mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic device, comprising: first and second substrates defining a channel therebetween, the channel comprising multiple test zones, wherein the test zones are spaced apart along a major axis a1 of the channel by a distance d7, wherein distance d7 is large enough that a width of a detection zone of detector along a major axis a1 of the channel simultaneously contacts a number N test zones, where N= 3, N = 2 or N = 1, each test zone comprising an immobilized probe compound configured to provide a detectable interaction in the presence of an analyte, and at least one of the substrates being flexible so that a distance d6 between the inner surfaces of the first and second substrates can be sequentially reduced at locations corresponding to the number N test zones. first and second substrates defining a channel therebetween, the channel comprising multiple test zones, wherein the test zones are spaced apart along a major axis a1 of the channel by a distance d7, wherein distance d7 is large enough that a width of a detection zone of detector along a major axis a1 of the channel simultaneously contacts a number N test zones, where N= 3, N = 2 or N = 1, each test zone comprising an immobilized probe compound configured to provide a detectable interaction in the presence of an analyte, and at least one of the substrates being flexible so that a distance d6 between the inner surfaces of the first and second substrates can be sequentially reduced at locations corresponding to the number N test zones.
A method for identifying multiple radio transmitters within a single wireless electronic device, the method comprising: - receiving radio frequency signals using one or more sensors covering an area under surveillance, wherein the sensors comprise radio receivers (335; 340); - identifying a first radio frequency signature within one or more of the radio frequency signals as originating from a first radio transmitter; - identifying a second radio frequency signature within one or more of the radio frequency signals as originating from a second radio transmitter; - analyzing characteristics of the first radio frequency signature and of the second radio frequency signature to evaluate a relationship between the first radio frequency signature and the second radio frequency signature; characterized by - determining if the first radio transmitter and the second radio transmitter are integrated within a single wireless electronic device based upon the evaluated relationship between the first radio frequency signature and the second radio frequency signature, wherein the evaluated relationship is based on correlating multiple radio frequency signatures together and associating them with a particular wireless electronic device; and - determining operational characteristics associated with the single wireless electronic device in response to determining that the first radio transmitter and the second radio transmitter are integrated within the single wireless electronic device, wherein the operational characteristics comprise a likelihood of association between the single wireless electronic device and a human user. - receiving radio frequency signals using one or more sensors covering an area under surveillance, wherein the sensors comprise radio receivers (335; 340); - identifying a first radio frequency signature within one or more of the radio frequency signals as originating from a first radio transmitter; - identifying a second radio frequency signature within one or more of the radio frequency signals as originating from a second radio transmitter; - analyzing characteristics of the first radio frequency signature and of the second radio frequency signature to evaluate a relationship between the first radio frequency signature and the second radio frequency signature; - determining if the first radio transmitter and the second radio transmitter are integrated within a single wireless electronic device based upon the evaluated relationship between the first radio frequency signature and the second radio frequency signature, wherein the evaluated relationship is based on correlating multiple radio frequency signatures together and associating them with a particular wireless electronic device; and - determining operational characteristics associated with the single wireless electronic device in response to determining that the first radio transmitter and the second radio transmitter are integrated within the single wireless electronic device,
A method for altering the spring constant (k) of a torsion spring for a roller blind, the method including: - locating a dampener at a predetermined length along a longitudinal axis of the torsion spring; and - tightening an end of the torsion spring against the dampener to increase the spring constant; wherein: the dampener is located on a rod, the dampener is fixed to the rod, and the combined parts of the dampener and rod are slidable along the longitudinal axis of the torsion spring and locatable in any desired position within the torsion spring. - locating a dampener at a predetermined length along a longitudinal axis of the torsion spring; and - tightening an end of the torsion spring against the dampener to increase the spring constant; wherein: the dampener is located on a rod, the dampener is fixed to the rod, and the combined parts of the dampener and rod are slidable along the longitudinal axis of the torsion spring and locatable in any desired position within the torsion spring.
