mhurhangee/patent-ind-claim-en huggingface dataset:
Friction clutch , having at least the following components: - at least one input shaft on the input side; - at least one output shaft on the output side; - at least one friction system for releasably connecting the at least one input shaft to the at least one output shaft in order to transmit a torque; and - at least one corotating clutch housing for positioning the friction system , the clutch housing having a driver plate on the input side and a clutch pot on the output side, the said driver plate and clutch pot being connected by way of a damper in a manner which is decoupled in terms of vibration, and the clutch part being provided with at least one centrifugal force pendulum , at least one centrifugal force pendulum being held by at least one pressure plate which belongs to the friction system and is fixed rotationally to the clutch pot , characterized in that the friction clutch is configured as a wet friction clutch, the friction clutch being a double clutch with two output shafts , and the double clutch having a central web with a connector for the centrifugal force pendulum , and the connector protruding radially to the outside from the clutch pot , and a pressing force for pressing the friction system being absorbed via the central web . - at least one input shaft on the input side; - at least one output shaft on the output side; - at least one friction system for releasably connecting the at least one input shaft to the at least one output shaft in order to transmit a torque; and - at least one corotating clutch housing for positioning the friction system ,
Diode laser having a laser diode arrangement and having a laser optic for reshaping at least one laser beam bundle consisting of a plurality of laser beams respectively generated by emitters (4.1), wherein the laser diode arrangement has at least one laser bar extending in a slow axis (X axis) with emitters (4.1) offset with respect to one another and spaced apart from one another in said slow axis (X axis), having at least one plate fan (8, 111, 111a - 111e) arranged in the beam path of the laser beam bundle, having at least one fast-axis collimator provided in the beam path between the emitters (4.1) and the plate fan (8, 111, 111a - 111e), the fast-axis collimator being configured to collimate the laser beams in a fast axis (Y axis) oriented so as to be perpendicular to the slow axis (X axis) in order to shape an essentially narrow-band beam bundle from the laser beams , wherein the plate fan (8, 111, 111a - 111e) immediately following the at least one fast-axis collimator is provided to shape the essentially narrow-band beam bundle further, the plate fan (8, 111, 111a - 111e) consisting of a plurality of plates made of a light-conducting material and turned with respect to one another about a common fan axis (A), which are offset in a direction perpendicular to their surface sides and arranged with their surface sides in planes, which respectively include a beam direction (Z axis) of the laser beams as well as the fast axis (Y axis) of the laser beams, wherein the plates respectively form a first flat plate-edge side for a beam entrance and, opposite thereto, a second flat plate-edge side for a beam exit, wherein the plates of the plate fan (8, 111, 111a - 111 e) are arranged such that a separate plate is respectively associated with the emitters (4.1) of one and the same laser bar or an emitter group of at most five emitters (4.1) of one and the same laser bar , wherein the laser beam of each emitter (4.1) collimated in the fast-axis collimator impinges the first flat plate-edge side facing this emitter (4.1) in the area of the fan axis (A), wherein the plate thickness of the plates is chosen so that the laser beams of each emitter (4.1) or of each emitter group pass through the plate associated with this emitter (4.1) or this emitter group without any reflection on the plate surface sides , and wherein, for this purpose, the plates of the plate fan (8, 111, 111a - 111e) have a plate thickness that is at least the same as, but preferably greater than, a divergence that the laser beam emitted by the at least one of the respective emitters (4.1) or by the respective emitter group and passing through the corresponding plate comprises at the second plate-edge side in the slow axis (X axis).
