mhurhangee/ep-ind-claims huggingface dataset:
A shelf module, comprising: a frame configured to couple in a standard rack slot; and horizontal shelf members and vertical shelf members coupled to the frame, wherein at least two of the shelf members are configurable to be positioned within the frame to form two or more partial width slots for receiving electrical modules, wherein the horizontal shelf members and vertical shelf members may be adjusted from one position to another within the frame such that: at least one of the vertical shelf members is adjustable to alter the width of at least one of the slots, and at least one of the horizontal shelf members is adjustable to alter the height of at least one of the slots; and wherein at least one of the horizontal shelf members is adjustable to alter a height of at least one partial width slot in increments that are a multiple of 1/4 of a rack unit. a frame configured to couple in a standard rack slot; and horizontal shelf members and vertical shelf members coupled to the frame, wherein at least two of the shelf members are configurable to be positioned within the frame to form two or more partial width slots for receiving electrical modules, wherein the horizontal shelf members and vertical shelf members may be adjusted from one position to another within the frame such that: at least one of the vertical shelf members is adjustable to alter the width of at least one of the slots, and at least one of the horizontal shelf members is adjustable to alter the height of at least one of the slots; and wherein at least one of the horizontal shelf members is adjustable to alter a height of at least one partial width slot in increments that are a multiple of 1/4 of a rack unit. wherein at least two of the shelf members are configurable to be positioned within the frame to form two or more partial width slots for receiving electrical modules, wherein the horizontal shelf members and vertical shelf members may be adjusted from one position to another within the frame such that: at least one of the vertical shelf members is adjustable to alter the width of at least one of the slots, and at least one of the horizontal shelf members is adjustable to alter the height of at least one of the slots; and wherein at least one of the horizontal shelf members is adjustable to alter a height of at least one partial width slot in increments that are a multiple of 1/4 of a rack unit. at least one of the vertical shelf members is adjustable to alter the width of at least one of the slots, and at least one of the horizontal shelf members is adjustable to alter the height of at least one of the slots; and wherein at least one of the horizontal shelf members is adjustable to alter a height of at least one partial width slot in increments that are a multiple of 1/4 of a rack unit.
A dental instrument comprising: a pressure wave generator configured to form a liquid jet that creates acoustic energy, the pressure wave generator comprising a positioning member having a channel or lumen along which or through which the liquid jet can propagate, wherein the positioning member has a distal end portion including an impingement surface, on which impingement surface the liquid jet impinges and is deflected back into jets or spray, wherein the positioning member further includes one or more openings proximal of the impingement surface that permit deflected liquid to exit the positioning member and interact with a surrounding environment in a tooth, and wherein said impingement surface is configured to direct said jets or spray towards said one or more openings. a pressure wave generator configured to form a liquid jet that creates acoustic energy, the pressure wave generator comprising a positioning member having a channel or lumen along which or through which the liquid jet can propagate, wherein the positioning member has a distal end portion including an impingement surface, on which impingement surface the liquid jet impinges and is deflected back into jets or spray, wherein the positioning member further includes one or more openings proximal of the impingement surface that permit deflected liquid to exit the positioning member and interact with a surrounding environment in a tooth, and wherein said impingement surface is configured to direct said jets or spray towards said one or more openings.
Device for preparing a beverage from a beverage ingredient contained in a receptacle by driving the receptacle in centrifugation comprising: - a holding part arranged for holding the receptacle in a position enabling it to be driven in rotation along a longitudinal axis of rotation, - a liquid interfacing part arranged for engaging against the receptacle and for supplying water in the receptacle and/or extracting the beverage from the receptacle, - a collecting part for collecting the beverage obtained by the interaction between the ingredient and water in the receptacle, wherein the holding part and the liquid interfacing part are connected together by connection means at least during rotation in such a manner that these parts (8, 16) rotate together with the receptacle during centrifugation, wherein the connection means comprises at least a first engaging surface of one of the holding part or the liquid interfacing part and a second engaging surface of a locking means connected to the other one of the holding part or the liquid interfacing part which are adapted to be engaged in contact together at least during rotation of the device in a manner preventing the holding part and the liquid interfacing part from moving away from each other, at least in the axial direction of rotation, and characterized in that the locking means of the connection means is arranged to be moveably connected to the other one of the parts (8, 16) with at least one degree of freedom at least about a pivoting axis. - a holding part arranged for holding the receptacle in a position enabling it to be driven in rotation along a longitudinal axis of rotation, - a liquid interfacing part arranged for engaging against the receptacle and for supplying water in the receptacle and/or extracting the beverage from the receptacle, - a collecting part for collecting the beverage obtained by the interaction between the ingredient and water in the receptacle,
Dairy animal treatment system with a controllable robot arm which is connected to a control device and is configured for moving an animal treatment device to a part of a dairy animal, and with an object recognition device which is connected to the control device and which comprises a controllable light source, a first 3D-sensor with a two-dimensional arrangement of optical sensors and having a first image field with a first angle of view, and a signal processing device for processing signals supplied by the optical sensors, characterized in that the object recognition device comprises a second 3D-sensor with a two-dimensional arrangement of optical sensors and having a second image field with a second angle of view, and which is positioned at a distance from the first 3D-sensor, in particular at a horizontal distance, wherein a first central line of said first image field and a second central line of said second image field enclose an angle unequal to 0°, wherein the first and second central lines (10, 11) approach each other, in particular substantially intersect, and said angle is at least equal to a largest of said first angle of view and said second angle of view, in particular in the horizontal plane.