A refrigerator comprising: a main body; a storage compartment (20, 30) formed in the main body and having a front side thereof open; a first door (50, 70) rotatably coupled to the main body to open and close a part of the storage compartment; a second door (60, 80) arranged below the first door and rotatably coupled to the main body to open and close a remaining part of the storage compartment; a hinge (100, 100a) arranged between the first door and the second door, and configured to rotatably support each of the lower end of the first door and the upper end of the second door; a filler (200, 200a) rotatably provided on the first door or the second door to seal a gap between the first door and the second door in a state in which the first door and the second door are closed; a filler guide (300, 300a) configured to guide the filler to be rotated in a first direction when the first door or the second door is being opened, and guide the filler to be rotated in a second direction opposite to the first direction when the first door or the second door is being closed; and a filler pusher configured to push the filler to be rotated in the first direction when the first door or the second door is being opened, characterized by the filler guide (300, 300a) being disposed on a sidewall of the storage compartment adjacent to the hinge and by the filler pusher extending from the hinge (100, 100a). a main body; a storage compartment (20, 30) formed in the main body and having a front side thereof open; a first door (50, 70) rotatably coupled to the main body to open and close a part of the storage compartment; a second door (60, 80) arranged below the first door and rotatably coupled to the main body to open and close a remaining part of the storage compartment; a hinge (100, 100a) arranged between the first door and the second door, and configured to rotatably support each of the lower end of the first door and the upper end of the second door; a filler (200, 200a) rotatably provided on the first door or the second door to seal a gap between the first door and the second door in a state in which the first door and the second door are closed; a filler guide (300, 300a) configured to guide the filler to be rotated in a first direction when the first door or the second door is being opened, and guide the filler to be rotated in a second direction opposite to the first direction when the first door or the second door is being closed; and a filler pusher configured to push the filler to be rotated in the first direction when the first door or the second door is being opened, characterized by the filler guide (300, 300a) being disposed on a sidewall of the storage compartment adjacent to the hinge and by the filler pusher extending from the hinge (100, 100a).
A variable camber vane system for a gas turbine engine, comprising: a first airfoil portion having a first tip portion, a first root portion, a face extending at least partially between the first tip portion and the first root portion, and a groove in the face extending at least partially between the first tip portion and the first root portion, wherein the groove has a groove width; a second airfoil portion arranged to rotate with respect to the first airfoil portion about a pivot axis, wherein the second airfoil portion includes a second tip portion; a second root portion; and a crown extending at least partially between the second tip portion and the second root portion, wherein the crown includes a crown radius centered about the pivot axis and positioned opposite the groove; and a seal strip having a seal width greater than the groove width and a concave rubbing surface, the rubbing surface being preformed prior to installation into the first airfoil portion to have a radius complementary to and opposite the crown radius, wherein the seal strip is at least partially disposed in the groove with an interference fit; and wherein the seal strip is arranged to seal against fluid flow between the first airfoil portion and the second airfoil portion. a first airfoil portion having a first tip portion, a first root portion, a face extending at least partially between the first tip portion and the first root portion, and a groove in the face extending at least partially between the first tip portion and the first root portion, wherein the groove has a groove width; a second airfoil portion arranged to rotate with respect to the first airfoil portion about a pivot axis, wherein the second airfoil portion includes a second tip portion; a second root portion; and a crown extending at least partially between the second tip portion and the second root portion, wherein the crown includes a crown radius centered about the pivot axis and positioned opposite the groove; and a seal strip having a seal width greater than the groove width and a concave rubbing surface, the rubbing surface being preformed prior to installation into the first airfoil portion to have a radius complementary to and opposite the crown radius, wherein the seal strip is at least partially disposed in the groove with an interference fit; and wherein the seal strip is arranged to seal against fluid flow between the first airfoil portion and the second airfoil portion.
