mhurhangee/ep-ind-claims huggingface dataset:
A method of presenting a reagent cassette comprising reagents for analyzing an analyte to a pipetting device (700, 35) within an automated analyzer, wherein said reagent cassette comprises a tag for storing information, and wherein information of onboard time of the automated analyzer is stored on said tag using a decremental or incremental counter, wherein the speed of the decrementing or incrementing counter is increased with increased temperature, comprising the steps of: a) loading the reagent cassette onto the analyzer and writing a loading flag onto a tag upon loading to store the loading date; b) storing said reagent cassette in a closed reagent store for long term storage with active cooling; c) upon receipt of information regarding reagents which are required by the analytical system, retrieving and transporting the required cassette to a station for presenting the reagent cassette to the analyzer using a handler system, and triggering a counter on the tag to decrementally or incrementally count time spent outside the closed reagent store; d) transporting said reagent cassette to a temporary storage unit, wherein the temporary storage unit comprises a cooling unit; e) transferring the reagent cassette required by the system to a station for presenting a reagent cassette to a pipetting device (700, 35), f) returning the reagent cassette to the temporary storage unit for re-use, or returning the reagent cassette to the reagent store for long time storage; g) writing an onboard time stamp onto the tag prior to storage in the reagent store; h) updating the onboard time counter. a) loading the reagent cassette onto the analyzer and writing a loading flag onto a tag upon loading to store the loading date; b) storing said reagent cassette in a closed reagent store for long term storage with active cooling; c) upon receipt of information regarding reagents which are required by the analytical system, retrieving and transporting the required cassette to a station for presenting the reagent cassette to the analyzer using a handler system, and triggering a counter on the tag to decrementally or incrementally count time spent outside the closed reagent store; d) transporting said reagent cassette to a temporary storage unit, wherein the temporary storage unit comprises a cooling unit; e) transferring the reagent cassette required by the system to a station for presenting a reagent cassette to a pipetting device (700, 35), f) returning the reagent cassette to the temporary storage unit for re-use, or returning the reagent cassette to the reagent store for long time storage; g) writing an onboard time stamp onto the tag prior to storage in the reagent store; h) updating the onboard time counter.
A radar measuring device (301, 401) for factory and/or logistics automation with a supply unit (303, 403) for supplying downstream units with energy, a communication unit (304, 402) for receiving data from a higher-level unit, and for transmitting data of the radar measuring device (301, 401) to the higher-level unit, an evaluation and control unit (305, 404) for controlling a downstream high-frequency unit (306, 405), and for evaluating measurement data determined by the high-frequency unit (306, 405), wherein the communication unit (304, 402) is configured as a single-drop interface, characterized in that the supply unit is integrated into the communication unit, and the radar measuring device (301, 401) includes an intermediate energy storage device. a supply unit (303, 403) for supplying downstream units with energy, a communication unit (304, 402) for receiving data from a higher-level unit, and for transmitting data of the radar measuring device (301, 401) to the higher-level unit, an evaluation and control unit (305, 404) for controlling a downstream high-frequency unit (306, 405), and for evaluating measurement data determined by the high-frequency unit (306, 405), wherein the communication unit (304, 402) is configured as a single-drop interface, characterized in that the supply unit is integrated into the communication unit, and the radar measuring device (301, 401) includes an intermediate energy storage device.
A sample analysis device comprising: an analysis chip (10, 210), a chip holder that allows installation of said analysis chip (10, 210) on the chip holder, the analysis chip (10, 210) comprising a substrate, an injection port (22, 222) formed at the substrate and through which target liquid as a measurement target is injected, and a flow path (23, 255) connected to the injection port (22, 222) and allowing introduction of the target liquid into the flow path (23, 255) by means of capillary action, a plurality of reactants capable of selectively reacting with a component in the target liquid being fixed to the flow path (23, 255), wherein said chip holder is structured to install said analysis chip such that the injection port (22, 222) is located at a center of rotation of the chip holder; a chip holder rotation mechanism that is configured to rotate the chip holder; a pipetting mechanism that is configured to inject the target liquid into the injection port (22, 222) of the analysis chip (10, 210); and a measurement device that is configured to allow measurement of reactions between the target liquid and the plurality of reactants, the sample analysis device being characterised in that it comprises a control unit configured to inject the target liquid into the injection port (22, 222) using the pipetting mechanism while the chip holder rotation mechanism rotates the chip holder.
