mhurhangee/ep-ind-claims huggingface dataset:
A method for function detection in a feed configuration (230; 302a; 302b; 303a; 303b) which comprises feed lines (302a; 302b; 303a; 303b), an electronic conversion unit (310; 230) and a three-phase electric motor (230; 330), comprising the steps of: - detecting a response signal in a feed line (301a; 301b) for the feed configuration (230; 302a; 302b; 303a; 303b), - detecting levels (v1-vn) of specific sections of said response signal, - comparing levels (v1-vn) thus detected of said specific sections of said response signal with a predetermined threshold level (Th) over a predetermined period of time, and characterised by - determining an unwanted function of the feed configuration (230; 302a; 302b; 303a; 303b) if all of the levels (v1-vn) thus detected of said specific sections of said response signal are below said predetermined threshold level (Th) over said predetermined period of time. - detecting a response signal in a feed line (301a; 301b) for the feed configuration (230; 302a; 302b; 303a; 303b), - detecting levels (v1-vn) of specific sections of said response signal, - comparing levels (v1-vn) thus detected of said specific sections of said response signal with a predetermined threshold level (Th) over a predetermined period of time, and characterised by - determining an unwanted function of the feed configuration (230; 302a; 302b; 303a; 303b) if all of the levels (v1-vn) thus detected of said specific sections of said response signal are below said predetermined threshold level (Th) over said predetermined period of time.
An image sensor assembly comprising: a frame; a suspended mass within an interior of the frame defining a sensor axis; and a piezoelectric material layer operatively connected to the frame to damp vibrations of the suspended mass; wherein the frame includes inwardly extending supports from which the suspended mass is suspended; and wherein at least one of the supports includes FRP composite layers, wherein the piezoelectric material layer is layered between the FRP composite layers of at least one of the supports of the frame. a frame; a suspended mass within an interior of the frame defining a sensor axis; and a piezoelectric material layer operatively connected to the frame to damp vibrations of the suspended mass; wherein the frame includes inwardly extending supports from which the suspended mass is suspended; and wherein at least one of the supports includes FRP composite layers, wherein the piezoelectric material layer is layered between the FRP composite layers of at least one of the supports of the frame.
Method for actuating a follower member (30, 300, 301, 302) in a robotic apparatus comprising a motor assembly (10, 100, 101, 110) for the actuation of the follower member, a clutch assembly (20, 200, 201; 310) interposed between the follower member (30, 300, 301, 302) and the motor assembly (10, 100, 101, 110) to allow limiting the resistant torque (τ l) transmitted from the follower member (30, 300, 301, 302) in case of sudden overloads, wherein the clutch assembly (20, 200, 201; 310) is actuated in a manner such as to connect and/or disconnect the motor assembly (10, 100, 101, 110) and the follower member (30, 300, 301, 302) to/from each other for controlled time intervals during the operation of the robotic apparatus, characterized in that it comprises the step of actuating the clutch assembly (20, 200, 201; 310) through the motor assembly (10, 100, 101, 110), omitting specific clutch actuating means.
Method for operating a wiper system having at least one motor for at least one wiper, comprising: defining an intended trajectory, wherein the intended trajectory comprises an asymmetry produced by a time-axis transformation function or a frequency modulation function, and wherein the intended trajectory has a tangential continuity, in particular a curvature continuity; operating the wiper system, wherein the at least one motor is actuated to follow the intended trajectory. defining an intended trajectory, wherein the intended trajectory comprises an asymmetry produced by a time-axis transformation function or a frequency modulation function, and wherein the intended trajectory has a tangential continuity, in particular a curvature continuity; operating the wiper system, wherein the at least one motor is actuated to follow the intended trajectory.
A system for placing of structures on an underground, comprising a pole for supporting the structure and an elongate receiving space taken up in the underground, in particular an elongate receiving space with a vertical-directional component, in particular a substantially vertically directed receiving space, for receiving a lower part of the pole, whereby the receiving space has a central axis and is provided with a first pole holder (3,19) and a second pole holder which are spaced apart in the direction of the central axis, characterized in that the second pole holder lies above the first pole holder (3,19) and the first and second pole holders are furnished in accordance with the pole for keeping the pole in the desired orientation, whereby the second pole holder determines a passageway for the pole and comprises one or more rollers which one or more rollers have contact surfaces for making contact with the pole and which are rotatable around their respective rotational central axes that lie in a respective plane that lies transversally with respect to the central axis of the receiving space.
A pharmaceutical composition of entecavir monohydrate, comprising sodium starch glycolate and sodium stearyl fumarate with at least one pharmaceutically acceptable excipient, with the provisio that said composition doesn't comprise povidone or crospovidone.
