mhurhangee/ep-ind-claims huggingface dataset:
A device for selectively applying pressure to a fiber impregnated resin, the device comprising: a thermally expansive material having a body which extends in an axial direction from an upper terminal surface to an opposite lower terminal surface; a first retaining member affixed to at least one of the upper terminal surface and the lower terminal surface; and at least one internal retaining member disposed within the body of the thermally expansive material, the at least one internal retaining member having a first surface oriented in a direction facing the first retaining member and a second surface oriented in a direction facing away from the first retaining member, wherein the first retaining member is configured to limit expansion of the thermally expansive material in a direction substantially perpendicular to the axial direction and to direct expansion in the axial direction when the thermally expansive material is subjected to an increase in temperature and wherein the first and second surfaces of the at least one internal retaining member are affixed to the thermally expansive material to limit expansion of the thermally expansive material in the direction substantially perpendicular to the axial direction and to direct expansion in the axial direction when the thermally expansive material is said subjected to an increase in temperature. a thermally expansive material having a body which extends in an axial direction from an upper terminal surface to an opposite lower terminal surface; a first retaining member affixed to at least one of the upper terminal surface and the lower terminal surface; and at least one internal retaining member disposed within the body of the thermally expansive material, the at least one internal retaining member having a first surface oriented in a direction facing the first retaining member and a second surface oriented in a direction facing away from the first retaining member,
A chemical process of making N-N'-diacetyl-cystine ("NDAC"), the process comprising the steps: Forming a reaction mixture, starting with a cystine derivative di-tert-butyl-L-cystine as the dihydrochloride form; Acetylating said di-tert-butyl-L-cystine to obtain N,N'-diacetyl-di-tert-butyl-L-cystine; followed by Removing said tert-butyl groups from said N,N'-diacetyl-di-tert-butyl-L-cystine to obtain N,N'-diacetyl-L-cystine product; and Isolating said N,N'-diacetyl-L-Cystine product from said reaction mixture; wherein said acetylating agent is acetic anhydride. Forming a reaction mixture, starting with a cystine derivative di-tert-butyl-L-cystine as the dihydrochloride form; Acetylating said di-tert-butyl-L-cystine to obtain N,N'-diacetyl-di-tert-butyl-L-cystine; followed by Removing said tert-butyl groups from said N,N'-diacetyl-di-tert-butyl-L-cystine to obtain N,N'-diacetyl-L-cystine product; and
An organic light emitting diode assembly, comprising: a first base substrate; an organic light emitting diode on the first base substrate; and a second base substrate on a side of the organic light emitting diode distal to the first base substrate; a microcavity; and an elastic spacer layer spacing apart the organic light emitting diode and the second base substrate by a tunable gap; wherein a gap distance of the tunable gap is tunable such that a color of light emitted from the organic light emitting diode assembly is tunable in response to a change in the gap distance, wherein a light path in the microcavity extends through the tunable gap; the gap distance of the tunable gap is tunable such that a total light path distance of the microcavity is tunable in response to the change in the gap distance, and wherein the elastic spacer layer is capable of undergoing deformation in response to an external force thereby actuating the gap distance, characterised in that the organic light emitting diode assembly comprises a rigid spacer layer on the first base substrate; and in that a height of the rigid spacer layer relative to the first base substrate is less than a height of the elastic spacer layer relative to the first base substrate when the gap distance is greater than zero, and the height of the rigid spacer layer relative to the first base substrate is equal to a height of the organic light emitting diode relative to the first base substrate. a first base substrate; an organic light emitting diode on the first base substrate; and a second base substrate on a side of the organic light emitting diode distal to the first base substrate; a microcavity; and an elastic spacer layer spacing apart the organic light emitting diode and the second base substrate by a tunable gap; wherein a gap distance of the tunable gap is tunable such that a color of light emitted from the organic light emitting diode assembly is tunable in response to a change in the gap distance, wherein a light path in the microcavity extends through the tunable gap; the gap distance of the tunable gap is tunable such that a total light path distance of the microcavity is tunable in response to the change in the gap distance, and wherein the elastic spacer layer is capable of undergoing deformation in response to an external force thereby actuating the gap distance, characterised in that the organic light emitting diode assembly comprises a rigid spacer layer on the first base substrate; and in that a height of the rigid spacer layer relative to the first base substrate is less than a height of the elastic spacer layer relative to the first base substrate when the gap distance is greater than zero, and the height of the rigid spacer layer relative to the first base substrate is equal to a height of the organic light emitting diode relative to the first base substrate.
