mhurhangee/ep-ind-claims huggingface dataset:
Hand support for an input device, in particular a keyboard, of a technical device, wherein the hand support comprises an apparatus for actuating the hand support and a housing, wherein the apparatus comprises: an input interface for receiving an audio signal; a signal processing device which is coupled to the input interface and is configured to provide an actuation signal using audio data transmitted via the audio signal, wherein the actuation signal is configured to actuate the hand support in a manner characterising the audio signal; and an actuating device coupled to the signal processing device and configured to effect the actuation responsive to the actuation signal in a manner haptically perceptible for a user of the technical device who manipulates the input device; wherein the actuating device comprises a signal amplifier for amplifying the actuation signal and at least one actuator coupled to the signal amplifier; wherein the actuator is configured to perform the actuation responsive to an actuation signal amplified by the signal amplifier; wherein at least the signal processing device is arranged inside the housing; wherein the housing comprises at least one elastically deformable pad on an underside facing an underlay for the hand support, wherein the pad is coupled to the at least one actuator, and wherein the actuator is configured to cause vibration of the at least one pad coupled to the actuator; wherein the housing comprises at least one snap-fit for attaching the hand support to the input device. an input interface for receiving an audio signal; a signal processing device which is coupled to the input interface and is configured to provide an actuation signal using audio data transmitted via the audio signal, wherein the actuation signal is configured to actuate the hand support in a manner characterising the audio signal; and an actuating device coupled to the signal processing device and configured to effect the actuation responsive to the actuation signal in a manner haptically perceptible for a user of the technical device who manipulates the input device; wherein the actuating device comprises a signal amplifier for amplifying the actuation signal and at least one actuator coupled to the signal amplifier; wherein the actuator is configured to perform the actuation responsive to an actuation signal amplified by the signal amplifier; wherein at least the signal processing device is arranged inside the housing; wherein the housing comprises at least one elastically deformable pad on an underside facing an underlay for the hand support, wherein the pad is coupled to the at least one actuator, and wherein the actuator is configured to cause vibration of the at least one pad coupled to the actuator; wherein the housing comprises at least one snap-fit for attaching the hand support to the input device.
A lock for releasably securing a wear member to earth working equipment to protect the equipment from wear during use, the lock comprising: a collar to engage and be rotatably secured in a hole (66,67) in the wear member, the collar including a threaded opening; and a threaded pin received into the threaded opening that when turned moves the threaded pin inward or outward between an extended position where the lock retains the wear member on the earth working equipment and a retracted position where the wear member can be installed on and removed from the earth working equipment; characterized in that the lock further comprises: a latching detent including a biased tooth projecting outward on the pin; and there are provided two spaced apart recesses (256, 260) within the threaded opening to receive the tooth in the extended and retracted positions respectively. a collar to engage and be rotatably secured in a hole (66,67) in the wear member, the collar including a threaded opening; and a threaded pin received into the threaded opening that when turned moves the threaded pin inward or outward between an extended position where the lock retains the wear member on the earth working equipment and a retracted position where the wear member can be installed on and removed from the earth working equipment; a latching detent including a biased tooth projecting outward on the pin; and there are provided two spaced apart recesses (256, 260) within the threaded opening to receive the tooth in the extended and retracted positions respectively.
A method for recoil assembly, comprising: causing a moving carrier to freely travel linearly in a first direction by discharging at least one Recoil Producing Device ("RPD"); absorbing an impulse force resulting from discharging said RPD using at least one spring (122, 124) having a first end coupled to said moving carrier and a second end coupled to a fixed frame member; and applying a pulling force by said (122, 124) to said moving carrier in a second direction opposed from said first direction at an end of spring travel, characterized in that a uni-directional force transfer mechanism is caused to engage an elongate latching element so as to latch said moving in position and prevent said moving carrier from freely traveling in said second direction. causing a moving carrier to freely travel linearly in a first direction by discharging at least one Recoil Producing Device ("RPD"); absorbing an impulse force resulting from discharging said RPD using at least one spring (122, 124) having a first end coupled to said moving carrier and a second end coupled to a fixed frame member; and applying a pulling force by said (122, 124) to said moving carrier in a second direction opposed from said first direction at an end of spring travel, characterized in that a uni-directional force transfer mechanism is caused to engage an elongate latching element so as to latch said moving in position and prevent said moving carrier from freely traveling in said second direction.