A γ -spiroketal- γ -lactones compound selected from the group consisting of 3, 4-Dimethyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Methyl-3-phenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 3-(4-Methoxyphenyl)-4-methyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Methyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Ethyl-3-methyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Ethyl-3-phenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Ethyl-3-(4-methoxyphenyl)-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Ethyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 3-Methyl-4-phenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 3, 4-Diphenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 3-(4-Methoxyphenyl)-4-phenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , 4-Phenyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , and 3-(4-Nitrophenyl)-4-phenyl-1, 14-dioxadispiro [4.1.5 7 .2 5 ] tetradec-3-en-2-one , having following structure: or a hydrate, solvate or pharmaceutically acceptable salt thereof
A glute ham developer (GHD) exercise device , the device comprising: a first vertical post located on a center longitudinal axis of the device; a support cushion connected to and located above the first vertical post , a first horizontal beam connected to an upper end of the first vertical post and oriented transversely relative to the center longitudinal axis of the exercise device for supporting the support cushion ; a second horizontal beam connected to a lower end of the first vertical post and oriented transversely relative to the center longitudinal axis of the exercise device for stabilizing the glute ham developer (GHD) exercise device on the floor; a third horizontal beam connected at a first end to the first vertical post and oriented along the center longitudinal axis of the exercise device, the third horizontal beam connected to the first vertical post at a position along a length of the first vertical post located below the first horizontal beam and above the second horizontal beam ; a second vertical post located on the center longitudinal axis of the exercise device and connected to and extending directly upward from the third horizontal beam ; an ankle grip device connected to the second vertical post ; and a connector for connecting a second end of the third horizontal beam to a third vertical post for supporting the third horizontal beam ; wherein the second vertical post is located between the first vertical post and the third vertical post . a first vertical post located on a center longitudinal axis of the device; a support cushion connected to and located above the first vertical post , a first horizontal beam connected to an upper end of the first vertical post and oriented transversely relative to the center longitudinal axis of the exercise device for supporting the support cushion ; a second horizontal beam connected to a lower end of the first vertical post and oriented transversely relative to the center longitudinal axis of the exercise device for stabilizing the glute ham developer (GHD) exercise device on the floor; a third horizontal beam connected at a first end to the first vertical post and oriented along the center longitudinal axis of the exercise device, the third horizontal beam connected to the first vertical post at a position along a length of the first vertical post located below the first horizontal beam and above the second horizontal beam ; a second vertical post located on the center longitudinal axis of the exercise device and connected to and extending directly upward from the third horizontal beam ; an ankle grip device connected to the second vertical post ; and a connector for connecting a second end of the third horizontal beam to a third vertical post for supporting the third horizontal beam ; wherein the second vertical post is located between the first vertical post and the third vertical post .
Distribution device for a slurry comprising liquid and solid constituents, comprising: a housing with an inlet for the slurry, a drive-side end wall , an opposite further end wall and a plurality of outlets at at least one of the two end walls for distributing the slurry, a rotor , which is arranged in the housing and rotatable about a rotation axis , comprising - at least one blade arrangement for sweeping over the outlets at the inside of the housing and - an air distribution chamber for distributing compressed air to the blade arrangement(s) , a drive unit with a motor arranged outside the housing and a drive shaft which is coaxial with the rotation axis , which passes through the drive-side end wall and is connected to the rotor in a rotationally fixed manner and an ring-shaped air transmission chamber , which is arranged coaxially with respect to the rotation axis and radially outside the drive shaft , wherein the air transmission chamber is connected air-conductively to an air supply for compressed air at the outside of the housing and to the air distribution chamber at the inside of the housing, characterized in that the ring-shaped air transmission chamber passes through the drive-side end wall . a housing with an inlet for the slurry, a drive-side end wall , an opposite further end wall and a plurality of outlets at at least one of the two end walls for distributing the slurry, a rotor , which is arranged in the housing and rotatable about a rotation axis , comprising - at least one blade arrangement for sweeping over the outlets at the inside of the housing and - an air distribution chamber for distributing compressed air to the blade arrangement(s) , - at least one blade arrangement for sweeping over the outlets at the inside of the housing and - an air distribution chamber for distributing compressed air to the blade arrangement(s) , a drive unit with a motor arranged outside the housing and a drive shaft which is coaxial with the rotation axis , which passes through the drive-side end wall and is connected to the rotor in a rotationally fixed manner and an ring-shaped air transmission chamber , which is arranged coaxially with respect to the rotation axis and radially outside the drive shaft , wherein the air transmission chamber is connected air-conductively to an air supply for compressed air at the outside of the housing and to the air distribution chamber at the inside of the housing, characterized in that the ring-shaped air transmission chamber passes through the drive-side end wall .
