mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency based sensor (10,30,50,07,71) comprising: a radio frequency identification tag (12,40) having a substrate (14,54,74,75) and the tag being arranged to generate an associated electromagnetic field; and a molecular analyte recognition element (22,44,60,80,81) coupled with the substrate by means of a functional group, a terminal group or a partially complementary molecular strand, wherein the analyte recognition element is capable of binding to a target analyte; the sensor being characterised by the inclusion of: a signal amplification entity (26,46,64,84,85,90) chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof. a radio frequency identification tag (12,40) having a substrate (14,54,74,75) and the tag being arranged to generate an associated electromagnetic field; and a molecular analyte recognition element (22,44,60,80,81) coupled with the substrate by means of a functional group, a terminal group or a partially complementary molecular strand, wherein the analyte recognition element is capable of binding to a target analyte; the sensor being characterised by the inclusion of: a signal amplification entity (26,46,64,84,85,90) chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof. a signal amplification entity (26,46,64,84,85,90) chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof.
A battery comprising: an electrode assembly; an electrode tab (17, 19) protruding from the electrode assembly; an insulating spacer assembled together with the electrode tab (17, 19); and an electrode lead (127, 129) to which the electrode tab (17, 19) is welded, wherein the insulating spacer comprises a welding groove for exposing the electrode tab (17, 19), the said welding groove being situated at a location where the electrode tab (17, 19) is located, wherein the battery further comprises: a case; the electrode assembly accommodated in the case; and a cap plate sealing an upper opening of the case, characterized in that the electrode tab (17, 19) penetrates through the insulating spacer via a tab hole, wherein said welding groove is formed on the tab hole and positioned to allow the electrode tab (17, 19) which passes through the tab hole to be exposed through the insulating spacer, and wherein the electrode lead (127, 129) comprises a first part (127a, 129a) disposed to face the cap plate and a second part (127b, 129b) extending in a different direction to the first part (127a, 129a) and disposed to face the electrode tab (17, 19), wherein the second part (127b, 129b) is welded to the electrode tab (17, 19). an electrode assembly; an electrode tab (17, 19) protruding from the electrode assembly; an insulating spacer assembled together with the electrode tab (17, 19); and an electrode lead (127, 129) to which the electrode tab (17, 19) is welded, wherein the insulating spacer comprises a welding groove for exposing the electrode tab (17, 19), the said welding groove being situated at a location where the electrode tab (17, 19) is located, wherein the battery further comprises: a case; the electrode assembly accommodated in the case; and a cap plate sealing an upper opening of the case, characterized in that the electrode tab (17, 19) penetrates through the insulating spacer via a tab hole, wherein said welding groove is formed on the tab hole and positioned to allow the electrode tab (17, 19) which passes through the tab hole to be exposed through the insulating spacer, and wherein the electrode lead (127, 129) comprises a first part (127a, 129a) disposed to face the cap plate and a second part (127b, 129b) extending in a different direction to the first part (127a, 129a) and disposed to face the electrode tab (17, 19), wherein the second part (127b, 129b) is welded to the electrode tab (17, 19). a case; the electrode assembly accommodated in the case; and a cap plate sealing an upper opening of the case, characterized in that the electrode tab (17, 19) penetrates through the insulating spacer via a tab hole, wherein said welding groove is formed on the tab hole and positioned to allow the electrode tab (17, 19) which passes through the tab hole to be exposed through the insulating spacer, and wherein the electrode lead (127, 129) comprises a first part (127a, 129a) disposed to face the cap plate and a second part (127b, 129b) extending in a different direction to the first part (127a, 129a) and disposed to face the electrode tab (17, 19), wherein the second part (127b, 129b) is welded to the electrode tab (17, 19).
A cascade for a thrust reversal device intended to be mounted on a turbomachine of an aircraft, the cascade comprising first partitions extending in a first direction (D A), second fixed partitions extending in a second direction (D C) orthogonal to the first direction (D A), and a frame inside which the first and second partitions extend (82, 83), the frame comprising at least two fixed walls (810, 815) extending according to the first direction (D A), and at least one part of each first partition extending between two second partitions in a plane comprising the first and second directions (D A, D C), wherein at least one first partition is mobile according to the second direction (D C) between a first position in which said at least one first partition is distant, in the second direction (D C), from said fixed walls (810, 815) of the frame to form a plurality of resonating cavities with the first partitions and/or the fixed walls (810, 815) of the frame, and a second position in which said at least one first partition is in contact with a fixed wall (810, 815) of the frame or another first partition.
