mhurhangee/ep-ind-claims huggingface dataset:
Compact housing for protecting a laser module against dust, moisture and mechanical loads, comprising - at least one laser module which emits red, green and blue light, - an integral mounting plate which is formed from a metal material and is designed to be thermally conductively connected to an external carrier by way of a main side, - an integral housing cover which is permanently connected to the mounting plate and encloses a volume with the said mounting plate, and - at least one electrical bushing by means of which at least one electrically conductive connection from within the volume to outside the volume is established, wherein this connection is electrically insulated from the mounting plate, wherein the at least one laser module is located in the volume and is fitted onto the mounting plate parallel to the main side, characterized in that - at least one driver electronics system for the at least one module is fitted on the mounting plate and the driver electronics system is located in the interior of the volume, - the bushing and an electrical line, which establishes at least one electrical connection between the bushing and the at least one module and also the driver electronics system, each comprise at least one flexible printed circuit, and - the housing cover is fastened to the mounting plate by means of an adhesive connection, by means of a welded connection or by means of a soldered connection. - at least one laser module which emits red, green and blue light, - an integral mounting plate which is formed from a metal material and is designed to be thermally conductively connected to an external carrier by way of a main side, - an integral housing cover which is permanently connected to the mounting plate and encloses a volume with the said mounting plate, and - at least one electrical bushing by means of which at least one electrically conductive connection from within the volume to outside the volume is established, wherein this connection is electrically insulated from the mounting plate, wherein the at least one laser module is located in the volume and is fitted onto the mounting plate parallel to the main side, characterized in that - at least one driver electronics system for the at least one module is fitted on the mounting plate and the driver electronics system is located in the interior of the volume, - the bushing and an electrical line, which establishes at least one electrical connection between the bushing and the at least one module and also the driver electronics system, each comprise at least one flexible printed circuit, and - the housing cover is fastened to the mounting plate by means of an adhesive connection, by means of a welded connection or by means of a soldered connection.
Sulfur-crosslinkable rubber mixture containing at least the following constituents: - at least one diene rubber; - at least one char (HTC char) obtained by hydrothermal carbonization of at least one starting substance, - wherein at least one metal halide is used in the hydrothermal carbonization. - at least one diene rubber; - at least one char (HTC char) obtained by hydrothermal carbonization of at least one starting substance, - wherein at least one metal halide is used in the hydrothermal carbonization.
A method for securing transmission of data from a server to a portable imaging device, the data comprising confidential and non-confidential data, the method comprising: - determining the exact position of the portable imaging device with respect to an authorised area, - based on the determined exact position of the portable imaging device, determining whether the portable device is authorized to receive the confidential and non-confidential data over a predetermined transmission channel, - transmitting, from the server to the portable imaging device, the confidential and non-confidential data requested if authorisation is granted, the portable imaging device having a display area, characterised by removing at least from the display area the confidential data when the portable imaging device leaves the authorised area, so that only the non-confidential information is left visible, and automatically showing on the display area at least the confidential data when the portable imaging device enters the authorised area. - determining the exact position of the portable imaging device with respect to an authorised area, - based on the determined exact position of the portable imaging device, determining whether the portable device is authorized to receive the confidential and non-confidential data over a predetermined transmission channel, - transmitting, from the server to the portable imaging device, the confidential and non-confidential data requested if authorisation is granted, the portable imaging device having a display area, characterised by
An oral composition comprising the following components and: phytic acid or an alkali metal salt thereof in an amount of 0.04% by mass or more and 1% by mass or less in terms of phytic acid; and monofluorophosphoric acid or an alkali metal salt thereof in an amount of 500 ppm or more and 1500 ppm or less in terms of fluorine atoms, wherein a mass ratio of the component to the component, ( /), is 0.1 or more and 1.4 or less, the composition does not comprise or comprises a fluoride ion-supplying compound selected from the group consisting of sodium fluoride, potassium fluoride and ammonium fluoride in an amount of 100 ppm or less in terms of fluorine atoms, the composition does not comprise or comprises a polyvalent metal cation in an amount of less than 0.1-fold mol relative to the component, the composition does not comprise or comprises polyphosphoric acid or a salt thereof in an amount of 20% by mass or less in terms of acid relative to the component, and the pH thereof is from 5.5 to 6.5. phytic acid or an alkali metal salt thereof in an amount of 0.04% by mass or more and 1% by mass or less in terms of phytic acid; and monofluorophosphoric acid or an alkali metal salt thereof in an amount of 500 ppm or more and 1500 ppm or less in terms of fluorine atoms, wherein
A PCM comprised of: calcium nitrate tetrahydrate; and a nucleation agent wherein the nucleation agent is comprised of a mixture comprised of a combination of: magnesium nitrate or any hydrate form thereof; and strontium nitrate or any hydrate form thereof. calcium nitrate tetrahydrate; and a nucleation agent wherein the nucleation agent is comprised of a mixture comprised of a combination of: magnesium nitrate or any hydrate form thereof; and strontium nitrate or any hydrate form thereof. magnesium nitrate or any hydrate form thereof; and strontium nitrate or any hydrate form thereof.
