mhurhangee/ep-ind-claims huggingface dataset:
A vacuum drier for drying Industrial hides, comprising: - a body including a bearing structure with at least one pair of end uprights (4, 5) having substantially vertical guide means, a lower base and an upper cover; - a plurality of reciprocally superimposed and substantially horizontal tables designed to support the hides during drying thereof, and to be peripherally sealingly coupled with each other and with said cover to define corresponding vacuum chambers for sucking vapors issued from the hides; - means for vertically moving said tables along said guide means powered by a power supply unit; - heating means associated to said tables for heating the hides and connected to a heating unit; - vacuum means designed to be selectively connected to said tables for sucking from said chambers the vapors issued from the hides; - control means for controlling said movement means, said heating means and said vacuum means - a suction line for connecting said vacuum chambers to said vacuum means, which line having at least one vapor manifold connected to said vacuum chambers of said tables by means of connection tubing; characterized in that said vacuum means, said power unit, said heating unit and said control means are mounted to said bearing structure within the ground projection of the machine body and not in a separate assembly, said at least one vapor manifold being directly attached to at least one of said uprights close to said tables thereby minimizing the length of said connection tubing, the length of said circuit, the volume of the vapor to be sucked and the evacuation time of said vacuum chambers. - a body including a bearing structure with at least one pair of end uprights (4, 5) having substantially vertical guide means, a lower base and an upper cover; - a plurality of reciprocally superimposed and substantially horizontal tables designed to support the hides during drying thereof, and to be peripherally sealingly coupled with each other and with said cover to define corresponding vacuum chambers for sucking vapors issued from the hides; - means for vertically moving said tables along said guide means powered by a power supply unit; - heating means associated to said tables for heating the hides and connected to a heating unit; - vacuum means designed to be selectively connected to said tables for sucking from said chambers the vapors issued from the hides; - control means for controlling said movement means, said heating means and said vacuum means - a suction line for connecting said vacuum chambers to said vacuum means, which line having at least one vapor manifold connected to said vacuum chambers of said tables by means of connection tubing;
A cloths separating device which is configured to disentangle a bundle of cloths consisting of a plurality of cloths tangled with one another, the cloths separating device being characterized by: a cloths pick-up mechanism which is configured to hold a part of cloths on a cloths transport conveyor and is configured to pick the part of cloths, in a hanging state, obliquely upward; a pair of upper and lower compression conveyors (19, 20) whose entrance is located so as to face a middle part of the cloths picked up in a hanging state, the clearance between the compression conveyors (19, 20) becoming narrower from the entrance toward an exit; and a cloths push-in mechanism which is configured to push the middle part of the cloths into the entrance of the compression conveyors (19, 20). a cloths pick-up mechanism which is configured to hold a part of cloths on a cloths transport conveyor and is configured to pick the part of cloths, in a hanging state, obliquely upward; a pair of upper and lower compression conveyors (19, 20) whose entrance is located so as to face a middle part of the cloths picked up in a hanging state, the clearance between the compression conveyors (19, 20) becoming narrower from the entrance toward an exit; and a cloths push-in mechanism which is configured to push the middle part of the cloths into the entrance of the compression conveyors (19, 20).
A device for improving the posture of a user, comprising: - a first armband and a second armband intended to be worn at the uppermost portion of a left arm and a right arm, respectively; characterised by - at least one first strip fixed to a front part of the first armband and to a back part of the second armband; and - at least one second strip fixed to a front part of the second armband and to a back part of the first armband. - a first armband and a second armband intended to be worn at the uppermost portion of a left arm and a right arm, respectively; characterised by - at least one first strip fixed to a front part of the first armband and to a back part of the second armband; and - at least one second strip fixed to a front part of the second armband and to a back part of the first armband.
