mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device to access a communications network, wherein the wireless device is associated with a coverage class from a set of ranked coverage classes, the method comprising: obtaining a network access configuration for the set of ranked coverage classes from the communications network; initiating network access to the communications network by transmitting a preamble sequence for random access on a physical random access channel, PRACH, wherein said network access is initiated during a starting opportunity related to the coverage class of the wireless device; and among possible starting opportunities that may be used by a higher ranked coverage class according to the network access configuration, backing off from any possible starting opportunity of the coverage class of the wireless device having PRACH resources that collide with PRACH resources of a possible starting opportunity of the higher ranked coverage class. obtaining a network access configuration for the set of ranked coverage classes from the communications network; initiating network access to the communications network by transmitting a preamble sequence for random access on a physical random access channel, PRACH, wherein said network access is initiated during a starting opportunity related to the coverage class of the wireless device; and among possible starting opportunities that may be used by a higher ranked coverage class according to the network access configuration, backing off from any possible starting opportunity of the coverage class of the wireless device having PRACH resources that collide with PRACH resources of a possible starting opportunity of the higher ranked coverage class.
An electromagnetic valve device comprising armature means (12, 14), which are movable along an axial direction for actuating a valve gate assembly group in reaction to energizing stationary coil means, and which are accommodated in an actuator housing (17, 19, 20, 22) preferably as a component unit and/or module in conjunction with the coil means and stationary core means and take up an inserted and/or retracted armature position (Fig. 1) in an unenergized state of the coil means, said valve gate assembly group, which is guided in a valve housing, being realized at one axial end for a contacting interaction, which cannot endure tensile load, with the armature means and being realized such that a fluid path from a first fluid port of the valve housing to a second fluid port of the valve housing can be opened or blocked depending on an axial position of the valve gate assembly group, wherein the valve housing comprises at least one axially fluid-conducting channel section on the interior so as to interact with the valve gate assembly group guided therein, in particular at the axial end side opposite to the armature means, said channel section being realized such that the valve gate assembly group blocks the fluid path in the axial position of the valve gate assembly group corresponding to the inserted or retracted armature position and the valve gate assembly group opens the fluid path via the flow-conducting channel section in an axial position of the valve gate assembly group moved out of the inserted or retracted armature position, wherein the fluid-conducting channel section is realized as a plurality of individual channel sections preferably evenly dispersed around the inner circumference in a hollow-cylindrical area of the valve housing, characterized in that the individual channel sections are formed into the valve housing in a tapered manner with respect to the longitudinal section in the direction of the armature means.
A vehicle control device having an operating and display device for executing control functions on the vehicle, wherein a first holder and a second holder, which are detachably connectable to the operating and display device on their right side and their left side, specifically by means of a first positioning and connection device assigned to their right side and a second positioning and connection device assigned to their left side, characterized in that the operating and display device is mountable by means of the holders (34, 74) at two display angles (α, β) differing from each other, specifically by interchanging the two holders (34, 74). characterized in that the operating and display device is mountable by means of the holders (34, 74) at two display angles (α, β) differing from each other, specifically by interchanging the two holders (34, 74).
A neutral grounding resistor monitor assembly, comprising: a sense resistor circuit, a neutral grounding resistor having a ground end and a non-ground end, the sense resistor circuit having an output, arranged to connect to the non-ground end of the neutral grounding resistor; an injection signal generator, arranged to connect to the non-ground end of the neutral grounding resistor, the injection signal generator being arranged to generate an alternating current signal; and an injection capacitor, the injection capacitor comprising a first electrode coupled to receive a signal from the injection signal generator, and a second electrode, arranged to connect to the non-ground end of the neutral grounding resistor, wherein the injection capacitor comprises: a printed circuit board body; a first conductive trace, disposed on a first surface of the printed circuit board body, and covering a majority of the first surface; and a second conductive trace, disposed on a second surface of the printed circuit board body, and covering a majority of the second surface, opposite the first surface. a sense resistor circuit, a neutral grounding resistor having a ground end and a non-ground end, the sense resistor circuit having an output, arranged to connect to the non-ground end of the neutral grounding resistor; an injection signal generator, arranged to connect to the non-ground end of the neutral grounding resistor, the injection signal generator being arranged to generate an alternating current signal; and an injection capacitor, the injection capacitor comprising a first electrode coupled to receive a signal from the injection signal generator, and a second electrode, arranged to connect to the non-ground end of the neutral grounding resistor, wherein the injection capacitor comprises: a printed circuit board body; a first conductive trace, disposed on a first surface of the printed circuit board body, and covering a majority of the first surface; and a second conductive trace, disposed on a second surface of the printed circuit board body, and covering a majority of the second surface, opposite the first surface.
