mhurhangee/patent-ind-claim-en huggingface dataset:
Light device for a motor vehicle, comprising at least two light sources (110,120; 210,220; 310,320), of which at least one first source is intended to be arranged on a first part of the chassis of the motor vehicle, and at least one second source is intended to be arranged on a second part of the chassis, such that the first and the second sources are capable of assuming at least two distinct and predetermined relative positions (P, P') relative to one another, such that the device comprises means for controlling the light flux from the light sources, configured to control the emission of different light fluxes by the light sources, according to the relative position of the first and of the second sources, and such that the control means are configured to control the two light sources (110, 120; 210, 220; 310, 320) according to the relative position of the first and of the second sources such that, for at least one first predetermined relative position, the first light source contributes to the production of a first predetermined regulatory light function of the motor vehicle and the second light source contributes to the production of a second predetermined regulatory light function of the motor vehicle distinct from the first predetermined regulatory light function, the device being characterized in that the control means are configured such that, for at least one second predetermined relative position, the first light source contributes to the production of the second predetermined regulatory light function. the device comprises means for controlling the light flux from the light sources, configured to control the emission of different light fluxes by the light sources, according to the relative position of the first and of the second sources, and such that the control means are configured to control the two light sources (110, 120; 210, 220; 310, 320) according to the relative position of the first and of the second sources such that, for at least one first predetermined relative position, the first light source contributes to the production of a first predetermined regulatory light function of the motor vehicle and the second light source contributes to the production of a second predetermined regulatory light function of the motor vehicle distinct from the first predetermined regulatory light function, the device being characterized in that the control means are configured such that, for at least one second predetermined relative position, the first light source contributes to the production of the second predetermined regulatory light function.
A method for controlling operation of a mobile first Edge Computing, EC, server configured to provide compute resources to User Equipment, UE, , wherein the first EC server is connected to an EC management entity configured to manage a plurality of EC servers (220, 220-2), the method being carried out in the first EC server and comprising: receiving status information associated with the first EC server from an external entity, wherein said status information includes position data related to present or predicted location of the first EC server; receiving control information from the EC management entity, said control information identifying a power state control instruction; determining a power state triggering event in accordance with the power state control instruction, based on the received status information; controlling the power state of the first EC server responsive to the determined power state triggering event, comprising assuming a predetermined power state based on said status information. receiving status information associated with the first EC server from an external entity, wherein said status information includes position data related to present or predicted location of the first EC server; receiving control information from the EC management entity, said control information identifying a power state control instruction; determining a power state triggering event in accordance with the power state control instruction, based on the received status information; controlling the power state of the first EC server responsive to the determined power state triggering event, comprising assuming a predetermined power state based on said status information.
A non-transitory machine-readable medium having instructions stored thereon which, when executed by a processor , cause the processor to: receive building information , wherein the building information includes: space information defining a plurality of spaces of a building ; occupancy sensing system information describing a location of each of a plurality of occupancy sensing system fixtures with respect to a representation of the building ; and heating, ventilation, and air conditioning (HVAC) system information describing a relationship between the plurality of spaces and a plurality of HVAC devices installed in the building ; create a mapping between a space of the plurality of spaces , a fixture of the plurality of fixtures , and an HVAC device of the plurality of HVAC devices based on the building information ; and modify an operation of the HVAC device based on the mapping and responsive to a determination of occupancy in the space by the fixture . receive building information , wherein the building information includes: space information defining a plurality of spaces of a building ; occupancy sensing system information describing a location of each of a plurality of occupancy sensing system fixtures with respect to a representation of the building ; and heating, ventilation, and air conditioning (HVAC) system information describing a relationship between the plurality of spaces and a plurality of HVAC devices installed in the building ; space information defining a plurality of spaces of a building ; occupancy sensing system information describing a location of each of a plurality of occupancy sensing system fixtures with respect to a representation of the building ; and heating, ventilation, and air conditioning (HVAC) system information describing a relationship between the plurality of spaces and a plurality of HVAC devices installed in the building ; create a mapping between a space of the plurality of spaces , a fixture of the plurality of fixtures , and an HVAC device of the plurality of HVAC devices based on the building information ; and modify an operation of the HVAC device based on the mapping and responsive to a determination of occupancy in the space by the fixture .
