mhurhangee/ep-ind-claims huggingface dataset:
An anti-C5 antibody, wherein the antibody binds to C5 and inhibits complement dependent hemolysis, but does not block C5a formation, wherein the antibody comprises a first amino acid sequence and a second amino acid sequence: (a) the first sequence comprising: (i) a CDR1 comprising SEQ ID NO 43; (ii) a CDR2 comprising SEQ ID NO: 44; and (iii) a CDR3 comprising SEQ ID NO 45; and (b) the second sequence comprising: (i) a CDR1 comprising SEQ ID NO 46; (ii) a CDR2 comprising SEQ ID NO 47;and (iii) a CDR3 comprising SEQ ID NO 48. (a) the first sequence comprising: (i) a CDR1 comprising SEQ ID NO 43; (ii) a CDR2 comprising SEQ ID NO: 44; and (iii) a CDR3 comprising SEQ ID NO 45; and (i) a CDR1 comprising SEQ ID NO 43; (ii) a CDR2 comprising SEQ ID NO: 44; and (iii) a CDR3 comprising SEQ ID NO 45; and (b) the second sequence comprising: (i) a CDR1 comprising SEQ ID NO 46; (ii) a CDR2 comprising SEQ ID NO 47;and (iii) a CDR3 comprising SEQ ID NO 48. (i) a CDR1 comprising SEQ ID NO 46; (ii) a CDR2 comprising SEQ ID NO 47;and (iii) a CDR3 comprising SEQ ID NO 48.
A system for sharing data between tenants served by a software instance, the system comprising: a connection module arranged to establish a trusted connection between a first tenant and a second tenant of the software instance, and establish a trusted connection between a second tenant and a third tenant of the software instance; a first cloud-storage resource associated with the first tenant arranged to store a first set of data; a data transfer module arranged to transfer a first portion of the first set of data to a third cloud-storage resource associated with the third tenant; a request module arranged to transmit an access request for the first set of data from the third tenant to the first tenant, without indicating an identification of the third tenant to the first tenant; an authorisation module arranged to allow the first tenant to grant an authorisation of the access request; and wherein the data transfer module is arranged to transfer a second portion of the first set of data to the cloud-storage resource associated with the third tenant via the second tenant, in response to the authorisation. a connection module arranged to establish a trusted connection between a first tenant and a second tenant of the software instance, and establish a trusted connection between a second tenant and a third tenant of the software instance; a first cloud-storage resource associated with the first tenant arranged to store a first set of data; a data transfer module arranged to transfer a first portion of the first set of data to a third cloud-storage resource associated with the third tenant; a request module arranged to transmit an access request for the first set of data from the third tenant to the first tenant, without indicating an identification of the third tenant to the first tenant; an authorisation module arranged to allow the first tenant to grant an authorisation of the access request; and wherein the data transfer module is arranged to transfer a second portion of the first set of data to the cloud-storage resource associated with the third tenant via the second tenant, in response to the authorisation.
A picking device for packaged goods having at least a first row of racks with at least a first rack with a plurality of shelves arranged one on top of the other, each extending in a horizontal plane, at least a second row of racks with at least a second rack with a plurality of shelves arranged one on top of the other, each extending in a plane, a lane formed between the first and second row of racks (10, 20) in which an operating unit can be moved horizontally and vertically, at least one storage admission device (60, 61) with which packaged goods are moved into the picking device and from which the operating unit can take packaged goods, at least one storage removal device by means of which packaged goods can be removed from the second row of racks and at least one auxiliary storage removal device by means of which packaged goods received from the operating unit can be removed from storage along an auxiliary storage removal path, wherein on each shelf of the second row of racks a plurality of parallel storage shafts (22, 22') is formed which each have at their ends a barrier for holding back and releasing packaged goods arranged in the storage shaft (22, 22') and from which packaged goods can be removed from storage along a main storage removal path by means of the storage removal device, wherein the operating unit comprises a grab device for the admission to storage of packaged goods and/or the removal from storage of packaged goods from the horizontal shelves and for channelling into the storage shafts (22, 22'), and a control device coupled with the operating unit which controls the operating unit for the admission to storage and removal from storage of packaged goods, wherein the control device is configured in such a manner that the operating unit is controllable for the removal from storage of one or a plurality of packaged goods arranged on the horizontal shelves and the transfer of said packaged goods to the auxiliary storage removal device, characterized in that the control unit is additionally configured in such a manner that the operating unit is controllable for the removal from storage of identical packaged goods arranged one behind the other from the horizontal shelves and the admission to storage of these packaged goods in the storage shafts.
