mhurhangee/ep-ind-claims huggingface dataset:
System for heat exchange between air located inside a space and air located outside the space, comprising: - first and second heat exchangers one forming a condenser and the other an evaporator, - a heat-transfer-fluid circuit connected to the first and second heat exchangers and adapted to circulate a heat-transfer fluid in said first and second heat exchangers, - a first air circuit associated with the first heat exchanger to perform heat exchange between the heat-transfer fluid and the air located inside the space via the first heat exchanger, and a second air circuit associated with the second heat exchanger to perform heat exchange between the heat-transfer fluid and the air located outside the space via the second heat exchanger, - a drainage tray arranged to collect condensation water that forms on the evaporator, said drainage tray comprising an ultrasound device adapted to spray in the form of droplets the condensation water collected in the drainage tray, said heat-exchange system being characterised in that it comprises a heating device adapted to heat the condensation water collected in the drainage tray, the heating device comprising: - a heating loop in which a heating fluid circulates, said heating loop extending in the vicinity of the drainage tray, - a distribution circuit adapted to connect the heating loop to the heat-transfer-fluid circuit, said distribution circuit being adapted to circulate the heat-transfer fluid coming from the condenser, as a heating fluid, in the heating loop. - first and second heat exchangers one forming a condenser and the other an evaporator, - a heat-transfer-fluid circuit connected to the first and second heat exchangers and adapted to circulate a heat-transfer fluid in said first and second heat exchangers, - a first air circuit associated with the first heat exchanger to perform heat exchange between the heat-transfer fluid and the air located inside the space via the first heat exchanger, and a second air circuit associated with the second heat exchanger to perform heat exchange between the heat-transfer fluid and the air located outside the space via the second heat exchanger, - a drainage tray arranged to collect condensation water that forms on the evaporator, said drainage tray comprising an ultrasound device adapted to spray in the form of droplets the condensation water collected in the drainage tray, - a heating loop in which a heating fluid circulates, said heating loop extending in the vicinity of the drainage tray, - a distribution circuit adapted to connect the heating loop to the heat-transfer-fluid circuit, said distribution circuit being adapted to circulate the heat-transfer fluid coming from the condenser, as a heating fluid, in the heating loop.
A method for forming a closed frame-like spacer for an insulating glass pane by applying a pasty and subsequently solidifying extrudate, which is delimited by an underside, an upper side and two side surfaces (23, 24) and has a target thickness between the underside and the upper side and a target width between the two side surfaces (23, 24), and by applying said extrudate to a glass plate along the edge of the glass plate in such a way that, at a beginning of the extrudate, the thickness thereof, over a distance of length, has a ramp over which the thickness of the extrudate increases from zero to the target thickness and, at an end of the extrudate, the thickness thereof decreases from the target thickness to zero in a manner complementary to the upwardly sloping ramp over the same distance, overlapping the ramp, and therefore the surface of the ramp forms a boundary between the beginning and the end of the extrudate, characterised by subsequently treating the pasty extrudate by subjecting with mechanical vibrations at least that side surface of the extrudate which, following assembly of the insulating glass pane, delimits the interior space thereof, in a region which extends to both sides of the periphery of the boundary surface located between the beginning and the end of the extrudate.
Control system with at least one electronic control unit (3, 5) for controlling a combustion engine in a hybrid vehicle, wherein the control unit (3, 5) is designed in such a way that it evaluates input signals for detecting data for identifying a current situation and for identifying at least one situation (S1, S2) prevailing in the near future with regard to an expected speed curve (v e) and/or load curve, and that it controls the restarting or shutting off of the combustion engine on the occurrence of a load-related driver interaction (FP; FP-, FP+) in the current situation independently of a currently specified E-travel speed limit (eV Max,CD, eV Max,CS) and/or load limit when it identifies a traffic light phase and its duration as a situation prevailing in the near future, characterized in that the expected speed curve (v e) is compared with charge-state-dependent fixed or variable maximum E-travel speed limits (eV Max,CD, eV Max,CS) for purely electric driving (E-mode) in a charged state and in a discharged state.
