mhurhangee/ep-ind-claims huggingface dataset:
A p channel field effect transistor in which: a liquid electrolyte is used as a gate, and; a hydrogen-terminated, partially amino-terminated and oxygen-terminated diamond surface having mixed hydrogen terminals, oxygen terminals, and amino terminals serves as a channel. a liquid electrolyte is used as a gate, and; a hydrogen-terminated, partially amino-terminated and oxygen-terminated diamond surface having mixed hydrogen terminals, oxygen terminals, and amino terminals serves as a channel.
An air conditioner comprising: an indoor unit comprising a casing, in which an indoor heat exchanger and an indoor fan are housed, and an indoor controller, wherein the indoor controller is configured to control the indoor fan blowing air into a room in varying volumes according to an air volume setting of the indoor fan and/or configured to control a flap provided at an air outlet of the casing according to an airflow direction setting of said flap to vary the volumes of air blown into the room, wherein the air volume setting comprises a highest air volume, a lowest air volume, and a medium air volume, between the highest air volume and the lowest air volume; a refrigerant circuit including a compressor and filled with a refrigerant; a means for obtaining a condensation temperature (Tc) of the refrigerant, and a controller configured to control the number of revolutions of the compressor while keeping the condensation temperature (Tc) of the refrigerant equal to or higher than a predetermined lower limit (Tcs) during a heating mode of operation, wherein the controller has a control mode in which the controller is configured to control the number of revolutions of the compressor based on the lower limit (Tcs) that decreases as a volume of air corresponding to one of the settings decreases during the heating mode of operation. an indoor unit comprising a casing, in which an indoor heat exchanger and an indoor fan are housed, and an indoor controller, wherein the indoor controller is configured to control the indoor fan blowing air into a room in varying volumes according to an air volume setting of the indoor fan and/or configured to control a flap provided at an air outlet of the casing according to an airflow direction setting of said flap to vary the volumes of air blown into the room, configured to control the indoor fan blowing air into a room in varying volumes according to an air volume setting of the indoor fan and/or configured to control a flap provided at an air outlet of the casing according to an airflow direction setting of said flap to vary the volumes of air blown into the room, wherein the air volume setting comprises a highest air volume, a lowest air volume, and a medium air volume, between the highest air volume and the lowest air volume; a refrigerant circuit including a compressor and filled with a refrigerant; a means for obtaining a condensation temperature (Tc) of the refrigerant, and a controller configured to control the number of revolutions of the compressor while keeping the condensation temperature (Tc) of the refrigerant equal to or higher than a predetermined lower limit (Tcs) during a heating mode of operation, wherein the controller has a control mode in which the controller is configured to control the number of revolutions of the compressor based on the lower limit (Tcs) that decreases as a volume of air corresponding to one of the settings decreases during the heating mode of operation.
A method for controlling access to a physical space secured by an electronic lock, the method being performed in an access evaluator and comprising: obtaining one or more input parameters relating to a user requesting access to the restricted physical space; evaluating a first access condition based on a credential presented by the user; evaluating a second access condition using a machine-learning model, based on the one or more input parameters; unlocking the electronic lock when both the first access condition and the second access condition are evaluated to be true evaluating a third access condition when the first access condition is evaluated to be true and the second access condition is evaluated to be false; unlocking the electronic lock when both the first access condition and the third access condition are evaluated to be true; and training the machine learning model with the one or more input parameters when both the first access condition and the third access condition are evaluated to be true. obtaining one or more input parameters relating to a user requesting access to the restricted physical space; evaluating a first access condition based on a credential presented by the user; evaluating a second access condition using a machine-learning model, based on the one or more input parameters; unlocking the electronic lock when both the first access condition and the second access condition are evaluated to be true evaluating a third access condition when the first access condition is evaluated to be true and the second access condition is evaluated to be false; unlocking the electronic lock when both the first access condition and the third access condition are evaluated to be true; and training the machine learning model with the one or more input parameters when both the first access condition and the third access condition are evaluated to be true.
Wiper blade for a window wiper, in particular a window wiper for a motor vehicle, comprising a wiping rubber of an elastomer material with a base portion and a lip portion, wherein the elastomer material at least partially encloses a fabric insert, characterized in that the base portion and the lip portion are connected to each other by the fabric insert, wherein the fabric insert serves as a joint, and in that part of the fabric insert protrudes from the base portion on the side facing away from the lip portion.
