mhurhangee/ep-ind-claims huggingface dataset:
Process to initiate and perform automatic braking of a vehicle in order to avoid a collision or to reduce the force of the impact with an obstacle, the aforementioned process includes the following stages: - detection of an obstacle found within the detection zone via the intermediary of a detection module including at least a measurement sensor (11, 12); - verification for implementing all the conditions for starting automatic braking (320, 410, 420, 430, 440, 470); - transmission of an order to apply a determined braking force (Fe, Fr) to a deceleration module which is fitted to the said vehicle (340, 480); - application of the said braking force (Fe, Fr) to the said vehicle by the said deceleration module; the said process being characterised in that it involves the previous verification stage (320, 410, 420, 430, 440, and 470) a stage for selecting the type of automatic braking to be considered, this selection stage consisting of: - when the instantaneous speed (Vc) of the said vehicle is less than or equal to a first threshold value, to opt for automatic avoidance braking during which a variable braking force is applied (Fe) to the said vehicle, or - when the instantaneous speed (Vc) of the said vehicle is greater than the aforementioned threshold value to opt for automatic braking to reduce the speed of impact during which a predefined (Fr) braking force, less than or equal to the aforesaid variable braking force (Fe) is applied to the said vehicle. - detection of an obstacle found within the detection zone via the intermediary of a detection module including at least a measurement sensor (11, 12); - verification for implementing all the conditions for starting automatic braking (320, 410, 420, 430, 440, 470); - transmission of an order to apply a determined braking force (Fe, Fr) to a deceleration module which is fitted to the said vehicle (340, 480); - application of the said braking force (Fe, Fr) to the said vehicle by the said deceleration module; the said process being characterised in that it involves the previous verification stage (320, 410, 420, 430, 440, and 470) a stage for selecting the type of automatic braking to be considered, this selection stage consisting of: - when the instantaneous speed (Vc) of the said vehicle is less than or equal to a first threshold value, to opt for automatic avoidance braking during which a variable braking force is applied (Fe) to the said vehicle, or - when the instantaneous speed (Vc) of the said vehicle is greater than the aforementioned threshold value to opt for automatic braking to reduce the speed of impact during which a predefined (Fr) braking force, less than or equal to the aforesaid variable braking force (Fe) is applied to the said vehicle.
A method performed by a mission critical, MC, gateway, GW, user equipment, UE, supporting a multimedia broadcast multicast services, MBMS, in a wireless communication system, the method comprising: receiving, from an MC client, an MC GW MBMS bearer announcement including MBMS bearer related information; storing information associated with at least one temporary mobile group identity, TMGI; activating a monitoring of an MBMS bearer based on the at least one TMGI and other MBMS bearer related information; transmitting, to the MC client, an MC GW MBMS listening status report including non-3rd generation partnership project, 3GPP, transport resources related parameters, wherein transport resources are established between the MC client and the MC GW UE based on the non-3GPP transport resources related parameters; receiving, from an MC service server, MC service data over the MBMS bearer; and forwarding, to the MC client, the MC service data over the transport resources, wherein the MC client resides on a non-3GPP device. receiving, from an MC client, an MC GW MBMS bearer announcement including MBMS bearer related information; storing information associated with at least one temporary mobile group identity, TMGI; activating a monitoring of an MBMS bearer based on the at least one TMGI and other MBMS bearer related information; transmitting, to the MC client, an MC GW MBMS listening status report including non-3rd generation partnership project, 3GPP, transport resources related parameters, wherein transport resources are established between the MC client and the MC GW UE based on the non-3GPP transport resources related parameters; receiving, from an MC service server, MC service data over the MBMS bearer; and forwarding, to the MC client, the MC service data over the transport resources, wherein the MC client resides on a non-3GPP device.
Sleeve seal for sealing a cable connection region of LED-strips against moisture, comprising: a sleeve housing which comprises a rectangular cross-section and is displaceably positionable over a cable connection region; and a sealing element for sealing the sleeve housing against moisture, which comprises a sealing opening rectangular in cross section, in which the LED-strip is insertable. a sleeve housing which comprises a rectangular cross-section and is displaceably positionable over a cable connection region; and a sealing element for sealing the sleeve housing against moisture, which comprises a sealing opening rectangular in cross section, in which the LED-strip is insertable.
