mhurhangee/ep-ind-claims huggingface dataset:
A weft insertion device for an air jet loom, the weft insertion device comprising a plurality of supply devices each including: one solenoid valve; and a distributor configured to distribute, to two sub-nozzles, air supplied from a source via the solenoid valve, wherein the distributor includes: a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall; and a pair of branch channels (19, 19a, 19b) each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles, each of the branch channels (19, 19a, 19b) is formed such that, when the weft insertion device is attached to the air jet loom, it faces in a direction having at least a component parallel to a front-rear direction of the air jet loom, and the inlet end of each of the branch channels (19, 19a, 19b) communicates with the main channel such that at least part of the inlet end of each of the branch channels (19, 19a, 19b) covers the end wall, characterized in that the branch channels (19, 19a, 19b) are formed such that their inlet ends overlap with each other. one solenoid valve; and a distributor configured to distribute, to two sub-nozzles, air supplied from a source via the solenoid valve, wherein the distributor includes: a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall; and a pair of branch channels (19, 19a, 19b) each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles, a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall; and a pair of branch channels (19, 19a, 19b) each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles, each of the branch channels (19, 19a, 19b) is formed such that, when the weft insertion device is attached to the air jet loom, it faces in a direction having at least a component parallel to a front-rear direction of the air jet loom, and the inlet end of each of the branch channels (19, 19a, 19b) communicates with the main channel such that at least part of the inlet end of each of the branch channels (19, 19a, 19b) covers the end wall, characterized in that the branch channels (19, 19a, 19b) are formed such that their inlet ends overlap with each other.
Parking brake of a brake system for a vehicle, characterized by an anti-lock brake device of the parking brake, which prevents, on the basis of a signal which is dependent on a rotational speed of an engine, a transmission or a drive shaft which is present in the vehicle, locking or excessively increased slip at a wheel (16, 18) which can be braked by the parking brake (24, 26).
A surgical instrument for use during a surgical procedure to implant a stemless humeral component to replace the humeral head of a patient's humerus, comprising: a drill guide having a guide body comprising: a planar lower surface; and an elongated boss secured to, and extending downwardly from, the lower surface, characterised in that: the guide body of the drill guide further comprises a stepped upper surface defining a plurality of discrete planar drill-stop surfaces, in which: each of the drill-stop surfaces of the stepped upper surface is spaced apart from the lower surface by a distance that is different than at least some of the other drill-stop surfaces; and each of the drill-stop surfaces has a number of drill guide holes formed therein, the drill guide holes extending through the guide body and opening into the lower surface. a drill guide having a guide body comprising: a planar lower surface; and an elongated boss secured to, and extending downwardly from, a planar lower surface; and an elongated boss secured to, and extending downwardly from, the lower surface, the guide body of the drill guide further comprises a stepped upper surface defining a plurality of discrete planar drill-stop surfaces, each of the drill-stop surfaces of the stepped upper surface is spaced apart from the lower surface by a distance that is different than at least some of the other drill-stop surfaces; and each of the drill-stop surfaces has a number of drill guide holes formed therein, the drill guide holes extending through the guide body and opening into the lower surface.