A device for imaging tissue comprising: an image capture unit configured to capture three-dimensional images inside of the tissue; wherein the image capture unit is configured to capture a first image; an electronic device comprising a memory coupled to one or more processors and configured to: display the first image; receive from an operator a selection of points from within the first image; establish a boundary of a region of interest corresponding to the selected points; and capture a three-dimensional image of the tissue within the designated boundary as a second image having a higher resolution than the first image, wherein the second image includes only the region; display the second image; wherein the first and second image each comprise: i) a planar image along a vessel as an image longitudinal display, and ii) a tomographic view as a cross-sectional view of a vessel; wherein the image capture unit is configured to capture the first image and the second three-dimensional image using sound waves or light waves; and wherein the image capture unit comprises an intravascular ultrasound or OCT device. an image capture unit configured to capture three-dimensional images inside of the tissue; wherein the image capture unit is configured to capture a first image; an electronic device comprising a memory coupled to one or more processors and configured to: display the first image; receive from an operator a selection of points from within the first image; establish a boundary of a region of interest corresponding to the selected points; and capture a three-dimensional image of the tissue within the designated boundary as a second image having a higher resolution than the first image, wherein the second image includes only the region; display the second image; wherein the first and second image each comprise: i) a planar image along a vessel as an image longitudinal display, and ii) a tomographic view as a cross-sectional view of a vessel; display the first image; receive from an operator a selection of points from within the first image; establish a boundary of a region of interest corresponding to the selected points; and capture a three-dimensional image of the tissue within the designated boundary as a second image having a higher resolution than the first image, wherein the second image includes only the region; display the second image; wherein the first and second image each comprise: i) a planar image along a vessel as an image longitudinal display, and ii) a tomographic view as a cross-sectional view of a vessel; wherein the image capture unit is configured to capture the first image and the second three-dimensional image using sound waves or light waves; and wherein the image capture unit comprises an intravascular ultrasound or OCT device.
A method for manufacturing a capacitive sensor on a passivation layer of a semiconductor circuit, the passivation layer having openings which expose a first bond pad and a second bond pad comprising: forming a metal layer onto the passivation layer and patterning the metal layer to form a bottom electrode and landing pad and metal traces connecting the bottom electrode and the landing pad to their respective bond pads, the bottom electrode being positioned so that it is located over a portion of the semiconductor circuit with active circuitry; forming a gas sensitive layer onto the bottom electrode and the landing pad; creating a via through the gas sensitive layer to the landing pad; forming a porous top electrode onto the gas sensitive layer electrically connected to the landing pad through the via, wherein a portion of the top electrode completely overlays the surface area of the bottom electrode and another portion of the top electrode is in contact with the landing pad. forming a metal layer onto the passivation layer and patterning the metal layer to form a bottom electrode and landing pad and metal traces connecting the bottom electrode and the landing pad to their respective bond pads, the bottom electrode being positioned so that it is located over a portion of the semiconductor circuit with active circuitry; forming a gas sensitive layer onto the bottom electrode and the landing pad; creating a via through the gas sensitive layer to the landing pad; forming a porous top electrode onto the gas sensitive layer electrically connected to the landing pad through the via, wherein a portion of the top electrode completely overlays the surface area of the bottom electrode and another portion of the top electrode is in contact with the landing pad.