A process for forming a flexible composite driveshaft comprising one or more flexible elements defined by a change in a size of an outer diameter or radial extent of the shaft with a transition radius capable of accommodating bending during operation, the process comprising: applying a fiber tape to a temporary mandrel using automated fiber placement to form a preliminary composite driveshaft having a shaft element with an initial geometry; removing the temporary mandrel from the preliminary composite driveshaft; modifying the initial geometry of the shaft element to form the composite driveshaft having a shaft element with a final geometry, wherein an internal surface of the preliminary composite driveshaft (10; 30) matches an external surface geometry of the temporary mandrel. applying a fiber tape to a temporary mandrel using automated fiber placement to form a preliminary composite driveshaft having a shaft element with an initial geometry; removing the temporary mandrel from the preliminary composite driveshaft; modifying the initial geometry of the shaft element to form the composite driveshaft having a shaft element with a final geometry, wherein an internal surface of the preliminary composite driveshaft (10; 30) matches an external surface geometry of the temporary mandrel.
A laundry washing and drying machine comprising a drum wherein the laundry is placed, a tub wherein the drum moves, a discharge hole and a pump situated at the lower side of the tub and providing the water to be discharged to the outside environment at the end of the washing and drying processes, a discharge hose with one end connected to the discharge hole and the other end to the pump, a circulation duct wherein the processing air circulation, providing the drying of the laundry, is performed in the drying process after the washing process, an air-cooled condenser disposed onto the circulation duct, characterized by - a water drain channel with the upper end connected to the condenser and the lower end to the lower side of the tub in the vicinity of the discharge hole, that is different from the circulation duct and that provides the condensate water coming from the condenser to be delivered to the discharge hose, which serves as a receptacle, without accumulating in the tub, and - a ball is placed into the discharge hose, that closes the discharge hole with the pressure applied onto the ball by the water in the waste water pipe which leads from the pump to the outside environment during the washing process and when the pump is not operated and that allows the water to be discharged from the tub by opening the discharge hole when the pump is operated, wherein the water drain channel is connected to the tub so as to be above the ball closing the discharge hole. - a water drain channel with the upper end connected to the condenser and the lower end to the lower side of the tub in the vicinity of the discharge hole, that is different from the circulation duct and that provides the condensate water coming from the condenser to be delivered to the discharge hose, which serves as a receptacle, without accumulating in the tub, and - a ball is placed into the discharge hose, that closes the discharge hole with the pressure applied onto the ball by the water in the waste water pipe which leads from the pump to the outside environment during the washing process and when the pump is not operated and that allows the water to be discharged from the tub by opening the discharge hole when the pump is operated, wherein the water drain channel is connected to the tub so as to be above the ball closing the discharge hole.
A polymer complex that is obtained by polymerizing water-soluble monomers: in the presence of a water-soluble host polymer that comprises vinylamine functions and of a non-polymeric transfer agent, and in the absence of a branching or crosslinking agent of the ethylenic polyfunctional type, said polymer complex being characterized in that it is obtained as from a mass ratio of anionic monomer to water that is greater than 0.035.
A surge protection circuit for a switching power supply wherein an output end of the power supply is connected to a terminal device, the circuit comprising a transformer, wherein a ground wire end at a high voltage side of the transformer is grounded and a ground wire end at a low voltage side of the transformer is not grounded, characterised in that the circuit further comprises: a surge protection tube and an isolation component connected in parallel with the surge protection tube, wherein one end of the surge protection tube is electrically connected to the ground wire end at the high voltage side of the transformer, the other end of the surge protection tube is electrically connected to the ground wire end at the low voltage side of the transformer, and the ground wire end at the low voltage side of the transformer is electrically connected to a ground wire end of the terminal device; so that when a surge voltage on the terminal device is greater than a discharge voltage of the surge protection tube, the surge protection tube is conducted, and the surge protection tube discharges the surge voltage on the terminal device to the ground wire end at the high voltage side of the transformer.