A memory device comprising at least one memory cell comprising: a first transistor (102, 702) coupled between a first storage node (106, 706) and a first supply line (GND, V DD); a second transistor (104, 704) coupled between a second storage node (108, 708) and said first supply line (GND, V DD), a control terminal of said first transistor being coupled to said second storage node, and a control terminal of said second transistor being coupled to said first storage node; a third transistor (110, 710) coupled between said first storage node and a first access line and controllable via a first control line; a fourth transistor (112, 712) coupled between said second storage node and a second access line and controllable via a second control line; a first resistance switching element programmable to have one of first and second resistive states, wherein said first resistance switching element and said first and third transistors are coupled in series; and a second resistance switching element programmable to have one of first and second resistive states, wherein said second resistance switching element and said second and fourth transistors are coupled in series. a first transistor (102, 702) coupled between a first storage node (106, 706) and a first supply line (GND, V DD); a second transistor (104, 704) coupled between a second storage node (108, 708) and said first supply line (GND, V DD), a control terminal of said first transistor being coupled to said second storage node, and a control terminal of said second transistor being coupled to said first storage node; a third transistor (110, 710) coupled between said first storage node and a first access line and controllable via a first control line; a fourth transistor (112, 712) coupled between said second storage node and a second access line and controllable via a second control line; a first resistance switching element programmable to have one of first and second resistive states, wherein said first resistance switching element and said first and third transistors are coupled in series; and a second resistance switching element programmable to have one of first and second resistive states, wherein said second resistance switching element and said second and fourth transistors are coupled in series.
A container, comprising: a sidewall having an upper rim, wherein the upper rim includes an integrally formed heat seal zone; and a heat sealable powder or hot melt coating applied to the heat seal zone of the upper rim after the upper rim has been formed, wherein the powder or hot melt coating comprises a blend of an acid-modified PP with (i) one or more polyester polymers and (ii) one or more epoxy or phenoxy resins. a sidewall having an upper rim, wherein the upper rim includes an integrally formed heat seal zone; and a heat sealable powder or hot melt coating applied to the heat seal zone of the upper rim after the upper rim has been formed, wherein the powder or hot melt coating comprises a blend of an acid-modified PP with (i) one or more polyester polymers and (ii) one or more epoxy or phenoxy resins.
A media content monitoring unit comprising: an image creator to determine a first synthetic image corresponding to a first captured image representative of a secondary media content presentation monitored by the media content monitoring unit, the first synthetic image comprising a plurality of synthetic image subregions, each synthetic image subregion encoded to represent motion associated with a corresponding subregion of the first captured image; and a processor to: select a region of the first synthetic image comprising a plurality of connected synthetic image subregions of the first synthetic image together exhibiting nonuniform motion, the selected region excluding a portion of the first synthetic image; and when a shape of the selected region of the first synthetic image corresponds to a predefined shape consistent with a display of primary media content, extract a region of the first captured image corresponding to the selected region of the first synthetic image to identify the primary media content included in the secondary media content presentation. an image creator to determine a first synthetic image corresponding to a first captured image representative of a secondary media content presentation monitored by the media content monitoring unit, the first synthetic image comprising a plurality of synthetic image subregions, each synthetic image subregion encoded to represent motion associated with a corresponding subregion of the first captured image; and a processor to: select a region of the first synthetic image comprising a plurality of connected synthetic image subregions of the first synthetic image together exhibiting nonuniform motion, the selected region excluding a portion of the first synthetic image; and when a shape of the selected region of the first synthetic image corresponds to a predefined shape consistent with a display of primary media content, extract a region of the first captured image corresponding to the selected region of the first synthetic image to identify the primary media content included in the secondary media content presentation. select a region of the first synthetic image comprising a plurality of connected synthetic image subregions of the first synthetic image together exhibiting nonuniform motion, the selected region excluding a portion of the first synthetic image; and when a shape of the selected region of the first synthetic image corresponds to a predefined shape consistent with a display of primary media content, extract a region of the first captured image corresponding to the selected region of the first synthetic image to identify the primary media content included in the secondary media content presentation.
Engine for a utility vehicle using alternative fuel from the group of alcohols or gas, comprising an engine including an engine block having a total cylinder volume of at least 3 dm 3, a spark generating means and an engine management system including an analyzing means and an ignition control system, arranged to control combustion of said engine and enabling misfire detection by means of a sensor device providing information to said control system, and wherein said combustion includes means for diluted operation in the form of exhaust gas recirculation to fulfill the legislative demands regarding emissions, wherein said sensor device includes an ion sensing measurement means arranged to measure an ion current in said engine wherein input from said ion sensing measurement means to said engine management system is arranged to control the recirculated amount of the exhaust gas recirculation and that said ignition control system has a built-in function to detect misfiring through an analysis of the ion current of the engine during combustion, wherein said built-in function further comprises means arranged to provide information about discharge current and/or means arranged to provide information of spark-over voltage, wherein said spark generating means comprises a plurality of coils, each connected to a cylinder and a power supply, divided by a primary switch so that only one coil and cylinder at a time can be active to generate a spark in a spark plug of said active cylinder, and wherein said ignition control system includes a coil select switch arranged to allow a signal of a specific coil to reach the analyzing means of said engine management system during a section of a revolution, to obtain optimized combustion control of said engine.
