mhurhangee/ep-ind-claims huggingface dataset:
A container-mounted beverage dispensing system, comprising: a body at least one conduit attached to the body to deliver gas into a container holding a beverage and to receive beverage from the container for dispensing in a user's cup; at least one valve (36, 37) attached to the body to control gas flow into the container or beverage flow out of the container via the at least one conduit; and a controller adapted to automatically control the at least one valve to allow gas flow in the at least one conduit to purge the at least one conduit in response to (a) detecting that the at least one conduit is out of fluid communication with an interior space of the container or (b) determining movement after the controller determined that the body has been in a rest position for at least a threshold period of time so as to purge the at least one conduit of beverage or other material. a body at least one conduit attached to the body to deliver gas into a container holding a beverage and to receive beverage from the container for dispensing in a user's cup; at least one valve (36, 37) attached to the body to control gas flow into the container or beverage flow out of the container via the at least one conduit; and a controller adapted to automatically control the at least one valve to allow gas flow in the at least one conduit to purge the at least one conduit in response to (a) detecting that the at least one conduit is out of fluid communication with an interior space of the container or (b) determining movement after the controller determined that the body has been in a rest position for at least a threshold period of time so as to purge the at least one conduit of beverage or other material.
A method performed by a data processing apparatus, the method comprising: identifying, using the data processing apparatus, usage of a battery-operated electronic device that includes: multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus, and multiple software applications; attributing a power consumption resulting from the usage of each of the multiple hardware components to multiple aspects of the battery-operated electronic device, wherein attributing the power consumption resulting from the usage of a hardware component includes attributing the power consumption to the hardware component and each software application that uses the hardware component; monitoring usage of the hardware component by the software application; converting the usage of the hardware component into a power consumption that is attributed to the software application; recording, using the data processing apparatus, the attributed power consumption; and presenting, using the data processing apparatus, power consumption feedback to a user, the power consumption feedback identifying: each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption. identifying, using the data processing apparatus, usage of a battery-operated electronic device that includes: multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus, and multiple software applications; multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus, and multiple software applications; attributing a power consumption resulting from the usage of each of the multiple hardware components to multiple aspects of the battery-operated electronic device, wherein attributing the power consumption resulting from the usage of a hardware component includes attributing the power consumption to the hardware component and each software application that uses the hardware component; monitoring usage of the hardware component by the software application; converting the usage of the hardware component into a power consumption that is attributed to the software application; recording, using the data processing apparatus, the attributed power consumption; and presenting, using the data processing apparatus, power consumption feedback to a user, the power consumption feedback identifying: each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption. each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption.
Process for preparing compounds of the general formula in which R 1 = (C 1 -C 8 -alkyl), R 2, R 3, R 4 = H and R 5 = cyclopropyl, characterized in that epoxycarboxamides of the general formula in which R 1, R 4, R 5 are each as defined above are reacted with ammonia. R 1 = (C 1 -C 8 -alkyl), R 2, R 3, R 4 = H and R 5 = cyclopropyl,
An RF transition assembly (300, 600) for enabling a radiofrequency transition between an RF transmission layer of an electronic device and a conductor extending orthogonally to the RF transmission layer and being electrically connected to the RF transmission layer, the assembly comprising: an open coaxial structure (313, 613, 713) located adjacent to an edge of the RF transmission layer and comprising a cavity (315, 515, 615) extending therethrough for receiving the conductor, the cavity (315, 515, 615) comprising an opening facing the edge of the RF transmission layer so as to direct electromagnetic radiation towards the RF transmission layer, and characterised by a height of the open coaxial structure (313, 613, 713), with respect to the conductor, being: equal to or greater than a radius of the cavity (315, 615, 715), and less than or equal to 1.1 times the radius of the cavity (315, 615, 715). the cavity (315, 515, 615) comprising an opening facing the edge of the RF transmission layer so as to direct electromagnetic radiation towards the RF transmission layer, and characterised by a height of the open coaxial structure (313, 613, 713), with respect to the conductor, being: equal to or greater than a radius of the cavity (315, 615, 715), and less than or equal to 1.1 times the radius of the cavity (315, 615, 715). equal to or greater than a radius of the cavity (315, 615, 715), and less than or equal to 1.1 times the radius of the cavity (315, 615, 715).
