mhurhangee/ep-ind-claims huggingface dataset:
A suspension for a hearing device receiver comprising a. a first part and a second part and a vibration isolator positioned between the first and the second parts and mechanically coupled to the first and second parts; b. wherein the first part is adapted to at least partly enclose the receiver; and c. the second part is adapted to at least partly enclose a sound outlet of the hearing device; and d. wherein the vibration isolator comprises an acoustic passage and a damping part enclosing said acoustic passage; and e. wherein the acoustic passage part provides an acoustic passages between the first and second parts; and f. wherein the damping part of the vibration isolator is asymmetrical along a longitudinal axis of the vibration isolator; and g. wherein the vibration isolator is freely suspended between the first and second pa rts. a. a first part and a second part and a vibration isolator positioned between the first and the second parts and mechanically coupled to the first and second parts; b. wherein the first part is adapted to at least partly enclose the receiver; and c. the second part is adapted to at least partly enclose a sound outlet of the hearing device; and d. wherein the vibration isolator comprises an acoustic passage and a damping part enclosing said acoustic passage; and e. wherein the acoustic passage part provides an acoustic passages between the first and second parts; and f. wherein the damping part of the vibration isolator is asymmetrical along a longitudinal axis of the vibration isolator; and g. wherein the vibration isolator is freely suspended between the first and second pa rts.
A method for providing a tethered selection handle in conjunction with selection of content, the method comprising: detecting a user selection of a portion of content displayed on an interface of a computing device through one of: a touch input or a gesture input; displaying an indication of the selection employing a first handle and a second handle, wherein the first handle indicates a start of the selection and the second handle indicates an end of the selection; detecting a movement of a current user interaction point away from the second handle; and if there is additional content between the current user interaction point and the second handle, expanding the selection to include the additional content between the current user interaction point and the second handle; else displaying a tether extending from the second handle to the current user interaction point. detecting a user selection of a portion of content displayed on an interface of a computing device through one of: a touch input or a gesture input; displaying an indication of the selection employing a first handle and a second handle, wherein the first handle indicates a start of the selection and the second handle indicates an end of the selection; detecting a movement of a current user interaction point away from the second handle; and if there is additional content between the current user interaction point and the second handle, expanding the selection to include the additional content between the current user interaction point and the second handle; else displaying a tether extending from the second handle to the current user interaction point.
A method of detecting presence/absence of an object by detecting impedance of a driving coil at an oscillation frequency of said driving coil provided to face a magnet with a tiny gap therebetween, said magnet being provided to a vibrating plate within a detection pipe, wherein an alternating current of a frequency equal to a resonance frequency of said vibrating plate is applied to said driving coil, a change in the impedance of said driving coil with respect to magnitude and phase of current flowing through said driving coil is continuously monitored, thereby the degree of the change is detected, and said detected change in the impedance is compared with a reference value to detect presence/absence of the object.
Aircraft seat with a backrest unit comprising a backrest support point as well as an aircraft seat energy absorption device that is configured, at least in a crash case, to at least partially absorb at least one main acceleration movement of at least one backrest unit, wherein in a crash case, due to mass inertia a large part of the backrest unit is accelerated in a direction of the sitting direction, i.e. a large part of the backrest unit that is arranged above a backrest support point relative to a vertical direction that is arranged substantially perpendicularly to a floor, and wherein the main acceleration movement of the backrest unit is oriented parallel to the sitting direction, with at least one seat energy absorption unit, which is configured, in a crash case, to be moved in at least one direction that differs from the main acceleration movement of the backrest unit, wherein the seat energy absorption unit is configured to be articulated to a lower region of the backrest unit and, in a crash case, to be moved counter to the sitting direction, characterised in that the seat energy absorption unit comprises at least one connection point which is configured at least for a connection of the seat energy absorption unit to at least one transverse-reinforcement unit.
A dermal repair sheet (500; 600) configured for supplying radiation to a dermal surface of a user to which the dermal repair sheet is removably attachable, the dermal repair sheet comprising:- a housing section (510; 610) which is configured for receiving a control unit; at least one sheet section (530, 540; 630, 640) connected to the housing section, the at least one sheet section having a proximal end (535a, 545a) connected to the housing section and a distal end (535b, 545b) extending away from the housing section, the at least one sheet section having: a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and an edge connector located in the housing section at the connection with the proximal end of the at least one sheet section and configured for removably connecting the dermal repair sheet to the control unit for receiving radiation therefrom. a housing section (510; 610) which is configured for receiving a control unit; at least one sheet section (530, 540; 630, 640) connected to the housing section, the at least one sheet section having a proximal end (535a, 545a) connected to the housing section and a distal end (535b, 545b) extending away from the housing section, the at least one sheet section having: a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and an edge connector located in the housing section at the connection with the proximal end of the at least one sheet section and configured for removably connecting the dermal repair sheet to the control unit for receiving radiation therefrom.
