mhurhangee/ep-ind-claims huggingface dataset:
A cross-fin tube heat exchanger for an air conditioner capable of switching between heating operation and cooling operation, the heat exchanger comprising: a plurality of fins; and a plurality of heat transfer tubes passing through the plurality of fins; wherein the heat exchanger has a row structure in which three rows of tube rows of heat transfer tubes are arranged along an air flow direction, the row structure has an upstream tube row which is positioned on the furthest upstream side in terms of the air flow direction, a downstream tube row which is positioned on the furthest downstream side in terms of the air flow direction, and an intermediate tube row which is positioned between the upstream tube row and the downstream tube row; the heat exchanger has a plurality of paths which are refrigerant paths; characterized in that: each of the plurality of paths is a coexistent path, wherein each coexistent path has: a single parallel flow portion where refrigerant flows from a heat transfer tube of the intermediate tube row to a heat transfer tube of a tube row of the downstream tube row in the use as a condenser, and a single counter-flow portion where refrigerant flows from the heat transfer tube of the downstream tube row to a heat transfer tube of the upstream tube row in the use as a condenser; and a single parallel flow portion where refrigerant flows from the heat transfer tube of the upstream tube row to the heat transfer tube of the downstream tube row in the use as an evaporator, and a single counter-flow portion where refrigerant flows from the heat transfer tube of the downstream tube row to the heat transfer tube of the intermediate tube row in the use as the evaporator; in the use as the condenser, the refrigerant flows out from the heat transfer tube of the upstream tube row; and in the use as the evaporator, each coexistent path is an intermediate outflow path in which the refrigerant flows out from the heat transfer tube of the intermediate tube row. a plurality of fins; and a plurality of heat transfer tubes passing through the plurality of fins; wherein the heat exchanger has a row structure in which three rows of tube rows of heat transfer tubes are arranged along an air flow direction, the row structure has an upstream tube row which is positioned on the furthest upstream side in terms of the air flow direction, a downstream tube row which is positioned on the furthest downstream side in terms of the air flow direction, and an intermediate tube row which is positioned between the upstream tube row and the downstream tube row; the heat exchanger has a plurality of paths which are refrigerant paths;
A method for producing Form II crystals of N 1 -(5-chloropyridin-2-yl)-N 2 -((1S,2R,4S)-4-[(dimethylamino)carbonyl]-2-{[(5-methyl-4,5,6,7-tetrahydrothiazolo[5,4-c]pyridin-2-yl)carbonyl]amino}cyclohexyl)ethanediamide p-toluenesulfonate monohydrate represented by the following formula: comprising a peak at a diffraction angle (2θ) of 22.3 ± 0.2 (°) or 23.2 ± 0.2 (°) in powder x-ray diffraction obtained using Cu-Kα rays, the method comprising the steps of (a) converting a compound represented by formula to an amorphous or low crystalline solid; and (b) exposing the amorphous or low crystalline solid to solvent vapor, wherein the solvent used is anisole, acetone, 2-butanone, toluene, acetonitrile, dimethoxyethane, or dimethoxymethane. (a) converting a compound represented by formula to an amorphous or low crystalline solid; and (b) exposing the amorphous or low crystalline solid to solvent vapor, wherein the solvent used is anisole, acetone, 2-butanone, toluene, acetonitrile, dimethoxyethane, or dimethoxymethane.
An air filter housing for an air filter arrangement in a vehicle, the air filter housing being configured for receiving unfiltered air and outputting filtered air by passage of the air through an air filter unit, the air filter housing forming a filter cavity configured to house said air filter unit, and the air filter housing comprising a support member being fixedly arranged in said filter cavity, said support member comprising a filter holder portion for holding said air filter unit in a use position, in which use position the complete filter holder portion is located inside said filter cavity, wherein said filter holder portion is movable between a retracted position being said use position, and an extended position, in which extended position at least a part of said filter holder portion is located outside of said cavity, wherein said filter housing comprises an outlet for filtered air, characterized in that said support member comprises an outlet sealing member arranged between the filter holder portion and the outlet of the filter housing, wherein said outlet sealing member is an expansible and retractable member, preferably an expansible and retractable bellows member. the air filter housing forming a filter cavity configured to house said air filter unit, and the air filter housing comprising a support member being fixedly arranged in said filter cavity, said support member comprising a filter holder portion for holding said air filter unit in a use position, in which use position the complete filter holder portion is located inside said filter cavity, wherein said filter holder portion is movable between a retracted position being said use position, and an extended position, in which extended position at least a part of said filter holder portion is located outside of said cavity, wherein said filter housing comprises an outlet for filtered air, characterized in that said support member comprises an outlet sealing member arranged between the filter holder portion and the outlet of the filter housing, wherein said outlet sealing member is an expansible and retractable member, preferably an expansible and retractable bellows member.