Device holder for receiving electric installation devices in underfloor installations, comprising an installation frame for device installation with side parts and end elements, wherein a locking slide, which has a latching recess, in which a latching lug formed on the installation frame engages, is arranged on at least one end element of the installation frame, wherein guide elements, by means of which the locking slide can be displaced from an installation position in a supply unit into a locking position, are formed on the end element, characterised in that the latching lug is formed with two latching lug elevations as a double lug, which are in each case formed for latching in the installation position and in the locking position.
A method for producing hydrogen, comprising decomposing an aqueous solution of an alcohol electrolytically in the presence of an enzyme catalyst to provide hydrogen, wherein the enzyme is a pyrroloquinoline quinone dehydrogenase.
A method of providing a subscriber of an IP Multimedia Subsystem "IMS" network with a route to a destination, the method comprising the steps of: - configuring (S-120, S-135) an application server "AS" associated with the IMS network with fix parameters to determine as first input criteria for calculations at least one criterion selected from: available transport media, transport routes, transport time-tables and combinations thereof; - receiving (S-205, S-210) at the AS dynamic parameters from a plurality of transport media indicating respective incidental information, other than the one derivable from the fix parameters, the incidental information received per transport medium and related to events selected from: traffic jams, accidents, road reparations, rail reparations, transport medium unavailability, expectable delays, and combinations thereof, to determine second input criteria for calculations; - invoking (S-305, S-805) from a user equipment "UE", the UE being in use by a subscriber of the IMS, activation of a route calculation service towards the AS; - indicating (S-405) from the UE to the AS a location of the subscriber and at least one given destination of the subscriber to determine third input criteria for calculations; - processing (S-415) at the AS the first, second and third input criteria to determine a number of routes from the location of the subscriber towards the at least one given destination; and - submitting (S-420) from the AS towards the UE the processed number of routes. - configuring (S-120, S-135) an application server "AS" associated with the IMS network with fix parameters to determine as first input criteria for calculations at least one criterion selected from: available transport media, transport routes, transport time-tables and combinations thereof; - receiving (S-205, S-210) at the AS dynamic parameters from a plurality of transport media indicating respective incidental information, other than the one derivable from the fix parameters, the incidental information received per transport medium and related to events selected from: traffic jams, accidents, road reparations, rail reparations, transport medium unavailability, expectable delays, and combinations thereof, to determine second input criteria for calculations; - invoking (S-305, S-805) from a user equipment "UE", the UE being in use by a subscriber of the IMS, activation of a route calculation service towards the AS; - indicating (S-405) from the UE to the AS a location of the subscriber and at least one given destination of the subscriber to determine third input criteria for calculations; - processing (S-415) at the AS the first, second and third input criteria to determine a number of routes from the location of the subscriber towards the at least one given destination; and - submitting (S-420) from the AS towards the UE the processed number of routes.
Panel as a floor, ceiling or wall covering comprising at least one layer of a plastic material, complementary locking means which are provided at at least two panel edges and cooperate in the locked state of two panels and an edge chamfering mounted at at least one panel edge, wherein the area of the edge chamfering is coated with a material, characterized in that the panel comprises a carrier layer and a cover layer made of plastic material on at least one side of the carrier layer; and in that for enhancing the adhesion of the coating in the area of the edge chamfering with the plastic material of the cover layer and the other layers encompassed by the edge chamfering, the coating material contains components which are able to cause a swelling of the plastic material and/or to dissolve the plastic material, wherein the swelling and/or dissolving components include at least one compound of the group consisting of aromatic hydrocarbons, aliphatic halogenated hydrocarbons, acetone, butyl acetate, dimethyl sulfoxide (DMSO), glycol and glycol derivatives. characterized in that the panel comprises a carrier layer and a cover layer made of plastic material on at least one side of the carrier layer; and in that for enhancing the adhesion of the coating in the area of the edge chamfering with the plastic material of the cover layer and the other layers encompassed by the edge chamfering, the coating material contains components which are able to cause a swelling of the plastic material and/or to dissolve the plastic material, wherein the swelling and/or dissolving components include at least one compound of the group consisting of aromatic hydrocarbons, aliphatic halogenated hydrocarbons, acetone, butyl acetate, dimethyl sulfoxide (DMSO), glycol and glycol derivatives.
Mincing machine essentially comprising a mincing body, which is mechanically connected with an actuating device and which has an internal conduit leading to an inner mouth in which the meat to be minced is introduced, said conduit containing at least one helical screw or helix, which is connected, through at least one pin, with at least one rotating knife, moved by at least one rotating shaft, that is connected in turn with the output of said driving device, in order to cause a discharge of the minced meat from said mincing body, through at least one plate or perforated disc that is blocked by at least one terminal nut ring, characterised in that said rotating shaft is a hollow shaft and contains inside a rod having one end connected with an elastic device and the other end inserted into a seat provided at one end where said helix and said rotating shaft are connected.
