mhurhangee/ep-ind-claims huggingface dataset:
Fixing assembly for fixing a winding shaft box to a window or door frame, comprising: a side part of the winding shaft box which has a receptacle for attaching a connecting bracket which in its connecting position projects downwards beyond the side part, and the connecting bracket, which in the connecting position is attached on the upper side to the receptacle of the side part and on the lower side to a vertical strut of the frame, wherein the connecting bracket has a body which is formed from a flat strip, extends longitudinally overall or longitudinally on both sides of a bend in the same direction, and has a lower end section which in the connecting position follows the course of the vertical strut and is attached thereto, characterized in that the fixing assembly further comprises a clip adapter at the lower end portion of the connecting bracket, which is provided with a number of clip elements with which it is clip-connected in the connecting position with counter-clip elements of the vertical strut, wherein the fixing assembly comprises a plurality of different clip adapters having mutually differing clip elements such that the fixing assembly is compatible with counter-clip elements of different frames. a side part of the winding shaft box which has a receptacle for attaching a connecting bracket which in its connecting position projects downwards beyond the side part, and the connecting bracket, which in the connecting position is attached on the upper side to the receptacle of the side part and on the lower side to a vertical strut of the frame, wherein the connecting bracket has a body which is formed from a flat strip, extends longitudinally overall or longitudinally on both sides of a bend in the same direction, and has a lower end section which in the connecting position follows the course of the vertical strut and is attached thereto, characterized in that the fixing assembly further comprises a clip adapter at the lower end portion of the connecting bracket, which is provided with a number of clip elements with which it is clip-connected in the connecting position with counter-clip elements of the vertical strut, wherein the fixing assembly comprises a plurality of different clip adapters having mutually differing clip elements such that the fixing assembly is compatible with counter-clip elements of different frames.
A medium voltage gas insulated switch comprising a first electric contact; and a second electric contact that is moveable with respect to the first electric contact and a plurality of splitter plates (200-1, 200-2,...) configured to interrupt an electric arc between the first electric contact and the second electric contact during the switching operation of the switch; a splitter plate holder (300, 510) that holds the plurality of splitter plates; characterised in that at least a part of the plurality of splitter plates is arranged in a non-parallel manner to each other and at substantially the same distance from a trajectory of the moveable second electric contact; wherein splitter plates (200-1, 200-2,...) have substantially a "U" shaped form, the top of the "U" being directed towards the rotation axis (122, z); and wherein the splitter plate holder further includes exterior side walls along the sides of the "U", inner leg insulating walls covering interior legs of the "U", and an insulating extension of the bottom of the "U" directed away from the rotation axis. a first electric contact; and a second electric contact that is moveable with respect to the first electric contact and a plurality of splitter plates (200-1, 200-2,...) configured to interrupt an electric arc between the first electric contact and the second electric contact during the switching operation of the switch; a splitter plate holder (300, 510) that holds the plurality of splitter plates; characterised in that at least a part of the plurality of splitter plates is arranged in a non-parallel manner to each other and at substantially the same distance from a trajectory of the moveable second electric contact; wherein splitter plates (200-1, 200-2,...) have substantially a "U" shaped form, the top of the "U" being directed towards the rotation axis (122, z); and wherein the splitter plate holder further includes exterior side walls along the sides of the "U", inner leg insulating walls covering interior legs of the "U", and an insulating extension of the bottom of the "U" directed away from the rotation axis.
Box with a bottom, with walls adjacent to one another in pairs encircling the inside of the box extending from the bottom, whereby at least one of the walls comprises a grip hole through which a person can place their hand and grip the inside of the box, characterised in that, on a first edge section of the at least one grip hole, a multitude of elastically flexible fibres is arranged extending toward the second edge section opposite the first edge section of the grip hole.