Crenezumab for use in a method of treating Alzheimer's Disease comprising delaying the development of AD or slowing the progression of AD in a patient with an MMSE score of 20 or above, without increasing the risk of an adverse event in said patient relative to a placebo, wherein the adverse event is selected from: (i) Amyloid-Related Imaging Abnormality-Edema (ARIA-E) and(ii) Amyloid-Related Imaging Abnormality-Hemorrhage (ARIA-H); wherein the crenezumab is administered at a dose of 15 mg/kg to 100 mg/kg of the patient's body weight, said dose being administered repeatedly every four weeks or every month.
An electrode assembly comprising a combination of two or more types of electrode units having different areas, the electrode units being stacked so as to form a stepped portion therebetween, wherein a positive electrode and a negative electrode are formed to face each other at an interface between the electrode units, and Equation 4-1 is satisfied: 0.5 ≤ dN n / dP n ≤ dN n / dP n + 1 ≤ 2, where n is an integer not less than 1, dN n is a thickness of the negative electrode of the electrode unit that is the n-th largest in area, dP n is a thickness of the positive electrode of the electrode unit that is the n-th largest in area, and dP n+1 is a thickness of the positive electrode of the electrode unit that is the (n+1)th largest in area. wherein a positive electrode and a negative electrode are formed to face each other at an interface between the electrode units, and Equation 4-1 is satisfied: 0.5 ≤ dN n / dP n ≤ dN n / dP n + 1 ≤ 2, where n is an integer not less than 1, dN n is a thickness of the negative electrode of the electrode unit that is the n-th largest in area, dP n is a thickness of the positive electrode of the electrode unit that is the n-th largest in area, and dP n+1 is a thickness of the positive electrode of the electrode unit that is the (n+1)th largest in area. where n is an integer not less than 1, dN n is a thickness of the negative electrode of the electrode unit that is the n-th largest in area, dP n is a thickness of the positive electrode of the electrode unit that is the n-th largest in area, and dP n+1 is a thickness of the positive electrode of the electrode unit that is the (n+1)th largest in area.
Saw blade for machine tools, in particular for hand-held machine tools such as saws, angle grinders or hand-held circular saws, having a parent blade, on the outer edge of which a cutting strip having cutting teeth is arranged, the parent blade and cutting strip being embodied as separate components which are to be firmly connected to each other, the parent blade being formed in a curve, at least in some sections, and the cutting strip being formed in a curve, the parent blade having a non-round geometry, and the cutting strip being formed in the shape of a partial ring, characterized in that the cutting strip is dimensioned to be thinner than the thickness of the parent blade and is fixed in the form of a meander to the circumferential side of the parent blade and, as seen in the axial direction, projects beyond at least one side face (22a, 22b) of the parent blade.
A herbicidal composition comprising: a) a herbicide compound A, which is metazachlor; and b) a second herbicide compound B, which is dimethenamid; and c) a third herbicide compound C, which is pethoxamid. a) a herbicide compound A, which is metazachlor; and b) a second herbicide compound B, which is dimethenamid; and c) a third herbicide compound C, which is pethoxamid.
A process for the preparation of (3,5-dibromo-4-hydroxyphenyl)(2-(1-hydroxyethyl) benzofuran-3-yl-4,5,6,7-d4)methanone: comprising contacting a compound with the structure: with potassium carbonate.