Wheel brake, in particular drum brake, with an actuating device and with brake shoes (12, 13) which are connected at one side to the actuating device and at the other side to a support situated opposite the actuating device, the wheel brake having an automatic reverse mechanism, which reduces or eliminates the braking action during reverse driving, and having an automatic readjustment device, which is arranged in the region of the support and which serves for readjustment of the braking action, it being possible for the readjustment device to be deactivated during reverse driving, characterized in that the readjustment device has a transmission element connected to the actuating device.
A power conversion apparatus comprising: a unit converter which includes at least one energy storage element and at least one switching device (202, 203) and which outputs either of a positive or negative voltage and a zero voltage relying on a voltage of the energy storage element by on or off of the switching device; an arm in which one or a plurality of the unit converters are serially connected; a power conversion circuit which includes the arm in plurality and which is capable of converting an alternating current to a direct current or converting a direct current to an alternating current; and a first control device which collectively controls each of the unit converters; characterized by further comprising: a plurality of second control devices which are daisy-chain connected to the first control device; and a plurality of third control devices which are connected to the second control device and each of which controls switching elements/gate drivers (209, 210) of one of the unit converters, wherein a communication frame which is transmitted and received to and from each of the second control devices by the first control device is of a type common to the plurality of second control devices, and wherein the communication frame which is transmitted and received to and from each of the second control devices by the first control device includes common command information to each of the second control devices. a unit converter which includes at least one energy storage element and at least one switching device (202, 203) and which outputs either of a positive or negative voltage and a zero voltage relying on a voltage of the energy storage element by on or off of the switching device; an arm in which one or a plurality of the unit converters are serially connected; a power conversion circuit which includes the arm in plurality and which is capable of converting an alternating current to a direct current or converting a direct current to an alternating current; and a first control device which collectively controls each of the unit converters; a plurality of second control devices which are daisy-chain connected to the first control device; and a plurality of third control devices which are connected to the second control device and each of which controls switching elements/gate drivers (209, 210) of one of the unit converters, wherein a communication frame which is transmitted and received to and from each of the second control devices by the first control device is of a type common to the plurality of second control devices, and wherein the communication frame which is transmitted and received to and from each of the second control devices by the first control device includes common command information to each of the second control devices.
A parallel filter structure for processing a signal, wherein the parallel filter structure comprises a signal input configured to receive a time and value discrete input signal, wherein the parallel filter structure comprises a feed forward equalizer module connected with the signal input for receiving the time and value discrete input signal, wherein the parallel filter structure comprises a decision feedback equalizer module connected with the signal input for receiving the time and value discrete input signal, characterized in that the feed forward equalizer module and the decision feedback equalizer module together form a parallel circuit such that both equalizer modules (26, 28) process the same time and value discrete input signal in parallel.
