mhurhangee/ep-ind-claims huggingface dataset:
A method for assisting the location of a target (24,25) for a first user equipped with an observation device comprising an augmented reality observation means secured to a support plate and coupled to a computing means and associated with communication means, the method being characterised in that, a reference platform being positioned on the field and having a spatial orientation reference frame called master reference frame, and a first user spatial orientation reference frame called first user reference frame being defined by design of the observation device, and associated with the observation device of the first user, the method comprises the following steps: - sending the first user, from the platform or by a second user and via the communication means, the coordinates of the target (24,25) in the master reference frame; - observing, by the first user, the reference platform from at least one camera that is secured to the plate carried by the first user and that supports the augmented reality observation means; - comparing the geometry of the platform thus observed to a digital model of the platform, which has been placed in a memory of the computing means, to deduce therefrom the orientation and the location of the first user reference frame relative to the master reference frame; - computing the coordinates of the target (24,25) in the first user reference frame; - displaying, on the augmented reality observation means of the first user, at least one virtual reticle making it possible to locate the target (24,25). - sending the first user, from the platform or by a second user and via the communication means, the coordinates of the target (24,25) in the master reference frame; - observing, by the first user, the reference platform from at least one camera that is secured to the plate carried by the first user and that supports the augmented reality observation means; - comparing the geometry of the platform thus observed to a digital model of the platform, which has been placed in a memory of the computing means, to deduce therefrom the orientation and the location of the first user reference frame relative to the master reference frame; - computing the coordinates of the target (24,25) in the first user reference frame; - displaying, on the augmented reality observation means of the first user, at least one virtual reticle making it possible to locate the target (24,25).
A computer-implemented method for optimizing search for insert-only databases and write-once data storage, the method comprising: providing an insert-only database, wherein updates are implemented as inserts of updated entries into an insert data storage, each with a newer timestamp, and original entries remain in the database, whereby a table within the insert-only database evolves such that it contains several entries including entries that are no longer valid; performing a search of the insert-only database using a search string not including a primary key field to obtain a result set having both valid and invalid entries, each entry in the insert-only database having an associated timestamp, wherein modification of at least one field in an entry in the insert-only database results in a corresponding entry being saved in a secondary data storage, wherein the secondary data storage is a deletes-table storing invalid entries of the insert-only database including the timestamp for each entry; scanning primary key fields of entries in the secondary data storage corresponding to the entries in the result set to determine which entries are valid based on their timestamps; and removing invalid entries from the result set based on the determination of which entries are valid, to result in a modified result set. providing an insert-only database, wherein updates are implemented as inserts of updated entries into an insert data storage, each with a newer timestamp, and original entries remain in the database, whereby a table within the insert-only database evolves such that it contains several entries including entries that are no longer valid; performing a search of the insert-only database using a search string not including a primary key field to obtain a result set having both valid and invalid entries, each entry in the insert-only database having an associated timestamp, wherein modification of at least one field in an entry in the insert-only database results in a corresponding entry being saved in a secondary data storage, wherein the secondary data storage is a deletes-table storing invalid entries of the insert-only database including the timestamp for each entry; scanning primary key fields of entries in the secondary data storage corresponding to the entries in the result set to determine which entries are valid based on their timestamps; and removing invalid entries from the result set based on the determination of which entries are valid, to result in a modified result set.
A small cell, wherein the small cell comprises: a sending unit, configured to report load information and channel state information of a channel between the small cell and a neighboring small cell to a base station, wherein both a coverage range of the small cell and a coverage range of the neighboring small cell are within a coverage range of the base station; a receiving unit, configured to receive link pre-scheduling signaling sent by the base station according to the load information and the channel state information, wherein the link pre-scheduling signaling comprises wireless resource occupation information, and the wireless resource occupation information is used to indicate a case in which a wireless resource of the small cell is occupied by a backhaul link; a scheduling unit, configured to allocate a first wireless resource in available wireless resources to the backhaul link of the small cell according to the channel state information and the wireless resource occupation information; and an allocating unit, configured to allocate a second wireless resource in the available wireless resources except the first wireless resource to an access link, wherein the access link is used for data transmission between the small cell and user equipment. a sending unit, configured to report load information and channel state information of a channel between the small cell and a neighboring small cell to a base station, wherein both a coverage range of the small cell and a coverage range of the neighboring small cell are within a coverage range of the base station; a receiving unit, configured to receive link pre-scheduling signaling sent by the base station according to the load information and the channel state information, wherein the link pre-scheduling signaling comprises wireless resource occupation information, and the wireless resource occupation information is used to indicate a case in which a wireless resource of the small cell is occupied by a backhaul link; a scheduling unit, configured to allocate a first wireless resource in available wireless resources to the backhaul link of the small cell according to the channel state information and the wireless resource occupation information; and an allocating unit, configured to allocate a second wireless resource in the available wireless resources except the first wireless resource to an access link, wherein the access link is used for data transmission between the small cell and user equipment.