A method for time synchronization, the method comprising: receiving, by a first apparatus, a second symbol transmitted by a second apparatus, and obtaining time Ts1 indicating the moment that the second symbol is received; wherein the first apparatus links to the second apparatus by a twisted pair. transmitting, by the first apparatus, a first symbol to the second apparatus, and obtaining time Ts2 indicating the moment that the first symbol is transmitted; wherein the first symbol and the second symbol are discrete multi-tone, DMT, frames; obtaining, by the first apparatus, time Tm2 indicating the moment that the first symbol is received by the second apparatus and time Tm1 indicating the moment that the second symbol is transmitted by the second apparatus; calculating, by the first apparatus, an offset between a clock of the first apparatus and a clock of the second apparatus according to the times Ts1, Ts2, Tm1, and Tm2; and adjusting, by the first apparatus, the clock of the first apparatus with the offset to synchronize with the clock of the second apparatus; wherein the time Ts2 is the moment a sample at a specific position of the first symbol is transmitted by the first apparatus, the time Tm2 is the moment the same sample at the same specific position of the first symbol is received by the second apparatus, the time Tm1 is the moment a sample at a specific position of the second symbol is transmitted by the second apparatus, and the time Ts1 is the moment the same sample at the same specific position of the second symbol is received by the first apparatus. receiving, by a first apparatus, a second symbol transmitted by a second apparatus, and obtaining time Ts1 indicating the moment that the second symbol is received; wherein the first apparatus links to the second apparatus by a twisted pair. transmitting, by the first apparatus, a first symbol to the second apparatus, and obtaining time Ts2 indicating the moment that the first symbol is transmitted; wherein the first symbol and the second symbol are discrete multi-tone, DMT, frames; obtaining, by the first apparatus, time Tm2 indicating the moment that the first symbol is received by the second apparatus and time Tm1 indicating the moment that the second symbol is transmitted by the second apparatus; calculating, by the first apparatus, an offset between a clock of the first apparatus and a clock of the second apparatus according to the times Ts1, Ts2, Tm1, and Tm2; and adjusting, by the first apparatus, the clock of the first apparatus with the offset to synchronize with the clock of the second apparatus; wherein the time Ts2 is the moment a sample at a specific position of the first symbol is transmitted by the first apparatus, the time Tm2 is the moment the same sample at the same specific position of the first symbol is received by the second apparatus, the time Tm1 is the moment a sample at a specific position of the second symbol is transmitted by the second apparatus, and the time Ts1 is the moment the same sample at the same specific position of the second symbol is received by the first apparatus.
A drive assembly for use in a drug delivery device, the drive assembly comprising: a housing having a proximal end and a distal end; an axis extending between the proximal end and the distal end; at least one drive member; a piston rod adapted to be driven along the axis by the drive member; an indicator adapted to provide positional information about a position of the piston rod relative to the proximal end, wherein the indicator and the piston rod are configured to convert movement of the piston rod with respect to the housing into a rotational movement of the indicator, and the indicator comprises a rotation member configured to convert movement of the piston rod into the rotational movement of the indicator with the indicator being coupleable to the piston rod via the rotation member, characterized in that at least a part of the rotation member is arranged within the piston rod. a housing having a proximal end and a distal end; an axis extending between the proximal end and the distal end; at least one drive member; a piston rod adapted to be driven along the axis by the drive member; an indicator adapted to provide positional information about a position of the piston rod relative to the proximal end, wherein the indicator and the piston rod are configured to convert movement of the piston rod with respect to the housing into a rotational movement of the indicator, and the indicator comprises a rotation member configured to convert movement of the piston rod into the rotational movement of the indicator with the indicator being coupleable to the piston rod via the rotation member, characterized in that at least a part of the rotation member is arranged within the piston rod.
A floating wind power platform for offshore power production, comprising, a floating unit, wherein the floating unit comprises a first, a second and a third interconnected semisubmersible column (3a, 3b, 3c) each having a longitudinal column central axis (3a', 3b', 3c') and each being arranged in a respective corner of the floating unit, a first and second wind turbine (4a, 4b), arranged to the first and second semisubmersible columns (3a, 3b), respectively, via a first and second tower (5a, 5b) respectively, wherein the first and second towers (5a, 5b) have a first and second longitudinal tower central axis (5a', 5b'), respectively, wherein the first and second semisubmersible columns (3a, 3b) are arranged in the floating unit with a first and second angle (α 1, α 2) respectively, with respect to a reference direction (z), and directed away from each other, wherein the first and second longitudinal tower central axes (5a', 5b') are parallel to the first and second longitudinal column central axes (3a', 3b'), respectively. a floating unit, wherein the floating unit comprises a first, a second and a third interconnected semisubmersible column (3a, 3b, 3c) each having a longitudinal column central axis (3a', 3b', 3c') and each being arranged in a respective corner of the floating unit, a first and second wind turbine (4a, 4b), arranged to the first and second semisubmersible columns (3a, 3b), respectively, via a first and second tower (5a, 5b) respectively, wherein the first and second towers (5a, 5b) have a first and second longitudinal tower central axis (5a', 5b'), respectively, wherein the first and second semisubmersible columns (3a, 3b) are arranged in the floating unit with a first and second angle (α 1, α 2) respectively, with respect to a reference direction (z), and directed away from each other, wherein the first and second longitudinal tower central axes (5a', 5b') are parallel to the first and second longitudinal column central axes (3a', 3b'), respectively.