A process for producing at least one three-dimensional object, comprising the step of solidifying a photopolymerizable material by means of simultaneous or almost simultaneous exposure of a build area or partial build area in a building plane via electromagnetic radiation, wherein the building of the whole three-dimensional object includes: at least one irradiation period, wherein a distance between a support plate, at which the object to be generated is built, and the building plane is changed, characterized in that the building comprises at least one phase, in which a supply of electromagnetic irradiation into the building plane is interrupted, but the distance between the support plate and the building plane is further changed. at least one irradiation period, wherein a distance between a support plate, at which the object to be generated is built, and the building plane is changed, characterized in that the building comprises at least one phase, in which a supply of electromagnetic irradiation into the building plane is interrupted, but the distance between the support plate and the building plane is further changed.
A method of controlling the operation of a fuel metering unit of the type incorporating a metering valve and a fuel temperature sensor, the method comprising the steps of: sensing a change in fuel temperature; using the sensed change in fuel temperature to derive a fast temperature correction factor; using the sensed change in fuel temperature to derive a slow temperature correction factor; using the fast and slow temperature correction factors (36c, 38c) to apply corrections to a fuel demand to derive a corrected fuel demand to determine a metering valve position, the fast and slow temperature correction factors (36c, 38c) correcting for the effects of temperature changes on at least one relatively fast responding parameter and at least one relatively slowly responding parameter; and moving the metering valve to the determined metering valve position; characterised in that: the at least one relatively fast responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively low thermal capacity and in direct contact with the fuel; and the at least one relatively slowly responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively high thermal capacity and/or not in direct contact with the fuel. sensing a change in fuel temperature; using the sensed change in fuel temperature to derive a fast temperature correction factor; using the sensed change in fuel temperature to derive a slow temperature correction factor; using the fast and slow temperature correction factors (36c, 38c) to apply corrections to a fuel demand to derive a corrected fuel demand to determine a metering valve position, the fast and slow temperature correction factors (36c, 38c) correcting for the effects of temperature changes on at least one relatively fast responding parameter and at least one relatively slowly responding parameter; and moving the metering valve to the determined metering valve position; characterised in that: the at least one relatively fast responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively low thermal capacity and in direct contact with the fuel; and the at least one relatively slowly responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively high thermal capacity and/or not in direct contact with the fuel. the at least one relatively fast responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively low thermal capacity and in direct contact with the fuel; and the at least one relatively slowly responding parameter comprises thermal expansion and contraction of parts of the fuel metering unit of relatively high thermal capacity and/or not in direct contact with the fuel.
An aqueous binder comprising a mixture of: a water dispersible urea-formaldehyde resin, and a water dispersible polyester resin, wherein said mixture comprises 0.05 to 95 wt%, preferably 0.1 to 95 wt% of the said water dispersible polyester resin based upon the dry weight of the urea-formaldehyde resin, wherein the binder has an absence of phosphate groups, wherein said a water dispersible polyester resin has a weight average molecular weight of 10,000 to 500,000, preferably 25,000 to 70,000, wherein the aqueous binder contains substantially no cross-linking agents, cross-linked polymers or unreacted epoxy, wherein the polyester resin is sulfonated. a water dispersible urea-formaldehyde resin, and a water dispersible polyester resin, wherein said mixture comprises 0.05 to 95 wt%, preferably 0.1 to 95 wt% of the said water dispersible polyester resin based upon the dry weight of the urea-formaldehyde resin, wherein the binder has an absence of phosphate groups, wherein said a water dispersible polyester resin has a weight average molecular weight of 10,000 to 500,000, preferably 25,000 to 70,000, wherein the aqueous binder contains substantially no cross-linking agents, cross-linked polymers or unreacted epoxy, wherein the polyester resin is sulfonated.