A method of manufacturing an ink (60, 70, 80) for forming a functional layer consisting of a plurality of thin film layers in an organic electro-luminescence display apparatus, comprising: measuring the size and the number of particles included in the ink for forming a functional layer per unit volume after mixing; selecting a hole diameter of a filter based on a result of the measuring; and filtering the ink for forming a functional layer using a filter having a hole diameter selected in the selecting, wherein, in the selecting, a hole diameter of a filter is selected from a relationship between a hole diameter of a filter and the number of particles having a size of 0.5 μm or more after filtering, wherein, in the selecting, a hole diameter of a filter and the number of times of filtration are determined so that the number of particles of 0.5 μm or more is 7 or less in 10 ml of the ink after filtering. measuring the size and the number of particles included in the ink for forming a functional layer per unit volume after mixing; selecting a hole diameter of a filter based on a result of the measuring; and filtering the ink for forming a functional layer using a filter having a hole diameter selected in the selecting, wherein, in the selecting, a hole diameter of a filter is selected from a relationship between a hole diameter of a filter and the number of particles having a size of 0.5 μm or more after filtering, wherein, in the selecting, a hole diameter of a filter and the number of times of filtration are determined so that the number of particles of 0.5 μm or more is 7 or less in 10 ml of the ink after filtering.
A rotational tray assembly suitable for use in an apparatus for positioning an object adjacent to an aircraft, comprising: a support subassembly, wherein the support subassembly comprises a support block and at least one support plate that is coupled to the support block and extends distally from the support block to a distal end portion; a platform subassembly configured to support the object, the platform subassembly comprising a plate having an upper surface for supporting the object and a lower surface that is disposed on a side opposite the upper surface, and at least one support beam disposed adjacent to the lower surface and coupled to the plate, wherein the at least one support beam has an intermediate section disposed between a first end section and a second end section, and wherein the intermediate section of the at least one support beam is pivotally coupled to the support subassembly; and a drive screw subassembly coupled to the at least one support plate and the first end section of the at least one support beam to move the platform subassembly relative to the support subassembly, wherein the rotational tray assembly is configured to couple to a lift to position the rotational tray assembly adjacent to the aircraft. a support subassembly, wherein the support subassembly comprises a support block and at least one support plate that is coupled to the support block and extends distally from the support block to a distal end portion; a platform subassembly configured to support the object, the platform subassembly comprising a plate having an upper surface for supporting the object and a lower surface that is disposed on a side opposite the upper surface, and at least one support beam disposed adjacent to the lower surface and coupled to the plate, wherein the at least one support beam has an intermediate section disposed between a first end section and a second end section, and wherein the intermediate section of the at least one support beam is pivotally coupled to the support subassembly; and a drive screw subassembly coupled to the at least one support plate and the first end section of the at least one support beam to move the platform subassembly relative to the support subassembly, wherein the rotational tray assembly is configured to couple to a lift to position the rotational tray assembly adjacent to the aircraft.
A metallic card clothing for rollers for fiber processing in openers, cleaners, carders or carding machines, consisting of a first clothing wire which has teeth with a working angle (α1), a back angle (γ1) and a land with a back point angle (η1), and a second clothing wire which has teeth with a working angle (α2) and a back angle (γ2), characterized in that the teeth of the first clothing wire have a negative working angle (α1) and a back point angle (η1) of -15° to +15°, and the teeth of the second clothing wire have a positive working angle (α2).
Use of a quaternary ammonium hydroxide solution comprising a quaternary ammonium hydroxide which is the reaction product of (i) a polyamine having a formula: or or where each R 1 is independently hydrogen, an alkyl group, a cycloalkyl group, an aryl group, an alkyloxyalkyl group, a hydroxylated alkyl group, a hydroxylated alkyloxyalkyl group or two R 1 groups may be joined to form a cyclic amine, with the proviso that the R 1 groups are selected in such a combination that at least one tertiary nitrogen is formed; x is 0 or an integer of at least 1; n is an integer of at least 2; R' is an alkyl group with 2 to 10 carbon atoms, an aryl group, alkaryl group, or unsaturated hydrocarbyl with 2 to 10 carbon atoms, or a group containing O or N in combination with C and H and may form a cyclic structure; and (ii) an organic oxirane having the formula where each R is independently hydrogen, an alkyl group having 1 to 6 carbon atoms, an unsaturated alkyl group, an aryl group an aralkyl group or one or more R groups may form a cyclic structure containing 3 to 12 carbon atoms and optionally the R groups may contain one or more oxygen atoms, for removing chemical residue from a metal surface or dielectric surface.