A method to perform an x-ray diffraction measurement of a sample with low background signal on a two-dimensional x-ray diffractometer (400;1000) comprising an x-ray source (404; 804; 1006) to illuminate the sample (412; 1012) and a two-dimensional x-ray detector (422; 702; 806; 1002; 1102) with a two-dimensional detection region to detect x-ray counts by x-rays diffracted from the sample, source and detector being mounted on different arms of a goniometer and the sample being located in the centre of the goniometer, the method comprising: (a) mounting a mask (424; 700; 802; 1020; 1104) fabricated from an x-ray-opaque material on the two-dimensional detector such that it covers the entire two-dimensional detection area, the mask having a single opening (800; 902; 1018) with an area substantially less than the two-dimensional detection region, whereby the mask has a centre and the opening is offset from that centre; and (b) measuring x-rays diffracted by the sample according to a point detector mode by using the two-dimensional detector in combination with the mask as a point detector thereby disregarding the two-dimensional position of the detected x-ray counts. (a) mounting a mask (424; 700; 802; 1020; 1104) fabricated from an x-ray-opaque material on the two-dimensional detector such that it covers the entire two-dimensional detection area, the mask having a single opening (800; 902; 1018) with an area substantially less than the two-dimensional detection region, whereby the mask has a centre and the opening is offset from that centre; and (b) measuring x-rays diffracted by the sample according to a point detector mode by using the two-dimensional detector in combination with the mask as a point detector thereby disregarding the two-dimensional position of the detected x-ray counts.
Bicycle electronic equipment (1, 2, 3) configured to be attached to the bicycle in a single location, comprising a data processing system, a multicolour light source, and a switch comprising a manual actuation push-button and a two-state electric circuit, characterized in that the data processing system is configured to, in a first mode, a) make the light source emit cyclically repeating a first number N of coloured light emitting patterns, with N>=3, wherein coloured light emitting patterns immediately consecutive in the cyclical repetition differ in color and/or type of emitting pattern, b) monitor the state of the switch during execution of step a), and c) perform a different action among a plurality of a first number N of different actions according to which of said N coloured light emitting patterns the source is emitting upon the state switching of the switch. a) make the light source emit cyclically repeating a first number N of coloured light emitting patterns, with N>=3, wherein coloured light emitting patterns immediately consecutive in the cyclical repetition differ in color and/or type of emitting pattern, b) monitor the state of the switch during execution of step a), and c) perform a different action among a plurality of a first number N of different actions according to which of said N coloured light emitting patterns the source is emitting upon the state switching of the switch.
An IL-17 binding antibody or fragment thereof comprising both heavy (V H) and light chain (V L) variable domains for use in the treatment of ankylosing spondylitis, wherein said IL-17 binding antibody or fragment thereof comprises at least one antigen binding site comprising: a) a V H which comprises in sequence hypervariable regions CDR1, CDR2 and CDR3, said CDR1 having the amino acid sequence SEQ ID NO:1, said CDR2 having the amino acid sequence SEQ ID NO:2, and said CDR3 having the amino acid sequence SEQ ID NO:3, wherein said hypervariable regions are according to the Kabat definition; or a V H which comprises in sequence hypervariable regions CDR1-x, CDR2-x and CDR3-x, said CDR1-x having the amino acid sequence SEQ ID NO:11, said CDR2-x having the amino acid sequence SEQ ID NO:12, and said CDR3-x having the amino acid sequence SEQ ID NO:13, wherein said hypervariable regions are according to the Chothia definition; and b) a V L which comprises in sequence hypervariable regions CDR1', CDR2' and CDR3', said CDR1' having the amino acid sequence SEQ ID NO:4, said CDR2' having the amino acid sequence SEQ ID NO:5, and said CDR3' having the amino acid sequence SEQ ID NO:6. a) a V H which comprises in sequence hypervariable regions CDR1, CDR2 and CDR3, said CDR1 having the amino acid sequence SEQ ID NO:1, said CDR2 having the amino acid sequence SEQ ID NO:2, and said CDR3 having the amino acid sequence SEQ ID NO:3, wherein said hypervariable regions are according to the Kabat definition; or a V H which comprises in sequence hypervariable regions CDR1-x, CDR2-x and CDR3-x, said CDR1-x having the amino acid sequence SEQ ID NO:11, said CDR2-x having the amino acid sequence SEQ ID NO:12, and said CDR3-x having the amino acid sequence SEQ ID NO:13, wherein said hypervariable regions are according to the Chothia definition; and b) a V L which comprises in sequence hypervariable regions CDR1', CDR2' and CDR3', said CDR1' having the amino acid sequence SEQ ID NO:4, said CDR2' having the amino acid sequence SEQ ID NO:5, and said CDR3' having the amino acid sequence SEQ ID NO:6.