Device (10; 20) for temperature monitoring of a cryopreserved biological sample, comprising a) a sample container with a receiving space for receiving a biological sample ; and b) at least one chamber (11; 21), the inner space (12; 22) of which is not fluidically connected to the receiving space and is at least partially filled with an indicator substance , the boiling temperature or sublimation temperature of which lies in a range from -10°C to -140°C, wherein the chamber (11; 21) comprises at least one opening (13; 23) via which the indicator substance can escape from the inner space (12; 22) of the chamber (11; 21) in the case of the exceeding of its boiling point or its sublimation point. a) a sample container with a receiving space for receiving a biological sample ; and b) at least one chamber (11; 21), the inner space (12; 22) of which is not fluidically connected to the receiving space and is at least partially filled with an indicator substance , the boiling temperature or sublimation temperature of which lies in a range from -10°C to -140°C, wherein the chamber (11; 21) comprises at least one opening (13; 23) via which the indicator substance can escape from the inner space (12; 22) of the chamber (11; 21) in the case of the exceeding of its boiling point or its sublimation point.
A method for modifying sound in a motor vehicle that has an audio system comprising at least one electro-acoustic transducer that creates sound from audio signals, the method comprising: providing an initial audio signal that represents a particular vehicle sound, where the initial audio signal comprises a plurality of signal properties, wherein the initial audio signal comprises a plurality of separate sound portions separated by dead times between them, and wherein the initial audio signal properties comprise: a level of the particular vehicle sound; a quantity of separate sound portions that make up the particular vehicle sound; a dead time between separate sound portions that make up the particular vehicle sound; a duration of one or more of the separate sound portions that make up the particular vehicle sound; a pitch of one or more of the separate sound portions that make up the particular vehicle sound; and a delay time between a trigger and the start of a first sound portion of the separate sound portions that make up the particular vehicle sound; and providing to the audio system , based on at least one current motor vehicle operating condition, a modified audio signal, wherein the modified audio signal comprises at least one modified signal property that differs from that of the initial audio signal, and wherein the at least one signal property is modified by a modification process that relates to a vehicle operating condition, the method being characterized in that the level, the pitch , the duration and the dead time are variable as to each of the separate sound portions , and in that the delay time and quantity of separate sound portions that make up the particular vehicle sound are variable as to the audio signal, but not variable as to each of the separate sound portions . providing an initial audio signal that represents a particular vehicle sound, where the initial audio signal comprises a plurality of signal properties, wherein the initial audio signal comprises a plurality of separate sound portions separated by dead times between them, and wherein the initial audio signal properties comprise: a level of the particular vehicle sound; a quantity of separate sound portions that make up the particular vehicle sound; a dead time between separate sound portions that make up the particular vehicle sound; a duration of one or more of the separate sound portions that make up the particular vehicle sound; a pitch of one or more of the separate sound portions that make up the particular vehicle sound; and a level of the particular vehicle sound; a quantity of separate sound portions that make up the particular vehicle sound; a dead time between separate sound portions that make up the particular vehicle sound; a duration of one or more of the separate sound portions that make up the particular vehicle sound; a pitch of one or more of the separate sound portions that make up the particular vehicle sound; and
An output device for correcting the position of a moving body based on results of features located along a route of the moving body, comprising: a first acquisition unit configured to respectively acquire positional accuracies of a target feature in a first direction and a second direction defined with respect to a travelling direction of the moving body; a second acquisition unit configured to acquire orientation information indicative of an orientation of each feature, the orientation information being included in map information ; and an output unit configured to output control information for modifying the track of the moving body in order to approach it to the target feature which faces a direction, either the first direction or the second direction, which corresponds to the lower positional accuracy of the positional accuracies, wherein if an angle defined by the direction which corresponds to the lower positional accuracy and an orientation of a feature is equal to or smaller than a predetermined angle, the output unit determines that the feature faces the direction which corresponds to the lower positional accuracy. a first acquisition unit configured to respectively acquire positional accuracies of a target feature in a first direction and a second direction defined with respect to a travelling direction of the moving body; a second acquisition unit configured to acquire orientation information indicative of an orientation of each feature, the orientation information being included in map information ; and an output unit configured to output control information for modifying the track of the moving body in order to approach it to the target feature which faces a direction, either the first direction or the second direction, which corresponds to the lower positional accuracy of the positional accuracies, wherein if an angle defined by the direction which corresponds to the lower positional accuracy and an orientation of a feature is equal to or smaller than a predetermined angle, the output unit determines that the feature faces the direction which corresponds to the lower positional accuracy.