A temperature control device for controlling a temperature of a temperature control target to which heat propagates from a heater by supplying power to the heater via a control signal for controlling conduction to the heater, characterized by the device comprising a control circuit configured to: estimate the temperature of the temperature control target based on the control signal and a capacitor-resistor circuit in which heat capacitance of the temperature control target is replaced by a capacitor and resistance of heat transmission is replaced by a resistor; and cause the control signal to be supplied to the heater based on a temperature estimation result and a temperature detection result of the temperature control target by a temperature sensor. estimate the temperature of the temperature control target based on the control signal and a capacitor-resistor circuit in which heat capacitance of the temperature control target is replaced by a capacitor and resistance of heat transmission is replaced by a resistor; and cause the control signal to be supplied to the heater based on a temperature estimation result and a temperature detection result of the temperature control target by a temperature sensor.
Method for producing a cylindrical screen device with a plurality of profiled bars, in which a plurality of annular, spaced-apart bar holders extending perpendicularly to the cylinder axis are provided on the outer side with open-edge recesses whose shape corresponds to the bar feet of the profiled bars in a substantially complementary manner and which are slightly larger than the bar feet, and in which the profiled bars are inserted into the recesses parallel to one another and parallel to the cylinder axis, wherein the profiled bars are pressed into the recesses via forces acting radially on the profiled bars from outside until a form fit is produced, wherein the radial pressing occurs via a plurality of punches which act radially on the profiled bars from outside, characterized in that the punches are arranged so as to be distributed over the circumference of the bar holders.
Process for the preparation of substituted biphenyls of the formula in which X 1 is selected from halogen atoms and linear or branched C 1-12 -alkyl groups; X 2 is selected from halogen atoms; n is 0, 1 or 2; m is 1, 2, 3, 4 or 5; R 1 is selected from the group consisting of amino (NHR 2), nitro (NO 2), amide groups (R 2 - -NH-) or Schiff's bases (R 3 R 4 C=N-), R 2, R 3 and R 4 are selected from linear or branched C 1 - 12 -alkyl groups or cyclic C 3-8 -alkyl groups, benzyl groups, benzoyl groups, pyrazolyl groups of the formula (Ia), pyridyl groups of the formula (Ib) R 5 is a linear or branched C 1-12 -alkyl group or a C 1-6 -haloalkyl group having 1 to 6 halogen atoms; by reacting aryl halides of the formula in which Hal is selected from bromine, chlorine and iodine, R 1, X 1 and n correspond to the above definitions; in the presence of a base and of a palladium catalyst in a solvent, with tetraarylborates of the formula in which X 2 and m correspond to the above definitions and M q+ is a cation which is selected from ammonium (q=1), alkali metal (q=1) and alkaline earth metal cations (q=2). X 1 is selected from halogen atoms and linear or branched C 1-12 -alkyl groups; X 2 is selected from halogen atoms; n is 0, 1 or 2; m is 1, 2, 3, 4 or 5; R 1 is selected from the group consisting of amino (NHR 2), nitro (NO 2), amide groups (R 2 - -NH-) or Schiff's bases (R 3 R 4 C=N-), R 2, R 3 and R 4 are selected from linear or branched C 1 - 12 -alkyl groups or cyclic C 3-8 -alkyl groups, benzyl groups, benzoyl groups, pyrazolyl groups of the formula (Ia), pyridyl groups of the formula (Ib) R 5 is a linear or branched C 1-12 -alkyl group or a C 1-6 -haloalkyl group having 1 to 6 halogen atoms; Hal is selected from bromine, chlorine and iodine, R 1, X 1 and n correspond to the above definitions; X 2 and m correspond to the above definitions and M q+ is a cation which is selected from ammonium (q=1), alkali metal (q=1) and alkaline earth metal cations (q=2).
A powder injection apparatus, comprising: a shroud attachable to an outlet nozzle of a thermal spray apparatus, in particular a plasma gun, wherein the shroud comprises: a substantially smooth and continuous inner wall defining a bowl through which a plume, in particular a plasma plume of the thermal spray apparatus travels, and at least one port in the inner wall structured and arranged to receive a powder injection nozzle that injects powder into the plume, characterized in that the bowl has a circular bottom interior surface and a cylindrical side surface connected at the perimeter of the bottom surface by a curved surface having a radius of curvature (r), wherein the at least one port is arranged at the cylindrical side surface, and a diameter (d) of the continuous inner wall range from 15 mm to 25 mm, and a length (l) of the continuous inner wall range from 10 mm to 30 mm, and the radius of curvature (r) is normally half the value of the diameter (d), in particular the radius (r) range from 6 mm to 15 mm. a substantially smooth and continuous inner wall defining a bowl through which a plume, in particular a plasma plume of the thermal spray apparatus travels, and at least one port in the inner wall structured and arranged to receive a powder injection nozzle that injects powder into the plume, characterized in that the bowl has a circular bottom interior surface and a cylindrical side surface connected at the perimeter of the bottom surface by a curved surface having a radius of curvature (r), wherein the at least one port is arranged at the cylindrical side surface, and a diameter (d) of the continuous inner wall range from 15 mm to 25 mm, and a length (l) of the continuous inner wall range from 10 mm to 30 mm, and the radius of curvature (r) is normally half the value of the diameter (d), in particular the radius (r) range from 6 mm to 15 mm.