A dental prosthesis comprising a prosthesis base and a dental arch, which is a full set of teeth or a partial set of teeth, wherein the prosthesis base comprises at least one tooth recess for receiving the dental arch, and wherein the dental arch is bonded into the at least one tooth recess via an adhesive, wherein an adhesive channel is formed in the tooth recess and/or in or at the dental arch which extends along the at least one tooth recess or the dental arch in the main direction of extension thereof, and in that a three-dimensionally shaped adhesive surface extends, starting from the adhesive channel, between the dental arch and the prosthesis base in the oral direction on the one hand and in the vestibular direction on the other hand, which adhesive surface in each case extends as far as to the gingival margin characterized in that adhesive channel side branches extend from the adhesive channel in the vestibular and/or oral direction, terminating in front of the gingival margin.
An apparatus comprising: at least one storage cell; multiple terminals (150, 160) operable to output energy from the at least one storage cell; control circuitry to monitor a level of energy stored in the at least one storage cell; a discharge field-effect transistor disposed in a circuit path between the at least one storage cell and a first terminal of the multiple terminals, the control circuitry operable to control a state of the discharge field-effect transistor to an OFF state in response to detecting that the level of energy is below a threshold value, the OFF state of the discharge field-effect transistor for preventing current to flow from the at least one storage cell through the discharge field-effect transistor to the first terminal; a charger wakeup circuitry operable to provide a limited current to flow from the at least one storage cell to the first terminal during a condition in which the discharge field-effect transistor is controlled to the OFF state, so that the limited current results in voltage pulses to appear across the multiple terminals; and, when a charger device is coupled to the multiple terminals, at least one of: a duty cycle of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals; and a pulse width of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals. at least one storage cell; multiple terminals (150, 160) operable to output energy from the at least one storage cell; control circuitry to monitor a level of energy stored in the at least one storage cell; a discharge field-effect transistor disposed in a circuit path between the at least one storage cell and a first terminal of the multiple terminals, the control circuitry operable to control a state of the discharge field-effect transistor to an OFF state in response to detecting that the level of energy is below a threshold value, the OFF state of the discharge field-effect transistor for preventing current to flow from the at least one storage cell through the discharge field-effect transistor to the first terminal; a charger wakeup circuitry operable to provide a limited current to flow from the at least one storage cell to the first terminal during a condition in which the discharge field-effect transistor is controlled to the OFF state, so that the limited current results in voltage pulses to appear across the multiple terminals; and, when a charger device is coupled to the multiple terminals, at least one of: a duty cycle of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals; and a pulse width of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals. a duty cycle of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals; and a pulse width of the voltage pulses is based on a magnitude of a resistance of a charger device coupled to the multiple terminals.
Method for operating a communication system containing a first communication unit and at least one second communication unit, wherein - logic communication connections (C1, C2, Cn) are used for data transmission between the first communication unit and the at least one second communication unit and - at least one joint keep-alive message (SL1, SL2, SL3, SL4, SL5) is transmitted via a further logic communication connection between the first communication unit and the at least one second communication unit, which joint keep-alive message contains, with regard to a plurality of the logic communication connections (C1, C2, Cn) used for data transmission, in each case at least one item of information in the form of a sequence number of a data transmission last performed via the respective logic communication connection (C1, C2, Cn). - logic communication connections (C1, C2, Cn) are used for data transmission between the first communication unit and the at least one second communication unit and - at least one joint keep-alive message (SL1, SL2, SL3, SL4, SL5) is transmitted via a further logic communication connection between the first communication unit and the at least one second communication unit, which joint keep-alive message contains, with regard to a plurality of the logic communication connections (C1, C2, Cn) used for data transmission, in each case at least one item of information in the form of a sequence number of a data transmission last performed via the respective logic communication connection (C1, C2, Cn).