A bioreactor, comprising - a reactor bag having a predominantly flexible bag wall which has a rigidly formed bearing area for housing a stirrer serving to circulate the contents of the bag, - a shaftless stirrer, parts of which are permanently magnetic, housed in the bearing area in the inside of the bag, and - a coil arrangement positioned outside the reactor bag, with which a rotating magnetic field can be produced that interacts, in a manner exerting a torque on the stirrer, with the permanent-magnetic areas thereof, characterized in that a rigid profile ring made of a non-magnetic material, on which the stirrer formed as the rotor spanning the cross-section of the bag is rotatably housed by means of a guide rail (162/185), is arranged as a bearing area in a segment of hight of the reactor bag, the magnetic field of the electric coil arrangement interacting with at least one permanent magnet arranged in the radially outer area of the rotor. - a reactor bag having a predominantly flexible bag wall which has a rigidly formed bearing area for housing a stirrer serving to circulate the contents of the bag, - a shaftless stirrer, parts of which are permanently magnetic, housed in the bearing area in the inside of the bag, and - a coil arrangement positioned outside the reactor bag, with which a rotating magnetic field can be produced that interacts, in a manner exerting a torque on the stirrer, with the permanent-magnetic areas thereof, characterized in that a rigid profile ring made of a non-magnetic material, on which the stirrer formed as the rotor spanning the cross-section of the bag is rotatably housed by means of a guide rail (162/185), is arranged as a bearing area in a segment of hight of the reactor bag, the magnetic field of the electric coil arrangement interacting with at least one permanent magnet arranged in the radially outer area of the rotor.
An anchoring system having an internally threaded anchor (5, 50) and a pin or shaft screwed to said internally-threaded anchor for the fixture of an attachment in a hole pre-drilled in a wall made of concrete or brick, characterized in that the pin or shaft is formed as a coil spring, which is coiled such that it fits the internal thread of the internally threaded anchor (5, 50) and is screwed into said internal thread, wherein the coil spring outside the internally threaded anchor (5, 50) has sufficient length for the yielding and deflecting of the coil spring in any direction.
An elevator-calling device, comprising: a processor, which is configured to receive an input instruction and send a signal to a main controller of an elevator system; a display device connected to the processor; a rotatable button, wherein the rotatable button is connected to the processor, and the rotatable button is pressable and rotatable in a first direction and a second direction opposite to the first direction, and wherein the rotatable button has an initial zero scale; and an assistant sound generating unit connected to the processor; characterized in that the display device is touchable for inputting a preset target floor in a normal elevator-calling mode; and the processor is configured to have an assistant elevator-calling mode, in which the preset target floor is increased when the rotatable button rotates in the first direction, the preset target floor is decreased when the rotatable button rotates in the second direction, and the preset target floor is confirmed when the rotatable button is pressed at a non-zero scale; wherein the processor is configured to enter the assistant elevator-calling mode when the rotatable button at the zero scale is pressed and/or rotated. a processor, which is configured to receive an input instruction and send a signal to a main controller of an elevator system; a display device connected to the processor; a rotatable button, wherein the rotatable button is connected to the processor, and the rotatable button is pressable and rotatable in a first direction and a second direction opposite to the first direction, and wherein the rotatable button has an initial zero scale; and an assistant sound generating unit connected to the processor; characterized in that the display device is touchable for inputting a preset target floor in a normal elevator-calling mode; and the processor is configured to have an assistant elevator-calling mode, in which the preset target floor is increased when the rotatable button rotates in the first direction, the preset target floor is decreased when the rotatable button rotates in the second direction, and the preset target floor is confirmed when the rotatable button is pressed at a non-zero scale; wherein the processor is configured to enter the assistant elevator-calling mode when the rotatable button at the zero scale is pressed and/or rotated.