A method in a network node (110, 130, 150) for estimating signal strength in at least one sub-region (211, 212, 221, 222), each of said at least one sub-region (211, 212, 221, 222) being identified by corresponding sub-region coordinate information, of a radio transmitter, located at a radio transmitter location, wherein the network node (110, 130, 150) has access to a database, comprising model settings information about a plurality of model settings regions (210, 220) associated with the radio transmitter, the method comprising: for each of said at least one sub-region (211, 212, 221, 222), obtaining from the database corresponding model settings information, indicative of radio propagation conditions within one of said plurality of model settings regions (210, 220), wherein said one of said plurality of model settings regions (210, 220) corresponds to said at least one sub-region (211, 212, 221, 222) in that said one of said plurality of model settings regions (210, 220) comprises at least a portion of said at least one sub-region (211, 212, 221, 222), wherein the model settings information is dependent on the model settings region (210, 220); and for each of said at least one sub-region (211, 212, 221, 222), estimating a corresponding signal strength value based on the radio transmitter location, the corresponding sub-region coordinate information and the model settings information, wherein the signal strength value relates to a signal capable of being sent from the radio transmitter to a radio receiver located within said at least one sub-region (211, 212, 221, 222). for each of said at least one sub-region (211, 212, 221, 222), obtaining from the database corresponding model settings information, indicative of radio propagation conditions within one of said plurality of model settings regions (210, 220), wherein said one of said plurality of model settings regions (210, 220) corresponds to said at least one sub-region (211, 212, 221, 222) in that said one of said plurality of model settings regions (210, 220) comprises at least a portion of said at least one sub-region (211, 212, 221, 222), wherein the model settings information is dependent on the model settings region (210, 220); and for each of said at least one sub-region (211, 212, 221, 222), estimating a corresponding signal strength value based on the radio transmitter location, the corresponding sub-region coordinate information and the model settings information, wherein the signal strength value relates to a signal capable of being sent from the radio transmitter to a radio receiver located within said at least one sub-region (211, 212, 221, 222).
An emergency medical device, comprising: a treatment device including: a display face; a base including a bottom portion configured to rest on a horizontal resting surface, and a back portion configured to extend beyond a rear surface of the rest of the treatment device opposite the front portion; and a rear structure connected to the treatment device and extending beyond the rear surface of the treatment device, the emergency medical device rotatable to change an angle of the display face from a first angle with the resting surface when the bottom portion of the base is resting on the resting surface to a second angle with the resting surface when the back portion and the rear structure are resting on the resting surface, characterized in that the back portion is the back edge of the bottom portion. a display face; a base including a bottom portion configured to rest on a horizontal resting surface, and a back portion configured to extend beyond a rear surface of the rest of the treatment device opposite the front portion; and a rear structure connected to the treatment device and extending beyond the rear surface of the treatment device, the emergency medical device rotatable to change an angle of the display face from a first angle with the resting surface when the bottom portion of the base is resting on the resting surface to a second angle with the resting surface when the back portion and the rear structure are resting on the resting surface, characterized in that the back portion is the back edge of the bottom portion.
A medical instrument that observes an interior of an object to be examined, the medical instrument being a capsule endoscope and comprising: image pickup means incorporated in a medical instrument body that picks up an image of the object to be examined from an observation window at a predetermined frame rate; and covering means movably provided at the medical instrument body so as to cover the observation window, characterized in that an opening portion is formed in the covering means, wherein the medical instrument further comprises drive means that rotates the covering means; and control means that controls the drive means so as to rotate the covering means by synchronizing a timing for the image pickup means to pick up the object image in accordance with the predetermined frame rate with a timing at which the opening portion and the observation window match so that the observation window is only exposed from the opening portion when an object image is picked up. image pickup means incorporated in a medical instrument body that picks up an image of the object to be examined from an observation window at a predetermined frame rate; and covering means movably provided at the medical instrument body so as to cover the observation window, characterized in that an opening portion is formed in the covering means, wherein the medical instrument further comprises drive means that rotates the covering means; and control means that controls the drive means so as to rotate the covering means by synchronizing a timing for the image pickup means to pick up the object image in accordance with the predetermined frame rate with a timing at which the opening portion and the observation window match so that the observation window is only exposed from the opening portion when an object image is picked up. drive means that rotates the covering means; and control means that controls the drive means so as to rotate the covering means by synchronizing a timing for the image pickup means to pick up the object image in accordance with the predetermined frame rate with a timing at which the opening portion and the observation window match so that the observation window is only exposed from the opening portion when an object image is picked up.
