mhurhangee/ep-ind-claims huggingface dataset:
A book binding machine with a device (29 or 35) for joining additional parts such as linings or lining paper to the book block spine, • with a feed device that makes available the additional part in a delivery position, in which it is spaced apart from the book block spine, and • with a transferring device featuring a holding element in the form of a vacuum plate with suction openings that is moved back and forth between the delivery position and the book block spine in order to apply the delivered additional part onto the book block spine that was previously provided with glue, • wherein the suction openings holding the additional material are supplied with suction air by a first device that make available a suction volume flow, • the vacuum plate is connected to the first device making available a suction volume flow via a first suction air line, • the vacuum plate contains a sensor system for detecting the additional part, and • at least one separate opening in the vacuum plate is assigned to the sensor system, characterized in that the at least one separate opening is supplied with a vacuum by a second device that makes available a vacuum and is connected to the separate opening via a second vacuum line. • with a feed device that makes available the additional part in a delivery position, in which it is spaced apart from the book block spine, and • with a transferring device featuring a holding element in the form of a vacuum plate with suction openings that is moved back and forth between the delivery position and the book block spine in order to apply the delivered additional part onto the book block spine that was previously provided with glue, • wherein the suction openings holding the additional material are supplied with suction air by a first device that make available a suction volume flow, • the vacuum plate is connected to the first device making available a suction volume flow via a first suction air line, • the vacuum plate contains a sensor system for detecting the additional part, and • at least one separate opening in the vacuum plate is assigned to the sensor system,
A solar cell module comprising: a solar cell panel comprising at least one solar cell; a frame positioned at a periphery of the solar cell panel, wherein the frame comprises at least one fixing hole to receive an output cable; and a fixer, wherein a part of the fixer clamping the output cable is inserted into the fixing hole to fix the output cable to the frame, wherein the fixer comprises: a cable-clamping part where the output cable is clamped; a hooking part comprising a hooking protrusion, wherein the hooking part is inserted into the fixing hole and does not pull out of the fixing hole due to the hooking protrusion after inserting the hooking part; and a connecting part connecting the cable-clamping part and the hooking part. a solar cell panel comprising at least one solar cell; a frame positioned at a periphery of the solar cell panel, wherein the frame comprises at least one fixing hole to receive an output cable; and a fixer, wherein a part of the fixer clamping the output cable is inserted into the fixing hole to fix the output cable to the frame, wherein the fixer comprises: a cable-clamping part where the output cable is clamped; a hooking part comprising a hooking protrusion, wherein the hooking part is inserted into the fixing hole and does not pull out of the fixing hole due to the hooking protrusion after inserting the hooking part; and a connecting part connecting the cable-clamping part and the hooking part. a cable-clamping part where the output cable is clamped; a hooking part comprising a hooking protrusion, wherein the hooking part is inserted into the fixing hole and does not pull out of the fixing hole due to the hooking protrusion after inserting the hooking part; and a connecting part connecting the cable-clamping part and the hooking part.
Retractable security grate, comprising: • a plurality of bars, each one rigidly joined to a small plate, each small plate being hinged to two connecting rods by means of pins (51,52) having alternately different thickness, said small plates being configured to slide into guides; • an internal guide and an external guide integral with a side wall of a casing defining an obligatory path for the connecting rods; • a shaped wheel configured to move said bars; characterized in that said security grate comprises a further guide integral with the side wall of the casing having a thickness such as to be engaged exclusively by the pins with a greater thickness, said guide being arranged so as to allow an ordered accordion packing of the bars according a vertical arrangement and in that the first bar whose size would exceed available vertical packaging height is provided with a protrusion to prevent said first bar from leaning on the preceding bar, said protrusion being configured so that the minimum angle allowed between said first bar and the horizontal line, is such that direction of the force exerted by the next connecting rod is directed to raise said bar, allowing successive bars (15, 16) to pack in the horizontal direction. • a plurality of bars, each one rigidly joined to a small plate, each small plate being hinged to two connecting rods by means of pins (51,52) having alternately different thickness, said small plates being configured to slide into guides; • an internal guide and an external guide integral with a side wall of a casing defining an obligatory path for the connecting rods; • a shaped wheel configured to move said bars;
A method for controlling a parameter of an audio system, the method comprising: obtaining, by a processing system, a deformation signal generated by a deformation sensor, wherein the deformation signal is indicative of a deformation of an outer ear of a user of a hearing instrument: obtaining, by the processing system, an electromyographic, EMG, signal generated by an electrode in a concha of the user, wherein the EMG signal is indicative of activity of an intrinsic auricular muscle of the user; generating, by the processing system, information regarding an auditory attention state of the user based on the deformation signal and the EMG signal; and controlling, by the processing system, based on the information regarding the auditory attention state of the user, the parameter of the audio system. obtaining, by the processing system, an electromyographic, EMG, signal generated by an electrode in a concha of the user, wherein the EMG signal is indicative of activity of an intrinsic auricular muscle of the user; generating, by the processing system, information regarding an auditory attention state of the user based on the deformation signal and the EMG signal; and controlling, by the processing system, based on the information regarding the auditory attention state of the user, the parameter of the audio system.