An agitation device for melting a matter to be melted by introducing the matter to be melted into molten metal stored in a melting tank, comprising: a traveling magnetic field generating unit arranged outside a melting tank storing the molten metal, generating a magnetic field traveling downward along a sidewall of the melting tank; and an introduced/suspended matter partition member arranged inside the melting tank, dividing a space inside the melting tank into two spaces communicating with each other at lower portions thereof, wherein one of the two spaces divided by the introduced/suspended matter partition member closer to the traveling magnetic field generating unit is employed as a charging/melting chamber which is a space for introducing the matter to be melted into the molten metal in the melting tank, and the other one of the two spaces divided by the introduced/suspended matter partition member further from the traveling magnetic field generating unit is employed as a suspended matter recovery chamber which is a space for recovering a suspended matter generated by melting of the matter to be melted. a traveling magnetic field generating unit arranged outside a melting tank storing the molten metal, generating a magnetic field traveling downward along a sidewall of the melting tank; and an introduced/suspended matter partition member arranged inside the melting tank, dividing a space inside the melting tank into two spaces communicating with each other at lower portions thereof, wherein one of the two spaces divided by the introduced/suspended matter partition member closer to the traveling magnetic field generating unit is employed as a charging/melting chamber which is a space for introducing the matter to be melted into the molten metal in the melting tank, and the other one of the two spaces divided by the introduced/suspended matter partition member further from the traveling magnetic field generating unit is employed as a suspended matter recovery chamber which is a space for recovering a suspended matter generated by melting of the matter to be melted.
A preparation, containing the mycoparasitic microorganism Pythium oligandrum strain DV74, for use in the treatment of dermatophytoses and yeast infections on the skin and mucous membranes, where the preparation in a form of aqueous suspension at a site of application, obtained from a dry mixture containing 0.1 to 99.9 % weight mycoparasitic microorganism Pythium oligandrum strain DV74 and 0.1 to 99.9 weight auxiliary substances, containing at least one component from a group comprising adsorbent, buffer, moisturizer, deodorant and aroma, wherein the preparation contains of 1 to 10 × 10 6 viable cells of the said microorganism Pythium oligandrum strain DV74 per 1 ml of aqueous suspension at the site of application, and wherein the viable cells of the microorganism Pythium oligandrum comprises dormant oospores, encysted zoospores and viable coenocytic mycelium. obtained from a dry mixture containing 0.1 to 99.9 % weight mycoparasitic microorganism Pythium oligandrum strain DV74 and 0.1 to 99.9 weight auxiliary substances, containing at least one component from a group comprising adsorbent, buffer, moisturizer, deodorant and aroma, wherein the preparation contains of 1 to 10 × 10 6 viable cells of the said microorganism Pythium oligandrum strain DV74 per 1 ml of aqueous suspension at the site of application, and wherein the viable cells of the microorganism Pythium oligandrum comprises dormant oospores, encysted zoospores and viable coenocytic mycelium.
A data requesting method performed in a first device, the method comprising: forming an image of a second device by using an image pickup unit included in the first device; generating time information at the first device wherein the time information indicates a time when the image of the second device is formed; identifying an operation mode of the first device as a capture mode, from among a plurality of operation modes, including the capture mode and an additional information obtaining mode, by determining from the formed image of the second device that the second device includes an output unit; generating a data request command requesting data output by the output unit of the second device, at a time point indicated by the time information; and transmitting the generated data request command, wherein the data request command includes the time information; and receiving a plurality of pieces of data in response to transmission of the data request command, the plurality of pieces of data having associated times within a period of time from the time point indicated by the time information. forming an image of a second device by using an image pickup unit included in the first device; generating time information at the first device wherein the time information indicates a time when the image of the second device is formed; identifying an operation mode of the first device as a capture mode, from among a plurality of operation modes, including the capture mode and an additional information obtaining mode, by determining from the formed image of the second device that the second device includes an output unit; generating a data request command requesting data output by the output unit of the second device, at a time point indicated by the time information; and transmitting the generated data request command, wherein the data request command includes the time information; and receiving a plurality of pieces of data in response to transmission of the data request command, the plurality of pieces of data having associated times within a period of time from the time point indicated by the time information.
A fluid ejection controller, comprising: a firing board to pass control signals to a fluid ejection device to eject fluid from the fluid ejection device; and a slot to receive the fluid ejection device; the fluid ejection controller being characterized by: a mount to pivotally hold the firing board between a disengaged position wherein electrical pins of the firing board are not in contact with electrical pads of the fluid ejection device and an engaged position wherein the electrical pins are in contact with the electrical pads, the mount comprising: at least one biasing spring to bias the firing board away from the fluid ejection device during insertion of the fluid ejection device; and a handle coupled to a cam shaft to move the firing board between the disengaged position and the engaged position. a firing board to pass control signals to a fluid ejection device to eject fluid from the fluid ejection device; and a slot to receive the fluid ejection device; a mount to pivotally hold the firing board between a disengaged position wherein electrical pins of the firing board are not in contact with electrical pads of the fluid ejection device and an engaged position wherein the electrical pins are in contact with the electrical pads, the mount comprising: at least one biasing spring to bias the firing board away from the fluid ejection device during insertion of the fluid ejection device; and a handle coupled to a cam shaft to move the firing board between the disengaged position and the engaged position.