A turbomachine (11, 14, 22, 18, 28), comprising: a first, upstream, set of blades and a second, downstream, set of blades, the first and second sets of blades being rotatable relative to one another; characterized in that: the first, upstream, set of blades comprises: a first subset of blades, wherein each blade among the first subset of blades comprises one or more first geometric parameters (54, 56, 58,60, 62); and a second subset of blades, wherein each blade among the second subset of blades comprises one or more second geometric parameters (64, 66, 68, 70, 72) different from the one or more first geometric parameters; whereby a first wake (74, 90) generated by the first subset of blades impacts with the second, downstream, set of blades; and a second wake (76, 91) generated by the second subset of blades impacts with the second, downstream, set of blades such that spectral content of wake excitation perceived, and an acoustic signal generated by the second, downstream, set of blades is altered. a first, upstream, set of blades and a second, downstream, set of blades, the first and second sets of blades being rotatable relative to one another; characterized in that: the first, upstream, set of blades comprises: a first subset of blades, wherein each blade among the first subset of blades comprises one or more first geometric parameters (54, 56, 58,60, 62); and a second subset of blades, wherein each blade among the second subset of blades comprises one or more second geometric parameters (64, 66, 68, 70, 72) different from the one or more first geometric parameters; whereby a first wake (74, 90) generated by the first subset of blades impacts with the second, downstream, set of blades; and a second wake (76, 91) generated by the second subset of blades impacts with the second, downstream, set of blades such that spectral content of wake excitation perceived, and an acoustic signal generated by the second, downstream, set of blades is altered. the first, upstream, set of blades comprises: a first subset of blades, wherein each blade among the first subset of blades comprises one or more first geometric parameters (54, 56, 58,60, 62); and a second subset of blades, wherein each blade among the second subset of blades comprises one or more second geometric parameters (64, 66, 68, 70, 72) different from the one or more first geometric parameters; whereby a first subset of blades, wherein each blade among the first subset of blades comprises one or more first geometric parameters (54, 56, 58,60, 62); and a second subset of blades, wherein each blade among the second subset of blades comprises one or more second geometric parameters (64, 66, 68, 70, 72) different from the one or more first geometric parameters; whereby a first wake (74, 90) generated by the first subset of blades impacts with the second, downstream, set of blades; and a second wake (76, 91) generated by the second subset of blades impacts with the second, downstream, set of blades such that spectral content of wake excitation perceived, and an acoustic signal generated by the second, downstream, set of blades is altered.
A sensor assembly comprising: a flexible substrate; a pattern of conductive wires embroidered in the flexible substrate to form an array of touch sensitive sensors; and an interface disposed on the flexible substrate and in communication with the pattern of conductive wires; characterized in that the sensor assembly further comprises a sensor controller configured to detect positional relationships between nodes formed by the pattern of conductive wires, and further configured to compute strain based on a deformation of the nodes and an associated change in the positional relationships between the nodes, and to create a strain map for an object in which the sensor assembly is embedded. a flexible substrate; a pattern of conductive wires embroidered in the flexible substrate to form an array of touch sensitive sensors; and an interface disposed on the flexible substrate and in communication with the pattern of conductive wires; characterized in that the sensor assembly further comprises a sensor controller configured to detect positional relationships between nodes formed by the pattern of conductive wires, and further configured to compute strain based on a deformation of the nodes and an associated change in the positional relationships between the nodes, and to create a strain map for an object in which the sensor assembly is embedded.
A cellular station for handling random access procedures in a multi-carrier system, comprising: a wireless module, performing wireless transceiving to and from a mobile communication device on a first SCell and a second SCell of a timing reference group; and a controller module and characterized in that: the controller module avoids transmitting, during an ongoing random access procedure with the mobile communication device on the first SCell, a PDCCH order for initiating a random access procedure on the second SCell or an activation command for activating the first SCell, to the mobile communication device via the wireless module, by waiting for a predetermined period of time subsequent to an expiry of a deactivation timer for the first SCell maintained in the cellular station. a wireless module, performing wireless transceiving to and from a mobile communication device on a first SCell and a second SCell of a timing reference group; and a controller module and characterized in that: the controller module avoids transmitting, during an ongoing random access procedure with the mobile communication device on the first SCell, a PDCCH order for initiating a random access procedure on the second SCell or an activation command for activating the first SCell, to the mobile communication device via the wireless module, by waiting for a predetermined period of time subsequent to an expiry of a deactivation timer for the first SCell maintained in the cellular station.