A mobile terminal comprising: a touchscreen; a rotatable multi-function scroll bar on the touchscreen and configured to move in a first direction and to rotate around an axis of the first direction; and a controller configured to display the scroll bar on the touch screen, perform a first function in response to a first touch input on the scroll bar to move the scroll bar in the first direction, characterized in that the first function is a scroll function for scrolling a list of orderable items, receive a second touch input on the scroll bar in order to rotate the scroll bar around the axis of the first direction, assign a second function different than the first function to the scroll bar when the scroll bar is rotated around the axis of the first direction, wherein the second function is an ordering of items in the list according to a property of the items in the list, and move the scrollbar in the first direction to scroll the ordered list after the second function is assigned to the scroll bar. a touchscreen; a rotatable multi-function scroll bar on the touchscreen and configured to move in a first direction and to rotate around an axis of the first direction; and a controller configured to display the scroll bar on the touch screen, perform a first function in response to a first touch input on the scroll bar to move the scroll bar in the first direction, characterized in that the first function is a scroll function for scrolling a list of orderable items, receive a second touch input on the scroll bar in order to rotate the scroll bar around the axis of the first direction, assign a second function different than the first function to the scroll bar when the scroll bar is rotated around the axis of the first direction, wherein the second function is an ordering of items in the list according to a property of the items in the list, and move the scrollbar in the first direction to scroll the ordered list after the second function is assigned to the scroll bar.
A stent graft comprising a tubular body comprising a wall (40, 60) of a biocompatible graft material and at least one tubular side arm (30, 44, 64) received in the wall, the wall in the vicinity of the side arm comprising a loose fold (28, 42a, 42b, 62a, 62b) of the graft material, the side arm being fastened to the loose fold of graft material such that the tubular side arm can be angled at least one of proximally and distally, and, from side to side, and such that when the tubular side arm is angled proximally or distally or from side to side, the side arm stays angled without the fold being tensioned to the extent that it provides a returning force; wherein the tubular side arm (30, 44, 64) comprises an inner end and an outer end and is fastened into the loose fold (28, 42a, 42b) of graft material by a circumferential fastening (42, 46) around the tubular side arm between the inner end and the outer end whereby the tubular side arm extends partially within the tubular body of the stent graft and partially outside the tubular body of the stent graft.
A method of cleansing an intravascular line port, comprising: providing a port cleaning device (40b; 40c) comprising: a syringe component (42b; 42c) having a syringe housing (48b; 48c) and a plunger (46b, 46c); a line port cap (80; 60c) removably attached to the plunger (46b; 46c), the line port cap (80; 60c) containing an applicator material (82; 64c) and a microbiocidal agent; removing the line port cap (80; 64c) from the plunger (46b; 46c); and capping the port with the line port cap (80; 60c). providing a port cleaning device (40b; 40c) comprising: a syringe component (42b; 42c) having a syringe housing (48b; 48c) and a plunger (46b, 46c); a line port cap (80; 60c) removably attached to the plunger (46b; 46c), the line port cap (80; 60c) containing an applicator material (82; 64c) and a microbiocidal agent; a syringe component (42b; 42c) having a syringe housing (48b; 48c) and a plunger (46b, 46c); a line port cap (80; 60c) removably attached to the plunger (46b; 46c), the line port cap (80; 60c) containing an applicator material (82; 64c) and a microbiocidal agent; removing the line port cap (80; 64c) from the plunger (46b; 46c); and capping the port with the line port cap (80; 60c).
A method by a machine type communication, MTC, device in a wireless communication system, the method comprising: receiving a first message including information on a time allowed for data reception or data transmission; performing operation of an idle mode until the time allowed for data reception or data transmission expires; skipping the operation of the idle mode, in case that the time allowed for data reception or data transmission expires; and resuming (751, 771) the operation of the idle mode, in case that data to be transmitted by the MTC device occurs after the time allowed for data reception or data transmission expired, wherein the operation of the idle mode includes at least one of receiving a paging message or performing intra-frequency/inter-frequency/inter-RAT measurement. receiving a first message including information on a time allowed for data reception or data transmission; performing operation of an idle mode until the time allowed for data reception or data transmission expires; skipping the operation of the idle mode, in case that the time allowed for data reception or data transmission expires; and resuming (751, 771) the operation of the idle mode, in case that data to be transmitted by the MTC device occurs after the time allowed for data reception or data transmission expired, wherein the operation of the idle mode includes at least one of receiving a paging message or performing intra-frequency/inter-frequency/inter-RAT measurement.