A defibrillation controller comprising: a shock advisor segmenting an ECG waveform of a heart of a patient, wherein, for each ECG waveform segment of a series of ECG waveform segments, the shock advisor is configured to generate an ECG shock advisory between a shock decision and a no-shock decision; and a consistency monitor operably connected to the shock advisor , the consistency monitor being configured to - calculate a consistency score of the ECG shock advisories, and - monitor a consistency of the ECG shock advisories between consistent shock decisions and consistent no-shock decisions by generating a consistency shock advisory responsive to a comparison of the consistency score to at least one of a consistent shock threshold and a consistent no-shock threshold; wherein the ECG shock advisory is between a shock decision, a no-shock decision and a shock indecision. a shock advisor segmenting an ECG waveform of a heart of a patient, wherein, for each ECG waveform segment of a series of ECG waveform segments, the shock advisor is configured to generate an ECG shock advisory between a shock decision and a no-shock decision; and a consistency monitor operably connected to the shock advisor , the consistency monitor being configured to - calculate a consistency score of the ECG shock advisories, and - monitor a consistency of the ECG shock advisories between consistent shock decisions and consistent no-shock decisions by generating a consistency shock advisory responsive to a comparison of the consistency score to at least one of a consistent shock threshold and a consistent no-shock threshold; - calculate a consistency score of the ECG shock advisories, and - monitor a consistency of the ECG shock advisories between consistent shock decisions and consistent no-shock decisions by generating a consistency shock advisory responsive to a comparison of the consistency score to at least one of a consistent shock threshold and a consistent no-shock threshold; wherein the ECG shock advisory is between a shock decision, a no-shock decision and a shock indecision.
A magnetic gravity compensator, comprising a stator , a rotor , a base and an adjustment mechanism , the stator disposed on the base , the rotor levitated with respect to the stator , wherein the stator comprises a central cylindrical magnet that is connected to the base by the adjustment mechanism and consists of at least two arc magnets , and wherein the adjustment mechanism has a first end connected to the base and a second end securely connected to the at least two arc magnets , the adjustment mechanism configured to drive the at least two arc magnets to synchronously move radially with respect to a central axis of the central cylindrical magnet so as to change a magnetic circuit between the central cylindrical magnet and the rotor , and thereby adjust a magnetic levitation force between the stator and the rotor ; characterized in that the rotor comprises an inner magnet ring and an outer magnet ring , wherein the stator further comprises a coil of a voice coil motor, and wherein the central cylindrical magnet , the inner magnet ring , the coil of the voice coil motor and the outer magnet ring are disposed concentrically, from innermost to outermost.
An automatic analyzer comprising: an insertion mechanism adapted to be inserted into a closed container through a lid of the container; a storage unit that stores an insertion history count and an allowable insertion history count which is an allowable value of the insertion history count; and a control unit adapted to compare the insertion history count with the allowable insertion history count and perform control to make a notification to an operator in a case where the insertion history count reaches the allowable insertion history count, characterised in that the insertion history count stored by the storage unit corresponds to a cumulative load of the insertion mechanism caused by inserting the insertion mechanism into a plurality of the containers , the insertion mechanism is a mechanism that is adapted to be inserted into the containers through different types of lids and the storage unit stores load coefficients corresponding to the types of the lids, and the automatic analyzer is adapted to calculate the insertion history count, based on the load coefficient corresponding to the type of lid and the number of insertions for each lid. an insertion mechanism adapted to be inserted into a closed container through a lid of the container; a storage unit that stores an insertion history count and an allowable insertion history count which is an allowable value of the insertion history count; and a control unit adapted to compare the insertion history count with the allowable insertion history count and perform control to make a notification to an operator in a case where the insertion history count reaches the allowable insertion history count, characterised in that the insertion history count stored by the storage unit corresponds to a cumulative load of the insertion mechanism caused by inserting the insertion mechanism into a plurality of the containers , the insertion mechanism is a mechanism that is adapted to be inserted into the containers through different types of lids and the storage unit stores load coefficients corresponding to the types of the lids, and the automatic analyzer is adapted to calculate the insertion history count, based on the load coefficient corresponding to the type of lid and the number of insertions for each lid.
