mhurhangee/ep-ind-claims huggingface dataset:
A shuttered duplex adapter comprising: a shuttered housing comprising a front and a rear; a shutter sub-assembly frame contained within the housing, the shutter sub-assembly frame being retained within the shuttered housing by sliding the shutter sub-assembly into a slot located in the rear of the shuttered housing and between adjacent ports of the duplex adapter, the adjacent ports being arranged to receive a corresponding duplex connector therein; first and second shutter doors (150, 151) hingedly secured to the shutter sub-assembly frame; and a door spring configured to push the first and second shutter doors outward from the shutter sub-assembly frame and away from each other; wherein the first and second shutter doors are arranged to be pushed inward and towards each other by insertion of the corresponding duplex connector through the front of the shuttered housing until the doors (150,151) reside with an opening in the shutter sub-assembly frame. a shuttered housing comprising a front and a rear; a shutter sub-assembly frame contained within the housing, the shutter sub-assembly frame being retained within the shuttered housing by sliding the shutter sub-assembly into a slot located in the rear of the shuttered housing and between adjacent ports of the duplex adapter, the adjacent ports being arranged to receive a corresponding duplex connector therein; first and second shutter doors (150, 151) hingedly secured to the shutter sub-assembly frame; and a door spring configured to push the first and second shutter doors outward from the shutter sub-assembly frame and away from each other; wherein the first and second shutter doors are arranged to be pushed inward and towards each other by insertion of the corresponding duplex connector through the front of the shuttered housing until the doors (150,151) reside with an opening in the shutter sub-assembly frame.
Apparatus comprising: a smokable material heater; a smokable material, wherein the smokable material is located around a longitudinal surface of the smokable material heater; and a smokable material heating chamber for receiving the smokable material; characterised in that the smokable material heater is configured to heat a first region of the smokable material to a volatizing temperature sufficient to volatize a component of the smokable material and to concurrently heat a second region of the smokable material to a temperature lower than said volatizing temperature but which is sufficient to prevent condensation of the volatized component of the smokable material wherein smokable material the heater comprises a plurality of heating regions including a first heating region arranged to heat the first region of smokable material and a second heating region arranged to concurrently heat the second region of smokable material. a smokable material heater; a smokable material, wherein the smokable material is located around a longitudinal surface of the smokable material heater; and a smokable material heating chamber for receiving the smokable material; characterised in that the smokable material heater is configured to heat a first region of the smokable material to a volatizing temperature sufficient to volatize a component of the smokable material and to concurrently heat a second region of the smokable material to a temperature lower than said volatizing temperature but which is sufficient to prevent condensation of the volatized component of the smokable material wherein smokable material the heater comprises a plurality of heating regions including a first heating region arranged to heat the first region of smokable material and a second heating region arranged to concurrently heat the second region of smokable material.
Method of making an aqueous aniline-free or aniline-free and N-methylaniline-free leucoindigo solution from an aqueous leucoindigo solution comprising aniline or aniline and N-methylaniline, the concentration of aniline or aniline and N-methylaniline being determined according to ISO 14362-1:2017, wherein the term "aniline-free and N-methylaniline-free" defines an aniline and N-methylaniline concentration below 100 ppm, wherein said leucoindigo is in the form of an alkali metal salt, the method comprising at least steps to: providing a liquid stream comprising said aqueous leucoindigo solution comprising said amine(s); providing a purification stream; bringing into contact said liquid stream with said purification stream; wherein step comprises steps and, and the method further comprises steps and: feeding said liquid stream and feeding said purification stream into a device configured to bring into contact said liquid stream with said purification stream; discharging from the device at least a portion of said purification stream that has contacted said liquid stream; and discharging from the device at least a portion of said liquid stream that has been contacted by said purification stream; wherein the purification stream is a vapor stream; wherein said vapor stream comprises steam; wherein the device is selected from the group consisting of plate column, packed column, or bubble column, or two or three thereof, or two or more of any of said columns; and wherein the column is operated at a pressure in a range of from 0.95*10 5 Pa absolute (0.95 bar) to 1.2*10 5 Pa absolute (1.2 bar); and the temperature of the column is set in a range of from 95 °C to 110 °C; or the column is operated at a pressure of 1.2*10 5 Pa absolute (1.2 bar) to 11*10 5 Pa absolute (11 bar); and wherein the temperature of the column is set in a range of from 110 °C to 190 °C; wherein the temperatures quoted are measured at the bottom of the column. providing a liquid stream comprising said aqueous leucoindigo solution comprising said amine(s); providing a purification stream; bringing into contact said liquid stream with said purification stream; feeding said liquid stream and feeding said purification stream into a device configured to bring into contact said liquid stream with said purification stream; discharging from the device at least a portion of said purification stream that has contacted said liquid stream; and discharging from the device at least a portion of said liquid stream that has been contacted by said purification stream;
