mhurhangee/ep-ind-claims huggingface dataset:
A handover notification arrangement configured to provide a handover notification in a driver environment of a vehicle having autonomous driving capabilities by means of an autonomous vehicle control arrangement, where said handover notification constitutes a notification concerning an upcoming handover from an autonomous driving mode to a manual driving mode of said vehicle, where said arrangement comprises: - an output unit configured to selectively provide said handover notification, - a positioning arrangement arranged to provide map data representative of at least a road section in front of said vehicle, and a current position of said vehicle, - a road information arrangement configured to acquire road information representative of an upcoming road section at which said autonomous vehicle control arrangement is likely to become at least partially unable to perform said autonomous driving of said vehicle, and configured to acquire road condition information representative of a road condition at said road section, - a processing unit configured to calculate an estimated average speed on said road section based on said road condition information, and further configured to calculate an estimated time available for autonomous driving based on said estimated average speed and a remaining distance (d) from said current position of said vehicle to said upcoming road section, characterized in that said processing unit further is configured to calculate an uncertainty estimate of said estimated time available for autonomous driving based on said estimated average speed, such that said uncertainty estimate increases for low estimated average speeds, and where said handover notification arrangement is configured to cause said output unit to provide said handover notification in dependence of said uncertainty estimate, such that said handover notification is provided earlier in cases of high uncertainty estimates than in cases of low uncertainty estimates. - an output unit configured to selectively provide said handover notification, - a positioning arrangement arranged to provide map data representative of at least a road section in front of said vehicle, and a current position of said vehicle, - a road information arrangement configured to acquire road information representative of an upcoming road section at which said autonomous vehicle control arrangement is likely to become at least partially unable to perform said autonomous driving of said vehicle, and configured to acquire road condition information representative of a road condition at said road section, - a processing unit configured to calculate an estimated average speed on said road section based on said road condition information, and further configured to calculate an estimated time available for autonomous driving based on said estimated average speed and a remaining distance (d) from said current position of said vehicle to said upcoming road section,
A method for making polymer particles in gel form via emulsion or suspension polymerization, the method comprising: reacting a first reaction mixture comprising a phenolic monomer, an aldehyde monomer, and a first catalyst to produce a prepolymer; combining the prepolymer with a carrier fluid and a second catalyst to produce a second reaction mixture, wherein the second catalyst comprises a dicarboxylic acid, an anhydride, a dihydroxybenzene, or any mixture thereof; and polymerizing the prepolymer to form polymer particles in gel form. reacting a first reaction mixture comprising a phenolic monomer, an aldehyde monomer, and a first catalyst to produce a prepolymer; combining the prepolymer with a carrier fluid and a second catalyst to produce a second reaction mixture, wherein the second catalyst comprises a dicarboxylic acid, an anhydride, a dihydroxybenzene, or any mixture thereof; and polymerizing the prepolymer to form polymer particles in gel form.
A structural element for installation of windows and doors having an element connected to the installed window or door and an element connected to the building wall, characterized in that the structural element comprises a horizontal longitudinal wall and perpendicular to it a vertical longitudinal wall having a common edge and are connected by the shaped ribs and the inlet final edge (1.1) of the horizontal longitudinal wall and the inlet final edge (2.1) of the vertical longitudinal wall are connected to the inlet side wall, while the final edge (1.2) of the horizontal longitudinal wall and the final edge (2.2) of the vertical longitudinal wall are connected by the side wall, whereby the spaces between the shaped ribs and between the inlet side wall and the shaped rib and between the side wall and the shaped rib are filled with foam. wherein the inlet side wall has horizontal longitudinal key grooves (7.1) and (7.2) on its outer surface parallel to the inlet final edge (1.1) of the horizontal longitudinal wall and the side wall has horizontal longitudinal protruding tongue (8.1) and (8.2) on its outer surface parallel to the final edge (1.2) of the horizontal longitudinal wall. wherein it has mounting sleeves placed at the shaped ribs, perpendicular to the vertical longitudinal wall and enclosed in the holes made therein.