A device based upon random access and discrete technology with direct reading for analysis and monitoring of toxicity in waters using bioluminescent bacteria and/or microalgae comprising: a) an aqueous sample storage module; b) an aqueous buffer storage module; c) a dispensing module; characterized in that it comprises: d) a reaction tray apt to accommodate reaction cuvettes; e) washable and sterilisable cuvettes housed in said reaction tray; f) a washing and sterilization module of said reaction cuvettes, wherein the washing module includes a drain line and a connection to containers, the containers having washing and sterilization solutions; g) one or more luminometric, measuring modules arranged at predefined positions of said reaction tray, wherein said luminometric measuring module comprises a photomultiplier and an optical fiber bundle arranged at a predefined position of said reaction tray, wherein said optical fiber bundle has a rectangular section and a surface substantially corresponding to the surface of said reaction cuvettes on the side of said reaction tray and a round section on the side of said photomultiplier and wherein the reaction tray rotates automatically in order to position alternatively each reaction cuvette to measure automatically the light emitted by the reaction suspension, wherein the reaction cuvettes have positions on the reaction tray, and the dispensing module is configured to combine bioluminescent bacteria with one or more aqueous buffers and one or more samples within the cuvettes in their positions on the reaction tray. a) an aqueous sample storage module; b) an aqueous buffer storage module; c) a dispensing module; d) a reaction tray apt to accommodate reaction cuvettes; e) washable and sterilisable cuvettes housed in said reaction tray; f) a washing and sterilization module of said reaction cuvettes, wherein the washing module includes a drain line and a connection to containers, the containers having washing and sterilization solutions; g) one or more luminometric, measuring modules arranged at predefined positions of said reaction tray, wherein said luminometric measuring module comprises a photomultiplier and an optical fiber bundle arranged at a predefined position of said reaction tray, wherein said optical fiber bundle has a rectangular section and a surface substantially corresponding to the surface of said reaction cuvettes on the side of said reaction tray and a round section on the side of said photomultiplier and wherein the reaction tray rotates automatically in order to position alternatively each reaction cuvette to measure automatically the light emitted by the reaction suspension, wherein the reaction cuvettes have positions on the reaction tray, and the dispensing module is configured to combine bioluminescent bacteria with one or more aqueous buffers and one or more samples within the cuvettes in their positions on the reaction tray.
An access control method performed by a wireless access device, characterized by comprising: the wireless access device receiving a request message from a user equipment, the request message carrying timing advance information; and the wireless access device controlling the access of the user equipment according to the timing advance information, wherein controlling the access of the user equipment comprises judging whether to allow or reject the access of the UE; wherein the request message includes: an Radio Resource Control, RRC, connection establishment request message; a cell updating request message; or a User Registration Area, URA, updating message. the wireless access device receiving a request message from a user equipment, the request message carrying timing advance information; and the wireless access device controlling the access of the user equipment according to the timing advance information, wherein controlling the access of the user equipment comprises judging whether to allow or reject the access of the UE; wherein the request message includes: an Radio Resource Control, RRC, connection establishment request message; a cell updating request message; or a User Registration Area, URA, updating message.
Ethernet commutator comprising: - an assembly of Ethernet ports which are adapted to be connected to respective devices of an Ethernet network via Ethernet links; - an Ethernet frame commutation module which is adapted to receive an Ethernet frame in order to select an Ethernet port of said assembly as a function of said received Ethernet frame and to supply said frame to said selected Ethernet port, said Ethernet commutator being characterised in that it comprises furthermore a connector which is adapted to be connected to a communication bus separate from an Ethernet link; said Ethernet commutator being characterised furthermore in that it is adapted to receive, via said connector, at least one message for ordering an operation transmitted on the communication bus in the J1939 format, the command being a diagnostic command which is transmitted following detection of a breakdown of the bus, and to implement, as a function of said received message, at least the operation ordered in said message, said operation being an operation from the following operations: - a test of the cabling of the Ethernet network; - a diagnosis of the cabling of the Ethernet network. - an assembly of Ethernet ports which are adapted to be connected to respective devices of an Ethernet network via Ethernet links; - an Ethernet frame commutation module which is adapted to receive an Ethernet frame in order to select an Ethernet port of said assembly as a function of said received Ethernet frame and to supply said frame to said selected Ethernet port, - a test of the cabling of the Ethernet network; - a diagnosis of the cabling of the Ethernet network.
A method for monitoring the current mobility of persons in private or public spaces, wherein it is determined by means of sensor technology (5, 6, 7) of a system, which extends vertically from the floor in a space which is to be monitored and divided into at least two monitoring sectors, whether a person located in the space is in a standing or walking position or in a position deviating from this position, as a function of the type of room, the time of day and the frequency and passage of time of the movements determined in the monitoring sectors, impaired or unimpaired mobility of the person is inferred and automatically specified measures are triggered and the determined movements are leant by the software as motion parameters and are evaluated logically and analytically by being compared with a typical motion parameter stored in a data transmission module and thus atypical daily mobility is distinguished from typical daily mobility, characterized in that at the start of the monitoring it is determined whether only one person, multiple persons or no persons is/are present in the rooms which are to be monitored, that as a function of whether the system is activated or deactivated, and that if the system is activated by the movements determined in the monitoring sectors the mobility is assessed and the sensor technology and/or the entire system is/are placed in the standby mode, if the presence of multiple persons is determined.