A container comprising: - a first wall, - a second wall configured to be opened and closed in respect to the first wall through a range of motion, in which the second wall is configured to undergo translation in a first Cartesian dimension and rotation about a rotation axis which extends in a second Cartesian dimension, and - a locking mechanism for selectively securing the second wall to the first wall, the locking mechanism comprising: ∘ a catch provided to the first wall and ∘ a claw projecting from the second wall in the first dimension, wherein the catch is shaped to receive the claw in the first dimension upon said translation of the second wall, characterized in that: the locking mechanism comprises a cooperating latch rotatably provided to the second wall, wherein the catch is shaped to: - guide the claw in a third Cartesian dimension to a restricted section of the catch upon said rotation of the second wall, in which restricted section the catch is configured to prevent the claw from being moved in the first dimension, and to - receive the latch to the closed position for preventing the claw from being moved in the third dimension. - a first wall, - a second wall configured to be opened and closed in respect to the first wall through a range of motion, in which the second wall is configured to undergo translation in a first Cartesian dimension and rotation about a rotation axis which extends in a second Cartesian dimension, and - a locking mechanism for selectively securing the second wall to the first wall, the locking mechanism comprising: ∘ a catch provided to the first wall and ∘ a claw projecting from the second wall in the first dimension, wherein the catch is shaped to receive the claw in the first dimension upon said translation of the second wall, ∘ a catch provided to the first wall and ∘ a claw projecting from the second wall in the first dimension, - guide the claw in a third Cartesian dimension to a restricted section of the catch upon said rotation of the second wall, in which restricted section the catch is configured to prevent the claw from being moved in the first dimension, and to - receive the latch to the closed position for preventing the claw from being moved in the third dimension.
A terahertz detection cell for the detection of radiations of frequencies included in a given spectral detection band, comprising: - a semi-conductor polar crystal having a Reststrahlen band covering said spectral detection band and having at least one interface with a dielectric medium; - coupling means allowing the resonant coupling of an interface phonon polariton (IPhP) supported by said interface and of an incident radiation of frequency included in said spectral detection band; and - at least one first and one second connection terminals (301, 302) in electrical contact respectively with a first and a second opposite ends of said interface and intended to be connected to an electrical reading circuit for the measurement of the impedance variation of the crystal between said opposite ends of the interface. - a semi-conductor polar crystal having a Reststrahlen band covering said spectral detection band and having at least one interface with a dielectric medium; - coupling means allowing the resonant coupling of an interface phonon polariton (IPhP) supported by said interface and of an incident radiation of frequency included in said spectral detection band; and - at least one first and one second connection terminals (301, 302) in electrical contact respectively with a first and a second opposite ends of said interface and intended to be connected to an electrical reading circuit for the measurement of the impedance variation of the crystal between said opposite ends of the interface.
A mechanism to automatically control an orientation of a rotatable mast of a sailing vessel, the mast producing a mast torque as an apparent wind acts on a sail coupled to the mast, the mechanism comprising: means for producing a counter-torque against the mast torque when the mast is rotated by the apparent wind to a first orientation, comprising a cam having a retainer (206, 216; 500) comprising a through-hole for receiving and securing an end portion of the mast therein and a cam profile comprising a dwell portion comprising a constant first radius from a centre point of the retainer between a first cam angle and a second cam angle and a nose portion that comprises a symmetric nose profile (608, 610); and a tensioner for exerting a predetermined force perpendicularly against the cam profile, wherein the cam is configured to produce a counter-torque against the mast when the tensioner is in contact with the nose profile (608, 610) and the counter-torque is equal in magnitude to the mast torque, causing the mast orientation to remain at a predetermined orientation with respect to the apparent wind. means for producing a counter-torque against the mast torque when the mast is rotated by the apparent wind to a first orientation, comprising a cam having a retainer (206, 216; 500) comprising a through-hole for receiving and securing an end portion of the mast therein and a cam profile comprising a dwell portion comprising a constant first radius from a centre point of the retainer between a first cam angle and a second cam angle and a nose portion that comprises a symmetric nose profile (608, 610); and a tensioner for exerting a predetermined force perpendicularly against the cam profile, wherein the cam is configured to produce a counter-torque against the mast when the tensioner is in contact with the nose profile (608, 610) and the counter-torque is equal in magnitude to the mast torque, causing the mast orientation to remain at a predetermined orientation with respect to the apparent wind.