A workbench system comprising: a workbench; a multi-axis robot comprising an end effector for holding an object; a visible light projector; a camera; and a controller; wherein the workbench and the robot are located in a common workspace; the controller is configured to: determine a movement operation for the robot; and, using the determined movement operation, control the visible light projector to project a visible light indication onto at least one of a surface of the workbench and a surface of the workspace; the visible light indication indicates a limited area of the workbench and/or workspace, the limited area corresponding to a limited volume of space; the movement operation is such that, if the robot performs the movement operation, the robot moves entirely within only the limited volume of space; characterised in that the controller is further configured to: control the robot such that the robot presents multiple different views of the object held by the end effector to the camera; control the camera to capture images of multiple different views of the object held by the end effector; and perform a validation process using the images captured by the camera. a workbench; a multi-axis robot comprising an end effector for holding an object; a visible light projector; a camera; and a controller; wherein the workbench and the robot are located in a common workspace; the controller is configured to: determine a movement operation for the robot; and, using the determined movement operation, control the visible light projector to project a visible light indication onto at least one of a surface of the workbench and a surface of the workspace; determine a movement operation for the robot; and, using the determined movement operation, control the visible light projector to project a visible light indication onto at least one of a surface of the workbench and a surface of the workspace; the visible light indication indicates a limited area of the workbench and/or workspace, the limited area corresponding to a limited volume of space; the movement operation is such that, if the robot performs the movement operation, the robot moves entirely within only the limited volume of space; characterised in that the controller is further configured to: control the robot such that the robot presents multiple different views of the object held by the end effector to the camera; control the camera to capture images of multiple different views of the object held by the end effector; and perform a validation process using the images captured by the camera. control the robot such that the robot presents multiple different views of the object held by the end effector to the camera; control the camera to capture images of multiple different views of the object held by the end effector; and perform a validation process using the images captured by the camera.
A medicament having an anti-inflammatory bowel disease effect, having a structure represented by Formula I or Formula II: wherein R 1 and R 2 are each independently selected from any one of hydrogen, ethyl, n-propyl, n-butyl, isopropyl, allyl, isobutyl, t-butyl, benzyl, and acetyl; R 3 is selected from any one of hydrogen, or a sulfonic acid group; and in Formula I, R 1, R 2, and R 3 are not hydrogen at the same time; R 1, R 2, and R 3 are not acetyl at the same time; R 1 and R 2 are not benzyl at the same time; and when R 2 and R 3 are hydrogen, R 1 is not benzyl; and in Formula II, R 1 and R 2 are not hydrogen or benzyl at the same time. wherein R 1 and R 2 are each independently selected from any one of hydrogen, ethyl, n-propyl, n-butyl, isopropyl, allyl, isobutyl, t-butyl, benzyl, and acetyl; R 3 is selected from any one of hydrogen, or a sulfonic acid group; and in Formula I, R 1, R 2, and R 3 are not hydrogen at the same time; R 1, R 2, and R 3 are not acetyl at the same time; R 1 and R 2 are not benzyl at the same time; and when R 2 and R 3 are hydrogen, R 1 is not benzyl; and in Formula II, R 1 and R 2 are not hydrogen or benzyl at the same time.