Connecting device of a window or a door, wherein the connecting device comprises the following: a. a rail for mounting an element, in particular a stay, to a leaf frame of the window or the door; b. a groove that can be arranged or formed on the leaf frame and has an at least partially C-shaped cross section, wherein the rail can be introduced into the groove in a first longitudinal direction of the groove, wherein portions of the C shape engage the rail from behind; c. a recess in the groove; d. a projection, wherein the projection can be received in the recess at least in part so as to block the movement of the rail that is inserted in the groove relative to the groove and counter to the first longitudinal direction; e. a spring element for loading the projection into the recess by a spring force; f. at least one stop (30, 42) for blocking the movement of the rail that is inserted in the groove in the first longitudinal direction, such that the rail is held in the groove substantially without play when said rail is mounted, wherein the stop (30, 42) is partially arranged or formed on the spring element, characterized in that the spring element comprises an additional stop which engages the rail from behind and limits the range of motion of the spring element relative to the rail, wherein the stop (30, 42) is formed in part by the recess, on which the projection abuts when the rail is inserted into the groove and that the stop (30, 42) that is arranged or formed in part on the spring element and the additional stop are at least in part formed in a first arm of the spring element, which engages the rail from behind and limits the range of motion of the spring element relative to the rail. a. a rail for mounting an element, in particular a stay, to a leaf frame of the window or the door; b. a groove that can be arranged or formed on the leaf frame and has an at least partially C-shaped cross section, wherein the rail can be introduced into the groove in a first longitudinal direction of the groove, wherein portions of the C shape engage the rail from behind; c. a recess in the groove; d. a projection, wherein the projection can be received in the recess at least in part so as to block the movement of the rail that is inserted in the groove relative to the groove and counter to the first longitudinal direction; e. a spring element for loading the projection into the recess by a spring force; f. at least one stop (30, 42) for blocking the movement of the rail that is inserted in the groove in the first longitudinal direction,
A carbon nanotube-based composition, comprising: a plurality of carbon nanotubes complexed to one or more primary, cardiac myocyte cells selected from cardiac tissue. a plurality of carbon nanotubes complexed to one or more primary, cardiac myocyte cells selected from cardiac tissue.
A Radio Frequency Identification, RFID, system, comprising: a first RFID component (806, 808) that at least one of reads data from and writes data to a plurality of RFID tags (822, 824, 826); and a controller that controls an automation process which facilitates processing of the plurality of RFID tags; wherein the controller includes a signal strength processing component that receives and processes signal strength data from the first RFID component and a second RFID component, and in response thereto, assigns the first RFID component to a subset of the plurality of RFID tags and the second RFID component to another subset of the plurality of RFID tags. a first RFID component (806, 808) that at least one of reads data from and writes data to a plurality of RFID tags (822, 824, 826); and a controller that controls an automation process which facilitates processing of the plurality of RFID tags; wherein the controller includes a signal strength processing component that receives and processes signal strength data from the first RFID component and a second RFID component, and in response thereto, assigns the first RFID component to a subset of the plurality of RFID tags and the second RFID component to another subset of the plurality of RFID tags.
Method for operating a drivetrain of a motor vehicle, in particular of an agricultural or municipal vehicle, situated in an inclined position, wherein, when activating an operating brake which for stopping the motor vehicle is monitored by at least one sensor, a connection between a drive machine and at least one drive axle of the motor vehicle is automatically separated in the context of a function, characterized in that a maximum brake pressure (p Max) applied for achieving or for maintaining the stoppage of the motor vehicle is determined and monitored by continuously measuring a brake pressure (p Brake) applied by the operating brake, wherein when undershooting the maximum brake pressure (p Max) by a predefinable pressure differential value (Δp) the function is automatically deactivated and the connection between the drive machine and the at least one drive axle is thus automatically reinstated, and wherein the pressure differential value (Δp) is adapted to the respective maximum brake pressure (p Max).