An Injection-Stretch-Blow-Molding (ISBM) manufacturing method of a hotfill plastic container, made from a polymer material -preferably a PolyEthyleneTerephtalate - having a crystallization temperature Tc and a glass-transition temperature Tg, said method comprising the steps of: (a) Providing a plastic preform comprising a neck end, a neck support ring, and a closed tubular body portion which is defined by a wall with an external face and an internal face; (b) Heating the preform; (c) Blow molding the preform in a cavity of a mold so as to form a container; (d) Demolding the moulded container. wherein: I. the external face and the internal face of the wall of the closed tubular body portion of the plastic preform, have, respectively, an external Te and an internal Ti temperature; II. the heating (b) of the preform is carried out in such way that: • Ti > Te while entering the mold; • Ti & Te ≥ Tg at least just before entering the mold and during at least -in % of the duration between the beginning of the heating (b) and the entering into the mold, said % being given hereafter in an increasing order of preference- 30; 40; 50; 60; 70; • Tg ≤ Ti ≤ Tc; preferably Tg + 10°C ≤ Ti ≤ Tc; and more preferably Tg + 10°C ≤ Ti ≤ Tc before Tg + 10°C ≤ Te ≤ Tc; III. at least a part of the said mold has a T M temperature ≤ Tg at least during a part of the blow molding (c); IV. T M is maintained constant at least during a part of the blow molding (c). (a) Providing a plastic preform comprising a neck end, a neck support ring, and a closed tubular body portion which is defined by a wall with an external face and an internal face; (b) Heating the preform; (c) Blow molding the preform in a cavity of a mold so as to form a container; (d) Demolding the moulded container. I. the external face and the internal face of the wall of the closed tubular body portion of the plastic preform, have, respectively, an external Te and an internal Ti temperature; II. the heating (b) of the preform is carried out in such way that: • Ti > Te while entering the mold; • Ti & Te ≥ Tg at least just before entering the mold and during at least -in % of the duration between the beginning of the heating (b) and the entering into the mold, said % being given hereafter in an increasing order of preference- 30; 40; 50; 60; 70; • Tg ≤ Ti ≤ Tc; preferably Tg + 10°C ≤ Ti ≤ Tc; and more preferably Tg + 10°C ≤ Ti ≤ Tc before Tg + 10°C ≤ Te ≤ Tc; • Ti > Te while entering the mold; • Ti & Te ≥ Tg at least just before entering the mold and during at least -in % of the duration between the beginning of the heating (b) and the entering into the mold, said % being given hereafter in an increasing order of preference- 30; 40; 50; 60; 70; • Tg ≤ Ti ≤ Tc; preferably Tg + 10°C ≤ Ti ≤ Tc; and more preferably Tg + 10°C ≤ Ti ≤ Tc before Tg + 10°C ≤ Te ≤ Tc; III. at least a part of the said mold has a T M temperature ≤ Tg at least during a part of the blow molding (c); IV. T M is maintained constant at least during a part of the blow molding (c).
An agricultural machine, comprising: an input shaft connectable to a power take off shaft of a tractor; a flywheel connected to the input shaft; at least one moveable part driven by the input shaft; an access panel open-able to provide access to the at least one moveable part of the machine; an access panel handle having a first position for opening and a second position for closing the access panel; and a brake with a brake handle with a first position for braking the flywheel and a second position for releasing the flywheel; characterised in that the agricultural machine is adapted for preventing opening of the access panel while the flywheel is rotating, by arrangement of the access panel handle and the brake handle with respect to one another such that the access panel handle can only be placed in its first opening position when the brake handle is in its first braking position. an input shaft connectable to a power take off shaft of a tractor; a flywheel connected to the input shaft; at least one moveable part driven by the input shaft; an access panel open-able to provide access to the at least one moveable part of the machine; an access panel handle having a first position for opening and a second position for closing the access panel; and a brake with a brake handle with a first position for braking the flywheel and a second position for releasing the flywheel; characterised in that the agricultural machine is adapted for preventing opening of the access panel while the flywheel is rotating, by arrangement of the access panel handle and the brake handle with respect to one another such that the access panel handle can only be placed in its first opening position when the brake handle is in its first braking position.
An air pump having a pump unit including a casing having a cylinder chamber, the casing accommodating a piston reciprocatable in the cylinder chamber and an electromagnetic drive unit for reciprocating the piston; the casing comprising: a suction port extending from an outer peripheral surface to inner peripheral surface of the casing to suck air into the casing from surroundings of the casing, the air being to be supplied to the cylinder chamber, characterised in that an annular noise reduction wall is annularly provided on the outer peripheral surface of the casing, the annular noise reduction wall being arranged such that the suction port opens in a region of the outer peripheral surface of the casing surrounded by the annular noise reduction wall; and a lid member is provided to close an opening defined by a top of the annular noise reduction wall, the lid member cooperating with the annular noise reduction wall and the outer peripheral surface of the casing to define a noise reduction chamber communicating with the suction port; the annular noise reduction wall having at least one elongated noise reduction passage extending in the annular noise reduction wall in a circumferential direction of the annular noise reduction wall, one end of the elongated noise reduction passage opening on an outer surface of the annular noise reduction wall, the other end of the elongated noise reduction passage opening on an inner surface of the annular noise reduction wall. a suction port extending from an outer peripheral surface to inner peripheral surface of the casing to suck air into the casing from surroundings of the casing, the air being to be supplied to the cylinder chamber, characterised in that an annular noise reduction wall is annularly provided on the outer peripheral surface of the casing, the annular noise reduction wall being arranged such that the suction port opens in a region of the outer peripheral surface of the casing surrounded by the annular noise reduction wall; and a lid member is provided to close an opening defined by a top of the annular noise reduction wall, the lid member cooperating with the annular noise reduction wall and the outer peripheral surface of the casing to define a noise reduction chamber communicating with the suction port; the annular noise reduction wall having at least one elongated noise reduction passage extending in the annular noise reduction wall in a circumferential direction of the annular noise reduction wall, one end of the elongated noise reduction passage opening on an outer surface of the annular noise reduction wall, the other end of the elongated noise reduction passage opening on an inner surface of the annular noise reduction wall.