An attachment structure comprising the following features: - beams and - planks (2; 2a, 2b), wherein the planks (2; 2a, 2b) - are attached to the beams by means of attachment elements (3a, 3b), wherein - said attachment elements each have a first rectangular plastic plate and a second rectangular plastic plate, each plastic plate (3a, 3b) having - a plastic plate section of thickness d and - a reinforcement extending in the form of a strip parallel to one edge of the plastic plate, the plastic plate being of double thickness 2*d at the reinforcement, wherein - the second plastic plates are attached at their reinforcements to the underside of the planks (2; 2a, 2b) such that a first gap (11 a) of width d is formed between the underside of the planks (2; 2a, 2b) and the top side of the respective plastic plate section of thickness d, and furthermore said plastic plate sections of the second plastic plates are attached to the beams, - the first plastic plates are attached at their reinforcements to the underside of the planks (2; 2a, 2b) such that a second gap of width d is formed between the top side of the beams and the underside of the respective plastic plate section of thickness d, and - when a first plank and an adjacent second plank are in the joined state, the plastic plate section of the first plastic plate of the first plank projects into the first gap of the second plank, and the plastic plate section of the second plastic plate of the second plank projects into the second gap of the first plank. - beams and - planks (2; 2a, 2b), wherein the planks (2; 2a, 2b) - are attached to the beams by means of attachment elements (3a, 3b), wherein - said attachment elements each have a first rectangular plastic plate and a second rectangular plastic plate, each plastic plate (3a, 3b) having - a plastic plate section of thickness d and - a reinforcement extending in the form of a strip parallel to one edge of the plastic plate, the plastic plate being of double thickness 2*d at the reinforcement, - the second plastic plates are attached at their reinforcements to the underside of the planks (2; 2a, 2b) such that a first gap (11 a) of width d is formed between the underside of the planks (2; 2a, 2b) and the top side of the respective plastic plate section of thickness d, and furthermore said plastic plate sections of the second plastic plates are attached to the beams, - the first plastic plates are attached at their reinforcements to the underside of the planks (2; 2a, 2b) such that a second gap of width d is formed between the top side of the beams and the underside of the respective plastic plate section of thickness d, and - when a first plank and an adjacent second plank are in the joined state, the plastic plate section of the first plastic plate of the first plank projects into the first gap of the second plank, and the plastic plate section of the second plastic plate of the second plank projects into the second gap of the first plank.
Method for operating a safety system of a motor vehicle in the event of a collision with a collision object, wherein sensor data from several collision sensors (35, 37) of the motor vehicle describing the acceleration of the motor vehicle in different directions (34, 36) lying in the horizontal plane are recorded, and with respect to the triggering and/or an adaptation of an operating parameter are evaluated as actions of restraining systems (1, 2, 3) for passengers of the motor vehicle, wherein restraining systems (1, 2, 3) relating to the longitudinal direction and the transverse direction are used, wherein from the sensor data two motion values, describing the movement of at least one passenger of the motor vehicle along at least one longitudinal direction and at least one transverse direction of the motor vehicle, which subtend a two-dimensional decision space are determined, wherein action regions (13, 14, 24, 26) assigned to the actions are defined in the decision space and an action is carried out when the point in the decision space described by the motion values and constantly tracked during the collision lies within the action region (13, 14, 24, 26) assigned to the action.
A solid-body joint, comprising two bearing elements (1, 2) arranged pivotably about an axis of rotation, and at least two spring elements extending transversely to the axis of rotation, each of which spring elements are each operatively connected to one bearing element at one end and to the other bearing element at the other end, characterized in that a spiral or helical spring element (5, 5*) is arranged between the two bearing elements (1, 2) and that the at least two spring elements (61, 62, 63, 64, 65, 66, 67, 68) extending transversely to the axis of rotation are each connected to the spiral or helical spring element (5, 5*) at one end and to one of the two bearing elements (1, 2) at the other end.