A device for connecting a piston and a crankshaft of an internal combustion engine, comprising: a first end connector for connection with the piston; a second end connector for connection with the crankshaft; and a connection rod portion including an elongated flexible body extending between a first end rotatably connected to the first end connector and a second end rotatably connected to the second end connector; wherein the elongated flexible body is configured to remain straight regardless of the angle of the crankshaft unless the elongated flexible body is flexed by cylinder pressure conditions; wherein the elongated flexible body defines a cross section with a depth extending in a direction paralleling an axis of rotation of the crankshaft and a width that is orthogonal to the depth, and wherein the depth is at least twice the width. a first end connector for connection with the piston; a second end connector for connection with the crankshaft; and a connection rod portion including an elongated flexible body extending between a first end rotatably connected to the first end connector and a second end rotatably connected to the second end connector; wherein the elongated flexible body is configured to remain straight regardless of the angle of the crankshaft unless the elongated flexible body is flexed by cylinder pressure conditions; wherein the elongated flexible body defines a cross section with a depth extending in a direction paralleling an axis of rotation of the crankshaft and a width that is orthogonal to the depth, and wherein the depth is at least twice the width.
An environmentally friendly working fluid for use in refrigeration and air-conditioning systems, characterised in that it has 5-60% by mass fluoroethane (HFC-161), 25-50% by mass pentafluoroethane (HFC-125) and 5-50% by mass difluoromethane (HFC-32).
An assembly comprising: an anti-rotational locking apparatus for locking a cable in a particular rotational position with respect to a housing; and a cable having a portion with an external profile; wherein the anti-rotational locking apparatus comprises: a sleeve having an internal profile for slidably receiving the cable therethrough, wherein the external profile of the cable is configured to positively engage with the internal profile of the sleeve; and a housing; wherein the sleeve has a flange with a first opening therein and the housing has a second opening therein; wherein the anti-rotational locking apparatus comprises a locking pin, the locking pin being insertable in the openings; and the assembly is characterized in that the first opening is arranged for slidable alignment with the second opening from an unaligned position such that when the openings are aligned, the locking pin is insertable in the openings to lock the flange to the housing and thereby prevent rotation of the flange, and of the cable extending therethrough and engaged therewith, with respect to the housing. an anti-rotational locking apparatus for locking a cable in a particular rotational position with respect to a housing; and a cable having a portion with an external profile; wherein the anti-rotational locking apparatus comprises: a sleeve having an internal profile for slidably receiving the cable therethrough, wherein the external profile of the cable is configured to positively engage with the internal profile of the sleeve; and a housing; wherein the sleeve has a flange with a first opening therein and the housing has a second opening therein; wherein the anti-rotational locking apparatus comprises a locking pin, the locking pin being insertable in the openings; and the assembly is characterized in that the first opening is arranged for slidable alignment with the second opening from an unaligned position such that when the openings are aligned, the locking pin is insertable in the openings to lock the flange to the housing and thereby prevent rotation of the flange, and of the cable extending therethrough and engaged therewith, with respect to the housing. a sleeve having an internal profile for slidably receiving the cable therethrough, wherein the external profile of the cable is configured to positively engage with the internal profile of the sleeve; and a housing; wherein the sleeve has a flange with a first opening therein and the housing has a second opening therein; wherein the anti-rotational locking apparatus comprises a locking pin, the locking pin being insertable in the openings; and the assembly is characterized in that the first opening is arranged for slidable alignment with the second opening from an unaligned position such that when the openings are aligned, the locking pin is insertable in the openings to lock the flange to the housing and thereby prevent rotation of the flange, and of the cable extending therethrough and engaged therewith, with respect to the housing.
