mhurhangee/ep-ind-claims huggingface dataset:
An automated analyzer comprising: a housing upper portion, the housing upper portion having disposed thereon a sample disc holding a plurality of samples, a reagent disc holding a plurality of types of reagents, a reaction disc holding a plurality of reaction cells, a sample dispensing mechanism for dispensing one of the samples into one of the reaction cells held on the reaction disc, and a reagent dispensing mechanism for dispending one of the reagents into the reaction cell held on the reaction disc; a housing front wall, wherein the housing front wall is recessed from a front end of the housing upper portion; a printer included in the housing front wall; and wherein the housing upper portion covers a portion above the printer. a housing upper portion, the housing upper portion having disposed thereon a sample disc holding a plurality of samples, a reagent disc holding a plurality of types of reagents, a reaction disc holding a plurality of reaction cells, a sample dispensing mechanism for dispensing one of the samples into one of the reaction cells held on the reaction disc, and a reagent dispensing mechanism for dispending one of the reagents into the reaction cell held on the reaction disc; a housing front wall, wherein the housing front wall is recessed from a front end of the housing upper portion; a printer included in the housing front wall; and wherein the housing upper portion covers a portion above the printer.
A method in a base station (700, 800) for synchronization in a wireless system comprising: transmitting a physical broadcast channel, PBCH, including one or more bits, characterized in that: the one or more bits indicate additional system information when a frequency of the wireless system is within a frequency range up to a predefined frequency and indicate a location of a slot group in a synchronization signal burst set when the frequency of the wireless system is above the predefined frequency, wherein the slot group comprises at least one synchronization signal block and the synchronization signal burst set includes the slot group.
An instrument illumination device comprising a light source disposed in an instrument housing, a dial plate that covers the instrument housing and uses illumination light from the light source as a backlight, and a light guide plate disposed between the light source and the dial plate, characterised in that the instrument illumination device is provided with a main illumination area using the backlight travelling through the light guide plate for a main display of the dial plate and an auxiliary illumination area that is not facing the light guide plate, wherein the light guide plate comprises a cut out slope for splitting the illumination light from the light source into a light amount for travelling inside the light guide plate and another light amount to be externally dispersed outside the light guide plate in accordance with an area ratio of the main illumination and the auxiliary illumination area.
A neuroactivity monitoring system, comprising: a patient support; a camera configured to acquire image data of a patient positioned on the patient support; and a monitoring device in communication with the camera, wherein the monitoring device comprises a memory storing instructions that, when executed by a processor of the monitoring device, cause the monitoring device to: receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously. a patient support; a camera configured to acquire image data of a patient positioned on the patient support; and a monitoring device in communication with the camera, wherein the monitoring device comprises a memory storing instructions that, when executed by a processor of the monitoring device, cause the monitoring device to: receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously. receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously.
The process for obtaining fluoralkylated carbon quantum dots through solvothermal process of carbonization of an organic substance - as a carbon source - in the presence of a fluoroorganic substance that contains a (per)fluoroalkyl group and at least one of the following substituents selected from the group consisting of: -NH 2, -CONH 2, -COOH, -OH, -C=0, or halogen atom other than fluorine; wherein, during said process, the carbon source and the fluoroorganic substance form carbon quantum dots that contain (per)fluoroalkyl groups that are grafted to the matrix of said carbon quantum dots.
A tool feeder for a manipulation device for the exchange of tools (10, 10'), particularly for large machine-tools, comprising two pairs of clamping jaws (13, 13'), arranged mirror-symmetrically, designed as two-armed levers which are coupled to a hinged mechanism whose drive means are fluid cylinders, wherein the fluid cylinders are double-acting pneumatic cylinders (14, 14'), whereby in the clamping position of the clamping jaws the connecting line between the joints of one or the other strut forms an angle with the axis of the drive rod in the range of 75 to 89°, characterized by that the feeder is for each pair of clamping jaws (13, 13') provided with a safety device keeping the clamping jaws which are gripping the tool in the clamping position in case of an undesirable decrease in the pressure in the pneumatic system, said safety device is a retaining pin (161, 161') mounted slidably in the body of the feeder which is in the locked position inserted in an opening (16, 16') connected in the clamping position of the clamping jaws (13, 13') to a drive rod (134, 134') by the force of a locking spring, the retaining pin (161, 161') being coupled to a pneumatic cylinder acting against the force of the locking spring.
