mhurhangee/ep-ind-claims huggingface dataset:
A fuse apparatus to be connected to a housing of a vehicle battery pack which includes a plurality of battery cells, wherein the fuse apparatus comprises: a fuse assembly provided with a fuse comprising a first bus bar and a second bus bar electrically connected with the vehicle battery pack, and a first lead wire and a second lead wire, the first lead wire and the second lead wire are respectively inserted and fixed in the first bus bar and the second bus bar, the fuse apparatus, further comprising a fuse mounting portion to which the first bus bar and the second bus bar are connected, wherein the fuse mounting portion comprises a plurality of support members for fixing the fuse, and the first bus bar and the second bus bar each comprise an upright terminal, and the first lead wire and the second lead wire pass through the support members and are resistance-welded to the upright terminals. a fuse assembly provided with a fuse comprising a first bus bar and a second bus bar electrically connected with the vehicle battery pack, and a first lead wire and a second lead wire, the first lead wire and the second lead wire are respectively inserted and fixed in the first bus bar and the second bus bar, the fuse apparatus, further comprising a fuse mounting portion to which the first bus bar and the second bus bar are connected, wherein the fuse mounting portion comprises a plurality of support members for fixing the fuse, and the first bus bar and the second bus bar each comprise an upright terminal, and the first lead wire and the second lead wire pass through the support members and are resistance-welded to the upright terminals.
A lifting device with a lifting carriage, comprising at least one supporting means and comprising a pulley system for vertical displacement of the lifting carriage, wherein the supporting means comprises two ends (58, 60), and is fixed on a winding device (18, 20) each in the area of both ends (58, 60), characterized in that a first drive unit for the first winding device in the area of the first end of the supporting means is provided, and that a second drive unit for the second winding device in the area of the second end of the supporting means is provided. the supporting means comprises two ends (58, 60), and is fixed on a winding device (18, 20) each in the area of both ends (58, 60), characterized in that a first drive unit for the first winding device in the area of the first end of the supporting means is provided, and that a second drive unit for the second winding device in the area of the second end of the supporting means is provided.
Cooling channel piston which has a radially circumferential cooling channel located behind a ring field, the cooling channel piston being forged from a steel material and the cooling channel being worked in by machining between an upper part below the ring field and a lower part above the piston bosses and the piston skirts, the cooling channel extending behind the ring field in the direction of an upper face of the upper part, and the cooling channel piston having above its piston bosses and piston skirts an outwardly oriented support region, characterized in that a closing element, which is aligned parallel to the piston stroke axis and closes the cooling channel after the production thereof, is arranged and fastened between the lower edge of the ring field and the support region.
A method comprising: receiving, at a base station for a multiple-input, multiple-output (MIMO) array, a first message transmitted by a first node, the first message including information identifying the first node and a second node; and selectively performing, at the base station and based on whether the base station has access to first and second up-to-date channel covariance matrices for the first and second nodes, respectively, a clear channel assessment in an unlicensed frequency band concurrently with placing nulls in directions associated with the first and second nodes. receiving, at a base station for a multiple-input, multiple-output (MIMO) array, a first message transmitted by a first node, the first message including information identifying the first node and a second node; and selectively performing, at the base station and based on whether the base station has access to first and second up-to-date channel covariance matrices for the first and second nodes, respectively, a clear channel assessment in an unlicensed frequency band concurrently with placing nulls in directions associated with the first and second nodes.
Container, in particular a large-volume disposable container, for example a keg, for accommodating liquids, in particular for accommodating drinks, with a connection fitting with a seal, wherein the connection fitting and/or the seal exhibit a delivery condition and a dispatch condition, wherein the delivery condition pertains at least until the connection of the connection fitting to the container neck, and the dispatch condition pertains at the latest after the connection of the connection fitting to the container neck of the filled container, wherein the connection fitting and/or the seal in the delivery condition are arranged in relation to one another in such a way that these form an open passage opening, which in the dispatch condition is closed, characterised in that the connection fitting and/or the seal in the delivery condition adopt a latch position or another form of temporary position with a passage opening defined thereby, wherein this temporary position is raised mechanically when the delivery condition transposes into the dispatch condition.
A compound of formula I: where: X is -CH- or -N-; HAr is selected from 2-pyridyl, 3-pyridyl, 4-pyridyl, 5-pyridyl, 2-furyl, 4-furyl, 2-thienyl, 3-thienyl, and 4-thienyl; a is 0 or 1; R 1 is halo or trifluoromethyl; and R 2-6 are independently hydrogen, halo, -C 1-6 alkyl, -CF 3, -C 2-6 alkynyl, -O-C 1-6 alkyl, -OCF 3, -C 1-4 alkylene-O-C 1-4 alkyl, -C 0-1 alkylene-phenyl, -O-C 0-3 alkylene-phenyl, -C 0-6 alkylene-OH, -CN, -COOH, -CHO, -C -C 1-6 alkyl, -C O-C 1-4 alkyl, -CH 2 SH, -S-C 1-6 alkyl, -C 1-4 alkylene-S-C 1-4 alkyl, or -NO 2; or a pharmaceutically acceptable salt thereof.
