mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting an anomaly in the operation of a battery using a battery management system, said system comprising an acoustic emitter configured to be attached to a wall of the battery, an acoustic receiver configured to be attached to a wall of the battery, said acoustic receiver being attached to a wall of the battery during the implementation of the method, and a calculating means connected to the acoustic emitter and to the acoustic receiver, a mapping defining a first operating region termed the normal operating region, a second operating region termed the at-risk operating region and a third operating region termed the dangerous operating region, said cartography being determined from the acoustic signals received according to the different operating conditions of the battery, said method comprising at least a first measurement cycle, each measurement cycle being separated from the preceding measurement cycle by a period termed the measurement period, each measurement cycle comprising: - a step of emitting an acoustic signal by the acoustic emitter on instruction from the calculating means; - a step of receiving an acoustic signal by the acoustic receiver, the received signal being transmitted to the calculating means so as to obtain a measurement point in the mapping; - a step of determining the operating region in which the measurement point is located; - when the measurement point is located in the at-risk operating region or in the dangerous operating region, a step of detecting an anomaly. - a step of emitting an acoustic signal by the acoustic emitter on instruction from the calculating means; - a step of receiving an acoustic signal by the acoustic receiver, the received signal being transmitted to the calculating means so as to obtain a measurement point in the mapping; - a step of determining the operating region in which the measurement point is located; - when the measurement point is located in the at-risk operating region or in the dangerous operating region, a step of detecting an anomaly.
Extractor device having a first air-guiding channel, having a mouth opening, which is in a first plane positioned onto or above the plane of a hob, wherein said first air-guiding channel discharges the sucked-in discharge air into an area below the plane of a hob, and said first air-guiding channel is connected with an extraction fan arranged in a second plane below said hob, characterized in that the extraction fan has a centrifugal blower, which is arranged in the second plane below said hob, wherein the suction opening of the centrifugal blower faces upwards to the hob and said first air-guiding channel opens in the suction opening of the centrifugal blower, wherein around the centrifugal blower, an annular space is shaped, annularly encompassing the centrifugal blower and closed in a direction upwards to the hob, wherein the discharge airflow flowing between the vanes out of the centrifugal blower flows into said annular space, which has a side wall spaced apart from the outer circumference of the centrifugal blower, by means of which the airflow, leaving the centrifugal blower in an at least approximately radial direction towards the rotation axis of the centrifugal blower, is deflected into a flow direction being at least approximately axial towards the rotation axis, and wherein in a third plane below the centrifugal blower a collection vessel for collecting particles running off at the side wall is provided, wherein the discharge airflow flows out of the annular space in a second air-guiding channel, which guides the discharge airflow in a flow direction facing away from the collection vessel, out of the extraction fan.
A helmet mounted display system disposed within a helmet comprising: a first optics train including lenses for projecting image-bearing light ray bundles along a first optical path; a second optics train including lenses for projecting image-bearing light ray bundles along a second optical path; and a common lens shared between said first and second optics trains (14,15) and positioned to receive said light ray bundles (214, 215) from said first and second optical trains (14,15) characterised in that said common lens directs said different image-bearing light ray bundles (24d, 25d) so that they cross each other before impinging on the helmet projection surface. a first optics train including lenses for projecting image-bearing light ray bundles along a first optical path; a second optics train including lenses for projecting image-bearing light ray bundles along a second optical path; and a common lens shared between said first and second optics trains (14,15) and positioned to receive said light ray bundles (214, 215) from said first and second optical trains (14,15) characterised in that said common lens directs said different image-bearing light ray bundles (24d, 25d) so that they cross each other before impinging on the helmet projection surface.
O-(5-amino-2-phenylbenzoxazol-7-yl)methyl-3,5-dichloro-L-tyrosine or a pharmacologically acceptable salt thereof for use in treating solid cancer, wherein O-(5-amino-2-phenylbenzoxazol-7-yl)methyl-3,5-dichloro-L-tyrosine is administered at 1 mg/m 2 to 60 mg/m 2 at a time to a patient, and wherein the patient is refractory or intolerant to standard therapy, and the patient is preferably in advanced stage of the solid cancer..