A method to manufacture a multi-chamber container, comprising: disposing a first parison within a first mold assembly having a first inner surface defining a first mold chamber, the first mold assembly including at least one first insert disposed on the first inner surface within the first mold chamber; blow molding the first parison to form a first container body within the first mold chamber, wherein at least one first portion of the first container body corresponding to the at least one first insert has a first portion temperature greater than a remaining portion of the first container body; and contacting the at least one first portion of the first container body to at least one second portion of a second container body to attach the first container body to the second container body. disposing a first parison within a first mold assembly having a first inner surface defining a first mold chamber, the first mold assembly including at least one first insert disposed on the first inner surface within the first mold chamber; blow molding the first parison to form a first container body within the first mold chamber, wherein at least one first portion of the first container body corresponding to the at least one first insert has a first portion temperature greater than a remaining portion of the first container body; and contacting the at least one first portion of the first container body to at least one second portion of a second container body to attach the first container body to the second container body.
A method for cleaning an aromatic polyamide reverse osmosis membrane by bringing the aromatic polyamide reverse osmosis membrane into contact with a cleaning liquid which has a pH of 10 to 14 and which is an aqueous solution comprising at least one selected from the group consisting of an alkaline agent, a chloramine compound, and an oxidizing agent, said cleaning liquid further comprising a urea derivative for protecting the membrane, represented by the following formula and having a molecular weight of about 300 or less: (R 1)(R 2)N-C -N(R 3)(R 4) wherein R 1, R 2, R 3, and R 4 each independently represent a hydrogen atom, an alkyl group, an aryl group, or an amideacyl group including -R 5 CONH 2, where R 5 is a single bond or an alkylene group, or being thiourea or thiosemicarbazide.
A pull tab with fastening and self-retaining means especially designed to carry out an operation to open a coconut or equivalent fruit with a hard shell by means of breaking a pre-cut area in a previously selected position of the shell of the coconut and by virtue of the joint between the pull ta b a nd the shell of the coconut through a through hole made in a centered position in the aforementioned pre-cut area in which the pull tab has a substantially flattened shape and includes an opening which facilitates the gripping thereof and that occupies the greater part of the surface thereof while on the opposite end the pull tab comprises a fastening element housed in a through hole being placeable between the body of the pull tab and the coconut characterized in that the aforementioned fastening element is placeable between the pull tab and the pre-cut area of the shell ofthe coconut and consists of a generally cylindrical bolt, dimensioned to be inserted through the aforementioned hole of the shell of the coconut, the aforementioned bolt being configured such that on the end inserted towards the inside ofthe coconut there is a frustoconical formation with a larger diameter, on which slots have been made coinciding with one or more diagonal planes, thereby determining portions by means of clips with elastic behavior, while on the end opposite from the frustoconical formation the body of the bolt it includes a substantially flat head, with a larger diameter than the body of the bolt, made up of stop means for when the bolt is inserted into the through hole made in the shell of the coconut.
A method for optimizing dosing amounts and/or schedules of a compound in a transgenic mouse whose genome comprises a nucleic acid encoding human cereblon (CRBN) or a functional fragment thereof, wherein the functional fragment exhibits the ability of native human CRBN to form an E3 ubiquitin-ligase complex and mediates the ubiquitination and subsequent proteosomal degradation of target proteins, wherein the mouse expresses the human CRBN or functional fragment thereof and does not express endogenous mouse CRBN, the method comprising the steps of: (a) administering the compound to the transgenic mouse; (b) obtaining a sample from the transgenic mouse; (c) measuring the level of a biomarker in the sample; and (d) adjusting the dosing amount and/or schedule of the compound based on the level of the biomarker; wherein the biomarker is a CRBN-associated protein. wherein the functional fragment exhibits the ability of native human CRBN to form an E3 ubiquitin-ligase complex and mediates the ubiquitination and subsequent proteosomal degradation of target proteins, wherein the mouse expresses the human CRBN or functional fragment thereof and does not express endogenous mouse CRBN, the method comprising the steps of: (a) administering the compound to the transgenic mouse; (b) obtaining a sample from the transgenic mouse; (c) measuring the level of a biomarker in the sample; and (d) adjusting the dosing amount and/or schedule of the compound based on the level of the biomarker; (a) administering the compound to the transgenic mouse; (b) obtaining a sample from the transgenic mouse; (c) measuring the level of a biomarker in the sample; and (d) adjusting the dosing amount and/or schedule of the compound based on the level of the biomarker; wherein the biomarker is a CRBN-associated protein.