mhurhangee/ep-ind-claims huggingface dataset:
A power tool arranged to be powered by a battery pack, comprising: a battery support portion defining a battery insertion axis extending from front to back of the power tool and a cavity for receiving a protrusion on a top surface of the battery pack, and a battery latching mechanism including a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with an engagement surface on a rear end of the protrusion for securing the battery pack to the battery support portion, and a handle coupled for pivoting movement with the latch about the pivot axis; and wherein the battery support portion includes a rail (100a, 100b) engageable with a groove (60a, 60b) defined in the protrusion to prevent removal of the battery pack along an axis transverse to both the battery insertion axis and the pivot axis. a battery support portion defining a battery insertion axis extending from front to back of the power tool and a cavity for receiving a protrusion on a top surface of the battery pack, and a battery latching mechanism including a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with an engagement surface on a rear end of the protrusion for securing the battery pack to the battery support portion, and a handle coupled for pivoting movement with the latch about the pivot axis; and a latch pivotable about a pivot axis transverse to the battery insertion axis and engageable with an engagement surface on a rear end of the protrusion for securing the battery pack to the battery support portion, and a handle coupled for pivoting movement with the latch about the pivot axis; and wherein the battery support portion includes a rail (100a, 100b) engageable with a groove (60a, 60b) defined in the protrusion to prevent removal of the battery pack along an axis transverse to both the battery insertion axis and the pivot axis.
A cap for suspending the casing of a submersible pump, comprising a cover with a central hole and with a circular collar implemented with a conical inner surface narrowing towards the central hole, and a clamping flange with a hole, a rubber ring of round section to be installed onto a casing pipe 1 between the conical surface of the collar of the cover and the flat side of the flange, and coupling threaded elements for fixation of the rubber ring between the cover and the flange, characterized in that the central hole of the clamping flange is made with a diameter (D 1) smaller than the mean diameter (Dcp)of the rubber ring of round section, while the smaller diameter (D 2) of the conical surface of the collar of the cover exceeds the mean diameter (Dcp) of the rubber ring.
A soft decision device adapted for outputting a soft decision value for each bit of each symbol used for decoding each symbol using a function value obtained by applying a predetermined function to the sample value of each symbol based on the demodulated signal in which the probability distribution of the sample value at each symbol point corresponds to the Gauss distribution due to noise of a communication path, characterized in that each predetermined function for each said bit is approximated by a curve expressing the probability that each bit is 1 or 0 with respect to the sample value of each symbol of the demodulated signal and formed by using a quadratic function, and if the predetermined function is taken as y = f(x), f(x) can be obtained by: squaring the value y of a curve which is expressed by a straight line the slope of which is 1 or -1 in the range of the curve formed by said quadratic function and in which the value y is a constant value in the range of other portions of the curve; parallel displacing the entire curve to the direction y by a predetermined value and then inverting the sign of y in the predetermined range of x; and performing scaling so that the value y of the reversed curve corresponds to the soft decision value. squaring the value y of a curve which is expressed by a straight line the slope of which is 1 or -1 in the range of the curve formed by said quadratic function and in which the value y is a constant value in the range of other portions of the curve; parallel displacing the entire curve to the direction y by a predetermined value and then inverting the sign of y in the predetermined range of x; and performing scaling so that the value y of the reversed curve corresponds to the soft decision value.
A method of case hardening an article of stainless steel, a nickel alloy, a cobalt alloy, a titanium based material or combinations thereof, the method comprising: - providing a heating apparatus having a first heating zone downstream of a second heating zone, the heating apparatus having a gas inlet and a gas outlet for providing a passage of gas through the heating apparatus, - heating the article in the first zone of the heating apparatus to a first temperature in the range of 250 to 500°C, - heating in the second heating zone of the heating apparatus at least one compound containing nitrogen and carbon, said compound having a single, double or triple carbon-nitrogen bond, which compound is liquid or solid at a temperature 25°C and a pressure of 1 bar, said compound hereinafter called N/C-compound, to a second temperature, which is lower than the first temperature, and which is in the range of 135 to 250°C for providing one or more gaseous species, - establishing a passage of gas using a carrier gas that is non-oxidative to the article for contacting the article with the gaseous species to activate the article, - and successively heating the article in the heating apparatus in the presence of the gaseous species to a carburising, nitriding or nitrocarburising temperature which is at least as high as the first temperature and which is below 500°C. - providing a heating apparatus having a first heating zone downstream of a second heating zone, the heating apparatus having a gas inlet and a gas outlet for providing a passage of gas through the heating apparatus, - heating the article in the first zone of the heating apparatus to a first temperature in the range of 250 to 500°C, - heating in the second heating zone of the heating apparatus at least one compound containing nitrogen and carbon, said compound having a single, double or triple carbon-nitrogen bond, which compound is liquid or solid at a temperature 25°C and a pressure of 1 bar, said compound hereinafter called N/C-compound, to a second temperature, which is lower than the first temperature, and which is in the range of 135 to 250°C for providing one or more gaseous species, - establishing a passage of gas using a carrier gas that is non-oxidative to the article for contacting the article with the gaseous species to activate the article, - and successively heating the article in the heating apparatus in the presence of the gaseous species to a carburising, nitriding or nitrocarburising temperature which is at least as high as the first temperature and which is below 500°C.