A medical mouthpiece, comprising: a generally U-shaped member (1110, 2110, 3100, 4110) forming an upper surface (1112, 2112, 3112) configured to contact an upper dentition of a patient spaced apart from a lower surface (1114, 3114) configured to contact a lower dentition of the patient; wherein the U-shaped member forms left and right lateral interocclusal passageways (1116A, 3116, 4116A) extending from an anterior aperture between the upper surface and the lower surface and terminating at separate posterior apertures, the left and right lateral interocclusal passageways being configured to be positioned within lateral interocclusal spaces on opposing sides of an oral cavity of the patient. a generally U-shaped member (1110, 2110, 3100, 4110) forming an upper surface (1112, 2112, 3112) configured to contact an upper dentition of a patient spaced apart from a lower surface (1114, 3114) configured to contact a lower dentition of the patient; wherein the U-shaped member forms left and right lateral interocclusal passageways (1116A, 3116, 4116A) extending from an anterior aperture between the upper surface and the lower surface and terminating at separate posterior apertures, the left and right lateral interocclusal passageways being configured to be positioned within lateral interocclusal spaces on opposing sides of an oral cavity of the patient.
Method of changing the potential value during the electrochemical measurement, wherein in the first cycle of changing the potential value, the first potential value of a formal potential of the tested redox system is applied to the working electrode increased by a value of the first of the series of amplitudes, the duration of the first applied potential results from the first of the series of frequencies applied, the value of the second return pulse results from the potential reduced by the value of the first of the series of amplitudes, then in the second cycle of change, the value of the potential is changed analogously, but the value of the amplitude used is another of the series, while the change of the duration of the application of the potential is based on the next series of frequency values, in the next stage successive cycles of potential changes are realized analogously exhausting the previously planned series of values of amplitude and frequency, the intensity of the current flowing through the circuit is measured each time at the end of the duration of the applied values of the potential, wherein the amplitude values are selected from the range 5-250 mV and the frequency values are selected from the range 1-1000 Hz, and wherein the first value taken from those ranges are most preferably lowest or highest one, the number of cycles is from 5 to 1000, most preferably 50 and the range order is ascending or descending, independently of each other.
An information processing method in a communications system comprising: determining a redundancy version transmission sequence, wherein the determined redundancy version transmission sequence is one of a plurality of redundancy version transmission sequences, wherein the plurality of redundancy version transmission sequences comprises: {0, 0, 0, 0}, {0, 3, 0, 3}, or {0, 2, 3, 1}; determining a transmission number; determining a redundancy version based on the determined redundancy version transmission sequence and the transmission number to obtain an output bit sequence from a starting position in a buffer sequence, wherein the buffer sequence comprises N CB bits from a bit sequence D, wherein the bit sequence D is a low density parity check, LDPC, encoded sequence; and sending the output bit sequence; wherein a starting position number rvidx of the output bit sequence loops in a sequence of 0 and 3 in the buffer sequence; wherein the first transmitted redundancy version is redundancy version 0, and a starting position of the redundancy version 0 in the buffer sequence is 0; and wherein in a case that the transmitted redundancy version is redundancy version 3, a starting position of the redundancy version 3 in the buffer sequence is 56z, wherein N CB = 66z, z is a lifting size; or a starting position of the redundancy version 3 in the buffer sequence is 43z, wherein N CB =50z, z is a lifting size. determining a redundancy version transmission sequence, wherein the determined redundancy version transmission sequence is one of a plurality of redundancy version transmission sequences, wherein the plurality of redundancy version transmission sequences comprises: {0, 0, 0, 0}, {0, 3, 0, 3}, or {0, 2, 3, 1}; determining a transmission number; determining a redundancy version based on the determined redundancy version transmission sequence and the transmission number to obtain an output bit sequence from a starting position in a buffer sequence, wherein the buffer sequence comprises N CB bits from a bit sequence D, wherein the bit sequence D is a low density parity check, LDPC, encoded sequence; and sending the output bit sequence; determining a redundancy version based on the determined redundancy version transmission sequence and the transmission number to obtain an output bit sequence from a starting position in a buffer sequence, wherein the buffer sequence comprises N CB bits from a bit sequence D, wherein the bit sequence D is a low density parity check, LDPC, encoded sequence; and sending the output bit sequence; wherein the first transmitted redundancy version is redundancy version 0, and a starting position of the redundancy version 0 in the buffer sequence is 0; and wherein in a case that the transmitted redundancy version is redundancy version 3, a starting position of the redundancy version 3 in the buffer sequence is 56z, wherein N CB = 66z, z is a lifting size; or a starting position of the redundancy version 3 in the buffer sequence is 43z, wherein N CB =50z, z is a lifting size.