An electrostatic chuck (100,205,300,315) for use in semiconductor processing of a substrate, comprising a plate assembly (301,319) having a top plate layer (305,316) of sapphire and a lower plate layer (304,317) of a ceramic, said plate assembly having a periphery and a hermetically sealed aluminum joint (306,321) of metallic aluminum at greater than 89% by weight capable of withstanding corrosive processing chemistries in a semiconductor processing environment between the top plate layer and the lower plate layer at the periphery and a clamping electrode (307,310,323) disposed between the top plate layer and the lower plate layer for providing Johnsen-Rahbek clamping of the substrate to the plate assembly at temperatures over 450C, wherein said clamping electrode (307, 310, 323) is of metallic aluminum at greater than 89% by weight.
An LED illumination fixture for use as a downlight with a fixture housing stored in an open portion of a ceiling comprising: an LED unit with LEDs (2a-2d) mounted on a mounting substrate; a heat dissipating part for dissipating heat generated in the LED unit; a metal plate attached to the heat dissipating part; and a power source unit attached to the metal plate, characterized in that: the power source unit has a plurality of switching power sources each having a same configuration, the first switching power source comprising an inductor, a switching element, a diode, a current detecting resistor, a control part, wherein the control part is a control IC for the switching power source and controls current through the LEDs (2a to 2d) by controlling the on/off time of the switching element while monitoring current through the current detecting resistor, wherein the power source unit comprises an input filter circuit connected to a commercial AC power source and a rectifier circuit connected to the input filter circuit, the input filter circuit and the rectifier circuit being shared by the plurality of the switching power sources. an LED unit with LEDs (2a-2d) mounted on a mounting substrate; a heat dissipating part for dissipating heat generated in the LED unit; a metal plate attached to the heat dissipating part; and a power source unit attached to the metal plate, characterized in that: the power source unit has a plurality of switching power sources each having a same configuration, the first switching power source comprising an inductor, a switching element, a diode, a current detecting resistor, a control part, wherein the control part is a control IC for the switching power source and controls current through the LEDs (2a to 2d) by controlling the on/off time of the switching element while monitoring current through the current detecting resistor, wherein the power source unit comprises an input filter circuit connected to a commercial AC power source and a rectifier circuit connected to the input filter circuit, the input filter circuit and the rectifier circuit being shared by the plurality of the switching power sources. the power source unit has a plurality of switching power sources each having a same configuration, the first switching power source comprising an inductor, a switching element, a diode, a current detecting resistor, a control part, wherein the control part is a control IC for the switching power source and controls current through the LEDs (2a to 2d) by controlling the on/off time of the switching element while monitoring current through the current detecting resistor, wherein the power source unit comprises an input filter circuit connected to a commercial AC power source and a rectifier circuit connected to the input filter circuit, the input filter circuit and the rectifier circuit being shared by the plurality of the switching power sources.
A device for manipulating at least one electronic control unit, ECU, connected to a controller area network, CAN, bus, the ECU comprising at least one ECU error counter, the device operatively in communication with the CAN bus, the device further comprising: a. at least one bit stream generation module, BSGM, operably in communication with at least the CAN bus, configured to generate at least one bit stream destined to at least one ECU; and b. at least one tolerance module, operably in communication with the CAN bus and with the at least one BSGM, configured to set tolerance rules according to: predetermined data, data learned over time, data updated in real time, and any combination thereof; wherein the device is configured to manipulate at least one of three ECU status states, as determined by the ECU error counter and by querying the ECU status state, by transmitting at least one bit stream destined to the ECU, according to the set tolerance rules, wherein the three status states comprise an error active status defined as a state when the ECU is fully functional, an error passive status defined as a state when the ECU is restricted from sending error active frames, and a bus off status defined as a state when the ECU does not transmit any messages on the bus; and wherein the device is configured to affect the at least one ECU error counter by: lowering the ECU error count, elevating the ECU error count, maintaining a predetermined error count, resetting the ECU error count, and any combination thereof. a. at least one bit stream generation module, BSGM, operably in communication with at least the CAN bus, configured to generate at least one bit stream destined to at least one ECU; and b. at least one tolerance module, operably in communication with the CAN bus and with the at least one BSGM, configured to set tolerance rules according to: predetermined data, data learned over time, data updated in real time, and any combination thereof;
A method for controlling equalization delay in a passive optical network, PON, comprising: determining, by an optical line termination, OLT, (104, 210), that a maximum distance between any one of a plurality of first nodes in said PON and a second node in said PON has changed; and transmitting an equalization delay change message to said plurality of first nodes, wherein said equalization delay change message is a single message broadcasted to all of said plurality of first nodes and comprises an equalization delay delta value representing the change between the originally calculated zero-distance equalization delay and the new zero-distance equalization delay based upon a new farthest optical network unit, ONU (112, 118, 202, 206), wherein said first nodes are ONUs/optical network terminations, ONTs, and said second node is the OLT. determining, by an optical line termination, OLT, (104, 210), that a maximum distance between any one of a plurality of first nodes in said PON and a second node in said PON has changed; and transmitting an equalization delay change message to said plurality of first nodes, wherein said equalization delay change message is a single message broadcasted to all of said plurality of first nodes and comprises an equalization delay delta value representing the change between the originally calculated zero-distance equalization delay and the new zero-distance equalization delay based upon a new farthest optical network unit, ONU (112, 118, 202, 206), wherein said first nodes are ONUs/optical network terminations, ONTs, and said second node is the OLT.