A smoking article comprising: a charge of tobacco material; a wrapper circumscribing the charge of tobacco material; a filter arranged downstream of the charge of tobacco material; a hollow tube defining an inner cavity and attaching the filter to the wrapper, an affixing portion of the wrapper being received within the inner cavity and permanently secured to the hollow tube; wherein a downstream end of the charge of tobacco material is secured to the wrapper by means of a thermally deactivatable adhesive provided on an outer surface of the charge of tobacco material or on an inner surface of the wrapper or on both such that, upon deactivation of the adhesive, at least a portion of the charge of tobacco material becomes slidable within the wrapper in relation to the filter. a charge of tobacco material; a wrapper circumscribing the charge of tobacco material; a filter arranged downstream of the charge of tobacco material; a hollow tube defining an inner cavity and attaching the filter to the wrapper, an affixing portion of the wrapper being received within the inner cavity and permanently secured to the hollow tube; wherein a downstream end of the charge of tobacco material is secured to the wrapper by means of a thermally deactivatable adhesive provided on an outer surface of the charge of tobacco material or on an inner surface of the wrapper or on both such that, upon deactivation of the adhesive, at least a portion of the charge of tobacco material becomes slidable within the wrapper in relation to the filter.
Method for generating hydraulic power in an aircraft, the aircraft having a drive system comprising at least one transmission shaft (10, 14, 44, 46) connected to a hybrid power control unit (22, 24), the power control unit (22, 24) having an electric motor and a hydraulic displacement machine connected to a differential gear unit for driving a common output shaft, the method comprising the steps of: - arresting the output shaft; - rotating the electric motor such that the hydraulic displacement machine is driven due to the arrested output shaft; - supplying the fluid flow into a hydraulic system. - arresting the output shaft; - rotating the electric motor such that the hydraulic displacement machine is driven due to the arrested output shaft; - supplying the fluid flow into a hydraulic system.
A computer implemented method comprising: - receiving an input source code from an originating source code file; - simplifying the input source code to produce a simplified source code, by performing at least one of: (i) unifying capitalization; (ii) removing characters; and (iii) replacing at least one of a character and a keyword with an identifier; - applying a first cryptographic hash function on the simplified source code and selecting a plurality of first number of bits from the resulting first hash to generate a plurality of fixed length line IDs, each line ID representing the content of a line of code in the simplified source code; - applying the first cryptographic hash function on the plurality of line IDs and selecting a plurality of first number of bits from the resulting second hash to generate a plurality of snippet IDs; - searching a dataset being loaded with snippet IDs and corresponding metadata of one or more originating source code files, wherein a minimum number of consecutive snippet ID occurrences in the dataset is defined as a threshold to produce a match; and - selecting said one or more originating source code files having the most snipped ID matches as defined by the threshold. - receiving an input source code from an originating source code file; - simplifying the input source code to produce a simplified source code, by performing at least one of: (i) unifying capitalization; (ii) removing characters; and (iii) replacing at least one of a character and a keyword with an identifier; - applying a first cryptographic hash function on the simplified source code and selecting a plurality of first number of bits from the resulting first hash to generate a plurality of fixed length line IDs, each line ID representing the content of a line of code in the simplified source code; - applying the first cryptographic hash function on the plurality of line IDs and selecting a plurality of first number of bits from the resulting second hash to generate a plurality of snippet IDs; - searching a dataset being loaded with snippet IDs and corresponding metadata of one or more originating source code files, wherein a minimum number of consecutive snippet ID occurrences in the dataset is defined as a threshold to produce a match; and - selecting said one or more originating source code files having the most snipped ID matches as defined by the threshold.