A package for containing and dispensing contents, the package comprising: a carton comprising a plurality of panels (23, 25, 31, 37) respectively foldably connected to one another, and the plurality of panels extends around an interior of the carton; and a liner positioned in the interior of the carton and mounted to at least one panel of the plurality of panels (12, 23, 31, 37), the liner comprising at least one vent passageway extending through the liner, the vent passageway being configured for automatically in a predetermined manner relieving gas pressure from within an area enclosed by the liner; characterised in that the liner is a laminate comprising an inner ply and outer ply; the vent passageway includes both a hole in the inner ply and a hole in the outer ply, and the holes (97, 93) are in fluid communication with one another; and one of the holes is smaller than the other of the holes, for restricting flow through the vent passageway. a carton comprising a plurality of panels (23, 25, 31, 37) respectively foldably connected to one another, and the plurality of panels extends around an interior of the carton; and a liner positioned in the interior of the carton and mounted to at least one panel of the plurality of panels (12, 23, 31, 37), the liner comprising at least one vent passageway extending through the liner, the vent passageway being configured for automatically in a predetermined manner relieving gas pressure from within an area enclosed by the liner; the liner is a laminate comprising an inner ply and outer ply; the vent passageway includes both a hole in the inner ply and a hole in the outer ply, and the holes (97, 93) are in fluid communication with one another; and one of the holes is smaller than the other of the holes, for restricting flow through the vent passageway.
A purity monitor, comprising: a cryo-cooler comprising a nozzle and plumbing components disposed to supply a fluid having a working pressure of up to 10,000 psig (690 bar) to the nozzle, the nozzle being configured to provide for locating substantially all of a pressure drop of the cryo-cooler near an exit thereof; and a piezo-electric crystal microbalance onto which the nozzle sprays fluid and which is configured to measure a mass of non-volatile residue left thereon by the spraying, respective temperatures of the fluid and the piezo-electric crystal microbalance being controllable based on a type of the NVR. a cryo-cooler comprising a nozzle and plumbing components disposed to supply a fluid having a working pressure of up to 10,000 psig (690 bar) to the nozzle, the nozzle being configured to provide for locating substantially all of a pressure drop of the cryo-cooler near an exit thereof; and a piezo-electric crystal microbalance onto which the nozzle sprays fluid and which is configured to measure a mass of non-volatile residue left thereon by the spraying, respective temperatures of the fluid and the piezo-electric crystal microbalance being controllable based on a type of the NVR.
An image forming apparatus that provides at least one function, the image forming apparatus comprising: at least one first module configured to control a user interface for controlling a setting screen of the at least one function and to accept a request of executing the at least one function based on a setting of the at least one function via the user interface; at least one second module configured to execute the at least one function; a first control means for notifying, to the at least one second module, the request accepted by the at least one first module; and a second control means for controlling, in accordance with the notification from the first control means, the at least one second module, characterized in that the at least one first module is activated at all times from when the image forming apparatus is activated, and the at least one second module is generated as a container of an execution environment that is independent of an operating system and whose activation state is controlled by an instruction from the second control means. at least one first module configured to control a user interface for controlling a setting screen of the at least one function and to accept a request of executing the at least one function based on a setting of the at least one function via the user interface; at least one second module configured to execute the at least one function; a first control means for notifying, to the at least one second module, the request accepted by the at least one first module; and a second control means for controlling, in accordance with the notification from the first control means, the at least one second module, characterized in that the at least one first module is activated at all times from when the image forming apparatus is activated, and the at least one second module is generated as a container of an execution environment that is independent of an operating system and whose activation state is controlled by an instruction from the second control means.
A patient-specific guide (70, 72) for guiding an instrument to resect a resection portion of a bone (10, 18) to prepare the bone (10, 18) to receive a prosthesis, said guide comprising a body having a patient-specific referencing portion (74, 108) and a resection guide portion (90, 128), wherein said patient-specific referencing portion (74, 108) includes at least one patient-specific surface being contoured to rest against and substantially conform to a surface of the bone (10, 18), said resection guide portion (90, 128) including at least one cut referencing surface (96, 98, 100, 122) defining at least a portion of a periphery of the resection portion of the bone (10, 18); and said body further including at least one pin aperture (86, 88, 118) disposed in at least one of said patient-specific referencing portion (74, 108) and said resection guide portion, each said pin aperture (86, 88, 118) dimensioned to receive a pin (94,120) to secure said guide to the bone (10, 18), characterized in that each said pin aperture (86, 88,118) is disposed within the periphery of the resection portion of the bone (10, 18) when said patient-specific surface is conformingly positioned against the bone (10, 18), such that when the resections are made and the resection portion of the bone (10, 18) is removed, the guide (70, 72) and all associated pins (94, 120) are removed along with the resection portion of the bone (10, 18).