An autoinjector comprising a drive mechanism and a drug containing portion, the drive mechanism comprising: a housing; a drive means coupled to, or forming part of, the housing, the drive means comprising a resilient member; a retaining means coupled to, or forming part of the housing, the retaining means engaging the drive means in a first position to retain the resilient member in a first deformed condition, and releasing the drive means when moved to a second position; and a coupling means for coupling with the drug containing portion, the drug containing portion being configured such that it retains the drive means in a second deformed condition when the retaining means is moved to the second position, wherein the drive means in the second deformed condition stores sufficient potential energy for driving the autoinjector, and further comprising a release mechanism configured to release the drive mechanism from the second deformed condition when the autoinjector is to be used. a housing; a drive means coupled to, or forming part of, the housing, the drive means comprising a resilient member; a retaining means coupled to, or forming part of the housing, the retaining means engaging the drive means in a first position to retain the resilient member in a first deformed condition, and releasing the drive means when moved to a second position; and a coupling means for coupling with the drug containing portion, the drug containing portion being configured such that it retains the drive means in a second deformed condition when the retaining means is moved to the second position, wherein the drive means in the second deformed condition stores sufficient potential energy for driving the autoinjector, and further comprising a release mechanism configured to release the drive mechanism from the second deformed condition when the autoinjector is to be used.
Method for performing an NMR measurement on a sample contained in a sample tube by using an NMR spectrometer, comprising the following steps: • feeding a first measuring sample tube in a guiding direction to a pre-measuring area being located in the guiding direction, before a measuring area of the NMR spectrometer, the pre-measuring area being arranged and designed for measuring a sample parameter of a sample contained in the first measuring sample tube to determine or to estimate an NMR parameter, • feeding the first measuring sample tube in the guiding direction towards the measuring area, • setting the NMR parameter previously determined or estimated, • carrying out an NMR measurement of the sample contained in the first measuring sample tube on the basis of the set NMR parameter. • feeding a first measuring sample tube in a guiding direction to a pre-measuring area being located in the guiding direction, before a measuring area of the NMR spectrometer, the pre-measuring area being arranged and designed for measuring a sample parameter of a sample contained in the first measuring sample tube to determine or to estimate an NMR parameter, • feeding the first measuring sample tube in the guiding direction towards the measuring area, • setting the NMR parameter previously determined or estimated, • carrying out an NMR measurement of the sample contained in the first measuring sample tube on the basis of the set NMR parameter.
A counterweight system for a wind turbine, the wind turbine comprising a rotor hub positioned on a wind turbine tower such that the rotor hub is configured to rotate around an axis, the rotor hub comprising one or more mounting surfaces (11, 12, 13), the counterweight system comprising: a beam comprising a connection element adapted to be attached to the mounting surfaces (11, 12, 13), the beam being provided with a first steering mechanism adapted to control an orientation of the beam with respect to the connection element, a counterweight mass coupled to the beam, characterized in that the beam further comprises a lifting equipment attachment and a second steering mechanism adapted to control an orientation of the beam with respect to the lifting equipment attachment a beam comprising a connection element adapted to be attached to the mounting surfaces (11, 12, 13), the beam being provided with a first steering mechanism adapted to control an orientation of the beam with respect to the connection element, a counterweight mass coupled to the beam, characterized in that the beam further comprises a lifting equipment attachment and a second steering mechanism adapted to control an orientation of the beam with respect to the lifting equipment attachment
A Venturi milk emulsifier device comprising a hollow body having a mixing chamber, a channel for inflow of steam into the mixing chamber, a channel for suctioning air into the mixing chamber by Venturi effect, a deformable channel for suctioning milk into the mixing chamber by Venturi effect, a pinch valve operating on said deformable channel for regulating the flow of suctioned milk, and a channel for outflow of milk from the mixing chamber wherein said milk suctioning channel has a first calibrated hole for connection to the mixing chamber, characterized in that there is provided at least one auxiliary channel for suctioning milk into the mixing chamber by Venturi effect, having a second calibrated hole for connection to the mixing chamber, and in that said pinch valve can be activated in a flow enabling state, corresponding to the suctioning of milk into the mixing chamber through said first and second calibrated holes (33, 35), and a flow interruption state, corresponding to the suctioning of milk into the mixing chamber solely through said second calibrated hole.