A baler, comprising a baling chamber for forming a bale, a wrapper for wrapping a protective film around the formed bale, which wrapper comprises a wrapping area, and a conveyor for moving the bale from the baling chamber into the wrapper, which conveyor has a second end situated on the wrapper side, which second end of the conveyor is adapted to extend to the wrapping area of the wrapper for wrapping the protective film around the bale laying on the conveyor and which second end of the conveyor comprises at least one movable stopping roll, which is movable to a first position above the level of the upper surface of the conveyor and to a second position away from the level of the upper surface of the conveyor, characterized in that the conveyor comprises a first side and a second side, and in the second end of the conveyor there are two stopping rolls, the first stopping roll being on the first side of the conveyor and the second stopping roll being on the second side of the conveyor.
A controlled-friction device comprising a first element having a second element mounted thereon to slide in a sliding direction, and friction retaining means arranged to exert between the two elements an opposing force against relative movement of the two elements, the friction retaining means comprising: · a friction member (5; 105; 205; 305) mounted securely to the first element to rub against the second element (2; 102; 202; 302) via a friction surface extending parallel to the sliding direction; and · a presser member (7; 107; 207; 307) for exerting a thrust force on the friction member, urging the friction member against the second element in a direction normal to the relative movement of the elements; the device being characterized in that the retaining means comprise link means linking the friction member to the first element (10, 11; 110, 111; 210, 211; 310, 311) causing the friction member to separate from the second element during movement of the second element relative to the first element in both direction of the movement of the second element relating to the first element. · a friction member (5; 105; 205; 305) mounted securely to the first element to rub against the second element (2; 102; 202; 302) via a friction surface extending parallel to the sliding direction; and · a presser member (7; 107; 207; 307) for exerting a thrust force on the friction member, urging the friction member against the second element in a direction normal to the relative movement of the elements;
A framework for installing and supporting a blast damper to a wall of a building, the framework comprising: - a frame (10, 11, 12, 13) forming a periphery of the framework and to which frame (10, 11, 12, 13) components of the blast damper are arranged to be installed and supported; and - a frame flow channel through the framework, the frame flow channel being defined by the frame (10, 11, 12, 13), characterized in that the frame (10, 11, 12, 13) comprises at least two frame parts (10, 11, 12, 13) mechanically attached to each other with at least one mechanical joint for providing the frame (10, 11, 12, 13), and that the mechanical joint further comprises one or more clamping elements (22, 24) for clamping the frame parts (10, 11, 12, 13) against each other; and the one or more clamping elements (22, 24) comprise a clamping tab comprising a connection part having one or more clamp mortises for receiving the one or more tenons and a clamping part extending in an oblique angle from the connection part. - a frame (10, 11, 12, 13) forming a periphery of the framework and to which frame (10, 11, 12, 13) components of the blast damper are arranged to be installed and supported; and - a frame flow channel through the framework, the frame flow channel being defined by the frame (10, 11, 12, 13),
A hybrid vehicle driving device comprising: an engine drive system transmitting drive force of an engine to a transmission through drive force connecting/disconnecting means and transmitting the drive force after shifting by the transmission to a rear wheel; and a motor drive system transmitting a drive force of a motor to the rear wheel, wherein the drive force of the motor of the motor drive system is joined to a point upstream the transmission and downstream the drive force connecting/disconnecting means (14, 90, 100) in the engine drive system, and wherein the transmission is provided with a twin clutch capable of shifting between neighboring shift gears by alternately switching a connection state of a clutch on one side and a clutch on the other side, characterized in that the twin clutch is arranged on the main shaft (80, 81) of the transmission; the drive force connecting/disconnecting means (14, 90, 100) is configured so as to transmit the drive force to a primary driven gear arranged on the main shaft (80, 81); the primary driven gear is configured so as to transmit the drive force to the twin clutch; and a motor output gear of the motor meshes with the primary driven gear. an engine drive system transmitting drive force of an engine to a transmission through drive force connecting/disconnecting means and transmitting the drive force after shifting by the transmission to a rear wheel; and a motor drive system transmitting a drive force of a motor to the rear wheel, wherein the drive force of the motor of the motor drive system is joined to a point upstream the transmission and downstream the drive force connecting/disconnecting means (14, 90, 100) in the engine drive system, and wherein the transmission is provided with a twin clutch capable of shifting between neighboring shift gears by alternately switching a connection state of a clutch on one side and a clutch on the other side, characterized in that the twin clutch is arranged on the main shaft (80, 81) of the transmission; the drive force connecting/disconnecting means (14, 90, 100) is configured so as to transmit the drive force to a primary driven gear arranged on the main shaft (80, 81); the primary driven gear is configured so as to transmit the drive force to the twin clutch; and a motor output gear of the motor meshes with the primary driven gear.