A pharmaceutical composition comprising a) from 5% to 40% by weight of cinacalcet HCl; b) a pharmaceutically acceptable excipient comprising microcrystalline cellulose and starch in a weight ratio ranging from 1:1 - 15:1; wherein at least one dosage unit of the pharmaceutical composition has a dissolution profile in 0.05 N HCI, measured according to a dissolution test conducted in a USP 2 apparatus at a temperature of 37oC ± 0.5°C, and at a rotation speed of 75 r.p.m., which comprises from 50% to 125% of a target amount of the cinacalcet being released from the composition no later than about 30 minutes from the start of the test. a) from 5% to 40% by weight of cinacalcet HCl; b) a pharmaceutically acceptable excipient comprising microcrystalline cellulose and starch in a weight ratio ranging from 1:1 - 15:1;
An air cleaner comprising: a first air cleaner having an output part; a second air cleaner having an input part configured to be electrically connectable to the first air cleaner; and a power adapter attachable to or detachable from the second air cleaner and adapted to supply power to the second air cleaner; a first input terminal provided in the input part of the second air cleaner and configured to be electrically connected to the output part; a second input terminal provided in the second air cleaner and configured to be electrically connected to the power adapter; and characterized by a switch configured to electrically connect the first input terminal to the output part so that the first input terminal receives power from the output part or to electrically connect the second input terminal to the power adapter so that the second input terminal receives power from the power adapter. a first air cleaner having an output part; a second air cleaner having an input part configured to be electrically connectable to the first air cleaner; and a power adapter attachable to or detachable from the second air cleaner and adapted to supply power to the second air cleaner; a first input terminal provided in the input part of the second air cleaner and configured to be electrically connected to the output part; a second input terminal provided in the second air cleaner and configured to be electrically connected to the power adapter; and characterized by a switch configured to electrically connect the first input terminal to the output part so that the first input terminal receives power from the output part or to electrically connect the second input terminal to the power adapter so that the second input terminal receives power from the power adapter.
Dosing device for continuously receiving and dispensing of bulk material (30, 31, 32), said dosing device comprising: a feed hopper (10, 20, 21) having a hopper opening (10a, 20a, 21a) formed at its upper end for receiving the bulk material (30, 31, 32) fed in from above, and a lower outlet opening for dispensing the bulk material (30, 31, 32), a weighing device designed to measure the bulk material (30, 31, 32), said feed hopper (10, 20, 30) being designed as weighing hopper of said weighing device, said dosing device being designed as continuous gravimetric dosing device and said weighing hopper (10, 20, 21) being suspended on said weighing device for weighing the feed hopper together with the bulk material (30, 31, 32) contained therein, and the dosing device being provided for continuously receiving and dispensing of the at least one bulk material (30, 31, 32), characterised in that the dosing device being provided for passing along the at least one bulk material (30, 31, 32) to an extruder serving as a processing unit for processing plastic materials, the dosing device comprising an injection device designed to blow ionised air into said weighing hopper (10, 20, 21) for cleansing and preventing debris, said injection device comprising at least one feeding nozzle and a downstream ionisation device for ionising the air. a feed hopper (10, 20, 21) having a hopper opening (10a, 20a, 21a) formed at its upper end for receiving the bulk material (30, 31, 32) fed in from above, and a lower outlet opening for dispensing the bulk material (30, 31, 32), a weighing device designed to measure the bulk material (30, 31, 32), said feed hopper (10, 20, 30) being designed as weighing hopper of said weighing device, said dosing device being designed as continuous gravimetric dosing device and said weighing hopper (10, 20, 21) being suspended on said weighing device for weighing the feed hopper together with the bulk material (30, 31, 32) contained therein, and the dosing device being provided for continuously receiving and dispensing of the at least one bulk material (30, 31, 32), characterised in that the dosing device being provided for passing along the at least one bulk material (30, 31, 32) to an extruder serving as a processing unit for processing plastic materials, the dosing device comprising an injection device designed to blow ionised air into said weighing hopper (10, 20, 21) for cleansing and preventing debris, said injection device comprising at least one feeding nozzle and a downstream ionisation device for ionising the air.