Method for determining the start of flowering of a plant, comprising the steps of: (i) Digitally imaging the inflorescence of said plant; and (ii) Measuring the inflorescence from the digital image; and (iii) Calculating back by computer means the start of flowering of said plant from the average growth rate of inflorescences and the measurements derived from step (ii). (i) Digitally imaging the inflorescence of said plant; and (ii) Measuring the inflorescence from the digital image; and (iii) Calculating back by computer means the start of flowering of said plant from the average growth rate of inflorescences and the measurements derived from step (ii).
A sliding component comprising a pair of sliding parts (4, 7) sliding relatively to each other, one of the sliding parts being a stationary-side seal ring, the other of the sliding parts being a rotating-side seal ring, the sliding parts (4, 7) having sliding faces formed radially, one circumferential edge of the sliding faces is the sealed fluid side, the other circumferential edge is the leakage side, the sliding parts (4, 7) suitable for sealing a liquid or a misty fluid leaking from the sealed fluid side toward the leakage side, at least one of the sliding faces is provided with spiral grooves having upstream ends connected to the leakage side and downstream ends not connected to the circumferential edge on the sealed-fluid side, and disposed at an angle with reference to a circumferential direction of the sliding faces from upstream to downstream, and discharge grooves (10, 12) disposed at an angle with reference to the circumferential direction of the sliding faces such that upstream ends (10a, 12a) are located on the leakage side and downstream ends (10b, 12b) are located on the sealed-fluid side, characterized in that the discharge grooves (10, 12) are of an outer peripheral discharge groove type with the upstream ends not connected to the leakage side and the downstream ends connected to the sealed-fluid side, and of an inner peripheral discharge groove type with the upstream ends connected to the leakage side and the downstream ends not connected to the sealed-fluid side, the upstream end of the outer peripheral discharge groove type extends toward the leakage side to radially partially overlap the spiral grooves, and the downstream end of the inner peripheral discharge groove type extends farther toward the sealed fluid side than the spiral grooves. at least one of the sliding faces is provided with spiral grooves having upstream ends connected to the leakage side and downstream ends not connected to the circumferential edge on the sealed-fluid side, and disposed at an angle with reference to a circumferential direction of the sliding faces from upstream to downstream, and discharge grooves (10, 12) disposed at an angle with reference to the circumferential direction of the sliding faces such that upstream ends (10a, 12a) are located on the leakage side and downstream ends (10b, 12b) are located on the sealed-fluid side, characterized in that the discharge grooves (10, 12) are of an outer peripheral discharge groove type with the upstream ends not connected to the leakage side and the downstream ends connected to the sealed-fluid side, and of an inner peripheral discharge groove type with the upstream ends connected to the leakage side and the downstream ends not connected to the sealed-fluid side, the upstream end of the outer peripheral discharge groove type extends toward the leakage side to radially partially overlap the spiral grooves, and the downstream end of the inner peripheral discharge groove type extends farther toward the sealed fluid side than the spiral grooves.
A forked pallet truck having a chassis, an elongate fork, and a load wheel assembly, wherein the fork has a proximal end and a distal end, wherein the proximal end of the fork is directly or indirectly attached to the chassis, and wherein the load wheel assembly is connected to the fork closer to the distal end than to the proximal end, wherein the load wheel assembly comprises: a non-motorized forward load wheel configured to directly roll on a floor; a non-motorized rear load wheel configured to directly roll on the floor; and a non-motorized torque-coupling assembly connected between the forward load wheel and the rear load wheel for coupling torque between the forward load wheel and the rear load wheel, characterized in that the forked pallet truck has a load wheel extension mechanism for extending the load wheel assembly away from the fork. a non-motorized forward load wheel configured to directly roll on a floor; a non-motorized rear load wheel configured to directly roll on the floor; and a non-motorized torque-coupling assembly connected between the forward load wheel and the rear load wheel for coupling torque between the forward load wheel and the rear load wheel, characterized in that the forked pallet truck has a load wheel extension mechanism for extending the load wheel assembly away from the fork.