Closure sequence regulation system for a double-leaf door having a standing leaf and a passage leaf, having a door closer formed as an overhead slide arm door closer for the passage leaf and a door closer also formed as an overhead slide arm door closer for the standing leaf, wherein the slide arms (21g, 31s) of the slide arm door closers are each guided via a slide element (22g, 32s) in a slide rail, and a control device that is able to be actuated depending on the position of the standing leaf and being connected to a blocking device for blocking a closing movement of the passage leaf, in order to ensure a correct closure sequence, in which first the standing leaf and then the passage leaf reaches the closed position, and the slide arm of the standing leaf door closer has an actuation element in the region of its free end, said actuation element interacting with the control device to release the blocking of the closing movement of the passage leaf, characterised in that the actuation element is connected to the free end of the slide arm and interacts with a trigger lever of the control device via a roller, by the roller rolling off a roll-off surface when releasing the blocking of the passage leaf, and this roll-off surface is arranged on the trigger lever or on the actuation element.
Method for generating signals for influencing the movement of a vehicle body, whose movement sequences can be open-loop or closed-loop controlled, of a motor vehicle, wherein the movement of the vehicle body is determined by sensor, the sensor signals corresponding to the determined sensor values are fed to a shock absorber controller, and the shock absorber controller supplies at least one control signal for actuating actuators, in particular semi-active or active shock absorbers, by means of which the movement of the vehicle body can be influenced, characterized in that the movement of the vehicle body at at least three points on the vehicle body is measured and the movement of the vehicle body at at least one further point is computed from the measured at least three measurement signals, the x and y position coordinates of said further point being known and the further point being the position of a driver's seat.
A method of forming a plurality of ZnO nanostructures for a field emission cathode, the method comprising the steps of: - providing a growth substrate; - providing a growth solution comprising a Zn-based growth agent, said growth solution having a pre-defined initial pH-value at room temperature; - arranging said growth substrate in said growth solution; - increasing said pH value of said growth solution to reach a nucleation phase forming nucleation sites on said substrate; - decreasing said pH value to transition from said nucleation phase to a growth phase; - growing said nanostructures for a predetermined growth-time; and - increasing said pH value to transition from said growth phase to a tip-formation phase, wherein - the step of increasing said pH value to initiate a nucleation phase comprises heating said growth solution to a first temperature from room temperature using a fixed temperature ramping rate, the temperature ramping rate selected based on the initial pH-value and an initial zinc concentration of the Zn-based growth agent at room temperature, - the step of increasing said pH value to transition from said growth phase to said tip-formation phase comprises decreasing said temperature of said growth solution to a second temperature, lower than said first temperature, wherein the temperature is kept at the second temperature for a set amount of time until a desired tapered tip shape is reached, and the second temperature is 70°C. - providing a growth substrate; - providing a growth solution comprising a Zn-based growth agent, said growth solution having a pre-defined initial pH-value at room temperature; - arranging said growth substrate in said growth solution; - increasing said pH value of said growth solution to reach a nucleation phase forming nucleation sites on said substrate; - decreasing said pH value to transition from said nucleation phase to a growth phase; - growing said nanostructures for a predetermined growth-time; and - increasing said pH value to transition from said growth phase to a tip-formation phase, wherein - the step of increasing said pH value to initiate a nucleation phase comprises heating said growth solution to a first temperature from room temperature using a fixed temperature ramping rate, the temperature ramping rate selected based on the initial pH-value and an initial zinc concentration of the Zn-based growth agent at room temperature, - the step of increasing said pH value to transition from said growth phase to said tip-formation phase comprises decreasing said temperature of said growth solution to a second temperature, lower than said first temperature,
A system for treating a neural site in a body comprising: a therapeutic substance; a catheter comprising a lumen coupled to at least one delivery tip; a controller configured to project the at least one delivery tip outwards from the catheter into a treatment site within the body upon deployment and to deliver a bolus of the therapeutic substance through the lumen and the at least one delivery tip during use; wherein the at least one delivery tip comprises at least one of one or more electrodes (1720; 1780) and one or more sensors, the one or more electrodes being configured to monitor a margin of migration of the bolus of the therapeutic substance delivered through the lumen into the treatment site. a therapeutic substance; a catheter comprising a lumen coupled to at least one delivery tip; a controller configured to project the at least one delivery tip outwards from the catheter into a treatment site within the body upon deployment and to deliver a bolus of the therapeutic substance through the lumen and the at least one delivery tip during use; wherein the at least one delivery tip comprises at least one of one or more electrodes (1720; 1780) and one or more sensors, the one or more electrodes being configured to monitor a margin of migration of the bolus of the therapeutic substance delivered through the lumen into the treatment site.