A user terminal device, comprising: a display configured to display a screen including an object, the object comprising a widget or an icon which corresponds to a program; a detector configured to detect a user drawing input; a controller configured to perform a function based on the user drawing input; characterised in that: the user drawing input is input on the object or in an area surrounding the object; and when the user drawing input is detected while a predetermined condition is satisfied, the controller is configured to execute the program corresponding to the object and display a screen where the user drawing input is processed as an input of the program on the display; and configured to change the screen by page unit according to a direction of the user drawing input, when the user drawing input is detected while the predetermined condition is not satisfied, wherein the predetermined condition is based on the user drawing input and/or further user input. a display configured to display a screen including an object, the object comprising a widget or an icon which corresponds to a program; a detector configured to detect a user drawing input; a controller configured to perform a function based on the user drawing input; characterised in that: the user drawing input is input on the object or in an area surrounding the object; and when the user drawing input is detected while a predetermined condition is satisfied, the controller is configured to execute the program corresponding to the object and display a screen where the user drawing input is processed as an input of the program on the display; and configured to change the screen by page unit according to a direction of the user drawing input, when the user drawing input is detected while the predetermined condition is not satisfied, wherein the predetermined condition is based on the user drawing input and/or further user input. the user drawing input is input on the object or in an area surrounding the object; and when the user drawing input is detected while a predetermined condition is satisfied, the controller is configured to execute the program corresponding to the object and display a screen where the user drawing input is processed as an input of the program on the display; and configured to change the screen by page unit according to a direction of the user drawing input, when the user drawing input is detected while the predetermined condition is not satisfied, wherein the predetermined condition is based on the user drawing input and/or further user input.
A control device for an electronic musical instrument, the electronic musical instrument comprising: a performance operant; a musical tone processing circuit configured for processing a musical tone signal according to an operation of the performance operant; an output jack configured to connect the musical tone signal to an amplifier; a phone jack configured to connect the musical tone signal to a phone; a USB jack configured to connect to a USB cable; and a switch configured for turning power supply of the electronic musical instrument ON or OFF; the control device being characterized in comprising: a control circuit configured to determine whether power supply is necessary and select power supplied to the electronic musical instrument from among first, second and third power based on: information indicating each power receiving state of the first power supplied via an AC adapter, the second power supplied via the USB cable, and the third power supplied from a battery, information indicating whether an output plug is inserted into the output jack, a phone plug is inserted into the phone jack, the USB cable is connected to the USB jack, and an ON or OFF operation of the switch is performed, and information indicating a power supply ON or OFF state of the electronic musical instrument. a performance operant; a musical tone processing circuit configured for processing a musical tone signal according to an operation of the performance operant; an output jack configured to connect the musical tone signal to an amplifier; a phone jack configured to connect the musical tone signal to a phone; a USB jack configured to connect to a USB cable; and a switch configured for turning power supply of the electronic musical instrument ON or OFF; the control device being characterized in comprising: a control circuit configured to determine whether power supply is necessary and select power supplied to the electronic musical instrument from among first, second and third power based on: information indicating each power receiving state of the first power supplied via an AC adapter, the second power supplied via the USB cable, and the third power supplied from a battery, information indicating whether an output plug is inserted into the output jack, a phone plug is inserted into the phone jack, the USB cable is connected to the USB jack, and an ON or OFF operation of the switch is performed, and information indicating a power supply ON or OFF state of the electronic musical instrument. information indicating each power receiving state of the first power supplied via an AC adapter, the second power supplied via the USB cable, and the third power supplied from a battery, information indicating whether an output plug is inserted into the output jack, a phone plug is inserted into the phone jack, the USB cable is connected to the USB jack, and an ON or OFF operation of the switch is performed, and information indicating a power supply ON or OFF state of the electronic musical instrument.