Method of processing a sliding component, the sliding component comprising a pair of sliding parts , the sliding component comprising a plurality of dimples being formed by irradiation with an ultrashort pulse laser generated by an ultrashort pulse laser oscillator , wherein the plurality of dimples is disposed on at least one of sliding faces (S) of the pair of sliding parts relatively sliding on each other, and being provided mutually independently of the other dimples and disposed in a randomly distributed manner, each of the dimples constituting a shallow groove with a depth in a range of 0.05 μm to 10 μm, and the plurality of dimples has an opening diameter set in a range of 10 to 500 μm, characterized in that the dimples have a bottom surface whose roughness Ra is 1/10 or less of a processing depth, wherein a protuberance formed by debris at an edge of a processed portion is less than 0.01 μm, wherein the sliding part is formed from one material of SiC, Al2O3, and ceramics, the ultrashort pulse laser has a repetition frequency of 5 kHz or higher and a pulse width of less than 10 picoseconds, and the energy fluence of the ultrashort pulse laser is in a range of 0.5 J/(cm 2 ·pulse) to 7 J/(cm 2 ·pulse). the sliding component comprising a plurality of dimples being formed by irradiation with an ultrashort pulse laser generated by an ultrashort pulse laser oscillator , wherein the plurality of dimples is disposed on at least one of sliding faces (S) of the pair of sliding parts relatively sliding on each other, and being provided mutually independently of the other dimples and disposed in a randomly distributed manner, each of the dimples constituting a shallow groove with a depth in a range of 0.05 μm to 10 μm, and the plurality of dimples has an opening diameter set in a range of 10 to 500 μm, characterized in that the dimples have a bottom surface whose roughness Ra is 1/10 or less of a processing depth, wherein a protuberance formed by debris at an edge of a processed portion is less than 0.01 μm, wherein the sliding part is formed from one material of SiC, Al2O3, and ceramics, the ultrashort pulse laser has a repetition frequency of 5 kHz or higher and a pulse width of less than 10 picoseconds, and the energy fluence of the ultrashort pulse laser is in a range of 0.5 J/(cm 2 ·pulse) to 7 J/(cm 2 ·pulse).
A portable trailer stand , comprising; a frame having an upper ledge ; an leg coupled to the frame, the leg to selectively extend or retract relative to the frame, the upper ledge being vertically movable to selectively engage and disengage an underside of a trailer parked on a driveway based on extension and retraction of the leg relative to the frame ; and a wheel connected to the frame, the portable trailer stand being characterized in that the wheel is to move as the upper ledge moves to remain at a substantially fixed distance from the upper ledge as the upper ledge is vertically moved. a frame having an upper ledge ; an leg coupled to the frame, the leg to selectively extend or retract relative to the frame, the upper ledge being vertically movable to selectively engage and disengage an underside of a trailer parked on a driveway based on extension and retraction of the leg relative to the frame ; and a wheel connected to the frame, the portable trailer stand being characterized in that the wheel is to move as the upper ledge moves to remain at a substantially fixed distance from the upper ledge as the upper ledge is vertically moved.
Series module for a modularly configured control arrangement (1; 100), comprising a first series interface , a first bus interface , a second series interface and a second bus interface , wherein a bus communication line is configured between the two bus interfaces and at least three supply lines are configured between the two series interfaces and wherein two of the supply lines (7 to 14, 17 to 20) are each assigned a connecting contact (51, 52, 53, 54, 55; 151, 152, 153, 154) in order to form a consumer interface (50; 150), which is configured to connect an electric consumer (5; 105), wherein the third supply line (7 to 14, 17 to 20) and/or the bus communication line are each assigned to at least one connecting contact (53, 54, 55; 153, 154) coupled to the consumer interface (50; 150).