A method for intelligent data compression in a portable computing device, PCD, the method comprising: defining a threshold value for a key performance indicator within the PCD, wherein the key performance indicator is selected from a group comprised of: a voltage level, an average voltage supply level, a frame rate, and a temperature reading generated by a temperature sensor within the PCD; receiving a first data block produced by a producer component and scaled at a default scale level setting into a compression module and compressing the first data block according to a lossless compression algorithm; monitoring an active level for the key performance indicator and comparing the active level to the defined threshold value; based on the comparison of the active level for the key performance indicator to the defined threshold value, modifying scale settings for data blocks generated by the producer component to a reduced scale setting; receiving a second data block produced by the producer component and scaled at the reduced scale setting into the compression module and compressing the second data block according to the lossless compression algorithm; and storing the compressed second data block in a memory component, wherein metadata associated with the compressed second data block comprises an indicator of the reduced scale setting and is used for up-scaling the second data block after the data is decompressed. defining a threshold value for a key performance indicator within the PCD, wherein the key performance indicator is selected from a group comprised of: a voltage level, an average voltage supply level, a frame rate, and a temperature reading generated by a temperature sensor within the PCD; receiving a first data block produced by a producer component and scaled at a default scale level setting into a compression module and compressing the first data block according to a lossless compression algorithm; monitoring an active level for the key performance indicator and comparing the active level to the defined threshold value; based on the comparison of the active level for the key performance indicator to the defined threshold value, modifying scale settings for data blocks generated by the producer component to a reduced scale setting; receiving a second data block produced by the producer component and scaled at the reduced scale setting into the compression module and compressing the second data block according to the lossless compression algorithm; and storing the compressed second data block in a memory component, wherein metadata associated with the compressed second data block comprises an indicator of the reduced scale setting and is used for up-scaling the second data block after the data is decompressed.
Pushing device for filling packaging with blister packs with a pushing unit for pushing the blister packs into the packaging with a first support plate on which at least one pushing ram is fixed; a pushing booster unit for boosting the pushing unit during the pushing process, with a second support plate on which at least one pushing booster tongue is fixed; a slide on which a first guide cam and a second guide cam are formed, wherein a first guide element connected to the pushing unit is mounted in the first guide cam so as to be displaceable, and wherein a second guide element which is connected to the pushing booster unit is mounted in the second guide cam so as to be displaceable; a first drive unit for moving the slide and thus the pushing unit and the pushing booster unit in a y-direction; and a second drive unit for moving the pushing unit and the pushing booster unit in an x-direction which is perpendicular to the y-direction, relative to the slide, wherein during movement of the pushing unit and the pushing booster unit in the x-direction the first guide element is guided in the first guide cam, and the second guide element is guided in the second guide cam.
Method for monitoring at least one transformer, comprising: - producing an object-specific analytical model of the transformer and an object-specific threshold value (Vth) from historical sensor data, which comprise at least an input voltage and an output voltage of the transformer, with the aid of a machine learning algorithm, - comparing current sensor data with values from the object-specific analytical model, - identifying current sensor data that deviate from the values from the object-specific analytical model by more than the object-specific threshold value (Vth) as abnormal values, and - outputting a warning in the event of a settable number of abnormal values, wherein the model comprises an object-specific constant that corresponds to a difference between root mean square values of at least one input voltage and at least one corresponding output voltage of the transformer, wherein the object-specific constant is automatically adapted to the respective transformer during the modelling phase. - producing an object-specific analytical model of the transformer and an object-specific threshold value (Vth) from historical sensor data, which comprise at least an input voltage and an output voltage of the transformer, with the aid of a machine learning algorithm, - comparing current sensor data with values from the object-specific analytical model, - identifying current sensor data that deviate from the values from the object-specific analytical model by more than the object-specific threshold value (Vth) as abnormal values, and - outputting a warning in the event of a settable number of abnormal values, wherein the model comprises an object-specific constant that corresponds to a difference between root mean square values of at least one input voltage and at least one corresponding output voltage of the transformer, wherein the object-specific constant is automatically adapted to the respective transformer during the modelling phase.