A lifting table with automatic level adjustment, characterised in that it comprises: - a tray; - a supporting structure comprising a first, second and third frame rail extending in a longitudinal direction, comprising first and second beams (34, 9) extending in a transverse direction and securing the first, second and third frame rails at the first and second longitudinal ends respectively, first and second openings (35, 36) being provided under the first beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, third and fourth openings (95, 96) being provided under the second beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, the first to fourth openings being configured to allow the insertion of a trolley fork; - a vertical spring comprising a first end contacting the tray and characterized in that said vertical spring also comprises a second end contacting the second frame rail and housed in the second frame rail, said second frame rail comprising a U-shaped section having an open upper face. - a tray; - a supporting structure comprising a first, second and third frame rail extending in a longitudinal direction, comprising first and second beams (34, 9) extending in a transverse direction and securing the first, second and third frame rails at the first and second longitudinal ends respectively, first and second openings (35, 36) being provided under the first beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, third and fourth openings (95, 96) being provided under the second beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, the first to fourth openings being configured to allow the insertion of a trolley fork; - a vertical spring comprising a first end contacting the tray and characterized in that said vertical spring also comprises a second end contacting the second frame rail and housed in the second frame rail, said second frame rail comprising a U-shaped section having an open upper face.
A post-shredding apparatus for chopped crop material having at least two rollers (10, 20) with mutually parallel axes of rotation (11, 21), wherein each of the rollers (10, 20) has alternately straight portions (12, 22) in the axial direction with a peripheral surface extending parallel to the axis of rotation (11, 21) of the roller (10, 20) and inclined portions (13, 14, 23, 24) with a peripheral surface extending inclinedly to the axis of rotation (11, 21) of the roller (10, 20), wherein associated with a straight portion (12, 22) of the one roller (10, 20) is a respective straight portion (22, 12) of the other roller (20, 10) in such a way that their mutually opposite peripheral surfaces form relative to each other a shredding gap for the crop material, that extends parallel to the axis of rotation (11, 21), and wherein associated with an inclined portion (13, 14, 23, 24) of the one roller (10, 20) is a respective inclined portion (23, 24, 13, 14) of the other roller (20, 10) in such a way that their mutually opposite peripheral surfaces form relative to each other a shredding gap for the crop material, that extends inclinedly relative to the axis of rotation (11, 21), characterised in that adjacent to each straight portion (12, 22) of a roller (10, 20) is an end face (19, 29) extending in the radial plane, wherein associated with an end face (19, 29) formed in that way of the one roller (10, 20) is a respective end face (29, 19) of the other roll (20, 10) in order to form therewith a shearing gap extending in the radial plane for the crop material.
A process for preparing a syrupy product comprising vitamins, said process comprising the following steps: a) inerting all the equipment used in the process; b) introducing, into said equipment, a sugar syrup and/or a sugar derivative chosen from chosen dextrin-based soluble fibers and polyols and introducing the vitamins under an inert atmosphere; c) optionally adding dehydrated and deoxygenated glucose under an inert atmosphere; d) deoxygenating the syrupy product thus formed; e) packaging the syrupy product under an inert atmosphere. a) inerting all the equipment used in the process; b) introducing, into said equipment, a sugar syrup and/or a sugar derivative chosen from chosen dextrin-based soluble fibers and polyols and introducing the vitamins under an inert atmosphere; c) optionally adding dehydrated and deoxygenated glucose under an inert atmosphere; d) deoxygenating the syrupy product thus formed; e) packaging the syrupy product under an inert atmosphere.