Structure , comprising: - a plurality of spacers , each spacer comprising a first longitudinal side and a second, opposite longitudinal side , wherein loops are provided along the first and second longitudinal sides , wherein first loops of said loops define an opening therein with a size that is larger than an outer dimension of second loops of said loops , such that the second loops are allowed to pass through said openings in the first loops , wherein the spacers are coupled to each other in such a manner that the second loops of a said spacer extend through the first loops of a next spacer , and wherein openings in the second loops of coupled spacers are registered in line with respect to each other, - a plurality of locking elements, each locking element extending through the openings of the second loops that are registered in line with respect to each other, thereby locking the second loops with respect to the first loops , characterized in that each spacer comprises both first loops and second loops , and wherein the first loops are present at the first longitudinal side and the second loops are present at the second longitudinal side . - a plurality of spacers , each spacer comprising a first longitudinal side and a second, opposite longitudinal side , wherein loops are provided along the first and second longitudinal sides , wherein first loops of said loops define an opening therein with a size that is larger than an outer dimension of second loops of said loops , such that the second loops are allowed to pass through said openings in the first loops , wherein the spacers are coupled to each other in such a manner that the second loops of a said spacer extend through the first loops of a next spacer , and wherein openings in the second loops of coupled spacers are registered in line with respect to each other, - a plurality of locking elements, each locking element extending through the openings of the second loops that are registered in line with respect to each other, thereby locking the second loops with respect to the first loops ,
A debris storage tank emptying system comprising, a storage tank with an inner floor and an opening therein for emptying debris; a pusher plate , configured to push debris out of the opening of the storage tank , movable within said storage tank between a retracted position and an extended position, wherein the extended position is close to the opening of said storage tank ; an extension arm positioned within said storage tank between said pusher plate and the opening of said storage tank and configured to move with said pusher plate ; wherein said extension arm extends beyond the opening in said storage tank when said pusher plate is in the extended position; and an extension plate attached to said extension arm , wherein said extension plate is configured to push debris , and wherein said extension arm is sized to support said extension plate inside said storage tank when said pusher plate is fully retracted; characterised in that : said extension arm is pivotally attached to said pusher plate .
A temperature management apparatus comprising: a temperature management furnace having a space in which an article is placed and whose temperature is managed; a rod-shaped member ; an opposite member that is opposed to a part of a side surface of the rod-shaped member ; a driving device that rotates the rod-shaped member or the opposite member around a central axis of the rod-shaped member to change a relative position of the rod-shaped member and the opposite member; and a contact member that moves within the temperature management furnace in association with a change in a relative position between the rod-shaped member and the opposite member and moves the article in contact with the article , wherein the driving device is disposed outside of the space whose temperature is managed; and wherein when the driving device rotates the rod-shaped member , the opposite member moves along the central axis of the rod-shaped member and the contact member fixed to the opposite member moves; and wherein the rod-shaped member , the opposite member , and the contact member are disposed inside of the space whose temperature is managed; characterized in that the rod-shaped member includes a magnetic material, the opposite member includes a magnetic material, and in that the temperature management apparatus further comprises a mandrel that penetrates a side wall of the temperature management furnace and connects the rod-shaped member to the driving device . a temperature management furnace having a space in which an article is placed and whose temperature is managed; a rod-shaped member ; an opposite member that is opposed to a part of a side surface of the rod-shaped member ; a driving device that rotates the rod-shaped member or the opposite member around a central axis of the rod-shaped member to change a relative position of the rod-shaped member and the opposite member; and a contact member that moves within the temperature management furnace in association with a change in a relative position between the rod-shaped member and the opposite member and moves the article in contact with the article , wherein the driving device is disposed outside of the space whose temperature is managed; and wherein when the driving device rotates the rod-shaped member , the opposite member moves along the central axis of the rod-shaped member and the contact member fixed to the opposite member moves; and wherein the rod-shaped member , the opposite member , and the contact member are disposed inside of the space whose temperature is managed; characterized in that the rod-shaped member includes a magnetic material, the opposite member includes a magnetic material, and in that the temperature management apparatus further comprises a mandrel that penetrates a side wall of the temperature management furnace and connects the rod-shaped member to the driving device .
A method for producing a crown profile of an internal combustion engine piston , comprising a plurality of machining steps with a separate machining setup and/or separate machining tool in each case, characterised in that a first machining step is carried out in a first machining setup and a second machining step is carried out in a second machining setup, wherein during the second machining step valve reliefs are produced as a critical partial profile and furthermore a measurement face for matching tolerance-wise with other internal combustion engine components is produced in the crown profile of the piston in the region above a gudgeon pin axis (c).