A multiphase power converter, comprising: a plurality of power channels arranged in parallel to drive an output of the power converter, each of the power channels comprising: a driver; a feedback control circuit coupled to an output of the driver; and a comparator coupled to the feedback control circuit; characterised in that the multiphase power converter further comprising: a channel selection circuit coupled to the feedback control circuit of each of the power channels, the channel selection circuit configured to: select a different specific one of the power channels to be activated in each of a plurality of phases, wherein each phase refers to a given time; and introduce a first offset voltage into each of the feedback control circuits, except the feedback control circuit of the specific one of the power channels; the feedback control circuit being configured to apply the first offset voltage to bias driver output feedback voltage away from a threshold voltage at which the power channel is activated. a plurality of power channels arranged in parallel to drive an output of the power converter, each of the power channels comprising: a driver; a feedback control circuit coupled to an output of the driver; and a comparator coupled to the feedback control circuit; characterised in that the multiphase power converter further comprising: a channel selection circuit coupled to the feedback control circuit of each of the power channels, the channel selection circuit configured to: select a different specific one of the power channels to be activated in each of a plurality of phases, wherein each phase refers to a given time; and introduce a first offset voltage into each of the feedback control circuits, except the feedback control circuit of the specific one of the power channels; the feedback control circuit being configured to apply the first offset voltage to bias driver output feedback voltage away from a threshold voltage at which the power channel is activated. a channel selection circuit coupled to the feedback control circuit of each of the power channels, the channel selection circuit configured to: select a different specific one of the power channels to be activated in each of a plurality of phases, wherein each phase refers to a given time; and introduce a first offset voltage into each of the feedback control circuits, except the feedback control circuit of the specific one of the power channels; the feedback control circuit being configured to apply the first offset voltage to bias driver output feedback voltage away from a threshold voltage at which the power channel is activated.
A method of wireless communication operable at a user equipment, UE, comprising: communicating with a base station via a first carrier and a second carrier, wherein the first carrier comprises a traffic channel, TCH, and the second carrier comprises one or more common control channels, CCCHs; determining channel interference of the first carrier; if the channel interference is greater than an interference threshold, performing frequency tracking and time tracking in accordance with information received from the second carrier; and performing interference cancellation in accordance with the frequency tracking and time tracking. communicating with a base station via a first carrier and a second carrier, wherein the first carrier comprises a traffic channel, TCH, and the second carrier comprises one or more common control channels, CCCHs; determining channel interference of the first carrier; if the channel interference is greater than an interference threshold, performing frequency tracking and time tracking in accordance with information received from the second carrier; and performing interference cancellation in accordance with the frequency tracking and time tracking.
Use of a silicoaluminophosphate molecular sieve catalyst composition comprising a synthesized molecular sieve having been recovered from a synthesis mixture containing from 0.01 to 10 wt% of a flocculant based on the total weight of synthesized molecular sieve, said flocculant comprising a polyethyleneimine, for improving the selectivity towards propylene in a conversion process of one or more alcohols, for producing one or more olefin(s), wherein the one or more olefin(s) include ethylene and propylene, the process comprising the steps of: (a) introducing a feedstock to a reactor system in the presence of the silicoaluminophosphate molecular sieve catalyst composition; (b) withdrawing from the reactor system an effluent stream; and (c) passing the effluent gas through a recovery system recovering at least the one or more olefin(s). (a) introducing a feedstock to a reactor system in the presence of the silicoaluminophosphate molecular sieve catalyst composition; (b) withdrawing from the reactor system an effluent stream; and (c) passing the effluent gas through a recovery system recovering at least the one or more olefin(s).
A watertight fastener comprising: a pair of fastener tapes each having one surface and another surface; fastener elements provided on a side of one end edge part along a longitudinal direction of the fastener tapes, the end edge part being folded double at a folding line to overlap the one surface so that the another surface of the fastener tape is convex and the fastener element being provided on the another surface side of the fastener tape; and a slider for engaging and disengaging the fastener elements, the slider being engaged with the end edge part wherein characterised in that on the another surface of the fastener tapes on a side opposite to a side on which the fastener elements are provided, a waterproof seal layer with a predetermined width is provided along the longitudinal direction at a position at which the fastener elements are provided, and a width of the waterproof seal layer in a direction orthogonal to the longitudinal direction is narrower than a width of the slider, and the waterproof seal layer does not come into contact with the fastener elements, and with the pair of fastener tapes being closed by engagement of the fastener elements, end parts of the waterproof seal layer close to the end edge parts of the fastener tapes are flushly continuous with the folding lines and shaped to come into contact with each other without overlapping each other in a thickness direction and without a gap to be in close contact in a liquid-tight manner. a pair of fastener tapes each having one surface and another surface; fastener elements provided on a side of one end edge part along a longitudinal direction of the fastener tapes, the end edge part being folded double at a folding line to overlap the one surface so that the another surface of the fastener tape is convex and the fastener element being provided on the another surface side of the fastener tape; and a slider for engaging and disengaging the fastener elements, the slider being engaged with the end edge part wherein characterised in that on the another surface of the fastener tapes on a side opposite to a side on which the fastener elements are provided, a waterproof seal layer with a predetermined width is provided along the longitudinal direction at a position at which the fastener elements are provided, and a width of the waterproof seal layer in a direction orthogonal to the longitudinal direction is narrower than a width of the slider, and the waterproof seal layer does not come into contact with the fastener elements, and with the pair of fastener tapes being closed by engagement of the fastener elements, end parts of the waterproof seal layer close to the end edge parts of the fastener tapes are flushly continuous with the folding lines and shaped to come into contact with each other without overlapping each other in a thickness direction and without a gap to be in close contact in a liquid-tight manner.