A method for forming an electronic circuit on a two-shot injection molded plastic substrate (304, 404), comprising: using a two-shot injection molding to form a first shot and a second shot of the two-shot injection molded plastic substrate, each shot being a separate plastic part; laser etching at least a portion of the second shot of the two-shot injection molded plastic substrate (304, 404); activating and laser selective gloss-plating the laser-etched portion of the second shot of the molded plastic substrate (304, 404) to form one or more electrically conductive traces; placing at least two electrically conductive pads (302A-302C, 402) at predetermined positions along the one or more electrically conductive traces such that an amount of surface area contact between the at least two conductive pads (302A-302C, 402) and the two-shot injection molded plastic substrate (304, 404) is maximized; and surface mounting an electrical component to the at least two electrically conductive pads (302A-302C, 402) using an electrically conductive bonding material; and wherein the second-shot of the two-shot injection molded plastic substrate (304, 404) having thereon the surface mounted electrical component is supported via the first shot of the two-shot injection molded plastic substrate (304, 404), and wherein the first shot of the two-shot injection molded plastic substrate (304, 404) is formed of non-platable polycarbonate. using a two-shot injection molding to form a first shot and a second shot of the two-shot injection molded plastic substrate, each shot being a separate plastic part; laser etching at least a portion of the second shot of the two-shot injection molded plastic substrate (304, 404); activating and laser selective gloss-plating the laser-etched portion of the second shot of the molded plastic substrate (304, 404) to form one or more electrically conductive traces; placing at least two electrically conductive pads (302A-302C, 402) at predetermined positions along the one or more electrically conductive traces such that an amount of surface area contact between the at least two conductive pads (302A-302C, 402) and the two-shot injection molded plastic substrate (304, 404) is maximized; and surface mounting an electrical component to the at least two electrically conductive pads (302A-302C, 402) using an electrically conductive bonding material; and wherein the second-shot of the two-shot injection molded plastic substrate (304, 404) having thereon the surface mounted electrical component is supported via the first shot of the two-shot injection molded plastic substrate (304, 404), and wherein the first shot of the two-shot injection molded plastic substrate (304, 404) is formed of non-platable polycarbonate.
A magnetic angle measurement system comprising: a first magnetic angle sensor having a first plurality of outputs comprising a first subset of outputs and a second subset of outputs, wherein the first subset of outputs is a different combination of the first plurality of outputs from the second subset of outputs; a second magnetic angle sensor having a second plurality of outputs; first signal processing circuitry in a first signal processing path, the first signal processing circuitry configured to receive the first subset of outputs from the first magnetic angle sensor and determine first magnetic angle data based on the received first subset of outputs; second signal processing circuitry in a second signal processing path configured to receive the second subset of outputs from the first magnetic angle sensor and determine second magnetic angle data based on the received second subset of outputs; third signal processing circuitry in a third signal processing path configured to receive the second plurality of outputs from the second magnetic sensor and determine third magnetic angle data based on the received second plurality of outputs; and a processor configured to compare the first, second, and third magnetic angle data, respectively, and determine a processing result based on the comparison, wherein the processor is configured to detect faults in any of the first, second, and third signal processing paths based at least in part on the processing result. a first magnetic angle sensor having a first plurality of outputs comprising a first subset of outputs and a second subset of outputs, wherein the first subset of outputs is a different combination of the first plurality of outputs from the second subset of outputs; a second magnetic angle sensor having a second plurality of outputs; first signal processing circuitry in a first signal processing path, the first signal processing circuitry configured to receive the first subset of outputs from the first magnetic angle sensor and determine first magnetic angle data based on the received first subset of outputs; second signal processing circuitry in a second signal processing path configured to receive the second subset of outputs from the first magnetic angle sensor and determine second magnetic angle data based on the received second subset of outputs; third signal processing circuitry in a third signal processing path configured to receive the second plurality of outputs from the second magnetic sensor and determine third magnetic angle data based on the received second plurality of outputs; and a processor configured to compare the first, second, and third magnetic angle data, respectively, and determine a processing result based on the comparison, wherein the processor is configured to detect faults in any of the first, second, and third signal processing paths based at least in part on the processing result.
A negative electrode active material for an electric device, comprising an alloy comprising silicon in a range from 47 % by mass to 95 % by mass exclusive, aluminum in a range from 2 % by mass to 48 % by mass exclusive, niobium in a range from 1 % by mass to 23 % by mass exclusive, and inevitable impurities as a residue.
A composition comprising active agents: 5-(1-methylpyrazol-4-yl)2-naphthoylguanidine, or a pharmaceutically acceptable salt thereof, and at least one additional agent having anti-viral activity selected from 2'-C-methyladenosine and 2'-C-methylcytidine, wherein: 5-(1-methylpyrazol-4-yl)2-naphthoylguanidine has the structure 5-(1-methylpyrazol-4-yl)2-naphthoylguanidine, or a pharmaceutically acceptable salt thereof, and at least one additional agent having anti-viral activity selected from 2'-C-methyladenosine and 2'-C-methylcytidine, wherein: 5-(1-methylpyrazol-4-yl)2-naphthoylguanidine has the structure 5-(1-methylpyrazol-4-yl)2-naphthoylguanidine has the structure