A pick, in particular a round shaft pick, comprising a pick head and a pick shaft, comprising a support element having a projecting centring lug on the underside thereof and wherein the centring lug has a centring surface (34.1) which extends in an inclined manner with respect to the central longitudinal axis of the pick and which merges into a seat surface, wherein a circumferential groove is arranged in the transition region from the centring surface (34.1) to the seat surface, characterised in that the depth of the groove is greater than or equal to 0.3 mm with respect to the seat surface, and that the material thickness between the groove and a support surface (31.1) opposite the seat surface is at least 2 mm.
A system, comprising: a first host comprising a first cache and associated with a virtual machine, VM; and a second host comprising a second cache; wherein the first host is adapted to send cache data of the first cache to the second host in response to a notification, said cache data associated with the VM and said notification indicating that the VM is to be migrated from the first host to the second host, and wherein the first host is adapted to send write operations associated with the VM to the second host in response to receiving the notification; and wherein the second host is adapted to apply write operations associated with cache data of the VM and issued by the VM to the second cache; characterized in that the second host is adapted to apply, in response to receiving the notification, read operations associated with cache data of the VM and issued by the VM to the first cache if said cache data is not present in the second cache. a first host comprising a first cache and associated with a virtual machine, VM; and a second host comprising a second cache; wherein the first host is adapted to send cache data of the first cache to the second host in response to a notification, said cache data associated with the VM and said notification indicating that the VM is to be migrated from the first host to the second host, and wherein the first host is adapted to send write operations associated with the VM to the second host in response to receiving the notification; and wherein the second host is adapted to apply write operations associated with cache data of the VM and issued by the VM to the second cache; characterized in that the second host is adapted to apply, in response to receiving the notification, read operations associated with cache data of the VM and issued by the VM to the first cache if said cache data is not present in the second cache.
A door locking device configured to keep a door closed, the door locking device comprising: a latch comprising a latch groove including a recess at a portion at which the latch groove crosses a locker, the latch being configured to move in a first direction to restrict the door and move in a second direction, which is opposite the first direction, to release the restriction on the door; and the locker is configured to move in a third direction, which is different from the first direction and the second direction, the locker comprising a holder to be inserted into the recess in order to limit movement of the latch in the second direction, the locker further comprising a lifter protruding in the second direction so that when the locker moves in a fourth direction, which is opposite the third direction, the lifter is configured to contact the latch to move the latch in the second direction. a latch comprising a latch groove including a recess at a portion at which the latch groove crosses a locker, the latch being configured to move in a first direction to restrict the door and move in a second direction, which is opposite the first direction, to release the restriction on the door; and the locker is configured to move in a third direction, which is different from the first direction and the second direction, the locker comprising a holder to be inserted into the recess in order to limit movement of the latch in the second direction, the locker further comprising a lifter protruding in the second direction so that when the locker moves in a fourth direction, which is opposite the third direction, the lifter is configured to contact the latch to move the latch in the second direction.
Method for carrying out a gas exchange in a cylinder of an internal combustion engine, wherein the cylinder is connected via a valve to a gas line section, in which an actuator for adjusting a gas pressure in the gas line section is provided, wherein the valve closes upon constant torque of the internal combustion engine at a fixed point in time (SE, SA) in a working cycle of the internal combustion engine, including the steps: recognizing a torque change request; determining a target value for the gas pressure in the gas line section depending on the torque change request; subsequently determining a variable point in time (vSE, vSA) for closing the valve as a result of the torque change request, wherein the variable point in time (vSE, vSA) is shifted in the working cycle relative to the fixed point in time (SE, SA) depending on the target value of the gas pressure, and controlling the actuator as a result of the torque change request in such a way that the target value for the gas pressure, which is determined depending on the torque change request, sets in in the gas line section. recognizing a torque change request; determining a target value for the gas pressure in the gas line section depending on the torque change request; subsequently determining a variable point in time (vSE, vSA) for closing the valve as a result of the torque change request, wherein the variable point in time (vSE, vSA) is shifted in the working cycle relative to the fixed point in time (SE, SA) depending on the target value of the gas pressure, and controlling the actuator as a result of the torque change request in such a way that the target value for the gas pressure, which is determined depending on the torque change request, sets in in the gas line section.
Method for transferring the material web of a wound reel to a following machine unit, the web start of the material web being gripped by a suction device, the suction device being moved away from the wound reel with the material web, a transfer strip being separated from the material web by a separating device arranged between the wound reel and the moved away suction device, and this transfer strip being fed to a conveying device, wherein the material web is deflected between the separating device and the suction device at a guide element, characterized in that, the transfer strip wraps around the guide element less than the rest of the material web, and the material web runs from above towards the guide element at an angle of at most 45°, preferably at most 30°, to the vertical. wherein the material web is deflected between the separating device and the suction device at a guide element, characterized in that, the transfer strip wraps around the guide element less than the rest of the material web, and the material web runs from above towards the guide element at an angle of at most 45°, preferably at most 30°, to the vertical.