A system for conversion of the kinetic energy of a sea wave into electricity by a One-way Direct drive Shaft Converter, (ODSC system), comprising: a floating power plant kept afloat by means of pontoons at the corners of its triangular base, an ODSC system comprising a plurality of attenuators, a one-way rotation clutch and meshing gear system, and a drive shaft; said ODSC system being installed on the floor of the floating power plant, parallel to the rear of the triangular base of the floating power plant, a tower which is a site station, and a pivot for self-alignment of the floating power plant, settled in front of the centre of mass of the floating power plant to keep the front of the floating power plant turning toward the waves while keeping the ODSC converter system aligned perpendicularly to the wave propagation direction. a floating power plant kept afloat by means of pontoons at the corners of its triangular base, an ODSC system comprising a plurality of attenuators, a one-way rotation clutch and meshing gear system, and a drive shaft; said ODSC system being installed on the floor of the floating power plant, parallel to the rear of the triangular base of the floating power plant, a tower which is a site station, and a pivot for self-alignment of the floating power plant, settled in front of the centre of mass of the floating power plant to keep the front of the floating power plant turning toward the waves while keeping the ODSC converter system aligned perpendicularly to the wave propagation direction.
Method for operating a locating device for identifying objects in a medium, which locating device, during operation, emits electromagnetic radiation by means of an ultrawideband sensor at least some of the time, wherein the presence of an external radiation source or an external radio service is detected and the operation of the locating device is modified in a manner dependent on the detected signal of the external radiation source or the external radio service, characterized in that... - the locating device transmits the transmission signal thereof at full power in the case where no presence of an external radiation source or an external radio service is detected and - there is a reduction in the transmission power of the locating device in the case where the presence of an external radiation source or an external radio service is detected. - the locating device transmits the transmission signal thereof at full power in the case where no presence of an external radiation source or an external radio service is detected and - there is a reduction in the transmission power of the locating device in the case where the presence of an external radiation source or an external radio service is detected.
Container (5, 4) for cosmetics and other products with a limited period of use or for the time-controlled presentation of products, in which a mechanical, wind-up clock or an electronic clock with rechargeable battery or battery and associated display is installed, in both cases with stopwatch and alarm clock function to indicate the service life of the product contained or for the time-controlled presentation of the inserted product, characterized in that in that it has a receiving cylinder for inserting a capsule which can be closed with a sealing film and contains the product, and the receiving cylinder has grooves (50, 51) of different sizes or different profiles in its inner wall, and the replaceable capsule to be inserted has matching ribs (48, 47) or grooves on its outer wall depending on the rotational position, so that the capsule can be inserted into the receiving cylinder in only a single rotational position, the interchangeable capsule to be inserted has ribs (48, 47) or grooves on its outer wall which match depending on the rotational position, so that the capsule can be inserted into the receiving cylinder in only a single rotational position, and thus recognizes the type of capsule, and furthermore that the container has a base part, a housing with a recess for inserting the capsule into the receiving cylinder and a cover, wherein the base part contains the electronic clock and the rechargeable battery or the battery, and a display and the base part contains a mounting plate, which rests on insert pins, and on which a compression-spring-loaded pin projecting from the bottom of the base part is directed, which pin strikes against the circuit board by triggering the compression spring and closes electrical contacts there for triggering the timer function of the electronic circuit.