Electronic control unit for the management of a plant system, adapted to - receive temperature signals from thermal storage probes; - receive temperature signals from external probes; - receive the electric current intensity and direction signal in transit along the power line, downstream the bidirectional meter and upstream the power line supplying the building's electrical loads: - produces an output signal for the heat pump control and or for the building terminal units control, in function of the mentioned input signals; - operates according to the following logic: it gives a ramps growth to the rotations of the compression group motor of the inverter heat pump and at the same time modifies the set- point values of the thermal storage in the event that there is an energy surplus produced by the solar photovoltaic system as compared to the power consumption related to the instantaneous electrical load of the building; - receive temperature signals from thermal storage probes; - receive temperature signals from external probes; - receive the electric current intensity and direction signal in transit along the power line, downstream the bidirectional meter and upstream the power line supplying the building's electrical loads: - produces an output signal for the heat pump control and or for the building terminal units control, in function of the mentioned input signals; - operates according to the following logic: it gives a ramps growth to the rotations of the compression group motor of the inverter heat pump and at the same time modifies the set- point values of the thermal storage in the event that there is an energy surplus produced by the solar photovoltaic system as compared to the power consumption related to the instantaneous electrical load of the building;
A method of replacing a disconnect shaft in an integrated drive generator comprising the steps of: removing an existing disconnect shaft from an integrated drive generator including a housing enclosing an input shaft, said input shaft having a gear interface with the existing disconnect shaft, said existing disconnect shaft having spline teeth at an inner peripheral bore slideably engaging a carrier shaft and a spring biasing said existing disconnect shaft such that gear teeth on a forward face of said existing disconnect shaft engage the input shaft, and an actuator for selectively moving said existing disconnect shaft against said spring to move said gear teeth on said existing disconnect shaft out of engagement with said input shaft, and said carrier shaft providing a drive input into a gear differential, said carrier shaft driving a set of planetary gears (26,28) to, in turn, drive a ring gear portion, said ring gear portion selectively providing drive input into a main generator; and replacing said existing disconnect shaft with a replacement disconnect shaft, said replacement disconnect shaft longitudinally extending between a first end and a second end having a plurality of gear teeth extending longitudinally from a first face disposed at the first end, a cam ledge at an intermediate location between said first end and said second end, an annular cavity defined between an inner surface of an inner bore of said disconnect shaft and an outer surface of a radially inner portion of the disconnect shaft. removing an existing disconnect shaft from an integrated drive generator including a housing enclosing an input shaft, said input shaft having a gear interface with the existing disconnect shaft, said existing disconnect shaft having spline teeth at an inner peripheral bore slideably engaging a carrier shaft and a spring biasing said existing disconnect shaft such that gear teeth on a forward face of said existing disconnect shaft engage the input shaft, and an actuator for selectively moving said existing disconnect shaft against said spring to move said gear teeth on said existing disconnect shaft out of engagement with said input shaft, and said carrier shaft providing a drive input into a gear differential, said carrier shaft driving a set of planetary gears (26,28) to, in turn, drive a ring gear portion, said ring gear portion selectively providing drive input into a main generator; and replacing said existing disconnect shaft with a replacement disconnect shaft, said replacement disconnect shaft longitudinally extending between a first end and a second end having a plurality of gear teeth extending longitudinally from a first face disposed at the first end, a cam ledge at an intermediate location between said first end and said second end, an annular cavity defined between an inner surface of an inner bore of said disconnect shaft and an outer surface of a radially inner portion of the disconnect shaft.
A paint roller apparatus configured to apply paint to a surface, the apparatus comprising: a roller arm; a paint roller rotatably mounted on the roller arm about a roller axis, the paint roller having an end and a paint applicator surface; and a roller guard having at least one painting feature for applying paint to the surface, the roller guard being selectively movable between first and second positions, the first position comprising the painting feature disposed adjacent the end of the roller on a first side of the roller axis characterized in that, in the second position, the painting feature is disposed adjacent the end of the roller on a second side of the roller axis. a roller arm; a paint roller rotatably mounted on the roller arm about a roller axis, the paint roller having an end and a paint applicator surface; and a roller guard having at least one painting feature for applying paint to the surface, the roller guard being selectively movable between first and second positions, the first position comprising the painting feature disposed adjacent the end of the roller on a first side of the roller axis characterized in that, in the second position, the painting feature is disposed adjacent the end of the roller on a second side of the roller axis.
