mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an arrangement comprising a heating pump , which serves for circulation of a heating medium in a closed heating circuit, and a three-way mixer valve , whose first inlet is connected to a boiler , whose second inlet is connected to the return line of a load circuit and whose outlet is connected to the feed line of the load circuit, wherein the heating pump knows the temperature of the delivery flow (Q) flowing through the pump , wherein a controller actuates the mixer valve using at least two different switching positions (S) for setting a different mixing ratio for the two inlets, and the temperature of the delivery flow (Q) flowing through the pump is recorded, characterized in that , with account taken of the mixing ratio for the at least two switching positions (S) and the delivery-flow temperature recorded for each switching position (S), the medium temperature is calculated at at least one of the valve ports which is not connected to the heating pump .
A composition of matter, consisting of in combination, in atomic percent contents: a content of nickel as a largest content; 19.0-21.0 percent cobalt; 9.0-13.0 percent chromium; 1.0-3.0 percent tantalum; 0.9-1.5 percent tungsten; 7.0-9.5 percent aluminum; 0.10-0.25 percent boron; 0.09-0.20 percent carbon; 1.5-2.0 percent molybdenum; 1.1-1.5 percent niobium; 3.0-3.6 percent titanium; 0.02-0.09 percent zirconium; and unavoidable impurities. a content of nickel as a largest content; 19.0-21.0 percent cobalt; 9.0-13.0 percent chromium; 1.0-3.0 percent tantalum; 0.9-1.5 percent tungsten; 7.0-9.5 percent aluminum; 0.10-0.25 percent boron; 0.09-0.20 percent carbon; 1.5-2.0 percent molybdenum; 1.1-1.5 percent niobium; 3.0-3.6 percent titanium; 0.02-0.09 percent zirconium; and unavoidable impurities.
A photomask blank comprising a quartz substrate and a chromium-based material film formed on the quartz substrate, the chromium-based material film comprising 50 to 78 atom% of chromium, 2 to 10 atom% of nitrogen, 10 to 20 atom% of oxygen, and 10 to 20 atom% of carbon, wherein the chromium-based material film is a hard mask film, a ratio (A/B) of A representing etching rate per unit film thickness of the chromium-based material film in oxyqen-containing chlorine-based dry etching to B representing etching rate per unit film thickness of a film composed only of chromium in said oxyqen-containing chlorine-based dry etching is in a range from 0.7 to 0.9 , and when the chromium-based material film is formed on a quartz substrate having 152 mm Square dimensions and 6.35 mm in thickness, and subjected to a heat treatment at a temperature of at least 150°C for a time of at least 10 minutes, the chromium-based material film has a tensile stress or compressive stress corresponding to an amount of Warp of up to 70 nm. wherein the chromium-based material film is a hard mask film, a ratio (A/B) of A representing etching rate per unit film thickness of the chromium-based material film in oxyqen-containing chlorine-based dry etching to B representing etching rate per unit film thickness of a film composed only of chromium in said oxyqen-containing chlorine-based dry etching is in a range from 0.7 to 0.9 , and when the chromium-based material film is formed on a quartz substrate having 152 mm Square dimensions and 6.35 mm in thickness, and subjected to a heat treatment at a temperature of at least 150°C for a time of at least 10 minutes, the chromium-based material film has a tensile stress or compressive stress corresponding to an amount of Warp of up to 70 nm.
A closure, comprising: a fastener including at least a first group of ribs and a second group of ribs , wherein the first group of ribs is separated from the second group of ribs by a gap and the distance of separation of immediately adjacent ribs in each group is less than the said gap, and wherein the width of the said gap is less than the width of the first group or the second group ; the said immediately adjacent ribs also being spaced to receive a rib from an opposing group of ribs and to interlock therewith. a fastener including at least a first group of ribs and a second group of ribs , wherein the first group of ribs is separated from the second group of ribs by a gap and the distance of separation of immediately adjacent ribs in each group is less than the said gap, and wherein the width of the said gap is less than the width of the first group or the second group ; the said immediately adjacent ribs also being spaced to receive a rib from an opposing group of ribs and to interlock therewith.