A product for use in treatment of chronic skin wounds, said treatment comprising: (i) debriding at least some necrotic or other devitalised tissue from a chronic skin wound, and (ii) applying to healthy or healable tissue in the wound said product comprising an extracellular polymeric substance solvating system, said solvating system comprising an aqueous solution of at least 0.01 M of metal ion sequestering agent, at least 0.002 M of surfactant, and buffering agent that maintains the solvating system at a pH greater than 4 and less than 8.5 appropriate for contacting chronic skin wounds, wherein the solvating system has an osmolarity of 1,000 to 4,000 mOsm of solute per liter and a sufficiently low viscosity to enable delivery to the wound using spray application, breaks down bacterial biofilms in chronic wounds, and aids in chronic wound biofilm detachment, removal or disruption. (i) debriding at least some necrotic or other devitalised tissue from a chronic skin wound, and (ii) applying to healthy or healable tissue in the wound said product comprising an extracellular polymeric substance solvating system,
The use of a composition, comprising two or more species of probiotic bacteria, for inhibiting the enzymatic decomposition of hydrogen peroxide (H 2 O 2) in a process of deinking recycled fiber pulp, wherein said process uses hydrogen peroxide, wherein said two or more species of probiotic bacteria are selected from the group consisting of Bacillus subtilis, Bacillus pumilus, Bacillus licheniformis, Bacillus megaterium and Bacillus amyloliquefaciens.
A prepreg sheet obtained by impregnating a fiber with a radical polymerizable resin composition, wherein the radical polymerizable resin composition contains at least a urethane (meth) acrylate compound (a) represented by the following chemical formula [Chemical 1]: in the formula [Chemical 1], wherein n is within a range from 2 to 100, X is a compound residue having two or more isocyanate groups M, and M contains a formula [Chemical 2]: [Chemical 2] -N=C=O and a formula [Chemical 3]: in the formula [Chemical 3], Q represents a residue of a hydroxyl group containing (meth) acrylate ester and the radical polymerizable resin composition further optionally contains a polymerizable vinyl monomer in an amount of 0 to 50 percent by weight and wherein the urethane (meth) acrylate compound (a) contains 0.1 to 12 percent by weight of an isocyanate group.
Cover flap arrangement for a handle arrangement of a motor vehicle door, the handle arrangement having an, in particular, elongate handle section with a gripping region and two gripping openings (6, 7) which are arranged on both sides of the handle section towards the gripping region, and the cover flap arrangement having two cover flaps (8, 9) which can be adjusted in each case between a covering position, in which, in the installed state, they in each case cover a gripping opening (6, 7), in particular sealingly, and an exposing position, in which, in the installed state, they in each case expose a gripping opening (6, 7), a support being provided for accommodating at least part of the components of the cover flap arrangement, a drive arrangement being provided for the motorized adjustment of the cover flaps (8, 9), the drive arrangement having a drive motor and an advancing mechanism which is connected downstream of the drive motor, and the support accommodating the cover flaps (8, 9) and the entire drive arrangement.