Robot tool having an effector, in particular a gripping device, for a workpiece (2, 3), wherein the robot tool has a protective device which encloses the effector and at least a section of the workpiece (2, 3) and shields same from external worker access, characterized in that the protective device and the effector have a controllable, driven setting device (12, 22) for adapting to different workpieces (2, 3).
A method of decoding a transport block constructed from multiple sub-blocks, each sub-block being a code word that is decoded iteratively with the information bits thereof being covered by a cyclic redundancy check, CRC, the method comprising acts of: receiving the transport block; performing iterations of an iterative decoding process on a particular sub-block of the multiple sub-blocks; ascertaining whether the CRC for the particular sub-block checks after each iteration; stopping the iterative decoding process for the particular sub-block if the CRC associated with the particular sub-block checks for a predetermined number of consecutive decoding iterations; and continuing the iterative decoding process for other sub-blocks for which the iterative decoding process has not been stopped until decoding iterations for all sub-blocks of the multiple sub-blocks can be stopped, characterized in that the said predetermined number of consecutive decoding iterations is a variable that decreases as the number of decoding iterations that have been performed for said particular sub-block increases. receiving the transport block; performing iterations of an iterative decoding process on a particular sub-block of the multiple sub-blocks; ascertaining whether the CRC for the particular sub-block checks after each iteration; stopping the iterative decoding process for the particular sub-block if the CRC associated with the particular sub-block checks for a predetermined number of consecutive decoding iterations; and continuing the iterative decoding process for other sub-blocks for which the iterative decoding process has not been stopped until decoding iterations for all sub-blocks of the multiple sub-blocks can be stopped, characterized in that the said predetermined number of consecutive decoding iterations is a variable that decreases as the number of decoding iterations that have been performed for said particular sub-block increases.
An image forming device comprising: a head including a nozzle that discharges an electrically-conductive recording liquid in accordance with a driving signal; an intermediate transfer body on which the recording liquid discharged by the head is applied, at least a surface of the intermediate transfer body being electrically conductive; a voltage apply unit that applies a voltage between the intermediate transfer body and the head, so as to decompose the electrically-conductive recording liquid by electrolysis, wherein the electrically-conductive recording liquid is discharged from the head and is in a state in which the recording liquid temporarily bridges between the head and the intermediate transfer body; a transfer unit that transfers an image formed of the electrically-conductive recording liquid and supported on the intermediate transfer body onto a recording material; a discharging control unit that generates the driving signal that causes the electrically-conductive recording liquid to be discharged from the nozzle, and a current measurement unit that measures a current flowing across the electrically-conductive recording liquid in the state in which the recording liquid temporarily bridges between the head and the intermediate transfer body, wherein the discharging control unit generates the driving signal based on the current measured by the current measurement unit, so that a position of a meniscus is placed outside the nozzle while the state is formed. a head including a nozzle that discharges an electrically-conductive recording liquid in accordance with a driving signal; an intermediate transfer body on which the recording liquid discharged by the head is applied, at least a surface of the intermediate transfer body being electrically conductive; a voltage apply unit that applies a voltage between the intermediate transfer body and the head, so as to decompose the electrically-conductive recording liquid by electrolysis, wherein the electrically-conductive recording liquid is discharged from the head and is in a state in which the recording liquid temporarily bridges between the head and the intermediate transfer body; a transfer unit that transfers an image formed of the electrically-conductive recording liquid and supported on the intermediate transfer body onto a recording material; a discharging control unit that generates the driving signal that causes the electrically-conductive recording liquid to be discharged from the nozzle, and a current measurement unit that measures a current flowing across the electrically-conductive recording liquid in the state in which the recording liquid temporarily bridges between the head and the intermediate transfer body, wherein the discharging control unit generates the driving signal based on the current measured by the current measurement unit, so that a position of a meniscus is placed outside the nozzle while the state is formed.