An engine system with a water-emulsion fuel drain recycling device, comprising: a circulation line in which a water-emulsion fuel obtained by mixing fuel oil and water with a mixer circulates; a fuel injection pump apparatus connected to the circulation line and including a fuel inlet through which the water-emulsion fuel is supplied from the circulation line, a fuel outlet through which the water-emulsion fuel is returned to the circulation line, a discharge port through which the water-emulsion fuel supplied through the fuel inlet is injected, and a drain port through which a water-emulsion fuel drain that has served as lubricating oil is discharged; an engine main body to which the water-emulsion fuel is supplied through the discharge port of the fuel injection pump apparatus; a water-emulsion fuel drain storage tank configured to store the water-emulsion fuel drain discharged through the drain port of the fuel injection pump apparatus; a return line through which the water-emulsion fuel drain stored in the water-emulsion fuel drain storage tank is returned to the circulation line; and a drain injection pump connected to the return line. a circulation line in which a water-emulsion fuel obtained by mixing fuel oil and water with a mixer circulates; a fuel injection pump apparatus connected to the circulation line and including a fuel inlet through which the water-emulsion fuel is supplied from the circulation line, a fuel outlet through which the water-emulsion fuel is returned to the circulation line, a discharge port through which the water-emulsion fuel supplied through the fuel inlet is injected, and a drain port through which a water-emulsion fuel drain that has served as lubricating oil is discharged; an engine main body to which the water-emulsion fuel is supplied through the discharge port of the fuel injection pump apparatus; a water-emulsion fuel drain storage tank configured to store the water-emulsion fuel drain discharged through the drain port of the fuel injection pump apparatus; a return line through which the water-emulsion fuel drain stored in the water-emulsion fuel drain storage tank is returned to the circulation line; and a drain injection pump connected to the return line.
Device for transmitting a haptically perceptible signal to a steering shaft of a vehicle, having a hydraulic circuit comprising a pump, a fluid line and a controllable throttle element, wherein the pump, which is coupled in terms of motion to the steering shaft, conveys a fluid in the circuit when the steering shaft rotates, wherein the throttle element is designed to generate a continuous increase and decrease in size of a cross section of the fluid line and thus an alternating change in a flow resistance, wherein the throttle element is connected to a control device by means of which the throttle element can be controlled in cyclic fashion.
Native, unmodified RS type 2 resistant potato starch having a resistant starch content of at least 60% for use in the treatment of a human for one of the following: a) increasing High Density Lipoprotein plasma levels, b) decreasing blood glucose levels, c) decreasing insulin resistance, comprising administering to said human an effective amount of resistant potato starch on a regular schedule or regimen, wherein the effective amount is between 0.25 and 40 g, preferably between 0.5 and 40 g and more preferably between 0.5 and 30 g. a) increasing High Density Lipoprotein plasma levels, b) decreasing blood glucose levels, c) decreasing insulin resistance,
Radar fill level measurement device for fill level measurement or for recording the topology of a filling material surface in a container, comprising: a printed circuit board having a first layer and a second layer; a first radar chip and a second radar chip that are each arranged on the first layer; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit; a high-frequency line arrangement that is configured to transmit the high-frequency signal from the first synchronization circuit to the second synchronization circuit for synchronizing the two radar chips; wherein the high-frequency line arrangement comprises a first conductive track on the first layer, a second conductive track on the first layer and a high-frequency line (1301, 1001) arranged therebetween on the second layer and connected, by means of a first via, to the first conductive track and to the second conductive track. a printed circuit board having a first layer and a second layer; a first radar chip and a second radar chip that are each arranged on the first layer; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit; a high-frequency line arrangement that is configured to transmit the high-frequency signal from the first synchronization circuit to the second synchronization circuit for synchronizing the two radar chips; wherein the high-frequency line arrangement comprises a first conductive track on the first layer, a second conductive track on the first layer and a high-frequency line (1301, 1001) arranged therebetween on the second layer and connected, by means of a first via, to the first conductive track and to the second conductive track.