A vitreous silica crucible for pulling of silicon single crystal, comprising: a substantially cylindrical straight body portion having an opening on the top end and extending in a vertical direction, a curved bottom portion, and a corner portion connecting the straight body portion with the bottom portion and a curvature of which is greater than that of the bottom portion, wherein the vitreous silica crucible comprises a transparent layer on the inside and a bubble layer on the outside thereof, wherein the transparent layer, consisting of silica, comprises a compressive stress layer in which compressive stress remains and that is adjacent to the inner surface side of the transparent layer, and further comprises a tensile stress layer in which tensile stress remains that is adjacent to the compressive stress layer, and wherein the transition from the compressive stress layer to the tensile stress layer occurs with a rate of change of stress of 0.17 MPa/mm or more and 1.5 MPa/mm or less.
Ventilation apparatus, comprising an electric motor, support means configured to support said electric motor and comprising a plate, and damping members interposed between said support means and said electric motor, wherein said ventilation apparatus also comprises at least first attachment elements made in a single body with said plate, protruding with respect to a flat portion of the latter, characterized in that said first attachment elements are configured to couple, in a snap-in or elastic interlocking manner, with said damping members in an axial direction, wherein said first attachment elements are conformed to be inserted into a lower hole of said damping members in such a way that a lower surface of said damping members is located resting on said flat portion.
A computer implemented method of processing seismic data, in which time-spatial processing results of the data indicate conflicting dips, to attenuate random noise in the seismic data, comprising the computer implemented processing steps of: (a) assembling the time-spatial processing results of seismic data in the computer to form a series of overlapping time-spatial sample windows of the seismic data; (b) transforming the data of an individual one of the sample windows of seismic data into frequency-wavenumber domain data; (c) transforming the frequency-wavenumber domain data of the sample window data into Fourier-radial domain data; (d) determining a map of peak values of the Fourier-radial domain data of the sample window; (e) transforming selected ones of the peak values of the Fourier-radial domain data of the sample window to indicate dominant dips in the sample window data; (f) applying a median filter to the data in the sample window along a selected one of the indicated dominant dips to attenuate noise from the data in the sample window; and (g) storing the remaining signal in the median filtered data for the sample window. (a) assembling the time-spatial processing results of seismic data in the computer to form a series of overlapping time-spatial sample windows of the seismic data; (b) transforming the data of an individual one of the sample windows of seismic data into frequency-wavenumber domain data; (c) transforming the frequency-wavenumber domain data of the sample window data into Fourier-radial domain data; (d) determining a map of peak values of the Fourier-radial domain data of the sample window; (e) transforming selected ones of the peak values of the Fourier-radial domain data of the sample window to indicate dominant dips in the sample window data; (f) applying a median filter to the data in the sample window along a selected one of the indicated dominant dips to attenuate noise from the data in the sample window; and (g) storing the remaining signal in the median filtered data for the sample window.