An electronic device comprising: a data storage storing information on a ringtone assigned to a function of the electronic device; a speaker for outputting the ringtone assigned to the function of the electronic device; a microphone for receiving sound of a ringtone output by another electronic device; and a controller configured to: compare the sound of a ringtone being output by another electronic device and received via the microphone with the ringtone assigned to the function of the electronic device; and cause an alert to be output by the electronic device when the ringtone output by another electronic device is the same as the ringtone assigned to the function of the electronic device. a data storage storing information on a ringtone assigned to a function of the electronic device; a speaker for outputting the ringtone assigned to the function of the electronic device; a microphone for receiving sound of a ringtone output by another electronic device; and a controller configured to: compare the sound of a ringtone being output by another electronic device and received via the microphone with the ringtone assigned to the function of the electronic device; and cause an alert to be output by the electronic device when the ringtone output by another electronic device is the same as the ringtone assigned to the function of the electronic device.
A denture-fixing attachment for freely connecting a denture to a fixture implanted into an alveolar bone in a slanted direction by adjusting a fixing angle of the denture with respect to the fixture, the denture-fixing attachment comprising: a rod-shaped joint member having an upper end for supporting the denture fixed thereto; and an abutment having a coupling portion formed in an outer surface of a lower portion thereof so as to be coupled to a fixture recess formed in the fixture, and a receiving portion formed in an upper portion thereof so as to receive a lower portion of the joint member therein, wherein the receiving portion of the abutment includes a receiving recess for receiving a lower end of the joint member inserted thereinto, and a stop protruding portion provided in the receiving portion above the receiving recess and having a guide groove for guiding coupling movement of a locking protruding portion, protruding outwardly from the lower end of the joint member, fitted thereinto, characterized in that the guide groove is formed to have a L shape in an inner peripheral surface of the stop protruding portion and the locking protruding portion is configured so as to be fitted into the guide groove in a push-turn-push engagement manner. a rod-shaped joint member having an upper end for supporting the denture fixed thereto; and an abutment having a coupling portion formed in an outer surface of a lower portion thereof so as to be coupled to a fixture recess formed in the fixture, and a receiving portion formed in an upper portion thereof so as to receive a lower portion of the joint member therein, wherein the receiving portion of the abutment includes a receiving recess for receiving a lower end of the joint member inserted thereinto, and a stop protruding portion provided in the receiving portion above the receiving recess and having a guide groove for guiding coupling movement of a locking protruding portion, protruding outwardly from the lower end of the joint member, fitted thereinto, characterized in that the guide groove is formed to have a L shape in an inner peripheral surface of the stop protruding portion and the locking protruding portion is configured so as to be fitted into the guide groove in a push-turn-push engagement manner.
A method for determining a respiration of a subject comprising the steps of: - generating, with a single multi-axial accelerometer positioned on a body of the subject, accelerometer signals indicative of the acceleration of the subject along different spatial axes, - calculating a vector magnitude signal of the acceleration of the subject along the different spatial axes from the accelerometer signals, - identifying (103, 203) from the vector magnitude signal a non-respiratory motion contribution to the acceleration along the different spatial axes which non-respiratory motion contribution is not caused by the respiration, - determining (104, 204) a respiration signal indicative of the respiration of the subject by filtering the non-respiratory motion contribution from at least one of the accelerometer signals. - generating, with a single multi-axial accelerometer positioned on a body of the subject, accelerometer signals indicative of the acceleration of the subject along different spatial axes, - calculating a vector magnitude signal of the acceleration of the subject along the different spatial axes from the accelerometer signals, - identifying (103, 203) from the vector magnitude signal a non-respiratory motion contribution to the acceleration along the different spatial axes which non-respiratory motion contribution is not caused by the respiration, - determining (104, 204) a respiration signal indicative of the respiration of the subject by filtering the non-respiratory motion contribution from at least one of the accelerometer signals.
Energy store in the form of a rechargeable oxide battery having at least one stack in each case with at least one storage cell which in turn comprises an air electrode and a storage electrode, the storage electrode being adjacent to ducts which contain a storage medium and steam, characterized in that the ducts have a larger cross-sectional area than the cross section of the storage medium.