Device for fastening at least one photovoltaic module onto a supporting structure, wherein this device comprises a base plate fitted with hooks for holding in position a lower longitudinal edge of a photovoltaic module placed on this base plate, this fastening device additionally comprising at least one locking member, which comprises a first lug capable of overlapping a front face of the module in the vicinity of its upper longitudinal edge, characterised in that the locking member additionally comprises • a contour for spacing the upper longitudinal edge of the module in relation to the base plate, and • a second lug which, when another similar fastening device is arranged in the vicinity of the fastening device and above this, extends facing the front face of the base plate of the other fastening device, and in that the first lug, the second lug and the spacer contour belong to the same part made in a single piece that forms the locking member. • a contour for spacing the upper longitudinal edge of the module in relation to the base plate, and • a second lug which, when another similar fastening device is arranged in the vicinity of the fastening device and above this, extends facing the front face of the base plate of the other fastening device,
Battery with electrolyte intermixing device, wherein the battery comprises the following features: - a battery housing with side walls (3, 4), a housing bottom and a covering, - a liquid electrolyte, whose level has predetermined tolerance limits (7a, 7b), - electrodes disposed in the liquid electrolyte, - at least at one side wall at a specific distance and parallel thereto a flow channel plate is disposed, so that between the side wall of the battery housing and the flow channel plate a flow channel is formed, wherein the upper end of the flow channel is configured as an outflow slot and the lower end of the flow channel is located in the lower third of the battery volume, - above the electrodes a mixing trough is disposed with a mixing trough bottom and mixing trough side walls (11 a, 11 b, 11 c), wherein - the upper end of the mixing trough side wall adjacent the outflow slot is configured as an overflow edge, - the mixing trough bottom is located below the operationally intended minimum level of the liquid electrolyte and - at least one bottom opening is provided in the mixing trough bottom. - a battery housing with side walls (3, 4), a housing bottom and a covering, - a liquid electrolyte, whose level has predetermined tolerance limits (7a, 7b), - electrodes disposed in the liquid electrolyte, - at least at one side wall at a specific distance and parallel thereto a flow channel plate is disposed, so that between the side wall of the battery housing and the flow channel plate a flow channel is formed, wherein the upper end of the flow channel is configured as an outflow slot and the lower end of the flow channel is located in the lower third of the battery volume, - above the electrodes a mixing trough is disposed with a mixing trough bottom and mixing trough side walls (11 a, 11 b, 11 c), wherein - the upper end of the mixing trough side wall adjacent the outflow slot is configured as an overflow edge, - the mixing trough bottom is located below the operationally intended minimum level of the liquid electrolyte and - at least one bottom opening is provided in the mixing trough bottom.
A magnetic random access memory, MRAM, stack comprising a first magnetic layer comprising a Heusler compound; and one or more seed layers comprising: a multi-layer templating structure comprising a crystalline structure configured to template the Heusler compound and enhance a tunnel magnetoresistance, TMR, of the MRAM stack, wherein the first magnetic layer is formed over the multi-layer templating structure, characterized by the multi-layer templating structure comprising: a layer of a first binary alloy comprising tungsten-aluminum. WAl; and a layer of a second binary alloy having a cesium-chloride, CsCl, structure, wherein the second binary alloy overlays the first binary alloy. a first magnetic layer comprising a Heusler compound; and one or more seed layers comprising: a multi-layer templating structure comprising a crystalline structure configured to template the Heusler compound and enhance a tunnel magnetoresistance, TMR, of the MRAM stack, wherein the first magnetic layer is formed over the multi-layer templating structure, characterized by the multi-layer templating structure comprising: a layer of a first binary alloy comprising tungsten-aluminum. WAl; and a layer of a second binary alloy having a cesium-chloride, CsCl, structure, wherein the second binary alloy overlays the first binary alloy. a layer of a first binary alloy comprising tungsten-aluminum. WAl; and a layer of a second binary alloy having a cesium-chloride, CsCl, structure, wherein the second binary alloy overlays the first binary alloy.