A process for preparing linezolid or a pharmaceutically acceptable salt thereof, the process comprising the step of mixing an oxirane of the formula in the presence of catalytic sources of Br-, wherein the catalytic sources of Br- is lithium bromide in the presence of tri-n-butylphosphine oxide, and under reflux with 3-fluoro-4-morpholinophenyl isocyanate to prepare a compound of the formula or a salt thereof; where R A is chloro; and R B is chloro; and further wherein the solvent is o-xylene.
An injection site for tubular medical connectors, comprising a perforable body inserted in a seat of the connector delimited by an annular wall having a retention edge turned in against an outer end of said perforable body, wherein said outer end of the perforable body is formed with a peripheral annular step for engagement of said turned-in retention edge of said wall of the connector, and with an exposed portion with reduced cross section projecting axially beyond said annular step, said injection site being characterized in that said peripheral step is defined by an annular groove having a shape complementary to that of said turned-in retention edge and in that said portion with reduced cross section of said perforable body connects up to said groove through an annular surface projecting radially above at least part of said turned-in retention edge and resting thereagainst.
A method of forming a cured polysilazane composition, comprising: contacting an uncured vinyl polysilazane and an organic peroxide in the presence of an effective amount of an organometallic accelerator under conditions effective to form the cured polysilazane composition, wherein the metallic component of the organometallic accelerator is copper..
Tamping machine for compacting the ballast bed of a track, having tamping units for tamping a track, having a lifting and lining device for lifting and lining tracks and switches, said device being arranged between running gears preferably in front of the tamping units in the working direction, having lifting rollers and having lifting hooks, wherein one of the lifting rollers and one of the lifting hooks are displaceably mounted along a common transverse guide, extending transversely to the tamping machine longitudinal axis, with an associated vertical guide, characterised in that the one lifting roller and the one lifting hook can each be displaced independently of each other along straight guides with vertical guide cylinders (3, 13) in parallel with a machine vertical axis.
A treatment apparatus on a ship and capable of producing ballast water, comprising: a water collection part for collecting sea water; a forward osmosis process unit for producing ballast water and fresh water obtained by desalinating the sea water collected through the water collection part, the forward osmosis process unit comprising a pre-treatment part (410, 410a, 410b, 410c, 410d) for pre-treating the collected sea water; a ballast water tank for storing the ballast water produced by the forward osmosis process unit; and a treatment water tank configured to store the fresh water produced by the forward osmosis process unit, wherein the forward osmosis process unit further comprises: a forward osmosis membrane module (430, 430a, 430b, 430c, 430d) configured to produce a mixture solution by infiltrating fresh water into a draw solution from the pre-treated sea water and to supply a portion of the produced mixture solution to the ballast water tank, a recovery module (450, 450a, 450d) configured to recover the draw solution and separate desalinated fresh water from the mixture solution for storage in the treatment water tank, and a draw solution tank (470, 470a, 470b, 470c, 470d) configured to store the draw solution. a water collection part for collecting sea water; a forward osmosis process unit for producing ballast water and fresh water obtained by desalinating the sea water collected through the water collection part, the forward osmosis process unit comprising a pre-treatment part (410, 410a, 410b, 410c, 410d) for pre-treating the collected sea water; a ballast water tank for storing the ballast water produced by the forward osmosis process unit; and a treatment water tank configured to store the fresh water produced by the forward osmosis process unit, wherein the forward osmosis process unit further comprises: a forward osmosis membrane module (430, 430a, 430b, 430c, 430d) configured to produce a mixture solution by infiltrating fresh water into a draw solution from the pre-treated sea water and to supply a portion of the produced mixture solution to the ballast water tank, a recovery module (450, 450a, 450d) configured to recover the draw solution and separate desalinated fresh water from the mixture solution for storage in the treatment water tank, and a draw solution tank (470, 470a, 470b, 470c, 470d) configured to store the draw solution. a forward osmosis membrane module (430, 430a, 430b, 430c, 430d) configured to produce a mixture solution by infiltrating fresh water into a draw solution from the pre-treated sea water and to supply a portion of the produced mixture solution to the ballast water tank, a recovery module (450, 450a, 450d) configured to recover the draw solution and separate desalinated fresh water from the mixture solution for storage in the treatment water tank, and a draw solution tank (470, 470a, 470b, 470c, 470d) configured to store the draw solution.