A composition comprising (a) DHA; (b) uridine or its equivalent, wherein said uridine or its equivalent are selected from the group consisting of uridine, deoxyuridine, uridine phosphates and nucleobase uracil; and (c) folic acid, vitamin B12 and vitamin B6, for use in the treatment of a human being suffering from Alzheimer's disease, thereby supporting activities of daily living of said human as measured using the Alzheimer's Disease Cooperative Study Activities of Daily Living Inventory (ADCS-ADL).
A semiconductor integrated circuit device for configuring a graphic user interface, where a display element such as a button composed of information about a character, a figure, or an image is referred to as a graphic object, said graphic object having an object property which is attribute information, such as a position of said graphic object on a screen, comprising: an object database for storing a plurality of said object property; an object manager for issuing a drawing command for drawing said graphic object on the screen with reference to said object property; and a graphic engine for processing said drawing command to draw said graphic object on the screen, wherein said object database, said graphic engine, and said object manager are provided on a single or a plurality of semiconductor chips, characterized in that the semiconductor integrated circuit device further comprises a CLK configured to send an instruction for periodically executing a processing to the object manager, wherein upon receiving the instruction from the CLK, the object manager is configured to read out the object property from the object data base and then issue the drawing command for drawing the graphic object. an object database for storing a plurality of said object property; an object manager for issuing a drawing command for drawing said graphic object on the screen with reference to said object property; and a graphic engine for processing said drawing command to draw said graphic object on the screen, wherein said object database, said graphic engine, and said object manager are provided on a single or a plurality of semiconductor chips, characterized in that the semiconductor integrated circuit device further comprises a CLK configured to send an instruction for periodically executing a processing to the object manager, wherein upon receiving the instruction from the CLK, the object manager is configured to read out the object property from the object data base and then issue the drawing command for drawing the graphic object.
Use of a compound of formula, a phosphonate thereof, or agriculturally acceptable salts thereof: wherein; p is 0 or 1; R 1 to R 7 independently represent F, N 3, NR'R", C 1-4 alkyl, -(C 1-4 alkyl)OH or OH, wherein R' and R" independently represent hydrogen or C 1-4 alkyl; and R 8 and R 9 are the same or different and represent H or a photo-labile protecting group, wherein at least one of R 8 and R 9 represents a photo-labile protecting group; as a treatment for water stress in plants. p is 0 or 1; R 1 to R 7 independently represent F, N 3, NR'R", C 1-4 alkyl, -(C 1-4 alkyl)OH or OH, wherein R' and R" independently represent hydrogen or C 1-4 alkyl; and R 8 and R 9 are the same or different and represent H or a photo-labile protecting group, wherein at least one of R 8 and R 9 represents a photo-labile protecting group; as a treatment for water stress in plants.
Support arrangement of a transverse leaf spring device on a body of a motor vehicle, in which the transverse leaf spring device comprising at least one transverse leaf spring extending in the transverse direction of the vehicle is supported on the body via at least two link elements (24, 26) which are coupled in an articulated manner to the body at respective first bearing points (A, B) spaced apart from each other in the transverse direction of the vehicle, and are coupled in an articulated manner to the transverse leaf spring device at respective second bearing points (C, D) which are arranged lower in the vertical direction of the vehicle than the first bearing points (A, B) and are spaced apart from each other in the transverse direction of the vehicle, and the distance, running in the transverse direction of the vehicle, between the second bearing points (C, D) is greater than the distance, running in the transverse direction of the vehicle, between the first bearing points (A, B), characterized in that the second bearing points (C, D) are arranged lower in the vertical direction of the vehicle than the transverse leaf spring.
Energy accumulator, comprising a tank, which has a tank floor and a tank wall and in which a flywheel is arranged so as to be rotatable about a vertical axis of rotation, wherein at least one sealing assembly delimits at least one first area arranged predominantly on the side of the flywheel facing the tank floor from at least one further area arranged predominantly on the side of the flywheel opposite to the first area, and the flywheel can be acted upon by applying a pressure difference between the first area and the further area with a force which lifts the flywheel from the tank floor, and also a fluid energy machine for generating the pressure difference, characterised in that the flywheel has an automatic balancing device which comprises at least one compensating mass which can be positioned in the radial direction and also in the direction of rotation of the flywheel, a measuring system for detecting an imbalance and also a control system connected to the measuring system for determining suitable compensating positions and for controlling the positioning of the compensating mass.