Proportional fluid valve for a hydraulic circuit of an aircraft equipment and comprising: - a hollow valve body comprising an inlet, two outlets and a communication channel (21; 25) with an external pressure source; - an electric solenoid actuator located in the cavity of the hollow valve body and comprising a ferromagnetic movable pilot; - a valve member movable inside the valve body for closing at least partially a passage between said inlet and one of the two outlets, said valve member defining at least partially a first and a second cavity located on either side of said valve member in the cavity of the valve body, and being configured to control said passage between said inlet and each one of said two outlets over the entire stroke range of said valve member; - a fixed restriction in said communication channel (21; 25) such that a displacement of said movable pilot induces a variation in pressure in one of said first and second cavities to create a displacement force on said valve member to vary a flow rate of fluid between the inlet and the two outlets; characterised in that at least one portion of said valve member comprises a ferromagnetic material and in that said electric solenoid actuator is capable of exerting a magnetic displacement force on said ferromagnetic portion of the valve member. - a hollow valve body comprising an inlet, two outlets and a communication channel (21; 25) with an external pressure source; - an electric solenoid actuator located in the cavity of the hollow valve body and comprising a ferromagnetic movable pilot; - a valve member movable inside the valve body for closing at least partially a passage between said inlet and one of the two outlets, said valve member defining at least partially a first and a second cavity located on either side of said valve member in the cavity of the valve body, and being configured to control said passage between said inlet and each one of said two outlets over the entire stroke range of said valve member; - a fixed restriction in said communication channel (21; 25) such that a displacement of said movable pilot induces a variation in pressure in one of said first and second cavities to create a displacement force on said valve member to vary a flow rate of fluid between the inlet and the two outlets;
Process for producing a metal oxide powder by flame spray pyrolysis where a) a stream of a solution containing at least one oxidizable or hydrolysable metal compound is atomized to afford an aerosol by means of an atomizer gas, b) this aerosol is brought to reaction in the reaction space of a reactor with a flame obtained by ignition of a mixture of fuel gas and air, c) the reaction stream is cooled and d) the solid product is subsequently removed from the reaction stream, wherein e) the reaction space comprises one or more successive double-walled internals, wherein the wall of the double-walled internal facing the flame-conducting region of the reaction space comprises at least one slot through which a gas or vapour is introduced into the reaction space in which the flame is burning and f) the slot is arranged such that this gas or vapour brings about a rotation of the flame. a) a stream of a solution containing at least one oxidizable or hydrolysable metal compound is atomized to afford an aerosol by means of an atomizer gas, b) this aerosol is brought to reaction in the reaction space of a reactor with a flame obtained by ignition of a mixture of fuel gas and air, c) the reaction stream is cooled and d) the solid product is subsequently removed from the reaction stream, wherein e) the reaction space comprises one or more successive double-walled internals, wherein the wall of the double-walled internal facing the flame-conducting region of the reaction space comprises at least one slot through which a gas or vapour is introduced into the reaction space in which the flame is burning and f) the slot is arranged such that this gas or vapour brings about a rotation of the flame.
Sensomotoric training and therapy apparatus, having a stationary frame (1; 40) on which are mounted a rocking frame which can be tilted along a first tilting axis, at least one swingable standing surface which can be moved by a user by foot, and support or moving means (42; 44) which can be grasped by the user by hand, wherein a limiting mechanism (17; 8) is provided for limiting the deflection of the tilting movement of the rocking frame along the first tilting axis, which comprises flexible connecting elements which connect longitudinal sides of the rocking frame running parallel to the first tilting axis to the stationary frame (1; 40), characterized in that the standing surface is designed as a flexurally rigid standing plate which is held suspended from the rocking frame and is mounted such that it can pivot.
Constant velocity joint with an inner hub, a ring-shaped outer hub, multiple balls and a shaft-coupling component, whereby that inner hub has raceways, whereby that outer hub has raceways, whereby the raceways of the inner hub and the raceways of the outer hub are assigned to each other in pairs and each receives a ball whereby the outer hub is connected to a shaft-coupling component, whereby the outer hub features a contacting structure, whereby the shaft-coupling component features a mounting structure (52, 52', 53, 53') at an end section that faces the outer hub, whereby the mounting structure (52, 52', 53, 53') and the contacting structure are indirectly or directly connected to each other by means of an interaction of force and / or torque, whereby that outer hub has grooves that serve as the mounting structure, whereby that shaft-coupling component has ridges that serve as the mounting structure, whereby the ridges engage with the grooves, Z characterized by the axial alignment of the raceways of the outer hub and the grooves of the outer hub toward each other. with an inner hub, a ring-shaped outer hub, multiple balls and a shaft-coupling component, whereby that inner hub has raceways, whereby that outer hub has raceways, whereby the raceways of the inner hub and the raceways of the outer hub are assigned to each other in pairs and each receives a ball whereby the outer hub is connected to a shaft-coupling component, whereby the outer hub features a contacting structure, whereby the shaft-coupling component features a mounting structure (52, 52', 53, 53') at an end section that faces the outer hub, whereby the mounting structure (52, 52', 53, 53') and the contacting structure are indirectly or directly connected to each other by means of an interaction of force and / or torque, whereby that outer hub has grooves that serve as the mounting structure, whereby that shaft-coupling component has ridges that serve as the mounting structure, whereby the ridges engage with the grooves, Z characterized by the axial alignment of the raceways of the outer hub and the grooves of the outer hub toward each other.