A single-chip two-axis magnetic field sensor, comprising: two mutually orthogonal sensing axes, the X-axis and the Y-axis; and a referenced bridge sensor that has a sensitive direction along the Y-axis, wherein the referenced bridge sensor comprises reference elements (42,43) and sense elements (40,41); characterised in that it further comprises: a push-pull bridge sensor that has a sensitive direction along the X-axis, wherein the push-pull bridge sensor is comprised only of sense elements (80,81,82,83), wherein each of the reference elements (42,43) and each of the sense elements (40,41, 80,81,82,83) includes a magnetic sensor element, and wherein a pinned layer magnetization of each magnetic sensor element is aligned in the same direction. two mutually orthogonal sensing axes, the X-axis and the Y-axis; and a referenced bridge sensor that has a sensitive direction along the Y-axis, wherein the referenced bridge sensor comprises reference elements (42,43) and sense elements (40,41); a push-pull bridge sensor that has a sensitive direction along the X-axis, wherein the push-pull bridge sensor is comprised only of sense elements (80,81,82,83), wherein each of the reference elements (42,43) and each of the sense elements (40,41, 80,81,82,83) includes a magnetic sensor element, and wherein a pinned layer magnetization of each magnetic sensor element is aligned in the same direction.
Method for deep sea mining comprising; - generating an upward flow of excavated matter in a riser line from the bottom of a body of water to a matter processing platform, - processing the matter at the processing platform into a valuable and a non valuable matter part, - generating a return flow in a return pipe of a mixture of seawater and the non-valuable part of the matter from the processing platform towards the bottom of the body of water, characterised by - controlling the pressure in the return pipe for avoiding collapse of the return pipe and/or cavitation in the return pipe, in particular for avoiding collapse of or cavitation in an upper part of the return pipe. - generating an upward flow of excavated matter in a riser line from the bottom of a body of water to a matter processing platform, - processing the matter at the processing platform into a valuable and a non valuable matter part, - generating a return flow in a return pipe of a mixture of seawater and the non-valuable part of the matter from the processing platform towards the bottom of the body of water, characterised by - controlling the pressure in the return pipe for avoiding collapse of the return pipe and/or cavitation in the return pipe, in particular for avoiding collapse of or cavitation in an upper part of the return pipe. - controlling the pressure in the return pipe for avoiding collapse of the return pipe and/or cavitation in the return pipe, in particular for avoiding collapse of or cavitation in an upper part of the return pipe.
A computer-implemented method for creating a master seed using location data, the computer-implemented method comprising: creating a signing request message using a location-based hardware security module, HSM, located at a location; transmitting the signing request message to a location authority with coordinates of the location attached; receiving a response from the location authority authorizing the signing request message based on the coordinates and providing a signature; and creating the master seed based on the signature, and further comprising: receiving a recovery mnemonic sentence to regenerate the master seed; creating signing request messages using the location-based HSM at the location; transmitting the signing request messages to the location authority with the coordinates of the location attached; receiving a second response from the location authority authorizing the signing request messages and providing a second signature; verifying a checksum derived from the mnemonic sentence with a second checksum derived from the second signature; and creating the master seed based on the mnemonic sentence and the second signature and the verification of the checksum. creating a signing request message using a location-based hardware security module, HSM, located at a location; transmitting the signing request message to a location authority with coordinates of the location attached; receiving a response from the location authority authorizing the signing request message based on the coordinates and providing a signature; and creating the master seed based on the signature, and further comprising: receiving a recovery mnemonic sentence to regenerate the master seed; creating signing request messages using the location-based HSM at the location; transmitting the signing request messages to the location authority with the coordinates of the location attached; receiving a second response from the location authority authorizing the signing request messages and providing a second signature; verifying a checksum derived from the mnemonic sentence with a second checksum derived from the second signature; and creating the master seed based on the mnemonic sentence and the second signature and the verification of the checksum. receiving a recovery mnemonic sentence to regenerate the master seed; creating signing request messages using the location-based HSM at the location; transmitting the signing request messages to the location authority with the coordinates of the location attached; receiving a second response from the location authority authorizing the signing request messages and providing a second signature; verifying a checksum derived from the mnemonic sentence with a second checksum derived from the second signature; and creating the master seed based on the mnemonic sentence and the second signature and the verification of the checksum.
A caster comprising a running wheel, a fork and an assembly journal, wherein the fork is pivotable relative to the assembly journal and a braking device is arranged in the fork which can be displaced into the braking position via a tappet actuated by a trip cam, wherein furthermore a direction lock can be set without a braking action on the running wheel, and two tappets (12, 13) are provided which are movable independently of each other, wherein only the direction lock without braking action can be set via one of the tappets, characterized in that in the normal operating position of caster, the tappets (12, 13) are arranged next to one another transverse to a vertical direction and extend next to one another in the vertical direction, the trip cam has two cam surfaces (21, 22) which are each assigned to one of the tappets (12, 13) and the cam surfaces (21, 22) are designed differently from one another.