Overvoltage protection element comprising: - a first electrode and a second electrode, - a discharge region arranged between the first electrode and the second electrode, wherein a porous discharge dielectric is arranged in the discharge region, and wherein the overvoltage protection element is designed to discharge a gas in the pores of the discharge dielectric and thus to produce an electrically conductive connection between the first electrode and the second electrode, - a connection region, wherein a connection dielectric is arranged in the connection region, via which connection dielectric the first and second electrodes (1, 2) are mechanically stably connected to one another, and wherein the connection dielectric is arranged at least partly in an interspace formed between the first and second electrodes (1, 2), characterized in that the connection dielectric and the discharge dielectric are formed by different material phases in a common dielectric body (3, 4), and the material phases continuously merge into one another. - a first electrode and a second electrode, - a discharge region arranged between the first electrode and the second electrode, wherein a porous discharge dielectric is arranged in the discharge region, and wherein the overvoltage protection element is designed to discharge a gas in the pores of the discharge dielectric and thus to produce an electrically conductive connection between the first electrode and the second electrode, - a connection region, wherein a connection dielectric is arranged in the connection region, via which connection dielectric the first and second electrodes (1, 2) are mechanically stably connected to one another, and wherein the connection dielectric is arranged at least partly in an interspace formed between the first and second electrodes (1, 2),
A polycarbonate copolymer comprising: a repeating unit represented by the following Chemical Formula 1, and a repeating unit represented by the following Chemical Formula 2 or Chemical Formula 3: in Chemical Formula 1, R 1 and R 2 are each independently hydrogen, a C 1-10 alkyl, a C 1-10 alkoxy, or a halogen, and n1 and n2 are each independently an integer of 0 to 4, a repeating unit represented by the following Chemical Formula 1, and a repeating unit represented by the following Chemical Formula 2 or Chemical Formula 3: in Chemical Formula 1, R 1 and R 2 are each independently hydrogen, a C 1-10 alkyl, a C 1-10 alkoxy, or a halogen, and n1 and n2 are each independently an integer of 0 to 4, R 1 and R 2 are each independently hydrogen, a C 1-10 alkyl, a C 1-10 alkoxy, or a halogen, and n1 and n2 are each independently an integer of 0 to 4,
A method for reducing a number of bits ( N Bits) used for a frequency value of a measuring signal stored in each memory cell of a display memory in a measuring device comprising the following steps: • determining the frequency value in each memory cell by assigning the frequency of sampled values in several measuring portions of a measured signal within an update cycle of the display to a corresponding memory cell, • displaying each pixel of the display with a brightness or a color corresponding to the frequency value in the corresponding memory cell after each update cycle, characterized in that, the determined frequency value in each memory cell is a sum of a first frequency value, which is determined in a number ( N unkomp) of first measuring portions of the measured signal within the update cycle, and at least one compressed second frequency value having a value zero or one, which is determined by compression of a corresponding uncompressed second frequency value determined in a corresponding part of a number ( N komp) of second measuring portions of the measured signal within the update cycle with a compression factor ( P Kompres). • determining the frequency value in each memory cell by assigning the frequency of sampled values in several measuring portions of a measured signal within an update cycle of the display to a corresponding memory cell, • displaying each pixel of the display with a brightness or a color corresponding to the frequency value in the corresponding memory cell after each update cycle,
A flow rate controlling device comprising: a flow rate adjusting valve disposed on a supply line for a fuel gas so as to adjust a flow rate of the fuel gas; a thermal mass flow rate sensor disposed on the supply line so as to measure a mass flow rate of the fuel gas; a calculation unit that calculates a calorific flow rate of the fuel gas based on an output from the thermal mass flow rate sensor, the calorific flow rate being defined as the product of a volumetric flow rate of the fuel gas and a calorific value per unit volume of the fuel gas; and a flow rate controller that controls a degree of opening of the flow rate adjusting valve, based on a difference between a control target value for controlling the calorific flow rate and the calorific flow rate calculated by the calculation unit, characterised in that the calculation unit comprises a map that is made by calculating in advance a relationship between the output of the thermal mass flow sensor and the calorific mass flow of the fuel gas. a flow rate adjusting valve disposed on a supply line for a fuel gas so as to adjust a flow rate of the fuel gas; a thermal mass flow rate sensor disposed on the supply line so as to measure a mass flow rate of the fuel gas; a calculation unit that calculates a calorific flow rate of the fuel gas based on an output from the thermal mass flow rate sensor, the calorific flow rate being defined as the product of a volumetric flow rate of the fuel gas and a calorific value per unit volume of the fuel gas; and a flow rate controller that controls a degree of opening of the flow rate adjusting valve, based on a difference between a control target value for controlling the calorific flow rate and the calorific flow rate calculated by the calculation unit, characterised in that the calculation unit comprises a map that is made by calculating in advance a relationship between the output of the thermal mass flow sensor and the calorific mass flow of the fuel gas.