A production method for a fiber-reinforced thermoplastic resin composite material, the method comprising: supplying a reinforcing fiber to a crosshead die having a maximum opening outlet height of 1 mm or more in a reinforcing fiber bundle state, compositing the reinforcing fiber with a thermoplastic resin in a molten state, subsequently bringing the composite material into contact with a pressurization surface at a temperature equal to or lower than the solidification temperature of the thermoplastic resin, wherein the solidification temperature of the thermoplastic resin is determined according to the description, and shaping the composite material through pressurization to have a thickness to be 50% or less of the maximum outlet opening height. supplying a reinforcing fiber to a crosshead die having a maximum opening outlet height of 1 mm or more in a reinforcing fiber bundle state, compositing the reinforcing fiber with a thermoplastic resin in a molten state, subsequently bringing the composite material into contact with a pressurization surface at a temperature equal to or lower than the solidification temperature of the thermoplastic resin, wherein the solidification temperature of the thermoplastic resin is determined according to the description, and shaping the composite material through pressurization to have a thickness to be 50% or less of the maximum outlet opening height.
An in vitro method for diagnosing bone metastasis in a subject with breast cancer and/or for the prognosis of the tendency to develop bone metastasis in a subject with breast cancer which comprises determining if the c-MAF gene is amplified in a tumor tissue sample of said subject wherein if said gene is amplified, then said subject has a positive diagnosis for metastasis or a greater tendency to develop metastasis.
Coating apparatus for coating cylindrical hollow bodies, having a machine frame and a workpiece rotary table which is mounted on the machine frame so as to be rotatable about an axis of rotation and which is equipped with a plurality of holding mandrels which are each rotatably mounted on the workpiece rotary table and which are designed to receive cylindrical hollow bodies, and with a coating station arranged on the machine frame, characterized in that the coating station comprises a coating roller (47, 48) which is rotatably mounted so as to be rotatable on the coating station, wherein an axis of rotation of the holding mandrel and an axis of rotation (59, 60) of the coating roller (47, 48) are aligned parallel to one another, the coating roller (47, 48) having a coating region (75, 76) and a free-wheeling region (79, 80) on a circumferential surface (73, 74), the coating region (75, 76) being a circular cylinder segment with a constant circular radius (77, 78) and is coaxial with the rotational axis (59, 60) of the coating roller (47, 48) and wherein the free-wheeling region (79, 80) is formed, in particular exclusively, from surface sections which each have a distance from the rotational axis (59, 60) of the coating roller (47, 48) which is smaller than the circular radius (77, 78).
Watch including a multifunction display device including a rotating assembly having date indicators and function indicators, said rotating assembly being rotated by a directional means, the function indicators appearing at least two times such that the rotating assembly presents the date indicators and at least two times the function indicators, characterized in that the rotating assembly includes a first rotating support including the date indicators, said first rotating support having a hole able to coincide with an aperture in the watch dial, and a second rotating support on which the function indicators are listed several times, watch control means being formed to rotate the first rotating support, in a function selection mode of operation, in order to position the hole in front of the aperture to make the second rotating support visible underneath the hole.