A cyber-security device for providing secure communication of supervisor control and data acquisition, SCADA, or automation protocol data messages between an external network and an internal network, the cyber-security device comprising: an external communication interface configured to send data messages to, and receive data messages from, the external network; an internal communication interface configured to send data messages to, and receive data messages from, the internal network; a processor in communication with the external communication interface and the internal communication interface, the processor being operable to process the data messages in accordance with a processor-implemented rule-set configured for (a) qualifying, byte-by-byte, (i) the content of each of the data messages received from the external network via the external communication interface as conforming to qualification criteria defined by the rule-set for external-to-internal communications, and (ii) the content of each of the data message received from the internal network via the internal communication interface as conforming to qualification criteria defined by the rule-set for internal-to-external communications, and (b) validating, byte-by-byte, the content of each qualified data message to determine data message validity in accordance with the rule set, (c) passing to the internal communication interface qualified and validated data messages received from the external communication interface, and (d) passing to the external communication interface qualified and validated data messages received from the internal communication interface. an external communication interface configured to send data messages to, and receive data messages from, the external network; an internal communication interface configured to send data messages to, and receive data messages from, the internal network; a processor in communication with the external communication interface and the internal communication interface, the processor being operable to process the data messages in accordance with a processor-implemented rule-set configured for (a) qualifying, byte-by-byte, (i) the content of each of the data messages received from the external network via the external communication interface as conforming to qualification criteria defined by the rule-set for external-to-internal communications, and (ii) the content of each of the data message received from the internal network via the internal communication interface as conforming to qualification criteria defined by the rule-set for internal-to-external communications, and (b) validating, byte-by-byte, the content of each qualified data message to determine data message validity in accordance with the rule set, (c) passing to the internal communication interface qualified and validated data messages received from the external communication interface, and (d) passing to the external communication interface qualified and validated data messages received from the internal communication interface.
Container sealing device comprising at least one seal, wherein said seal is provided with at least one outer upper surface and at least one lower surface, wherein the container sealing device comprises at least one pair of tabs, wherein said tabs are associated with the outer upper surface characterized in that the pair of tabs comprises: a. at least one first film comprising a pair of strips; and b. at least one second film; wherein - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal; and - the second film is associated with the first film and with the outer upper surface of the seal, and is positioned on the first film. a. at least one first film comprising a pair of strips; and b. at least one second film; wherein - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal; and - the second film is associated with the first film and with the outer upper surface of the seal, and is positioned on the first film. - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal; and - the second film is associated with the first film and with the outer upper surface of the seal, and is positioned on the first film.
An anti-PD-1 antibody comprising a light chain variable domain sequence comprising a CDR-L1 comprising the amino acid sequence KASQDVTTAVA (SEQ ID NO:9); a CDR-L2 comprising the amino acid sequence WASTRHT (SEQ ID NO: 10); and a CDR-L3 comprising the amino acid sequence QQHYTIPWT (SEQ ID NO: 11), and a heavy chain variable domain sequence comprising a CDR-H1 comprising the amino acid sequence FTFSNYGMS (SEQ ID NO: 12); a CDR- H2 comprising the amino acid sequence TISGGGSNIY (SEQ ID NO: 13); and a CDR-H3 comprising the amino acid sequence VSYYYGIDF (SEQ ID NO: 14).
A honeycomb structure comprising: a plurality of flow paths separated from each other by a partition wall including a wall face along an axial direction; plugging members plugging one end and the other end of the plurality of flow paths alternately; and an outer wall disposed on the outer peripheral side of the plurality of flow paths, wherein the partition wall is a porous material having a mean pore size of 5 μm or more and 28 μm or less and a half-value width relative to the mean pore size in a pore distribution curve of 25 μm or less (excluding 0 μm). a plurality of flow paths separated from each other by a partition wall including a wall face along an axial direction; plugging members plugging one end and the other end of the plurality of flow paths alternately; and an outer wall disposed on the outer peripheral side of the plurality of flow paths, wherein the partition wall is a porous material having a mean pore size of 5 μm or more and 28 μm or less and a half-value width relative to the mean pore size in a pore distribution curve of 25 μm or less (excluding 0 μm).