A method performed by a radio network node for transmitting discovery signals to a user equipment , wherein the radio network node and the user equipment communicate over a carrier with a carrier bandwidth in a 3rd Generation Partnership Project, 3GPP, radio communications system , and wherein the method is characterised by : - transmitting two or more discovery signals over two or more directions, wherein each discovery signal is configured to span over a fraction of the carrier bandwidth, wherein the carrier bandwidth is separated into sub-bands, and each of the two or more discovery signals is configured to span over one sub-band. - transmitting two or more discovery signals over two or more directions,
A laser surveying system, comprising: components which are a leveling unit having a motor for leveling, a light source unit for emitting a laser beam, a light projecting optical system installed on said leveling unit and for projecting said laser beam, a power supply unit , a control unit , a storage unit , a tilt detecting means installed on said leveling unit and used for detecting leveling conditions, a rotation number detecting means for detecting number of rotations of said motor, a light source detecting means for detecting light emitting condition of said light source unit , a voltage detecting means for detecting output voltage of said power supply unit , an abnormality detecting means for detecting abnormality of detecting signals from each of said detecting means or operational abnormality, and a housing ; said power supply unit for supplying electric power to each of said components; said control unit for driving and controlling each of said components; wherein in said housing , there are provided said levelling unit , said light projecting optical system , said control unit , said rotation number detecting means , said light source unit , said storage unit , said tilt detecting means , and said light source detecting means , said power supply unit is provided on a bottom of said housing and has said voltage detecting means , and said control unit is adapted to monitor whether there is abnormality or not by 30 said abnormality detecting means, characterized in that said control unit is adapted to sample a detection signal from each of said detecting means at a predetermined time interval, and to store signal groups thus detected in said storage unit in time series as sampling data, and to delete older data when the stored sampling data exceeds a predetermined amount, and to sequentially overwrite new sampling data, and that when at least one of the detection signals for monitoring indicates abnormality or when an operational abnormality is detected, said control unit is adapted to exempt the sampling data in a range of a predetermined time period, where a time point of when the abnormality was judged is used as a base point, from the objects of deletion and to preserve as data for analysis of the cause of abnormality, wherein the range of the predetermined time period is a range to go back from the base point in terms of time, or is a range by regarding said base point as a starting point in terms of time, or the range of the predetermined time period is a range of time before and after the base point.
Oil-lubricated rotary vane vacuum pump comprising a rotary vane unit having a rotary vane chamber and a rotary vane rotor , and comprising an oil separating and reconditioning device , oil and gas being separated in the oil separating and reconditioning device by means of devices, one or more monitoring and/or maintenance devices being provided for said devices, and the oil separating and reconditioning device being accommodated in an oil separating and reconditioning housing having lateral walls , a bottom wall , a top wall and end walls , the lateral walls extending transversely to a plane of rotation of the rotary vane rotor and predefining a longitudinal extension of the oil separating and reconditioning housing , characterised in that the oil separating and reconditioning housing , with respect to the longitudinal extension thereof, consists of an extruded profile, in particular an aluminium extruded profile, and has an integrally formed chamber system having a lower chamber and an upper chamber in the installed state with respect to gravity.
A probe for measuring tribological properties of materials, comprising a punch, which includes a supporting body associated to a sliding end portion configured for sliding over the surface of a material under test, said probe comprising a detection device, which supplies at output a quantity (F) that is a function of the temperature ( T i ) of an interface between the sliding end portion and the surface of a material under test, said probe being characterized in that : said sliding end portion configured for sliding over the surface of a material under test is partially or totally made of fluorescent material, the detection device, which supplies at output a quantity (F) that is a function of the temperature ( T i ) of an interface between the sliding end portion and the surface of a material under test and comprises optical means for conveying, into said sliding end portion , a radiation (L) that is able to excite a fluorescence response (F) of said sliding end portion , in particular a laser radiation, and the probe further comprises optical means for collecting said fluorescence response (F) and conveying it to optical means for detecting said fluorescence response (F) . said sliding end portion configured for sliding over the surface of a material under test is partially or totally made of fluorescent material, the detection device, which supplies at output a quantity (F) that is a function of the temperature ( T i ) of an interface between the sliding end portion and the surface of a material under test and comprises optical means for conveying, into said sliding end portion , a radiation (L) that is able to excite a fluorescence response (F) of said sliding end portion , in particular a laser radiation, and the probe further comprises optical means for collecting said fluorescence response (F) and conveying it to optical means for detecting said fluorescence response (F) .