An automated cleaning apparatus comprising: a plurality of product dispensing spray points providing direct application of a concentrated product onto an article to be cleaned; said plurality of spray points being upper and facing down, being lower and facing up, and angled side and corner points; a control device providing a concentrated product dispensing signal to dispense product at the product dispensing points based on a type of article to be cleaned; and (a) a detector positioned to detect an identifier associated with the article type; and/or (b) a user interface for inputting the article type and/or a product dispensing sequence; said automatic cleaning apparatus configured to keep track of and print the types of articles washed, as well as the dates and times of article types washed. a plurality of product dispensing spray points providing direct application of a concentrated product onto an article to be cleaned; said plurality of spray points being upper and facing down, being lower and facing up, and angled side and corner points; a control device providing a concentrated product dispensing signal to dispense product at the product dispensing points based on a type of article to be cleaned; and (a) a detector positioned to detect an identifier associated with the article type; and/or (b) a user interface for inputting the article type and/or a product dispensing sequence; said automatic cleaning apparatus configured to keep track of and print the types of articles washed, as well as the dates and times of article types washed.
Air delivery lock for a cargo pallet located in an aircraft, comprising: a housing , a restraining device having an engagement end for contacting and restraining the cargo pallet , and a force reaction end ; a bell crank having a bell crank joint for swivably mounting the bell crank ; an elastically deformable force introduction unit ; and a latching unit ; wherein the restraining device is swivably mounted on a first leg of the bell crank around a restraining device axis , wherein the force introduction unit is attached to a second leg of the bell crank and the force reaction end of the restraining device , wherein the latching unit comprises a first guide means and a second guide means , wherein the first guide means is attached to a structurally fixed point of the housing and the second guide means is attached to the restraining device , wherein the first guide means , the second guide means , the restraining device , the bell crank and the force introduction unit are designed that the first guide means allows a rotation of the restraining device around the restraining device axis , thereby deforming the force introduction unit , and prevents a rotation of the bell crank by limiting the motion of the second guide means , if the force acting on the engagement end is below a predetermined release force, and that the first guide means releases the second guide means if the force acting on the engagement end equals or exceeds the predetermined release force, thereby allowing the bell crank to rotate. a housing , a restraining device having an engagement end for contacting and restraining the cargo pallet , and a force reaction end ; a bell crank having a bell crank joint for swivably mounting the bell crank ; an elastically deformable force introduction unit ; and a latching unit ; wherein the restraining device is swivably mounted on a first leg of the bell crank around a restraining device axis , wherein the force introduction unit is attached to a second leg of the bell crank and the force reaction end of the restraining device , wherein the latching unit comprises a first guide means and a second guide means , wherein the first guide means is attached to a structurally fixed point of the housing and the second guide means is attached to the restraining device , wherein the first guide means , the second guide means , the restraining device , the bell crank and the force introduction unit are designed that the first guide means allows a rotation of the restraining device around the restraining device axis , thereby deforming the force introduction unit , and prevents a rotation of the bell crank by limiting the motion of the second guide means , if the force acting on the engagement end is below a predetermined release force, and that the first guide means releases the second guide means if the force acting on the engagement end equals or exceeds the predetermined release force, thereby allowing the bell crank to rotate.
4/2 directional fluid valve with at least two connecting chambers which open into in each case one first fluid channel and one second fluid channel , characterized in that , in each of the connecting chambers , there is provided an elastic diaphragm which separates a first region of the respective connecting chamber , into which the first and the second fluid channel open, in fluid-tight fashion from a second region of the connecting chamber , and wherein a closed-off air volume is formed in the second region of the connecting chamber .
A pharmaceutical combination comprising: (A): a compound which is a polyunsaturated fatty acid of formula COOH-CHOH-(CH 2 ) 6 -(CH=CH-CH 2 ) 2 -(CH 2 ) 3 -CH 3 (ABTL0812), a pharmaceutically acceptable salt thereof, or a combination thereof and (B): a chemotherapeutic agent compound, wherein Compound (B) is at least one chemotherapeutic agent compound selected from the group consisting of: Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient. (A): a compound which is a polyunsaturated fatty acid of formula COOH-CHOH-(CH 2 ) 6 -(CH=CH-CH 2 ) 2 -(CH 2 ) 3 -CH 3 (ABTL0812), a pharmaceutically acceptable salt thereof, or a combination thereof and (B): a chemotherapeutic agent compound, wherein Compound (B) is at least one chemotherapeutic agent compound selected from the group consisting of: Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient. Docetaxel; Paclitaxel; Nab-paclitaxel; Carboplatin; Cisplatin; Oxaliplatin; and Retinoic acid for the simultaneous, separate or sequential use in the treatment of a cancer in a human patient.