A panel (66, 68) for ventilation and both reactive and dissipative sound dampening which comprises in use: a) a front, a back, a top, a bottom, a right side and a left side defining a hollow centre there between; b) a vertically oriented ventilation groove (68, 70) on the front of the pane, which is defined as front groove, for passive air passage to the hollow centre and a vertically oriented ventilation groove (68, 70) on the back of the panel, which is defined as back groove, for passive air passage to the hollow centre, wherein the front groove and the back groove are non-linear, staggered and form a Z-shaped air channel within the hollow centre; c) a plurality of horizontally dispersed, staggered baffles (100, 110) in the hollow centre; and d) a plurality of at least partial resonators on the periphery of the hollow centre, characterised in that the at least partial resonators are on right and left side of the panel; and wherein the at least partial resonators are necks having openings which face the ventilation grooves. a) a front, a back, a top, a bottom, a right side and a left side defining a hollow centre there between; b) a vertically oriented ventilation groove (68, 70) on the front of the pane, which is defined as front groove, for passive air passage to the hollow centre and a vertically oriented ventilation groove (68, 70) on the back of the panel, which is defined as back groove, for passive air passage to the hollow centre, wherein the front groove and the back groove are non-linear, staggered and form a Z-shaped air channel within the hollow centre; c) a plurality of horizontally dispersed, staggered baffles (100, 110) in the hollow centre; and d) a plurality of at least partial resonators on the periphery of the hollow centre, characterised in that the at least partial resonators are on right and left side of the panel; and wherein the at least partial resonators are necks having openings which face the ventilation grooves.
Use, as a nitrogen oxide purification catalyst, of a catalyst comprising alloy particles having an average particle size of 0.2 to 100 nm and consisting of gold atoms and iron atoms in a state of close proximity, wherein said particles are supported on a metal oxide carrier selected from Al 2 O 3, SiO 2, CeO 2, and CeO 2 -ZrO 2.
A computer-implemented method associated with anomaly detection and root cause identification of an industrial asset, the method comprising: receiving historical time series sensor data associated with operation of an industrial asset, the sensor data including values for a plurality of sensors (230; 250) over a period of time; generating visual representation images of scatter plots (520; 530) based on the historical time series sensor data, each scatter plot (520; 530) including a specific pair of time series sensor data for the plurality of sensors (230; 250) determined; assigning a root cause label to each image based on a reference to a digitized knowledge domain associated with the industrial asset and in combination with data patterns in each image; generating a convolutional neural network, CNN, model trained using a first subset of the labeled images and tested based on a second subset of the labeled images applied to the trained model, the first and second sets of images being distinct from each other; process, by the CNN model, a real-time image to detect at least one anomaly in the real-time image and one or more root causes associated with the at least one anomaly, the real-time image including visual representations of real-time time series sensor data for an industrial asset relating to the historical time series sensor data; saving a record of the at least one detected anomaly and the one or more root causes associated therewith; and transmitting a representation of the record to a device that invokes an action in response to the one or more root causes indicated in the record. receiving historical time series sensor data associated with operation of an industrial asset, the sensor data including values for a plurality of sensors (230; 250) over a period of time; generating visual representation images of scatter plots (520; 530) based on the historical time series sensor data, each scatter plot (520; 530) including a specific pair of time series sensor data for the plurality of sensors (230; 250) determined; assigning a root cause label to each image based on a reference to a digitized knowledge domain associated with the industrial asset and in combination with data patterns in each image; generating a convolutional neural network, CNN, model trained using a first subset of the labeled images and tested based on a second subset of the labeled images applied to the trained model, the first and second sets of images being distinct from each other; process, by the CNN model, a real-time image to detect at least one anomaly in the real-time image and one or more root causes associated with the at least one anomaly, the real-time image including visual representations of real-time time series sensor data for an industrial asset relating to the historical time series sensor data; saving a record of the at least one detected anomaly and the one or more root causes associated therewith; and transmitting a representation of the record to a device that invokes an action in response to the one or more root causes indicated in the record.