A mobile terminal, comprising: a sound output module configured to output a sound; a user input unit configured to sense a control command for controlling a volume level of the output sound; and a controller configured to control a volume level of the output sound based on the sensed control command and determine whether the controlled volume level of the sound corresponds to a maximum volume level or a minimum volume level, characterized in that the controller is further configured to: if the controlled volume level corresponds to the maximum volume level, change the volume level of the sound repeatedly between the maximum volume level and a lower volume level corresponding to one predetermined sound level lower than the maximum volume during a first preset time period, and if the controlled volume level corresponds to the minimum volume level, change the volume level of the sound repeatedly between the minimum volume level and a mute level during a second preset time period. a sound output module configured to output a sound; a user input unit configured to sense a control command for controlling a volume level of the output sound; and a controller configured to control a volume level of the output sound based on the sensed control command and determine whether the controlled volume level of the sound corresponds to a maximum volume level or a minimum volume level, characterized in that the controller is further configured to: if the controlled volume level corresponds to the maximum volume level, change the volume level of the sound repeatedly between the maximum volume level and a lower volume level corresponding to one predetermined sound level lower than the maximum volume during a first preset time period, and if the controlled volume level corresponds to the minimum volume level, change the volume level of the sound repeatedly between the minimum volume level and a mute level during a second preset time period. if the controlled volume level corresponds to the maximum volume level, change the volume level of the sound repeatedly between the maximum volume level and a lower volume level corresponding to one predetermined sound level lower than the maximum volume during a first preset time period, and if the controlled volume level corresponds to the minimum volume level, change the volume level of the sound repeatedly between the minimum volume level and a mute level during a second preset time period.
A selective sorting method in order to identify and sort material objects of waste-type, of different natures, shapes and sizes and having the form of a pile, said method comprising the following steps: a) supplying a flow of objects in the form of a pile, to a zone of vision comprising at least two sensors for measuring electromagnetic radiation, said zone of vision being located in a zone of action of a robot provided with one or several gripping members; b) capturing at least two-dimensional images of the pile contained in said zone of vision using said sensors for measuring electromagnetic radiation, in order to reconstruct a virtual or electronic image of the pile of objects in the zone of vision; c) processing the information resulting from said two-dimensional images, and identifying all possible gripping zones associated with the objects present in the pile for said gripping member or members of said robot; d) locating, in position and orientation, said possible gripping zones, and e) choosing one of the gripping zones; f) defining automatically, for a given gripping member, a trajectory for gripping an object corresponding to the chosen gripping zone; g) grasping the corresponding unitary object according to the defined trajectory; h) displacing said corresponding unitary object that is grasped to a receiving zone; i) displacing said unitary object located in said receiving zone to an outlet according to the nature that has been attributed to it, said method being such as step e) of choosing a gripping zone is carried out automatically, and in that a step h') is carried out, between steps h) and i), of defining the nature of object located in the receiving zone, using at least one sensor for measuring at least one electromagnetic ray emitted by said unitary object in said receiving zone. a) supplying a flow of objects in the form of a pile, to a zone of vision comprising at least two sensors for measuring electromagnetic radiation, said zone of vision being located in a zone of action of a robot provided with one or several gripping members; b) capturing at least two-dimensional images of the pile contained in said zone of vision using said sensors for measuring electromagnetic radiation, in order to reconstruct a virtual or electronic image of the pile of objects in the zone of vision; c) processing the information resulting from said two-dimensional images, and identifying all possible gripping zones associated with the objects present in the pile for said gripping member or members of said robot; d) locating, in position and orientation, said possible gripping zones, and e) choosing one of the gripping zones; f) defining automatically, for a given gripping member, a trajectory for gripping an object corresponding to the chosen gripping zone; g) grasping the corresponding unitary object according to the defined trajectory; h) displacing said corresponding unitary object that is grasped to a receiving zone; i) displacing said unitary object located in said receiving zone to an outlet according to the nature that has been attributed to it,