Condensing device for a spinning machine, in particular a ring spinning machine, for bundling a drafted fibre band , having a condensing unit that has a suction air feed arranged in a main body and a suction opening that is fed from the suction air feed and above which a condensing apron is arranged in an exchangeable manner, wherein the condensing unit comprises a diaphragm with a diaphragm opening for covering the suction air feed , wherein the main body is designed to detachably hold the diaphragm covering the suction air feed , wherein the suction opening is variable by means of the diaphragm in order to operate the condensing unit , wherein the diaphragm opening is formed as a suction slot for cooperating with a condensing apron designed as a screen apron or fabric apron, characterised in that it is possible to switch between the configuration of the condensing unit by a combination of an open suction opening with a condensing apron having a perforation track and the configuration of the condensing unit by a combination of a condensing apron formed from an air-permeable fabric with a suction opening constricted by a slot, in that , for this purpose, either the suction air feed is designed as a suction opening for cooperating with a condensing apron having a perforation track , or in that the condensing device comprises a second diaphragm with a diaphragm opening that is designed as a suction opening for cooperating with a condensing apron having a perforation track . wherein the condensing unit comprises a diaphragm with a diaphragm opening for covering the suction air feed , wherein the main body is designed to detachably hold the diaphragm covering the suction air feed , wherein the suction opening is variable by means of the diaphragm in order to operate the condensing unit , wherein the diaphragm opening is formed as a suction slot for cooperating with a condensing apron designed as a screen apron or fabric apron, characterised in that it is possible to switch between the configuration of the condensing unit by a combination of an open suction opening with a condensing apron having a perforation track and the configuration of the condensing unit by a combination of a condensing apron formed from an air-permeable fabric with a suction opening constricted by a slot, in that , for this purpose, either the suction air feed is designed as a suction opening for cooperating with a condensing apron having a perforation track , or in that the condensing device comprises a second diaphragm with a diaphragm opening that is designed as a suction opening for cooperating with a condensing apron having a perforation track .
Process of biogas production by anaerobic biodigestion of one or more categories of organic wastes , sent to an accumulation mixer/homogenizer which successively loads an anaerobic biodigester , characterized by : a) sending a fraction equal to (K) times the daily load of the anaerobic biodigester , to one or more acceleration devices in order to speed up the multiplication of autochthon methanogenic bacteria already contained in the organic wastes , wherein said fraction stays in said acceleration device until the final concentration (Cf) of the autochthon methanogenic bacterial streams is equal to (M) times the initial concentration (Ci), and b) redirecting said fraction to the anaerobic biodigester by leaving the acceleration device once a final concentration (Cf) of methanogenic bacteria in the fraction is obtained, and wherein c) successive cycles of (D) duration, of the operations mentioned at a) and b), are repeated, wherein the parameter (K) has a numeric value comprised between 10 -3 to 10 -1 and; wherein (M) is in a range between 10 3 to 10 7 and wherein parameter (D) has a value comprised between 24 and 8 hours. a) sending a fraction equal to (K) times the daily load of the anaerobic biodigester , to one or more acceleration devices in order to speed up the multiplication of autochthon methanogenic bacteria already contained in the organic wastes , wherein said fraction stays in said acceleration device until the final concentration (Cf) of the autochthon methanogenic bacterial streams is equal to (M) times the initial concentration (Ci), and b) redirecting said fraction to the anaerobic biodigester by leaving the acceleration device once a final concentration (Cf) of methanogenic bacteria in the fraction is obtained, and wherein c) successive cycles of (D) duration, of the operations mentioned at a) and b), are repeated, wherein the parameter (K) has a numeric value comprised between 10 -3 to 10 -1 and; wherein (M) is in a range between 10 3 to 10 7 and wherein parameter (D) has a value comprised between 24 and 8 hours.
A method for a machine-to-machine, M2M, service layer comprising: performing a policy provision for value added services, VAS, with a traffic steering engine , wherein a policy provision request transmitted by the M2M service layer to the traffic steering engine includes an indication that a selected VAS should depend on attributes that are associated with an addressed resource, and wherein the policy provision request further indicates that traffic from the M2M service layer should be processed by the selected VAS; adding meta data to a data packet based on the policy provision by embedding the meta data in the attributes; and sending the data packet to the traffic steering engine, wherein the meta data is used by the traffic steering engine for steering the data packet through the selected VAS. performing a policy provision for value added services, VAS, with a traffic steering engine , wherein a policy provision request transmitted by the M2M service layer to the traffic steering engine includes an indication that a selected VAS should depend on attributes that are associated with an addressed resource, and wherein the policy provision request further indicates that traffic from the M2M service layer should be processed by the selected VAS; adding meta data to a data packet based on the policy provision by embedding the meta data in the attributes; and sending the data packet to the traffic steering engine, wherein the meta data is used by the traffic steering engine for steering the data packet through the selected VAS.