Method for stopping a passenger conveying apparatus, wherein a braking process being initiated when a safety element is activated, which braking process is determined by a frequency converter interacting with a drive motor and by means of which braking process the passenger conveying apparatus is brought to a standstill, the braking process being monitored by a safety circuit (8, 9) that comprises at least a first channel and a second channel, characterized in that a test cycle of the equipment is carried out by a comparison unit that is separate from the first channel and the second channel.
An output current pumping circuit, comprising: a power voltage detector (322, 422) for detecting a level at a power voltage and outputting a control signal corresponding to the level of the power voltage; a boost circuit for maintaining the power voltage to a predetermined level; and an output unit for providing an output signal regardless of the level of power voltage, characterized in that: the power voltage detector (322, 422) is configured to generate the control signal to provide an enable/driving signal to drive the boost circuit, if the detected level of power voltage drops below a specific level, the boost circuit is configured to maintain the power voltage level up to the dropped level of the power voltage by boosting the power voltage based on the control signal, and the output unit is coupled to a data converter (323, 423) to generate the output signal based on an input signal and the boosted voltage. a power voltage detector (322, 422) for detecting a level at a power voltage and outputting a control signal corresponding to the level of the power voltage; a boost circuit for maintaining the power voltage to a predetermined level; and an output unit for providing an output signal regardless of the level of power voltage, characterized in that: the power voltage detector (322, 422) is configured to generate the control signal to provide an enable/driving signal to drive the boost circuit, if the detected level of power voltage drops below a specific level, the boost circuit is configured to maintain the power voltage level up to the dropped level of the power voltage by boosting the power voltage based on the control signal, and the output unit is coupled to a data converter (323, 423) to generate the output signal based on an input signal and the boosted voltage. the power voltage detector (322, 422) is configured to generate the control signal to provide an enable/driving signal to drive the boost circuit, if the detected level of power voltage drops below a specific level, the boost circuit is configured to maintain the power voltage level up to the dropped level of the power voltage by boosting the power voltage based on the control signal, and the output unit is coupled to a data converter (323, 423) to generate the output signal based on an input signal and the boosted voltage.
An injector device configurable between a safe state and an operable state comprising: a housing having a distal end and a proximal end; a medicament cartridge disposed within the housing; a needle unit comprising a needle, the needle unit being disposed in the distal end of the housing; a sleeve displaceable along a longitudinal axis (A-A) of the device between a first position in which the sleeve conceals the needle and a second position in which the needle is exposed from an end of the sleeve; a locking mechanism which prevents displacement of the sleeve when the device is in the safe state; and a button disposed in the proximal end of the housing, the button being configured to switch the device between the safe state and the operable state by releasing the locking mechanism to allow displacement of the sleeve when, in use, the button is pressed from an initial position into a depressed position. a housing having a distal end and a proximal end; a medicament cartridge disposed within the housing; a needle unit comprising a needle, the needle unit being disposed in the distal end of the housing; a sleeve displaceable along a longitudinal axis (A-A) of the device between a first position in which the sleeve conceals the needle and a second position in which the needle is exposed from an end of the sleeve; a locking mechanism which prevents displacement of the sleeve when the device is in the safe state; and a button disposed in the proximal end of the housing, the button being configured to switch the device between the safe state and the operable state by releasing the locking mechanism to allow displacement of the sleeve when, in use, the button is pressed from an initial position into a depressed position.