A method by a first wireless communication device (500; 600) for wireless communication, the method comprising: receiving symbols modulated using a first modulation scheme from a second wireless communication device; demodulating the symbols to obtain demodulated bits; determining a signal quality associated with the first modulation scheme based on a number of the demodulated bits; determining a value indicative of an expected bit error rate associated with a second modulation scheme based on the determined signal quality associated with the first modulation scheme; determining whether to switch to the second modulation scheme based on the determined value; and transmitting a message to the second wireless communication device to initiate a protocol exchange with the second wireless communication device to switch the modulation scheme to the second modulation scheme based on the determination, characterized in that the determination of the value indicative of the expected bit error rate includes: determining, for each of the number of demodulated bits, a first metric; determining an average of the first metric over the number of demodulated bits; determining a standard deviation of the first metric over the number of demodulated bits; and determining a second metric, wherein determining the second metric includes dividing the standard deviation by the average, the second metric being indicative of the expected bit error rate. receiving symbols modulated using a first modulation scheme from a second wireless communication device; demodulating the symbols to obtain demodulated bits; determining a signal quality associated with the first modulation scheme based on a number of the demodulated bits; determining a value indicative of an expected bit error rate associated with a second modulation scheme based on the determined signal quality associated with the first modulation scheme; determining whether to switch to the second modulation scheme based on the determined value; and transmitting a message to the second wireless communication device to initiate a protocol exchange with the second wireless communication device to switch the modulation scheme to the second modulation scheme based on the determination, characterized in that the determination of the value indicative of the expected bit error rate includes: determining, for each of the number of demodulated bits, a first metric; determining an average of the first metric over the number of demodulated bits; determining a standard deviation of the first metric over the number of demodulated bits; and determining a second metric, wherein determining the second metric includes dividing the standard deviation by the average, the second metric being indicative of the expected bit error rate.
An apparatus comprising a magnetic stack contacting a magnetic shield the magnetic shield having a current constriction feature configured to transition current from a horizontal orientation to a vertical orientation proximal an air bearing surface ABS, the horizontal orientation being an orientation in a direction perpendicular to the ABS and the vertical orientation being an orientation in a direction parallel to the ABS, characterized in that the magnetic shield is laminated and comprises first and second shield layers (204, 206) having different electrical resistivities, and the current constriction feature comprises multiple metallic ferromagnetic layers (204, 206) including the first and second shield layers separated by a sidewall having a portion oriented parallel to the ABS, so as to reduce electrical current in portions of the magnetic stack distal the ABS.
A flash point determination apparatus, in particular also configured for a combustion point determination, the flash point determination apparatus comprising: a container for receiving a sample to be examined; a lid for closing the container; and a stirring device for stirring the sample in the container, which can be closed by means of the lid, for a flash point determination test and/or a combustion point determination test, the stirring device comprising: a stirring unit, which can extend at least partially through the lid for stirring the sample located in the container; a drive unit to be arranged at least partially outside the lid for driving, in particular rotationally driving, the stirring unit; a coupling unit for coupling the stirring unit to the drive unit; and an actuating unit, which can be actuated for adjusting the coupling unit in such a way that selectively: in a first actuating position, when the drive unit is pulled up, the lid can be removed from the container together with the stirring unit; or in a second actuating position, when the drive unit is pulled up, the drive unit can be removed from the container and the stirring unit and the lid remain on the container. a container for receiving a sample to be examined; a lid for closing the container; and a stirring unit, which can extend at least partially through the lid for stirring the sample located in the container; a drive unit to be arranged at least partially outside the lid for driving, in particular rotationally driving, the stirring unit; a coupling unit for coupling the stirring unit to the drive unit; and an actuating unit, which can be actuated for adjusting the coupling unit in such a way that selectively: in a first actuating position, when the drive unit is pulled up, the lid can be removed from the container together with the stirring unit; or in a second actuating position, when the drive unit is pulled up, the drive unit can be removed from the container and the stirring unit and the lid remain on the container. in a first actuating position, when the drive unit is pulled up, the lid can be removed from the container together with the stirring unit; or in a second actuating position, when the drive unit is pulled up, the drive unit can be removed from the container and the stirring unit and the lid remain on the container.