Process for the production of a desulfurized gasoline with a high octane number from a starting gasoline that comprises olefins and thiophenic compounds, whereby said process comprises the following stages: a) a stage for distillation of the starting gasoline into at least two fractions including: - a light fraction containing the majority of olefins with 5 and 6 carbon atoms, as well as thiophene, and preferably methylthiophenes, - a heavy fraction that no longer contains olefins with 5 carbon atoms and concentrates the heavy sulfur-containing compounds such as the benzothiophenes, b) a stage for desulfurization of said light fraction by adsorption of the sulfur-containing compounds on an adsorbent solid, whereby the adsorbent solid that is used is selected from the group that consists of silicas, aluminas, zeolites, active carbons, resins, clays, metal oxides and reduced metals, c) a stage for hydrodesulfurization of said heavy fraction on a catalyst that contains at least one metal of group VIII and a metal of group VIb, under standard hydrodesulfurization conditions, whereby the regeneration of the adsorbent solid being realized at a temperature of greater than 50°C, while remaining in liquid phase, is carried out by means of a desorption solvent that is a portion of the effluent of the hydrodesulfurization stage of the heavy fraction, said solvent comprising at least a portion of aromatic compounds, whereby the additional portion of the effluent of said hydrodesulfurization stage is mixed with the effluent of the desulfurization stage by adsorption of the light fraction to constitute the desulfurized gasoline with a high octane number, the solvent resulting from the regeneration being recycled by being mixed with said heavy fraction before realizing step c). a) a stage for distillation of the starting gasoline into at least two fractions including: - a light fraction containing the majority of olefins with 5 and 6 carbon atoms, as well as thiophene, and preferably methylthiophenes, - a heavy fraction that no longer contains olefins with 5 carbon atoms and concentrates the heavy sulfur-containing compounds such as the benzothiophenes, - a light fraction containing the majority of olefins with 5 and 6 carbon atoms, as well as thiophene, and preferably methylthiophenes, - a heavy fraction that no longer contains olefins with 5 carbon atoms and concentrates the heavy sulfur-containing compounds such as the benzothiophenes, b) a stage for desulfurization of said light fraction by adsorption of the sulfur-containing compounds on an adsorbent solid, whereby the adsorbent solid that is used is selected from the group that consists of silicas, aluminas, zeolites, active carbons, resins, clays, metal oxides and reduced metals, c) a stage for hydrodesulfurization of said heavy fraction on a catalyst that contains at least one metal of group VIII and a metal of group VIb, under standard hydrodesulfurization conditions,
Briquette as pelletized agglomerate of finely particulate to dust-like brown coal coke with at least one organic binder in the form of starch, comprising an addition of sodium silicates and/or potassium silicates which is homogeneously distributed in the agglomerate, characterized by a composition comprising brown coal coke in a proportion of from 80 to 94% by mass, the binder in the form of starch in a proportion of from 1 to 6% by mass, the addition of sodium silicates and/or potassium silicates in a proportion of from 1 to 6% by mass and an oxygen-releasing oxidant as balance of from 0 to 8% by mass, in each case based on the water-free substance.
Computer-implemented method for monitoring and analyzing energy consumption of a chemical plant in operation, the method comprising determining a plant type specific theoretical energy consumption optimum value for the plant, based on a comparative corresponding model plant, identifying and grouping parameters contributing to increased energy consumption of the plant i) resulting from processes performed in the plant, ii) resulting from internal characteristics of the plant, and iii) resulting from operating conditions of the plant respectively, wherein the parameters due to operating conditions of the plant are classified in static parameters and dynamic parameters, providing energy contribution rates for each parameter, partly by an automatic, and whenever required, periodic retrieval, and periodically graphing the energy consumption of the plant via a bar graph starting from the plant type specific theoretical energy consumption optimum value and arriving at a current energy consumption value of the plant by adding the provided single energy consumption rates of the respective parameters in groups, thus forming an energy cascade which allows to monitor at least a part of the individual parameters and to compare the current energy consumption of the plant with an energy consumption of another plant and/or with a previous energy consumption of the plant with respect to the individual parameters, further including a periodically repeated re-graphing of the rates of the dynamic parameters associated with the operating conditions of the plant computing for at least one of the parameters of the energy cascade a best demonstrated mode, for demonstrating an expected proportion of the respective energy contribution rate of at least one parameter, wherein the best demonstrated mode is derived from a history of the energy contribution rates of the parameter measured over the course of a pre-defined time period wherein a pre-given percentage of the lowest of those energy consumption rates is used for determining the best demonstrated mode, wherein the pre-given percentage in the range of 1% to 20%, particularly about 10%, wherein the energy contribution rates of the at least one parameter are continuously monitored and controlled on the basis of the best demonstrated mode.