A laundry washing machine having an outer casing and comprising, inside said outer casing: a washing tub adapted to contain the washing liquid; a rotatable drum which is fitted in axially rotatable manner inside the washing tub and is adapted to contain the laundry to be washed; and at least one balancing ring which is discrete from rotatable drum and is rigidly secured to the rotatable drum for reducing the vibrations of the drum; said at least one balancing ring comprises: a toroidal annular housing which is rigidly secured to the drum and is internally provided with a closed annular cavity; and a number of balancing masses accommodated in free movable manner inside said annular cavity; the annular housing including two discrete and complementary first and second annular hemishells which are concentric to one another and are joined to one another so as to form/delimit the annular cavity of said annular housing; wherein the second annular hemishell surrounds the first annular hemishell; wherein the cross-section of both said first and said second annular hemishell has a C-shaped, curved polygonal-chain profile; and characterized in that the concavity of the second annular hemishell faces a central axis of the annular housing, whereas the concavity of the first annular hemishell is opposite to/faces away from the same central axis. said at least one balancing ring comprises: a toroidal annular housing which is rigidly secured to the drum and is internally provided with a closed annular cavity; and a number of balancing masses accommodated in free movable manner inside said annular cavity; the annular housing including two discrete and complementary first and second annular hemishells which are concentric to one another and are joined to one another so as to form/delimit the annular cavity of said annular housing; wherein the second annular hemishell surrounds the first annular hemishell; wherein the cross-section of both said first and said second annular hemishell has a C-shaped, curved polygonal-chain profile; and characterized in that the concavity of the second annular hemishell faces a central axis of the annular housing, whereas the concavity of the first annular hemishell is opposite to/faces away from the same central axis.
A refrigeration unit for an aircraft galley, comprising: a frame defined by a floor, a ceiling, a front surface comprising first and second front doors, a rear wall, and an open side window; a side access compartment adapted to be received in the open side window of the frame, the side access compartment comprising a dividing wall, top and bottom panels cooperating with the dividing wall to define a side compartment interior space, the dividing wall separating the side compartment interior space from a main chilled compartment; a side door mounted to the side access compartment for gaining access to the side compartment interior space; wherein product can be placed in the refrigeration unit via the first and second front doors in both the main chilled compartment and the side access compartment, and wherein access to the main chilled compartment is foreclosed via the side door; characterized by: a removable first side wall opposed to the open side window; and a transverse retaining lip spaced from the dividing wall and extending from the top and bottom panels to mount the side access compartment to a fixed galley wall. a frame defined by a floor, a ceiling, a front surface comprising first and second front doors, a rear wall, and an open side window; a side access compartment adapted to be received in the open side window of the frame, the side access compartment comprising a dividing wall, top and bottom panels cooperating with the dividing wall to define a side compartment interior space, the dividing wall separating the side compartment interior space from a main chilled compartment; a side door mounted to the side access compartment for gaining access to the side compartment interior space; wherein product can be placed in the refrigeration unit via the first and second front doors in both the main chilled compartment and the side access compartment, and wherein access to the main chilled compartment is foreclosed via the side door; characterized by: a removable first side wall opposed to the open side window; and a transverse retaining lip spaced from the dividing wall and extending from the top and bottom panels to mount the side access compartment to a fixed galley wall. a removable first side wall opposed to the open side window; and a transverse retaining lip spaced from the dividing wall and extending from the top and bottom panels to mount the side access compartment to a fixed galley wall.
An accessory for use with a spectrometer to enable reflectance measurements to be made on a sample, said accessory comprising a housing providing a sample location on an upper surface of the housing, and a plurality of mirrors (10, 11, 12, 20) disposed in said housing for directing analysing radiation along a path to a detector, one of the mirrors being rotatable and translatable to enable the radiation to be incident on the sample at a number of different angles of incidence in its path to the detector, characterised in that said detector is disposed in said housing and the detector is mounted so as to be pivotable relative to the housing and mounted so that it can be moved linearly relative to the sample, and said one of the mirrors which is rotatable and translatable is adjustable to provide a configuration in which the radiation is directed to the detector without being incident on the sample.