting semiconductor element , the green light emitting semiconductor element , and the blue light emitting semiconductor element , wherein the light emitting element module comprises different four side surfaces thereof in different directions, and characterised in that each of the red electrode portion , the green electrode portion , the blue electrode portion , and the common electrode portion is disposed on each side surface of the four side surfaces of the light emitting element module. a red light emitting semiconductor element ; a green light emitting semiconductor element disposed on the top of the red semiconductor light emitting element ; a blue light emitting semiconductor element disposed on the top of the green semiconductor light emitting element ; an individual electrode portion including a red electrode portion electrically connected to the red light emitting semiconductor element , a green electrode portion electrically connected to the green light emitting semiconductor element , and a blue electrode portion electrically connected to the blue light emitting semiconductor element , which are configured to supply an individual signal to the red light emitting semiconductor element , the green light emitting semiconductor element , and the blue light emitting semiconductor element , respectively; and a common electrode portion configured to supply a common signal to the red light emitting semiconductor element , the green light emitting semiconductor element , and the blue light emitting semiconductor element , wherein the light emitting element module comprises different four side surfaces thereof in different directions, and characterised in that each of the red electrode portion , the green electrode portion , the blue electrode portion , and the common electrode portion is disposed on each side surface of the four side surfaces of the light emitting element module.