A mobile terminal comprising: a first frame; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion; a slide frame configured to move with respect to the second frame in the first direction and the second direction; a flexible display comprising a first region coupled to the first frame, a second region coupled to the slide frame, and a third region disposed between the first region and the second region, wherein the third region is bent to curve around the second frame; a rolling plate attached to a rear side of the flexible display, wherein the rolling plate comprises: a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail. a first frame; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion; a slide frame configured to move with respect to the second frame in the first direction and the second direction; a flexible display comprising a first region coupled to the first frame, a second region coupled to the slide frame, and a third region disposed between the first region and the second region, wherein the third region is bent to curve around the second frame; a rolling plate attached to a rear side of the flexible display, wherein the rolling plate comprises: a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail. a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail.
A fan blade comprising a main body extending between a leading edge and a trailing edge and channels formed into said main body from at least one open side with a plurality of ribs extending across the main body intermediate the channels, said fan blade having a dovetail and an airfoil extending radially outwardly from said dovetail, wherein said channels have a termination end adjacent a radially inner end of the ribs characterized in said termination end being formed along a complex fillet with a first radius of curvature (r 4) formed at the termination end and a second radius of curvature (r 5) merging into sides of the ribs, said second radius of curvature (r 5) being greater than said first radius of curvature (r 4).
A device (70, 500) for flying an aircraft, comprising: a vehicle management computer (75, 524) configured to position a plurality of control surfaces of the aircraft to control the aircraft, wherein the vehicle management computer is configured to receive pilot commands; a first actuator control unit configured to receive commands from the vehicle management computer to control one or more actuators for controlling the aircraft; a high performance computer being configured to execute one or more high level intelligence algorithms to selectively operate the aircraft autonomously in an autonomous flight mode; a piloting input and a separately installable actuator (65, 300, 410) coupled to the piloting input, wherein the piloting input controls an aspect of the aircraft and is selected from the group consisting of a switch, a throttle control, a landing gear lever, a flap, and a power lever; and a second actuator control unit (60, 526) configured to receive commands from the vehicle management computer (75, 524) to actuate the actuator (65, 300, 410) coupled to the piloting input to move the piloting input from a first position to a second position and such that the piloting input remains in the second position when the autonomous flight mode is disabled. a vehicle management computer (75, 524) configured to position a plurality of control surfaces of the aircraft to control the aircraft, wherein the vehicle management computer is configured to receive pilot commands; a first actuator control unit configured to receive commands from the vehicle management computer to control one or more actuators for controlling the aircraft; a high performance computer being configured to execute one or more high level intelligence algorithms to selectively operate the aircraft autonomously in an autonomous flight mode; a piloting input and a separately installable actuator (65, 300, 410) coupled to the piloting input, wherein the piloting input controls an aspect of the aircraft and is selected from the group consisting of a switch, a throttle control, a landing gear lever, a flap, and a power lever; and a second actuator control unit (60, 526) configured to receive commands from the vehicle management computer (75, 524) to actuate the actuator (65, 300, 410) coupled to the piloting input to move the piloting input from a first position to a second position and such that the piloting input remains in the second position when the autonomous flight mode is disabled.
Padding element for seats such as sofas, armchairs, seats, armrests, wherein said seats have a support structure, or similar supporting structures for the human body or parts thereof such as rest or anti-fatigue mats, anti-decubitus mattresses, shower mats, anti-impact mats, wherein said padding element is equipped with a support surface for a user, wherein said padding element comprises one film or covering, one gel layer adhering to part of said film or covering and one compact elastomeric layer having a surface for contact with said gel layer and with at least part of said film or covering, said compact elastomeric layer adhering to said gel layer and to at least part of said film or covering and characterised in that said compact elastomeric layer comprises a non-expanded polyurethane elastomer.
A semiconductor device, comprising: at least one memory cell comprising a magnetic cell core comprising: a magnetic tunnel junction sub-structure comprising: a fixed region; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a secondary oxide region adjacent the magnetic tunnel junction sub-structure; and a getter seed region proximate the secondary oxide region and comprising an oxygen-getter species bonded to oxygen, at least one of the secondary oxide region and the getter seed region comprising another getter species bonded to boron, B, diffused from the precursor magnetic material. at least one memory cell comprising a magnetic cell core comprising: a magnetic tunnel junction sub-structure comprising: a fixed region; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a fixed region; a free region formed from a precursor magnetic material; and an intermediate oxide region between the fixed region and the free region; a secondary oxide region adjacent the magnetic tunnel junction sub-structure; and a getter seed region proximate the secondary oxide region and comprising an oxygen-getter species bonded to oxygen, at least one of the secondary oxide region and the getter seed region comprising another getter species bonded to boron, B, diffused from the precursor magnetic material.