An assembling process for mounting a rolling bearing on a gear shaft, which extends along an axis and carries a first and a second toothing (12,13), axially separated one from the other by a cylindrical portion of said gear shaft; said cylindrical portion having an outer diameter smaller than that of said first toothing; said bearing comprising: - a plurality of rolling bodies; - a cage defining a plurality of seats each engageable by a respective rolling body; - an outer ring defining an outer rolling path for the rolling bodies; the process is characterized by the following steps: - fitting the cage around the first toothing and axially towards the second toothing until the cage is arranged around the cylindrical portion; - inserting the rolling bodies radially in the respective seats after having fitted the cage. - a plurality of rolling bodies; - a cage defining a plurality of seats each engageable by a respective rolling body; - an outer ring defining an outer rolling path for the rolling bodies; - fitting the cage around the first toothing and axially towards the second toothing until the cage is arranged around the cylindrical portion; - inserting the rolling bodies radially in the respective seats after having fitted the cage.
A method, comprising: receiving, by a mobile terminal comprising a trusted execution environment, a message; determining, by the trusted execution environment using a verification key securely stored in the trusted execution environment, whether the message is authentic; and in response to the message being determined by the trusted execution environment authentic and to comprise an instruction to intercept a direct device-to-device communication, rendering the mobile terminal capable of storing at least in part the direct device-to-device communication in at least one of a memory of the mobile terminal and a memory distinct from the mobile terminal. receiving, by a mobile terminal comprising a trusted execution environment, a message; determining, by the trusted execution environment using a verification key securely stored in the trusted execution environment, whether the message is authentic; and in response to the message being determined by the trusted execution environment authentic and to comprise an instruction to intercept a direct device-to-device communication, rendering the mobile terminal capable of storing at least in part the direct device-to-device communication in at least one of a memory of the mobile terminal and a memory distinct from the mobile terminal.
A method for receiving control information by a user equipment, UE, in a wireless communication system supporting multiple carriers, the method comprising: receiving a subframe including a plurality of search spaces, wherein each of the plurality of search spaces corresponds to a respective component carrier, CC, indicated by its carrier indicator field, CIF, if the UE is configured with a CIF; and monitoring control channel candidates for control information in the subframe, wherein the plurality of search spaces is concatenated according to an allocation order for each search space constructing the concatenated search spaces in the subframe, and the allocation order is periodically changed with time, wherein if a start resource of a search space for a primary CC is different from a start point of the concatenated search spaces, the plurality of search spaces is shifted in a manner that a start resource of the search space for the primary CC is identical to the start point of the concatenated search spaces. receiving a subframe including a plurality of search spaces, wherein each of the plurality of search spaces corresponds to a respective component carrier, CC, indicated by its carrier indicator field, CIF, if the UE is configured with a CIF; and monitoring control channel candidates for control information in the subframe, wherein the plurality of search spaces is concatenated according to an allocation order for each search space constructing the concatenated search spaces in the subframe, and the allocation order is periodically changed with time, wherein if a start resource of a search space for a primary CC is different from a start point of the concatenated search spaces, the plurality of search spaces is shifted in a manner that a start resource of the search space for the primary CC is identical to the start point of the concatenated search spaces.