A broaching unit for broaching rules of die cutters, comprising a supporting structure, a guide for et- a die cutter rule and a tool-holding arm equipped with a broaching tool, wherein the guide defines a sliding surface of the die cutter rule, and wherein the tool-holding arm is mounted on the supporting structure and is susceptible to reciprocating movements with respect to it and the sliding surface, to intercept the die cutter rule with the broaching tool, wherein the tool-holding arm is equipped with at least two broaching tools (6-6′′′) and can be oriented with respect to the sliding surface to selectively actuate one of the broaching tools (6-6′′′), characterized in that the tool-holding arm extends along a longitudinal axis (X-X) parallel with respect to said sliding surface, and said reciprocating movements occur along a transversal direction with respect to the sliding direction of the die cutter rule. wherein the guide defines a sliding surface of the die cutter rule, and wherein the tool-holding arm is mounted on the supporting structure and is susceptible to reciprocating movements with respect to it and the sliding surface, to intercept the die cutter rule with the broaching tool, wherein the tool-holding arm is equipped with at least two broaching tools (6-6′′′) and can be oriented with respect to the sliding surface to selectively actuate one of the broaching tools (6-6′′′), characterized in that the tool-holding arm extends along a longitudinal axis (X-X) parallel with respect to said sliding surface, and said reciprocating movements occur along a transversal direction with respect to the sliding direction of the die cutter rule.
A self-supporting tyre for vehicle wheels comprising - a carcass structure having opposing side edges associated with respective annular anchoring structures; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a position radially external to the belt structure; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchor structures and an axially external portion of the tread band; and - at least one pair of sidewall reinforcement inserts, each insert being embedded in the respective sidewall structure, at a position axially internal to each of the sidewalls, characterized in that both said sidewall reinforcement inserts comprises, preferably consists of, an elastomeric compound having a shear modulus value G', measured at 70°C, 10 Hz, 9% strain according to the Rubber Process Analyser method disclosed in the present description, of less than 1.25 MPa, and wherein said elastomeric compound of said inserts is prepared by mixing and vulcanising an elastomeric composition comprising at least - 100 phr of at least one diene elastomeric polymer, - a total amount from 5% to 30% by weight of the total weight of the composition of at least one reinforcing filler wherein the at least one reinforcing filler is selected from white fillers, silicate fibres, derivatives thereof and mixtures thereof, optionally in admixture with carbon black, and - at least 0.1 phr of at least one vulcanising agent. - a carcass structure having opposing side edges associated with respective annular anchoring structures; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a position radially external to the belt structure; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchor structures and an axially external portion of the tread band; and - at least one pair of sidewall reinforcement inserts, each insert being embedded in the respective sidewall structure, at a position axially internal to each of the sidewalls, characterized in that both said sidewall reinforcement inserts comprises, preferably consists of, an elastomeric compound having a shear modulus value G', measured at 70°C, 10 Hz, 9% strain according to the Rubber Process Analyser method disclosed in the present description, of less than 1.25 MPa, and wherein said elastomeric compound of said inserts is prepared by mixing and vulcanising an elastomeric composition comprising at least - 100 phr of at least one diene elastomeric polymer, - a total amount from 5% to 30% by weight of the total weight of the composition of at least one reinforcing filler wherein the at least one reinforcing filler is selected from white fillers, silicate fibres, derivatives thereof and mixtures thereof, optionally in admixture with carbon black, and - at least 0.1 phr of at least one vulcanising agent.
A liquid circulation device configured to be connected to a liquid discharge head, comprising: a pressurizing pump configured to supply liquid from a tank to the liquid discharge head; a depressurizing pump configured to collect the liquid from the liquid discharge head; a buffer tank connected in parallel with the liquid discharge head between the pressurizing pump and the depressurizing pump, and configured to store the liquid; a sensor configured to measure pressure in the buffer tank; and a processor configured to determine whether a pressure chamber included in the liquid discharge head is filled with the liquid based on the measured pressure, wherein the processor is configured to acquire the pressure from the sensor in time series, and determine whether the pressure chamber is filled with the liquid based on the pressure acquired in time series, characterized in that the processor is configured to determine that the pressure chamber is filled with the liquid, when detecting that the pressure reaches lower limit pressure, the pressure reaches upper limit pressure, and the pressure is stable. a pressurizing pump configured to supply liquid from a tank to the liquid discharge head; a depressurizing pump configured to collect the liquid from the liquid discharge head; a buffer tank connected in parallel with the liquid discharge head between the pressurizing pump and the depressurizing pump, and configured to store the liquid; a sensor configured to measure pressure in the buffer tank; and a processor configured to determine whether a pressure chamber included in the liquid discharge head is filled with the liquid based on the measured pressure, wherein the processor is configured to acquire the pressure from the sensor in time series, and determine whether the pressure chamber is filled with the liquid based on the pressure acquired in time series, characterized in that the processor is configured to determine that the pressure chamber is filled with the liquid, when detecting that the pressure reaches lower limit pressure, the pressure reaches upper limit pressure, and the pressure is stable.