A system for dynamically anchoring a call initiated by a mobile unit, comprising: memory that stores input data and machine readable instructions that comprises call anchor logic (12, 66, 118); and at least one processor configured to execute the call anchor logic (12, 66, 118), the call anchor logic programmed with anchoring criteria (14, 70, 120) to determine if a call leg of an outbound call being initiated from the mobile unit (50, 102, 152) authorized to operate in an associated private network should be anchored at an anchor point based on evaluating whether the input data satisfy the anchoring criteria, the call anchor logic providing an anchor control signal to cause the outbound call leg to be one of (i) anchored at the anchor point if the evaluation of the anchoring criteria to the input data indicates that anchoring of the outbound call is required and (ii) connected to a called party without anchoring at the anchor point if the evaluation of the anchoring criteria to the input data indicates that anchoring of the call is at least one of not required, overridden or prohibited, wherein the anchor point corresponds to a node in the associated private network where the outbound call leg and another call leg are connected together outside of a service provider network for the mobile unit. memory that stores input data and machine readable instructions that comprises call anchor logic (12, 66, 118); and at least one processor configured to execute the call anchor logic (12, 66, 118), the call anchor logic programmed with anchoring criteria (14, 70, 120) to determine if a call leg of an outbound call being initiated from the mobile unit (50, 102, 152) authorized to operate in an associated private network should be anchored at an anchor point based on evaluating whether the input data satisfy the anchoring criteria, the call anchor logic providing an anchor control signal to cause the outbound call leg to be one of (i) anchored at the anchor point if the evaluation of the anchoring criteria to the input data indicates that anchoring of the outbound call is required and (ii) connected to a called party without anchoring at the anchor point if the evaluation of the anchoring criteria to the input data indicates that anchoring of the call is at least one of not required, overridden or prohibited, wherein the anchor point corresponds to a node in the associated private network where the outbound call leg and another call leg are connected together outside of a service provider network for the mobile unit.
Terrace heater designed as a standing device having a lower part extending as far as the floor space and forming a cavity to accommodate a gas bottle, a vertical pipe placed on the lower part and on the upper end of which is arranged a burner, wherein above the burner and at a distance therefrom, a plate-like reflector is provided, characterised in that the reflector is provided with several passages at a distance from the burner, in which downwardly directed suspension loops with their shaft are arranged to be rotatable, and which contain supports for products to be grilled.
A resource indication method, comprising: generating resource indication information, wherein the resource indication information is used to indicate a reference signal resource allocated to a terminal device (200, 400) in a reference signal resource group in which the terminal device (200, 400) is located among a plurality of reference signal resource groups; and sending the resource indication information, characterized in that the plurality of reference signal resource groups at least comprises a first reference signal resource group and a second reference signal resource group, the first reference signal resource group corresponds to a first Transceiver Point, TRP, set, and a second reference signal resource group corresponds to a second TRP set, each TRP in the first TRP set is a high-frequency TRP, and each TRP in the second TRP set is a low-frequency TRP. generating resource indication information, wherein the resource indication information is used to indicate a reference signal resource allocated to a terminal device (200, 400) in a reference signal resource group in which the terminal device (200, 400) is located among a plurality of reference signal resource groups; and sending the resource indication information, characterized in that the plurality of reference signal resource groups at least comprises a first reference signal resource group and a second reference signal resource group, the first reference signal resource group corresponds to a first Transceiver Point, TRP, set, and a second reference signal resource group corresponds to a second TRP set, each TRP in the first TRP set is a high-frequency TRP, and each TRP in the second TRP set is a low-frequency TRP.
Backup server for backing up data with at least one data storage medium, on which the data can be stored and from which they can called up, and preferably with an energy storage device for storing electrical energy for the case in which the power supply is interrupted, wherein the backup server comprises a housing (10, 30), which has an openable cover on one side, preferably on the top, and wherein the other sides are connected to each other in a liquid-tight and preferably inseparable manner, characterized in that at least one locking element (20, 35), which can be activated magnetically or by radio, is arranged in the interior of the backup server.
Pipe for heating and transporting a washer fluid for a wiper, comprising at least one washer fluid circulation duct (21, 22; 28, 29) extending from a washer fluid reservoir situated under the bonnet of the vehicle as far as the wiper and arranged near to at least one heating conducting wire (23, 24; 30) made from a heating conducting filamentary element, characterized in that the heating conducting wire element comprises a heating conducting strand arranged in a helix around a central fibre, of which the pitch between strands in at least one first sector of the said filamentary element (18, 32) is of a first value for producing a first linear heating power, and of which the pitch between strands in at least one second sector of the said filamentary element (18, 32) is of a second value lower than the first value so as to produce a second linear heating power greater than the first linear heating power, the first and second sector making it possible to ensure the heating of the washer fluid circulating through the circulation duct (21, 22; 28, 29) respectively according to the first linear power in the case of the region of the pipe (20, 26) situated under the bonnet of the vehicle and according to the second linear power for the region of the pipe (20, 26) that is situated outside of the bonnet of the vehicle.