A method performed by a user equipment, UE, of a communication system, the method comprising: receiving, from a base station, first downlink control information, DCI, associated with first priority information; receiving, from the base station, second DCI associated with second priority information; identifying that a resource of a physical uplink control channel, PUCCH, associated with the first DCI and a resource of a physical uplink shared channel, PUSCH, associated with the second DCI overlap on a time domain; in case that a priority of the PUCCH and a priority of the PUSCH are different based on the first priority information and the second priority information, transmitting, to the base station, one of the PUCCH and the PUSCH corresponding to a higher priority; in case that the priority of the PUCCH and the priority of the PUSCH are same based on the first priority information and the second priority information, multiplexing the PUCCH and the PUSCH by PUSCH-based multiplexing, wherein the first priority information and the second priority information is obtained based on the first DCI and the second DCI, wherein the PUCCH or the PUSCH includes information on a HARQ-ACK codebook generated based on acknowledgment information for a plurality of downlink data, and wherein respective acknowledgment information bit for the plurality of downlink data is to be arranged in the HARQ-ACK codebook in ascending order of a cell index and in ascending order of a HARQ process index corresponding to the plurality of downlink data for a same cell index. receiving, from a base station, first downlink control information, DCI, associated with first priority information; receiving, from the base station, second DCI associated with second priority information; identifying that a resource of a physical uplink control channel, PUCCH, associated with the first DCI and a resource of a physical uplink shared channel, PUSCH, associated with the second DCI overlap on a time domain; in case that a priority of the PUCCH and a priority of the PUSCH are different based on the first priority information and the second priority information, transmitting, to the base station, one of the PUCCH and the PUSCH corresponding to a higher priority; in case that the priority of the PUCCH and the priority of the PUSCH are same based on the first priority information and the second priority information, multiplexing the PUCCH and the PUSCH by PUSCH-based multiplexing, wherein the first priority information and the second priority information is obtained based on the first DCI and the second DCI, wherein the PUCCH or the PUSCH includes information on a HARQ-ACK codebook generated based on acknowledgment information for a plurality of downlink data, and wherein respective acknowledgment information bit for the plurality of downlink data is to be arranged in the HARQ-ACK codebook in ascending order of a cell index and in ascending order of a HARQ process index corresponding to the plurality of downlink data for a same cell index.
Use of a separating medium comprising or consisting of at least one essential oil for separating at least two layers of a multilayer composite that are bonded to one another over their area by at least one polyurethane-based adhesion promoter and/or at least one polyurethane-based adhesive polymer, the essential oil being selected from the group consisting of phenylpropanoids.
A rack transporting apparatus for transporting a sample rack to a sample processing unit which processes a sample, comprising: a first transport path for transporting a sample rack holding a sample container containing a sample to the sample processing unit; a second transport path for transporting the sample rack, without passing through the sample processing unit, in the same direction as a transport direction of the sample rack by the first transport path; a third transport path (3aR, 3bR, 3cR, 4R) for transporting the sample rack in the opposite direction of the transport direction by the first transport path and the second transport path; characterised by: a first rack transferring mechanism for transferring the sample rack from the second transport path to the first transport path through a first holding region (33, 43) being capable of holding the sample rack so that the sample rack can stay in the first holding region (33, 43) on standby; and a second rack transferring mechanism for transferring the sample rack from the first transport path to the second transport path or the third transport path (3aR, 3bR, 3cR, 4R) through a second holding region (34, 44) being capable of holding the sample rack so that the sample rack can stay in the second holding region (34, 44) on standby. a first transport path for transporting a sample rack holding a sample container containing a sample to the sample processing unit; a second transport path for transporting the sample rack, without passing through the sample processing unit, in the same direction as a transport direction of the sample rack by the first transport path; a third transport path (3aR, 3bR, 3cR, 4R) for transporting the sample rack in the opposite direction of the transport direction by the first transport path and the second transport path; characterised by: a first rack transferring mechanism for transferring the sample rack from the second transport path to the first transport path through a first holding region (33, 43) being capable of holding the sample rack so that the sample rack can stay in the first holding region (33, 43) on standby; and a second rack transferring mechanism for transferring the sample rack from the first transport path to the second transport path or the third transport path (3aR, 3bR, 3cR, 4R) through a second holding region (34, 44) being capable of holding the sample rack so that the sample rack can stay in the second holding region (34, 44) on standby. a first rack transferring mechanism for transferring the sample rack from the second transport path to the first transport path through a first holding region (33, 43) being capable of holding the sample rack so that the sample rack can stay in the first holding region (33, 43) on standby; and a second rack transferring mechanism for transferring the sample rack from the first transport path to the second transport path or the third transport path (3aR, 3bR, 3cR, 4R) through a second holding region (34, 44) being capable of holding the sample rack so that the sample rack can stay in the second holding region (34, 44) on standby.