A forgery prevention structure provided in or on a medium for authenticating the medium, the forgery prevention structure comprising: an anisotropic resonator (231, 232) that resonates in response to being irradiated with a first terahertz electromagnetic wave at a first frequency, a transmissivity of the first terahertz electromagnetic wave changes with a polarization direction of the first terahertz electromagnetic wave; and an isotropic resonator that resonates in response to be irradiated with a second terahertz electromagnetic wave at a second frequency, a transmissivity of the second terahertz electromagnetic wave does not change with a polarization direction of the second terahertz electromagnetic wave. an anisotropic resonator (231, 232) that resonates in response to being irradiated with a first terahertz electromagnetic wave at a first frequency, a transmissivity of the first terahertz electromagnetic wave changes with a polarization direction of the first terahertz electromagnetic wave; and an isotropic resonator that resonates in response to be irradiated with a second terahertz electromagnetic wave at a second frequency, a transmissivity of the second terahertz electromagnetic wave does not change with a polarization direction of the second terahertz electromagnetic wave.
A pump assembly comprising: a pump housing comprising an axially extending opening and at least one housing bore extending generally radially from said opening; at least one intermediate element each received for reciprocating sliding motion in a respective housing bore and comprising an internal chamber region; at least one pump head comprising a pump bore having a blind end and secured to said pump housing; an elongate plunger element in each chamber region driveable in use via a respective intermediate element, and comprising a first end region that pressurises fluid in a pumping chamber provided by a respective pump bore, and a further end region; a cam and/or cam rider element in said axially extending opening having an inner surface adapted to cooperate with a cam driveshaft and, an outer surface co-operable with a drive surface of said intermediate element, characterized in that the pump further comprises at least one resilient spring seat member generally disc-like with a concave profile on an underside enabled to flex and arranged at a further end region of the plunger element that biases the further end region away from a contact region of the intermediate element during a portion of a cycle of motion of the plunger element to thereby provide a fluid communication path between an abutment surface of the further end region and said contact region. a pump housing comprising an axially extending opening and at least one housing bore extending generally radially from said opening; at least one intermediate element each received for reciprocating sliding motion in a respective housing bore and comprising an internal chamber region; at least one pump head comprising a pump bore having a blind end and secured to said pump housing; an elongate plunger element in each chamber region driveable in use via a respective intermediate element, and comprising a first end region that pressurises fluid in a pumping chamber provided by a respective pump bore, and a further end region; a cam and/or cam rider element in said axially extending opening having an inner surface adapted to cooperate with a cam driveshaft and, an outer surface co-operable with a drive surface of said intermediate element, characterized in that the pump further comprises at least one resilient spring seat member generally disc-like with a concave profile on an underside enabled to flex and arranged at a further end region of the plunger element that biases the further end region away from a contact region of the intermediate element during a portion of a cycle of motion of the plunger element to thereby provide a fluid communication path between an abutment surface of the further end region and said contact region.
A compressor assembly for use with a turbine engine assembly, said compressor assembly comprising: at least one flange coupled to at least one stator ring via at least one fastener sized to extend through at least one stator ring opening; and a shield assembly coupled to said at least one stator ring, said shield assembly comprises a downstream surface, a retaining portion, and a contoured upstream surface extending from said downstream surface to said retaining portion; characterized in that: said shield assembly comprises a first arcuate member and a second arcuate member coupled together, wherein said first arcuate member comprises at least one retaining slot defined therein, wherein said second arcuate member further comprises an aperture extending therethrough, wherein said first arcuate member is coupled to said at least one stator ring opening, and wherein said second arcuate member is coupled to at least one retainer extending through said at least one stator ring. at least one flange coupled to at least one stator ring via at least one fastener sized to extend through at least one stator ring opening; and a shield assembly coupled to said at least one stator ring, said shield assembly comprises a downstream surface, a retaining portion, and a contoured upstream surface extending from said downstream surface to said retaining portion; characterized in that: said shield assembly comprises a first arcuate member and a second arcuate member coupled together, wherein said first arcuate member comprises at least one retaining slot defined therein, wherein said second arcuate member further comprises an aperture extending therethrough, wherein said first arcuate member is coupled to said at least one stator ring opening, and wherein said second arcuate member is coupled to at least one retainer extending through said at least one stator ring. said shield assembly comprises a first arcuate member and a second arcuate member coupled together, wherein said first arcuate member comprises at least one retaining slot defined therein, wherein said second arcuate member further comprises an aperture extending therethrough, wherein said first arcuate member is coupled to said at least one stator ring opening, and wherein said second arcuate member is coupled to at least one retainer extending through said at least one stator ring.