A method for isolating ions in an ion trap (600, 600', 700) utilizing generation of a field having a first value to contribute to the trapping of ions in the ion trap (600, 600'), the ions to be isolated having a range of mass to charge ratios defined by a low mass to charge ratio limit and a high mass to charge ratio limit, and an initial corresponding range of characteristic frequencies, the ion trap (600, 600', 700) including at least two electrodes (605, 610, 615, 620, 702), and the method comprising: applying an ejection frequency waveform to at least one electrode (605, 610, 615, 620, 702), the ejection frequency waveform having at least a first frequency edge (120, 211, 231) and a second frequency edge (125, 212, 232), and at least the initial corresponding frequencies of the range of ions to be isolated being included in the range of frequencies between the first and the second frequency edges; (120, 211, 231, 125, 212, 232) such that initially all ions with an initial corresponding range of characteristic frequencies between the first and second frequency edges (120, 211, 231, 125, 212, 232) are retained in the ion trap (600, 600', 700); and said method being characterized in that it includes the following further steps: adjusting the field from a second value to a third value while applying the ejection frequency waveform, the second and third values (910, 920) selected such that substantially all ions outside the range of mass to charge ratios to be isolated are eliminated from the ion trap (600, 600', 700); wherein adjusting the field comprises adjusting an RF voltage. adjusting the field from a second value to a third value while applying the ejection frequency waveform, the second and third values (910, 920) selected such that substantially all ions outside the range of mass to charge ratios to be isolated are eliminated from the ion trap (600, 600', 700); wherein adjusting the field comprises adjusting an RF voltage.
A chlorinated vinyl chloride resin composition for a window frame, comprising: a chlorinated vinyl chloride resin; and an inorganic infrared reflective pigment comprising a silicate compound, wherein the lower limit of the volume average primary particle size of the silicate compound is 0.1 μm and the upper limit thereof is 1.0 μm. a chlorinated vinyl chloride resin; and an inorganic infrared reflective pigment comprising a silicate compound, wherein the lower limit of the volume average primary particle size of the silicate compound is 0.1 μm and the upper limit thereof is 1.0 μm.
Knitting machine needle which comprises at least the following features: • a hook which, for forming loops, delimits the shank in the longitudinal direction (z) of the shank and which tapers off in a hook tip; • a first drive portion which in the longitudinal direction (z) of the shank follows the hook; characterized by • a predetermined breaking portion which, for separating the hook from the first drive portion, is formed by a portion of the shank that extends in the longitudinal direction (z) and that is situated entirely in a first shank portion, the latter in the longitudinal direction (z) of the shank extending between the tip of the hook and the first drive portion. • a hook which, for forming loops, delimits the shank in the longitudinal direction (z) of the shank and which tapers off in a hook tip; • a first drive portion which in the longitudinal direction (z) of the shank follows the hook; characterized by • a predetermined breaking portion which, for separating the hook from the first drive portion, is formed by a portion of the shank that extends in the longitudinal direction (z) and that is situated entirely in a first shank portion, the latter in the longitudinal direction (z) of the shank extending between the tip of the hook and the first drive portion.
A medical device, comprising: a plurality of electrodes (924, 926) on one or more leads; and control circuitry configured to deliver electrical stimulation to the brain using a plurality of different levels of a stimulation parameter using at least one electrode of the plurality of electrodes, sense a bioelectrical response of the brain via one or more electrodes of the plurality of electrodes to delivery of the electrical stimulation for each of the plurality of different levels of the stimulation parameter, define a suppression window of the stimulation parameter having a suppression threshold as a lower boundary and an after-discharge threshold as an upper boundary, and set a therapy level of the stimulation parameter for therapy delivery to the brain based on the suppression window, wherein the suppression threshold is defined based on a lowest level of the plurality of different levels of the stimulation parameter for which the delivered electrical stimulation reduced the bioelectrical brain activity of the patient below a baseline level without causing an after-discharge. a plurality of electrodes (924, 926) on one or more leads; and control circuitry configured to deliver electrical stimulation to the brain using a plurality of different levels of a stimulation parameter using at least one electrode of the plurality of electrodes, sense a bioelectrical response of the brain via one or more electrodes of the plurality of electrodes to delivery of the electrical stimulation for each of the plurality of different levels of the stimulation parameter, define a suppression window of the stimulation parameter having a suppression threshold as a lower boundary and an after-discharge threshold as an upper boundary, and set a therapy level of the stimulation parameter for therapy delivery to the brain based on the suppression window, wherein the suppression threshold is defined based on a lowest level of the plurality of different levels of the stimulation parameter for which the delivered electrical stimulation reduced the bioelectrical brain activity of the patient below a baseline level without causing an after-discharge.