A valve device comprising: an outer valve casing adapted to be externally fitted to an existing fluid pipe; an inner valve casing housed in the outer valve casing and having a valve body capable of shutting off or switching a flow path of a fluid flowing in the existing fluid pipe; and an inner packing for sealing a gap between the outer valve casing and the inner valve casing, wherein the inner packing includes an annular portion mounted along a periphery of an upper side surface of the inner valve casing and a plurality of U-shaped portions extending downward from the annular portion and to be mounted over an entire length from a side surface to a bottom surface of the inner valve casing, an enclosed space sandwiched between an inner surface of the outer valve casing and an outer surface of the inner valve casing is formed between the U-shaped portions that are adjacent to each other, the inner packing is provided with a connecting portion for connecting the plurality of U-shaped portions to one another, characterized in that the connecting portion is disposed on a bottom surface side of the inner valve casing, and wherein each of the U-shaped portions includes an arcuate part and a pair of linear parts extending from both ends of the arcuate part toward the side surface of the inner valve casing as viewed from the bottom surface side of the inner valve casing, and the connecting portion is provided along a direction of extension of the arcuate part or along a direction of extension of the linear parts. an outer valve casing adapted to be externally fitted to an existing fluid pipe; an inner valve casing housed in the outer valve casing and having a valve body capable of shutting off or switching a flow path of a fluid flowing in the existing fluid pipe; and an inner packing for sealing a gap between the outer valve casing and the inner valve casing, wherein the inner packing includes an annular portion mounted along a periphery of an upper side surface of the inner valve casing and a plurality of U-shaped portions extending downward from the annular portion and to be mounted over an entire length from a side surface to a bottom surface of the inner valve casing, an enclosed space sandwiched between an inner surface of the outer valve casing and an outer surface of the inner valve casing is formed between the U-shaped portions that are adjacent to each other, the inner packing is provided with a connecting portion for connecting the plurality of U-shaped portions to one another, characterized in that the connecting portion is disposed on a bottom surface side of the inner valve casing, and wherein each of the U-shaped portions includes an arcuate part and a pair of linear parts extending from both ends of the arcuate part toward the side surface of the inner valve casing as viewed from the bottom surface side of the inner valve casing, and the connecting portion is provided along a direction of extension of the arcuate part or along a direction of extension of the linear parts.
A pressure-sensitive adhesive film satisfying Equation 1 and comprising a pressure-sensitive adhesive, wherein the pressure-sensitive adhesive has a water vapor transmission rate of 50 g/m 2 ·day or less in a thickness direction wherein the water vapor transmission rate is measured on a film having a thickness of 100 μm according to the water vapor transmission rate as described in the description, and wherein the pressure-sensitive adhesive comprises an encapsulating resin which is a copolymer of a diene and an olefin-based compound including one carbon-carbon double bond and has a weight average molecular weight (Mw) of 100,000 to 2,000,000, and a multifunctional active energy ray-polymerizable compound which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin: S ≤ 3.5 μ m / min wherein S is a dimension variation with respect to a longitudinal direction of the film between 40 to 120 minutes, as measured according to the description, when the film laminated to a thickness of 600 μm is treated with heat at 80 °C for 120 minutes.
A composition comprising nanoparticles comprising docetaxel and a biocompatible polymer, wherein the docetaxel used for preparation of the composition is in an anhydrous form, and wherein the composition is free of surfactant.
A method, by a user equipment, UE, in a CELL_FACH state with High-Speed Downlink Shared Channel, HS-DSCH, transmissions being operative in a wireless communication network, the method characterized by: receiving cell reselection criteria in a System Information Broadcast, SIB, instruction from the wireless communication network, the SIB instruction instructing the UE to report to the wireless communication network whenever the cell reselection criteria are satisfied; monitoring neighboring cells for a possible cell reselection; and transmitting, to the wireless communication network, an indication that the cell reselection criteria are satisfied, in response to the SIB instruction, wherein the indication is transmitted to a radio network controller, RNC, for allowing the RNC to indicate to a base station to release common Enhanced-Dedicated Channel, E-DCH, resources allocated to the UE, wherein the indication that the cell reselection criteria are satisfied is indicated by transmitting, by the UE, an event triggered "cell reselection" in a Measurement Report message, and wherein transmitting a cell reselection indicator in Highest priority Logical channel Buffer Status, HLBS, and/or Highest priority Logical channel ID, HLID, fields of Scheduling Information is triggered by the transmission of the event triggered Measurement Report message. receiving cell reselection criteria in a System Information Broadcast, SIB, instruction from the wireless communication network, the SIB instruction instructing the UE to report to the wireless communication network whenever the cell reselection criteria are satisfied; monitoring neighboring cells for a possible cell reselection; and transmitting, to the wireless communication network, an indication that the cell reselection criteria are satisfied, in response to the SIB instruction, wherein the indication is transmitted to a radio network controller, RNC, for allowing the RNC to indicate to a base station to release common Enhanced-Dedicated Channel, E-DCH, resources allocated to the UE, wherein the indication that the cell reselection criteria are satisfied is indicated by transmitting, by the UE, an event triggered "cell reselection" in a Measurement Report message, and wherein transmitting a cell reselection indicator in Highest priority Logical channel Buffer Status, HLBS, and/or Highest priority Logical channel ID, HLID, fields of Scheduling Information is triggered by the transmission of the event triggered Measurement Report message.