A method for assisting a user equipment in measuring, comprising: detecting , by the user equipment, UE, a discovery reference signal, DRS, sent by a second base station; receiving, by the UE after detecting the DRS, a radio resource management reference signal, RRM-RS, sent by the second base station; performing , by the UE, measurement according to the RRM-RS to obtain a measurement result; and sending , by the UE, the measurement result to a first base station;, wherein the DRS comprises identity information of a cell formed by the second base station, frequency channel number information of the second base station, and frequency domain information, time domain information, and sequence information of the RRM-RS. detecting , by the user equipment, UE, a discovery reference signal, DRS, sent by a second base station; receiving, by the UE after detecting the DRS, a radio resource management reference signal, RRM-RS, sent by the second base station; performing , by the UE, measurement according to the RRM-RS to obtain a measurement result; and sending , by the UE, the measurement result to a first base station;, wherein the DRS comprises identity information of a cell formed by the second base station, frequency channel number information of the second base station, and frequency domain information, time domain information, and sequence information of the RRM-RS.
A serial bearing for a riser tensioner system of a hydrocarbon system , the riser tensioner system including a vertical support frame, a plurality of vertically oriented cylinders which each comprise a piston rod that extends and retracts vertically relative to the support frame, a collar configured to engage with a riser , the collar having a plurality of laterally extending arms which each extend laterally to a location vertically above an associated one of the cylinders, the piston rods being attached to their associated arms with a serial bearing , said serial bearing including: a radial bearing mount ; a spherical bearing mount ; characterized by an intermediate mount disposed between the radial bearing mount and the spherical bearing mount ; a radial bearing stack disposed between the radial bearing mount and the intermediate mount , the radial bearing stack having elastomeric elements and shim elements , the elastomeric elements and the shim elements being disc shaped, the radial bearing stack being disposed such that the discs are perpendicular to an axis of the serial bearing; and a spherical bearing stack disposed between the spherical bearing mount and the intermediate mount , the spherical bearing stack having elastomeric elements and shim elements , the elastomeric elements and the shim elements being shaped as spherical sections. a radial bearing mount ; a spherical bearing mount ; characterized by an intermediate mount disposed between the radial bearing mount and the spherical bearing mount ; a radial bearing stack disposed between the radial bearing mount and the intermediate mount , the radial bearing stack having elastomeric elements and shim elements , the elastomeric elements and the shim elements being disc shaped, the radial bearing stack being disposed such that the discs are perpendicular to an axis of the serial bearing; and a spherical bearing stack disposed between the spherical bearing mount and the intermediate mount , the spherical bearing stack having elastomeric elements and shim elements , the elastomeric elements and the shim elements being shaped as spherical sections.
A shock detector device for premises security, the shock detector device comprising: a shock detector sensor configured to sense physical motion and to output an electrical signal in response to the physical motion; and processing circuitry configured to process the electrical signal by: determining that a shock event has occurred if a value for at least one parameter of the electrical signal is determined to exceed a threshold value; transmitting wirelessly data representing the shock event to at least one further device and awaiting a response from the at least one further device within a defined time window; and processing instructions for adjusting at least one detection parameter of the shock detector device to decrease a sensitivity of shock detection by the shock detector device , the adjusting of the detection parameter being in response to a determination that the shock event is a false alarm event; wherein the determination of whether the shock event is a false alarm event and/or the instructions for adjusting the at least one detection parameter in response to the determination, is received wirelessly from the at least one further device. a shock detector sensor configured to sense physical motion and to output an electrical signal in response to the physical motion; and processing circuitry configured to process the electrical signal by: determining that a shock event has occurred if a value for at least one parameter of the electrical signal is determined to exceed a threshold value; transmitting wirelessly data representing the shock event to at least one further device and awaiting a response from the at least one further device within a defined time window; and processing instructions for adjusting at least one detection parameter of the shock detector device to decrease a sensitivity of shock detection by the shock detector device , the adjusting of the detection parameter being in response to a determination that the shock event is a false alarm event; wherein the determination of whether the shock event is a false alarm event and/or the instructions for adjusting the at least one detection parameter in response to the determination, is received wirelessly from the at least one further device. determining that a shock event has occurred if a value for at least one parameter of the electrical signal is determined to exceed a threshold value; transmitting wirelessly data representing the shock event to at least one further device and awaiting a response from the at least one further device within a defined time window; and processing instructions for adjusting at least one detection parameter of the shock detector device to decrease a sensitivity of shock detection by the shock detector device , the adjusting of the detection parameter being in response to a determination that the shock event is a false alarm event; wherein the determination of whether the shock event is a false alarm event and/or the instructions for adjusting the at least one detection parameter in response to the determination, is received wirelessly from the at least one further device.