A noise cancelling arrangement for a patient implantable hearing implant system, the arrangement comprising: an implantable microphone configured to sense a sound signal present at the microphone and produce a corresponding microphone output signal for the hearing implant system, wherein the sound signal includes: a sound source component present at the microphone from a sound source external to the patient, and a noise component present at the microphone from internal bone conduction; at least one implantable noise sensing element (401, 403) configured to sense the noise component and produce a corresponding noise output signal; a filter controlled by an adaptive algorithm responsive to transform the noise output signal provided from the at least one implantable noise sensing element (401, 403) for output as transducer control signal; and a bone conduction transducer coupled to the filter output and to skull bone, and configured to receive the transducer control signal and generate a corresponding mechanical vibration signal to the skull bone; wherein the adaptive algorithm is arranged to control the filter so that the mechanical vibration signal of the bone conduction transducer offsets the noise component sensed by the implantable microphone. a sound source component present at the microphone from a sound source external to the patient, and a noise component present at the microphone from internal bone conduction; at least one implantable noise sensing element (401, 403) configured to sense the noise component and produce a corresponding noise output signal; a filter controlled by an adaptive algorithm responsive to transform the noise output signal provided from the at least one implantable noise sensing element (401, 403) for output as transducer control signal; and a bone conduction transducer coupled to the filter output and to skull bone, and configured to receive the transducer control signal and generate a corresponding mechanical vibration signal to the skull bone; wherein the adaptive algorithm is arranged to control the filter so that the mechanical vibration signal of the bone conduction transducer offsets the noise component sensed by the implantable microphone.
A system comprising: a bone plate configured to be positioned relative to bone tissue; an anchoring member elongate along a first axis, the anchoring member including a proximal end and a distal end spaced from the proximal end along the first axis, the proximal end including a socket configured to receive at least one fastener that is configured to apply a torsional force to the socket to thereby drive the anchoring member into the bone tissue, the proximal end further including an aperture that extends along a second axis that is oblique with respect to the first axis; and a locking member configured to be inserted through the aperture along the second axis so as to engage the bone tissue, wherein the locking member is elongate along a third axis, the locking member including a proximal end and a distal end opposed to the proximal end along the third axis, wherein the anchoring member is adapted to hold the bone plate relative to the bone tissue, characterized in that the proximal end of the locking member defines a locking member socket that is configured to receive a torque so as to drive the locking member into the bone tissue. a bone plate configured to be positioned relative to bone tissue; an anchoring member elongate along a first axis, the anchoring member including a proximal end and a distal end spaced from the proximal end along the first axis, the proximal end including a socket configured to receive at least one fastener that is configured to apply a torsional force to the socket to thereby drive the anchoring member into the bone tissue, the proximal end further including an aperture that extends along a second axis that is oblique with respect to the first axis; and a locking member configured to be inserted through the aperture along the second axis so as to engage the bone tissue, wherein the locking member is elongate along a third axis, the locking member including a proximal end and a distal end opposed to the proximal end along the third axis, wherein the anchoring member is adapted to hold the bone plate relative to the bone tissue, characterized in that the proximal end of the locking member defines a locking member socket that is configured to receive a torque so as to drive the locking member into the bone tissue.
Portion container for extractable substances, in particular for producing a beverage, comprising an interior surrounded by a container wall for receiving the at least one extractable substance in an at least substantially aroma-tight manner, wherein the extractable substance preferably being selected from coffee, tea, cocoa, chocolate or similar consumable products, wherein said container wall is formed of a plurality of container parts, namely at least one container bottom part and a container lid, characterized in that the container wall is completely biodegradable, wherein the container wall is formed of a biodegradable material and wherein the at least one biodegradable material includes sugar cane pulp.
An isolated anti-CD83 agonist antibody comprising a heavy chain variable domain and a light chain variable domain comprising the following six HVR sequences: (a) HVR-H1 comprising the amino acid sequence of SEQ ID NO:31; (b) HVR-H2 comprising the amino acid sequence of SEQ ID NO:32; (c) HVR-H3 comprising the amino acid sequence of SEQ ID NO:33; (d) HVR-L1 comprising the amino acid sequence of SEQ ID NO:37; (e) HVR-L2 comprising the amino acid sequence of SEQ ID NO:38; (f) HVR-L3 comprising the amino acid sequence of SEQ ID NO:39. (a) HVR-H1 comprising the amino acid sequence of SEQ ID NO:31; (b) HVR-H2 comprising the amino acid sequence of SEQ ID NO:32; (c) HVR-H3 comprising the amino acid sequence of SEQ ID NO:33; (d) HVR-L1 comprising the amino acid sequence of SEQ ID NO:37; (e) HVR-L2 comprising the amino acid sequence of SEQ ID NO:38; (f) HVR-L3 comprising the amino acid sequence of SEQ ID NO:39.
A compound represented by the following Formula or a pharmaceutically acceptable salt thereof: wherein R 1 is fluorine for use in the treatment of hepatoma virus infections, wherein the hepatoma virus is hepatitis B virus and/or hepatitis C virus.