A method for accessing a packet data network, PDN, comprising: obtaining, by a mobility management network element, MMNE, access information; characterized by the method further comprising: selecting, by the MMNE, a home access network element, NE, to access the PDN through a Gi/SGi interface according to the access information; wherein the access information comprises information about capabilities of a home access NE communicating through the Gi/SGi interface, and the selecting, by the MMNE, the NE to access the PDN through the Gi/SGi interface according to the access information comprises: in the case of determining that the home access NE is capable of communicating through the Gi/SGi interface, sending, by the MMNE, a create bearer request message to the home access NE, so that the home access NE is connected with the PDN through the Gi/SGi interface on the home access NE. obtaining, by a mobility management network element, MMNE, access information; characterized by the method further comprising: selecting, by the MMNE, a home access network element, NE, to access the PDN through a Gi/SGi interface according to the access information; wherein the access information comprises information about capabilities of a home access NE communicating through the Gi/SGi interface, and the selecting, by the MMNE, the NE to access the PDN through the Gi/SGi interface according to the access information comprises: in the case of determining that the home access NE is capable of communicating through the Gi/SGi interface, sending, by the MMNE, a create bearer request message to the home access NE, so that the home access NE is connected with the PDN through the Gi/SGi interface on the home access NE. selecting, by the MMNE, a home access network element, NE, to access the PDN through a Gi/SGi interface according to the access information; wherein the access information comprises information about capabilities of a home access NE communicating through the Gi/SGi interface, and the selecting, by the MMNE, the NE to access the PDN through the Gi/SGi interface according to the access information comprises: in the case of determining that the home access NE is capable of communicating through the Gi/SGi interface, sending, by the MMNE, a create bearer request message to the home access NE, so that the home access NE is connected with the PDN through the Gi/SGi interface on the home access NE. in the case of determining that the home access NE is capable of communicating through the Gi/SGi interface, sending, by the MMNE, a create bearer request message to the home access NE, so that the home access NE is connected with the PDN through the Gi/SGi interface on the home access NE.
An analyzing grid for phase contrast imaging and/or dark-field imaging, comprising a number of X-ray converting gratings, wherein the X-ray converting gratings are configured to convert incident X-ray radiation into light or charge, wherein the number of X-ray converting gratings comprises at least a first X-ray converting grating and a second X-ray converting grating, wherein the X-ray converting gratings each comprise an array of grating bars, wherein the grating bars within each X-ray converting grating are arranged mutually displaced from each other in a direction perpendicular to the incident X-ray radiation by a specific displacement pitch (d), which is a distance between center lines of two adjacent grating bars, and wherein the grating bars of the first X-ray converting grating are arranged mutually displaced from the grating bars of the second X-ray converting grating in the direction perpendicular to the incident X-ray radiation, characterized in that the first X-ray converting grating and the second X-ray converting grating are arranged between two detectors, wherein the detectors are configured to detect the light or charge converted by the respective X-ray converting grating.
A display method, wherein the method comprises: when in a landscape state, displaying, by an electronic device, a window preview region in a first region of a display, wherein the window preview region comprises a first window, and the first window is a window associated with a first user interface of a first application; displaying, by the electronic device, a second user interface of the first application in a second region of the display, wherein the first region does not overlap the second region, and wherein the display further comprises a third region, wherein the third region does not overlap either the first region or the second region, and both the second region and the third region are larger than the first region; detecting, by the electronic device, a first operation performed on the first window, wherein the first operation is used to display the first user interface in the second region, wherein the first operation is an operation of dragging the first window into the second region; and switching, by the electronic device in response to the first operation, the second user interface displayed in the second region to the first user interface associated with the first window. when in a landscape state, displaying, by an electronic device, a window preview region in a first region of a display, wherein the window preview region comprises a first window, and the first window is a window associated with a first user interface of a first application; displaying, by the electronic device, a second user interface of the first application in a second region of the display, wherein the first region does not overlap the second region, and wherein the display further comprises a third region, wherein the third region does not overlap either the first region or the second region, and both the second region and the third region are larger than the first region; detecting, by the electronic device, a first operation performed on the first window, wherein the first operation is used to display the first user interface in the second region, wherein the first operation is an operation of dragging the first window into the second region; and switching, by the electronic device in response to the first operation, the second user interface displayed in the second region to the first user interface associated with the first window.
A rotary press having a rotor, wherein the rotor comprises an upper and a lower punch guide and a die plate arranged between the upper and lower punch guides, furthermore having upper and lower press punches (14, 16) which interact with die bores in the die plate, wherein the rotary press comprises a plurality of stations, namely at least one filling station (18, 66) in which material to be compressed is filled into the die bores, at least one metering station (24, 28) in which the material filled into the die bores is metered, at least one pressing station (32, 38, 44) in which the metered material filled into the die bores is compressed by the upper and lower press punches (14, 16) to form pellets, and at least one ejector station (50, 70) in which the compressed pellets are ejected, characterized in that driving means are provided, with which at least one of the stations can be automatically moved between its operating position and a resting position in which the production process of the rotary press for producing pellets is still possible with the stations that remain in each case in an operating position, but the at least one station located in the resting position has no effect on the production process.