Fastening element, in particular for fastening heat- and/or sound-insulating damping materials and sealing strips, foils and fabric meshes at a substructure, such as masonry, concrete, wood, metal, plastics, comprising a plate and a fastening member, such as a screw, nail, dowel and the like, and wherein the plate can be fastened at an underground by means of the fastening member, characterized in that the plate comprises bores (11-14; 12a-14a; 12b-15b) of different sizes and/or shapes for receiving, respectively for passage of different types of fastening members, wherein the plate is designed essentially with a triangular shape, and the sides of the plate are straddled by arcuate plate segments (10a, 10b, 10c) which at the edges are extended to form an imaginary circle and the surfaces of the arcuate plate segments (10a, 10b, 10c) are designed planarly, and the plate and the arcuate plate segments (10a, 10b, 10c) enclose largely dimensioned recesses (101, 102, 103) between them.
Pressure independent electric motor for underwater use in the deep sea having a housing, in which a cylindrical motor unit filled with a dielectric pressure fluid, wherein the motor unit is filled under atmospheric pressure alternately with a venting in a vacuum in order to guarantee filling free of air bubbles at the end of the filling of the motor unit, and a reversibly deformable pressure compensation element for pressure compensation are arranged between the pressure fluid and the hydrostatic pressure acting on the motor unit in underwater use, characterized in that the reversibly deformable pressure compensation element is designed as a pressure-tight pressure bag having a supply tube which is open at the end facing away from the pressure bag and guided out of the housing in a pressure-tight manner, and having some spacing such that the pressure fluid can also penetrate easily between the pressure bag and the motor unit and the pressure bag is completely surrounded by pressure fluid on its outside, is placed around the motor unit within the housing, wherein the pressure bag when filling the motor unit is filled with air and inflated to its normal volume state, in that the housing is designed to be transparent and in that a commercially available hydrofluoroether is used as pressure fluid.
Method for operating a navigation system of a hybrid motor vehicle having a combustion engine and an electric motor which is fed from an associated battery, wherein an efficiency route (7, 12) enabling a maximum utilisation of the electric motor is determined by the navigation system, wherein the determination of the efficiency route (7, 12) takes into consideration at least one item of efficiency information which is provided dynamically by a drive control device of the motor vehicle and is based on a current operating prediction, in particular based additionally on the current operating state, characterised in that a predictive operating strategy for the efficiency route (7, 12) provided by the navigation system, in particular based on the current operating state, is determined by the drive control device, wherein at least one of the at least one item of efficiency and is determined based on the predictive operating strategy.
A method of a terminal device for performing 2-step random access to a network, comprising: transmitting, to a network device a random access preamble on a first time-frequency resource, and a data block on a second time-frequency resource; wherein the data block comprises data information and a reference signal associated with the data information, the data information is scrambled with a scrambling code and the reference signal is coded with an orthogonal cover code, OCC; and receiving, from the network device, a response message, wherein a relationship between the random access preamble and the scrambling code is predefined; and wherein for preambles whose corresponding data transmission is multiplexed over one block of the second time-frequency resource, there is one to one mapping between the preambles and the scrambling codes. transmitting, to a network device a random access preamble on a first time-frequency resource, and a data block on a second time-frequency resource; wherein the data block comprises data information and a reference signal associated with the data information, the data information is scrambled with a scrambling code and the reference signal is coded with an orthogonal cover code, OCC; and receiving, from the network device, a response message, wherein a relationship between the random access preamble and the scrambling code is predefined; and wherein for preambles whose corresponding data transmission is multiplexed over one block of the second time-frequency resource, there is one to one mapping between the preambles and the scrambling codes.
A piston cooling nozzle device for controlling a flow of fluid used for cooling pistons in an internal combustion engine, the piston cooling nozzle device comprising: a fluid flow control device (200, 300) configured to connect a fluid reservoir and a piston cooling nozzle 118 for spraying the fluid onto a piston in the engine, the fluid flow control device (200, 300) having a first chamber that opens to allow the fluid to pass from the reservoir to the piston cooling nozzle in response to at least one of an engine speed and an air pressure exceeding a first threshold, the fluid flow control device (200, 300) including a second chamber in fluid communication with the first chamber for receiving fluid fed from the first chamber through a check valve (212, 312) between the first and second chambers (218, 220) in response to the fluid flow control device (200, 300) being opened, wherein at least one of the fluid flow control device (200, 300) and the check valve (212, 312) includes a clearance (224, 225) to bleed fluid from the second chamber into the fluid reservoir to delay a closing of the first chamber of the fluid flow control device (200, 300) for a predetermined period of time in response to the one of the engine speed and the air pressure dropping below the first threshold.