A glasses-type information processing apparatus, comprising: a frame, configured to allow a user to wear the glasses-type information processing apparatus on the head; at least one display module, wherein the at least one display module is set on the frame, and is configured to receive data information and generate a corresponding visual picture according to the received data information for the user to watch; at least one camera module set on the frame, configured to obtain image information and output the image information, wherein the camera module is configured to obtain information about an image behind, above, to the left, or to the right of the user; and a processing module set on the frame and connected to the at least one display module and the at least one camera module, so as to transfer the data information to the at least one display module and receive the image information output by the camera module; wherein the at least one camera module is configured to obtain information about at least two groups of images within at least two shooting ranges that are continuous in space, and correspondingly, the processing module is configured to receive the information about the at least two groups of images and merge the information about the at least two groups of images, wherein a merging manner specifically comprises selecting a portion from information about each group of images to make a combination, or merging the information about the at least two groups of images along edges in sequence. a frame, configured to allow a user to wear the glasses-type information processing apparatus on the head; at least one display module, wherein the at least one display module is set on the frame, and is configured to receive data information and generate a corresponding visual picture according to the received data information for the user to watch; at least one camera module set on the frame, configured to obtain image information and output the image information, wherein the camera module is configured to obtain information about an image behind, above, to the left, or to the right of the user; and a processing module set on the frame and connected to the at least one display module and the at least one camera module, so as to transfer the data information to the at least one display module and receive the image information output by the camera module; wherein the at least one camera module is configured to obtain information about at least two groups of images within at least two shooting ranges that are continuous in space, and correspondingly, the processing module is configured to receive the information about the at least two groups of images and merge the information about the at least two groups of images, wherein a merging manner specifically comprises selecting a portion from information about each group of images to make a combination, or merging the information about the at least two groups of images along edges in sequence.
Electric circuit breaker including: - at least one first fixed tab, - a bridge equipped with at least one second tab and movable between a first position where the second tab is in contact with the first tab and a second position where the second tab is separated from the first tab, - a mechanical member for returning the movable bridge to its first position, - means of control of the position of the movable bridge with respect to the fixed tab, - a mechanical member for the default locking of the movable bridge in its second position, and - mechanical means for deactivation of the mechanical locking member, - the mechanical locking member is formed by an elastically deformable strip characterised in that the mechanical locking member is mounted on a member belonging to or integral in translation with the movable bridge, facing a fixed wall, and fastening means in the wall. - at least one first fixed tab, - a bridge equipped with at least one second tab and movable between a first position where the second tab is in contact with the first tab and a second position where the second tab is separated from the first tab, - a mechanical member for returning the movable bridge to its first position, - means of control of the position of the movable bridge with respect to the fixed tab, - a mechanical member for the default locking of the movable bridge in its second position, and - mechanical means for deactivation of the mechanical locking member, - the mechanical locking member is formed by an elastically deformable strip characterised in that the mechanical locking member is mounted on a member belonging to or integral in translation with the movable bridge, facing a fixed wall, and fastening means in the wall. - the mechanical locking member is formed by an elastically deformable strip characterised in that the mechanical locking member is mounted on a member belonging to or integral in translation with the movable bridge, facing a fixed wall, and fastening means in the wall.