A tablet comprising [(4-hydroxy-1-methyl-7-phenoxy-isoquinoline-3-carbonyl)-amino]-acetic acid, a pharmaceutically acceptable excipient, and an effective amount of a photostabilizing agent, wherein the photostabilizing agent comprises titanium dioxide and at least one additional dye selected from the group consisting of a blue dye, a red dye, an orange dye, a yellow dye, and combinations thereof, and wherein (i) the photostabilizing agent is blended into the tablet; or (ii) the tablet comprises a tablet core and a coating and the photostabilizing agent is blended into the tablet core; or (iii) the tablet comprises a tablet core and a coating and the tablet core comprises [(4-hydroxy-1-methyl-7-phenoxy-isoquinoline-3-carbonyl)-amino]-acetic acid and the pharmaceutically acceptable excipient, and the coating comprises the photostabilizing agent. (i) the photostabilizing agent is blended into the tablet; or (ii) the tablet comprises a tablet core and a coating and the photostabilizing agent is blended into the tablet core; or (iii) the tablet comprises a tablet core and a coating and the tablet core comprises [(4-hydroxy-1-methyl-7-phenoxy-isoquinoline-3-carbonyl)-amino]-acetic acid and the pharmaceutically acceptable excipient, and the coating comprises the photostabilizing agent.
A device for applying a thread loop around a skin tag, the device comprising a thread cartridge arranged to be connected to a tool having a hollow cylindrical handle with a piston runningly arranged inside the handle, the piston having a first end which in a base position of the piston abuts to an opening in a front end of the handle, where the device comprises - a thumb grip is attached to the piston and arranged accessible from the outside of the handle via a slot in the handle whereby the piston is displaceable from its base position along the interior of the handle, - the piston has at its first end a carrier to which an inner end of said thread cartridge is arranged to be connected, - a thread loop at an outer end of the thread cartridge is arranged to be laid around the skin tag, - wherein the piston is configured to be displaced from the base position by means of the thumb grip to pull together the thread loop around the skin tag, - the thread cartridge is arranged to be detached from the carrier by releasing the thumb grip whereby the thread of the thread cartridge can be detached from the carrier. - a thumb grip is attached to the piston and arranged accessible from the outside of the handle via a slot in the handle whereby the piston is displaceable from its base position along the interior of the handle, - the piston has at its first end a carrier to which an inner end of said thread cartridge is arranged to be connected, - a thread loop at an outer end of the thread cartridge is arranged to be laid around the skin tag, - wherein the piston is configured to be displaced from the base position by means of the thumb grip to pull together the thread loop around the skin tag, - the thread cartridge is arranged to be detached from the carrier by releasing the thumb grip whereby the thread of the thread cartridge can be detached from the carrier.
A compressor section, comprising: a tie shaft assembly including a shaft; and one or more projections extending radially outward from the shaft, wherein the one or more projections are configured to redirect air communicated from between one or more rotor stages (102, 104, 106) and the shaft and to direct air radially away from the shaft, a portion of at least one of the one or more projections is positioned directly aft of at least one of the one or more rotor stages (102, 104, 106), and a peak of the at least one projection is positioned directly aft of the at least one rotor stage (102, 104, 106), characterised in that: a leading edge of the at least one projection is positioned under the at least one rotor stage (102, 104, 106). a tie shaft assembly including a shaft; and one or more projections extending radially outward from the shaft, wherein the one or more projections are configured to redirect air communicated from between one or more rotor stages (102, 104, 106) and the shaft and to direct air radially away from the shaft, a portion of at least one of the one or more projections is positioned directly aft of at least one of the one or more rotor stages (102, 104, 106), and a peak of the at least one projection is positioned directly aft of the at least one rotor stage (102, 104, 106),
An electric resistance welder comprising a welding holder, and a welding rod, and being characterised in that: the welder further comprises a compressor, and in that the welding rod comprises air outlets, so that, in use, air compressed by the compressor is introduced into the welding rod through the welding holder and is then discharged through the air outlets formed in the welding rod, in that the welding rod comprises an air flow path formed at a center portion thereof, in that the air flow path is in fluid communication with the air outlets, and and in that the air outlets are formed on a side surface in the radial direction of the welding rod. the welder further comprises a compressor, and in that the welding rod comprises air outlets, so that, in use, air compressed by the compressor is introduced into the welding rod through the welding holder and is then discharged through the air outlets formed in the welding rod, in that the welding rod comprises an air flow path formed at a center portion thereof, in that the air flow path is in fluid communication with the air outlets, and and in that the air outlets are formed on a side surface in the radial direction of the welding rod.