A packaging apparatus for forming a plurality of sealed packages from a tube of packaging material advanced along an advancement axis of the packaging apparatus, the packaging apparatus comprising: - at least an endless conveyor device arranged in a conveyor zone; - a plurality of conveying carts adapted to cooperate with and to advance along the at least endless conveyor device; and - a plurality of operative units (10, 10') adapted to be moved by the plurality of conveying carts along a path (P, Q) defined by the movement of the conveying carts along the endless conveyor device and having an operative portion (P1, Q1) parallel to the advancement axis; wherein each operative unit (10, 10') is adapted to be selectively moved between an operative configuration, reached along said operative portion (P1, Q1) of the path (P, Q) and at which the operative unit (10, 10') is adapted to manipulate the tube, and a rest configuration, reached along a rest portion (P2, Q2) of the path (P, Q) distinct from the operative portion (P1, Q1) and in which the operative unit (10, 10') is detached from the tube; wherein each operative unit (10, 10') comprises: - a half-shell adapted to at least partially define the shape of the packages; and - one of a sealing element or a counter-sealing element, adapted to transversally seal the tube between adjacent packages; wherein each operative unit (10, 10') is carried by one respective conveying cart and extends laterally away therefrom so that the conveyor zone is laterally spaced apart from an operative zone where the tube is manipulated, characterized in that each one of the plurality of conveying carts is adapted to advance along a cart path, the cart path being parallel to the path (P, Q); wherein the cart path lies within a first plane and the path lies within a second plane, and wherein the first plane and the second plane are spaced apart from one another and are parallel to one another. - at least an endless conveyor device arranged in a conveyor zone; - a plurality of conveying carts adapted to cooperate with and to advance along the at least endless conveyor device; and - a plurality of operative units (10, 10') adapted to be moved by the plurality of conveying carts along a path (P, Q) defined by the movement of the conveying carts along the endless conveyor device and having an operative portion (P1, Q1) parallel to the advancement axis; - a half-shell adapted to at least partially define the shape of the packages; and - one of a sealing element or a counter-sealing element, adapted to transversally seal the tube between adjacent packages;
An acetabular prosthetic device for use with a prosthetic hip implant wherein the ilia bone has a bony deficiency, said acetabular prosthetic device comprising an acetabular cup coupled to at least one acetabular augment by a corresponding augment coupling element to secure said acetabular prosthetic device in place, wherein said acetabular cup comprises a shell including an outer substantially convex surface and a substantially circular base, the shell having a plurality of grooves formed therein extending from the substantially circular base of the shell of the acetabular cup toward the apex thereof to slidably receive the augment coupling element, characterized in that said acetabular augment comprises an augment body having an outer bone engaging surface comprising a bulbous or convex arcuate shape configured to be at least partially disposed within the bony deficiency, the outer bone engaging surface including a channel extending therethrough for receiving a fastener for securing the augment body to the ilia bone and in that said acetabular cup comprises at least one aperture through the shell for receiving a fastener for securing the acetabular cup in place.
A method for performing a shuttle shift with a transmission of a work vehicle, the transmission including an input shaft, a counter shaft and a plurality of driven shafts (34, 36, 38) extending generally parallel to the input and counter shafts, the method comprising: - disengaging a clutch associated with a first directional gear of a directional shaft of the plurality of driven shafts, the first directional gear being configured to rotate the directional shaft in a first direction; and engaging clutches associated with at least two gears of at least one secondary driven shaft of the plurality of driven shafts to reduce a rotational speed of the directional shaft; wherein said engaging clutches comprises: - maintaining partial engagement of a previously engaged clutch of the at least one secondary driven shaft (36, 38); and - partially engaging a previously non-engaged clutch of the at least one secondary driven shaft (36, 38) and after the rotational speed of the directional shaft is reduced, engaging a clutch associated with a second directional gear of the directional shaft such that the directional shaft rotates in a second direction - disengaging a clutch associated with a first directional gear of a directional shaft of the plurality of driven shafts, the first directional gear being configured to rotate the directional shaft in a first direction; and - maintaining partial engagement of a previously engaged clutch of the at least one secondary driven shaft (36, 38); and - partially engaging a previously non-engaged clutch of the at least one secondary driven shaft (36, 38) and