An electrical junction box comprising: (a) a junction-box body having an outlet adapted to discharge a liquid residing inside of the junction-box body; and (b) a bracket adapted to attach the junction-box body to a vehicle-body panel, the bracket having a throughhole adapted to communicate with the outlet of the junction-box body, the throughhole being configured to guide the liquid via the outlet to an outside, the bracket further having a connection surface including a first groove and a second groove both communicating with the throughhole for guiding the liquid to the outside, wherein the bracket is provided between the junction-box body and the vehicle-body panel such that the bracket is provided in a lower space relative to the junction-box body in a vertical direction, wherein one end of the througlihole opens at a portion of the bracket where the throughhole is brought into communication with the outlet of the junction-box body, and an other end of the throughhole away from the one end opens at the connection surface of the bracket, the connection surface being adapted to be disposed in an overlapping manner on the vehicle-body panel so as to attach the bracket to the vehicle-body panel. (a) a junction-box body having an outlet adapted to discharge a liquid residing inside of the junction-box body; and (b) a bracket adapted to attach the junction-box body to a vehicle-body panel, the bracket having a throughhole adapted to communicate with the outlet of the junction-box body, the throughhole being configured to guide the liquid via the outlet to an outside, the bracket further having a connection surface including a first groove and a second groove both communicating with the throughhole for guiding the liquid to the outside, wherein the bracket is provided between the junction-box body and the vehicle-body panel such that the bracket is provided in a lower space relative to the junction-box body in a vertical direction, wherein one end of the througlihole opens at a portion of the bracket where the throughhole is brought into communication with the outlet of the junction-box body, and an other end of the throughhole away from the one end opens at the connection surface of the bracket, the connection surface being adapted to be disposed in an overlapping manner on the vehicle-body panel so as to attach the bracket to the vehicle-body panel.
A docking station for an enteral feeding pump, the docking station comprising: a base portion configured to hold the enteral feeding pump, the base portion including a channel and side walls formed to provide guide rails to align the enteral feeding pump; a communication/power port disposed on the base portion and configured to couple to a mating port provided on the enteral feeding pump; a wireless communication module configured to communicate with the enteral feeding pump, the wireless communication module includes a transceiver to transmit and receive signals, and a charging module, the charging module providing power to the enteral feeding pump, the charging module and communication module are coupled to the communication/power port and communicate to the pump via the communication/power port. a base portion configured to hold the enteral feeding pump, the base portion including a channel and side walls formed to provide guide rails to align the enteral feeding pump; a communication/power port disposed on the base portion and configured to couple to a mating port provided on the enteral feeding pump; a wireless communication module configured to communicate with the enteral feeding pump, the wireless communication module includes a transceiver to transmit and receive signals, and a charging module, the charging module providing power to the enteral feeding pump, the charging module and communication module are coupled to the communication/power port and communicate to the pump via the communication/power port.
A delivery conduit for supplying a flow of gases from a gases supply means to a patient, the delivery conduit comprising a part of an electrical circuit, characterized in that the part of an electrical circuit includes a heater wire (11, 21, 28) to heat the gases flowing through the delivery conduit; and a diode and a thermistor which are in parallel with one another and which are placed in series with the heater wire (21, 28) at a point in the heater wire (11, 21, 28) at or near the end of the delivery conduit nearest the patient; wherein the diode and the thermistor are overmoulded with plastic for sealing and mounted in the gases stream through the delivery conduit, and the thermistor is adapted to be used to provide measurements of a temperature of the gases. characterized in that the part of an electrical circuit includes a heater wire (11, 21, 28) to heat the gases flowing through the delivery conduit; and a diode and a thermistor which are in parallel with one another and which are placed in series with the heater wire (21, 28) at a point in the heater wire (11, 21, 28) at or near the end of the delivery conduit nearest the patient; wherein the diode and the thermistor are overmoulded with plastic for sealing and mounted in the gases stream through the delivery conduit, and the thermistor is adapted to be used to provide measurements of a temperature of the gases.