A method of configuring at least one configurable mix of a first quantity of at least one binder material and a second quantity of magnetizable particles into at least one continuous magnetizable film no thicker than 0,381 mm (15 mils) comprising a magnetic alignment of the magnetisable particles in a magnetic field between aligning magnets, followed by a shaping step performing plastic alignment of the magnetisable particles between calender rollers (1110, 1154) in a demagnetising field; or a shaping step performing plastic and magnetic alignment of the magnetisable particles between calender rollers (1110, 1154) in a magnetic field (1116, 1124) between calender rollers (1110, 1154), followed by a demagnetising field (1122, 1130) between aligning magnets (1120, 1128); characterised in that the respective magnetic field (1106, 1116, 1124) and demagnetising field (1112, 1122, 1130) are part of the same magnetic circuit (1117, 1119, 1164).
Method for ascertaining metadata for a controllable component in a building with a plurality of different rooms; wherein the method comprises - prompting a mobile sensor unit to be moved in a first room; - causing a measurable state change of the controllable component; - capturing sensor data by means of the mobile sensor unit in the first room of the building; - determining, on the basis of the sensor data, whether or not the controllable component is located in the first room; and - if it was determined on the basis of the sensor data that the controllable component is located in the first room: storing metadata for the controllable component, which shows that the controllable component is located in the first room; - if it was determined that the controllable component is not located in the first room: sequentially capturing sensor data in multiple different rooms of the plurality of rooms and determining, on the basis of the sensor data from the different rooms, the room of the plurality of rooms of the building in which the controllable component is located. - prompting a mobile sensor unit to be moved in a first room; - causing a measurable state change of the controllable component; - capturing sensor data by means of the mobile sensor unit in the first room of the building; - determining, on the basis of the sensor data, whether or not the controllable component is located in the first room; and - if it was determined on the basis of the sensor data that the controllable component is located in the first room: storing metadata for the controllable component, which shows that the controllable component is located in the first room; - if it was determined that the controllable component is not located in the first room: sequentially capturing sensor data in multiple different rooms of the plurality of rooms and determining, on the basis of the sensor data from the different rooms, the room of the plurality of rooms of the building in which the controllable component is located.
A method of controlling access by a user to an electronic device (15, 16, 17, 18), the electronic device (15, 16, 17, 18) being controlled by an administrator that has identified one or more software applications on the electronic device (15, 16, 17, 18) to which access by the user is to be limited and an allowable time period for the user to access the identified one or more software applications, the method comprising: monitoring a use time for the user accessing the identified one or more software applications; determining when the use time of the user accessing the identified one or more software applications exceeds the allowable time period for accessing the identified one or more software applications; alerting the user that their use time for accessing the identified one or more software applications is to exceed the allowable use time for that user to access the identified one or more software applications and suspending access by the user to the identified one or more software applications on the electronic device; and enabling the user to request an extension to the allowable time period to access the identified one or more software applications; providing the user with a task selected by the administrator in accordance with the educational requirements of the user, for the user to perform in response to the request for an extension to the allowable time period; assessing the performance of the user in said task; and upon successful completion of said task, extending the allowable time period for the user to access the identified one or more software applications. monitoring a use time for the user accessing the identified one or more software applications; determining when the use time of the user accessing the identified one or more software applications exceeds the allowable time period for accessing the identified one or more software applications; alerting the user that their use time for accessing the identified one or more software applications is to exceed the allowable use time for that user to access the identified one or more software applications and suspending access by the user to the identified one or more software applications on the electronic device; and enabling the user to request an extension to the allowable time period to access the identified one or more software applications; providing the user with a task selected by the administrator in accordance with the educational requirements of the user, for the user to perform in response to the request for an extension to the allowable time period; assessing the performance of the user in said task; and upon successful completion of said task, extending the allowable time period for the user to access the identified one or more software applications.
Buprenorphine for use in a method of treating opioid use disorder in a human in need thereof comprising the steps of: (a) administering a first composition comprising a dose from 280 mg to 320 mg of buprenorphine to the human once per month by injection for two months; and thereafter (b) administering a second composition comprising a dose from 80 mg to 120 mg of buprenorphine to the human once per month by injection for each month thereafter; to treat the opioid use disorder. (a) administering a first composition comprising a dose from 280 mg to 320 mg of buprenorphine to the human once per month by injection for two months; and thereafter (b) administering a second composition comprising a dose from 80 mg to 120 mg of buprenorphine to the human once per month by injection for each month thereafter;