Method for emitting a warning before an overtaking procedure to a driver of a vehicle with a warning device which comprises a computing unit and a warning unit, with the following steps: determining if there is an intention of the driver to perform an overtaking procedure by using the computing unit, and, if there is an intention of the driver to perform an overtaking procedure, determining a first track length between the vehicle and a junction into which the vehicle shall drive by using the computing unit, determining a second track length needed for the overtaking procedure and a secure driving of the vehicle into the junction by using the computing unit, comparing the first track length with the second track length by using the computing unit, and, if the first track length is smaller than the second track length, emitting the warning by using the warning unit, whereby by determining the intention of the driver to perform an overtaking procedure it is checked if on a lane disposed between the lane driven by the vehicle and the junction another vehicle drives ahead of the vehicle within a distance which is smaller than a predetermined reference distance and, in this case, it is assumed that there is an intention of the driver to perform an overtaking procedure. determining if there is an intention of the driver to perform an overtaking procedure by using the computing unit, and, if there is an intention of the driver to perform an overtaking procedure, determining a first track length between the vehicle and a junction into which the vehicle shall drive by using the computing unit, determining a second track length needed for the overtaking procedure and a secure driving of the vehicle into the junction by using the computing unit, comparing the first track length with the second track length by using the computing unit, and, if the first track length is smaller than the second track length, emitting the warning by using the warning unit, whereby by determining the intention of the driver to perform an overtaking procedure it is checked if on a lane disposed between the lane driven by the vehicle and the junction another vehicle drives ahead of the vehicle within a distance which is smaller than a predetermined reference distance and, in this case, it is assumed that there is an intention of the driver to perform an overtaking procedure.
A method for manufacturing a fluorine-based resin coating silver powder 200, the method comprising: a silver powder preparing step of preparing a silver powder 100 having a grain size of 10 nm to 10 μm; a silver powder solution mixing step of adding the silver powder 100 to an ethanol solution 110, followed by mixing; a pH adjustment solution preparing step of preparing a solution 120 having a pH that is adjusted to a set pH; a fluorine silane preparing step of preparing fluorine silane 130; and a fluorine-based resin coating silver powder manufacturing step of manufacturing a fluorine-based resin coating silver powder 200 coated with the fluorine-based resin 140 at a thickness of 1 nm to 10 nm by adding the silver powder mixed with the ethanol solution 110 in the silver powder solution mixing step and the fluorine silane 130 prepared in the fluorine silane preparing step to the solution 120 having the pH that is adjusted to the pH set in the pH adjustment solution preparing step, followed by mixing. a silver powder preparing step of preparing a silver powder 100 having a grain size of 10 nm to 10 μm; a silver powder solution mixing step of adding the silver powder 100 to an ethanol solution 110, followed by mixing; a pH adjustment solution preparing step of preparing a solution 120 having a pH that is adjusted to a set pH; a fluorine silane preparing step of preparing fluorine silane 130; and a fluorine-based resin coating silver powder manufacturing step of manufacturing a fluorine-based resin coating silver powder 200 coated with the fluorine-based resin 140 at a thickness of 1 nm to 10 nm by adding the silver powder mixed with the ethanol solution 110 in the silver powder solution mixing step and the fluorine silane 130 prepared in the fluorine silane preparing step to the solution 120 having the pH that is adjusted to the pH set in the pH adjustment solution preparing step, followed by mixing.
Holding apparatus for passenger devices in an airplane, wherein - the holding apparatus is equipped to be mounted on or in an airplane seat, wherein - the holding apparatus comprises a connecting apparatus, wherein the connecting apparatus is displaceable between a park position and a use position, and - the connecting apparatus and a connecting device of a portable carrier adapter which is equipped to be connected to the passenger device in a load-bearing manner can be connected releasably to one another in a mechanical load-bearing manner, characterized in that - the holding apparatus has an NFC reader. - the holding apparatus is equipped to be mounted on or in an airplane seat, wherein - the holding apparatus comprises a connecting apparatus, wherein the connecting apparatus is displaceable between a park position and a use position, and - the connecting apparatus and a connecting device of a portable carrier adapter which is equipped to be connected to the passenger device in a load-bearing manner can be connected releasably to one another in a mechanical load-bearing manner, characterized in that - the holding apparatus has an NFC reader.
Data-processing system, having a main board, in which data-processing system the main board has at least one first plug contact strip in which a first riser card is held, and a first daughter card is held in the first riser card in such a way that the first daughter card is arranged parallel to the main board, and in which data-processing system the main board has a second plug contact strip, and a second riser card is held in the second plug contact strip, and a second daughter card is held in the second riser card in such a way that the second daughter card is arranged parallel to the main board, wherein the first plug contact strip and the second plug contact strip are each arranged on the outer sides of the main board which are situated opposite one another, characterized in that each daughter card (360, 460) in each case comprises an I/O interface (365, 465), the I/O interfaces (365, 465) of the daughter cards (360, 460) in each case interact with a common backplane and are directed toward the common backplane, and the first daughter card is arranged in a manner rotated through 180° about an axis, which runs parallel to the main board, in relation to the second daughter card, and the first daughter card and the second daughter card are dimensionally and functionally identical.