Apparatus comprising: an optical structure; at least two ridges (14; 14a-p), each connecting the optical structure to a supporting structure; and a curable adhesive arranged between the ridges (14; 14a-p) and the supporting structure, wherein the adhesive is effective, after its curing, to effect a predetermined orientation of the optical structure with regard to the reference plane; wherein the ridges (14; 14a-p) are implemented to effect, due to the ridges (14; 14a-p) being heated, deformation of the ridges (14; 14a-p) and a movement of the optical structure with regard to a reference plane; and wherein the movement of the optical structure with regard to the reference plane counteracts a thermally induced change in an optical characteristic of the optical structure; wherein the at least two ridges (14; 14a-p) include a first layer (34a; 34b) and a second layer (36a; 36b) that are differently deflectable in relation to one another; and wherein the first layer (34a; 34b) and the second layer (36a; 36b) comprise different coefficients of thermal expansion; or wherein the at least two ridges (14; 14a-p) include a layer that has a coefficient of thermal expansion higher than that of the supporting structure. an optical structure; at least two ridges (14; 14a-p), each connecting the optical structure to a supporting structure; and a curable adhesive arranged between the ridges (14; 14a-p) and the supporting structure, wherein the adhesive is effective, after its curing, to effect a predetermined orientation of the optical structure with regard to the reference plane; wherein the ridges (14; 14a-p) are implemented to effect, due to the ridges (14; 14a-p) being heated, deformation of the ridges (14; 14a-p) and a movement of the optical structure with regard to a reference plane; and wherein the movement of the optical structure with regard to the reference plane counteracts a thermally induced change in an optical characteristic of the optical structure; wherein the at least two ridges (14; 14a-p) include a first layer (34a; 34b) and a second layer (36a; 36b) that are differently deflectable in relation to one another; and wherein the first layer (34a; 34b) and the second layer (36a; 36b) comprise different coefficients of thermal expansion; or wherein the at least two ridges (14; 14a-p) include a layer that has a coefficient of thermal expansion higher than that of the supporting structure.
A hydraulic engine mount having hydraulic fluid comprising: a channel, the channel having a first side wall and a second side wall, the second side wall being opposed and spaced apart from the first side wall; a pair of restrictions (40, 41) disposed within the channel, the restrictions (40, 41) each having a first protrusion (42, 50) on the first side wall of the channel, the restrictions (40, 41) each having a second protrusion (46, 52) provided opposed and spaced apart from the first protrusion (42, 50) thereby restricting fluid flow through the channel to reduce pressure and noise within the channel, characterised in that the first protrusion (42, 50) has a generally triangular shape having generally planar surfaces and extends into the channel and the second protrusion (46, 52) is curved and with a rounded point that extends into the channel.
A drive system for an electrically-assisted pedal cycle, the system comprising: an input that, in use, receives drive from pedals of the cycle and rotates about an axis; an output that, in use, rotates about said axis to provide drive to a driven wheel of the cycle; an electrical machine (5,6) that, in use, provides motor drive to said output; and a drive train that, in use, receives drive from the electrical machine (5,6) and the pedals and transmits drive to said output: wherein: the drive train comprises a first epicyclic gear set (EP-1) and a second epicyclic gear set (EP-2): each of the epicyclic gear sets (EP-1, EP-2) comprises a sun gear (11,21), a planet carrier (13,23), a plurality of planet gears (12,22) and an annulus gear (14,24), the planet gears (12,22) being mounted on the planet carrier (13,23) and meshing with both the sun gear (11,21) and the annulus gear (14,24), and the annulus gear (14,24) being connected to said output to rotate, in use, with said output: the first epicyclic gear set (EP-1), in use, transmits drive from its sun to its annulus with its planet carrier in a fixed position: and the second epicyclic gear set (EP-2), in use, transmits drive from the pedals to its annulus via its planet carrier, characterised in that both of the sun gears (11,21) are connected to be driven by the electrical machine (5,6). an input that, in use, receives drive from pedals of the cycle and rotates about an axis; an output that, in use, rotates about said axis to provide drive to a driven wheel of the cycle; an electrical machine (5,6) that, in use, provides motor drive to said output; and a drive train that, in use, receives drive from the electrical machine (5,6) and the pedals and transmits drive to said output: wherein: the drive train comprises a first epicyclic gear set (EP-1) and a second epicyclic gear set (EP-2): each of the epicyclic gear sets (EP-1, EP-2) comprises a sun gear (11,21), a planet carrier (13,23), a plurality of planet gears (12,22) and an annulus gear (14,24), the planet gears (12,22) being mounted on the planet carrier (13,23) and meshing with both the sun gear (11,21) and the annulus gear (14,24), and the annulus gear (14,24) being connected to said output to rotate, in use, with said output: the first epicyclic gear set (EP-1), in use, transmits drive from its sun to its annulus with its planet carrier in a fixed position: and the second epicyclic gear set (EP-2), in use, transmits drive from the pedals to its annulus via its planet carrier, characterised in that both of the sun gears (11,21) are connected to be driven by the electrical machine (5,6). the first epicyclic gear set (EP-1), in use, transmits drive from its sun to its annulus with its planet carrier in a fixed position: and the second epicyclic gear set (EP-2), in use, transmits drive from the pedals to its annulus via its planet carrier, characterised in that both of the sun gears (11,21) are connected to be driven by the electrical machine (5,6).