mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preventing incorrect regulation of a heat generator by determining a circulating volume flow delivered by a heating circulation pump in a heating system having at least one heat generator , comprising at least the following steps: a) simultaneously recording several times a calculated value of the circulating volume flow determined on the basis of operating parameters of the heating circulation pump and a reference value of the circulating volume flow determined on the basis of the chemical output of the at least one heat generator during operation of the heating system ; b) creating a set of points Pn(Xn;Yn), where Xn is a parameter characterising the operating state of the heating circulation pump and Yn corresponds to the difference between the calculated value and the reference value of the circulating volume flow; c) Performing a regression analysis of the set of points Pn and determining a correction function fk(X) ; d) Correct the calculated value of the circulating volume flow using the correction function fk(X). a) simultaneously recording several times a calculated value of the circulating volume flow determined on the basis of operating parameters of the heating circulation pump and a reference value of the circulating volume flow determined on the basis of the chemical output of the at least one heat generator during operation of the heating system ; b) creating a set of points Pn(Xn;Yn), where Xn is a parameter characterising the operating state of the heating circulation pump and Yn corresponds to the difference between the calculated value and the reference value of the circulating volume flow; c) Performing a regression analysis of the set of points Pn and determining a correction function fk(X) ; d) Correct the calculated value of the circulating volume flow using the correction function fk(X).
A method of manufacturing a semiconductor laser element (LE), the method including: a cleaning process of holding a semiconductor light emission element (E) having a configuration that emits light from a facet (BE1, BE2) thereof in a plasma sputtering device with a target and cleaning the facet (BE1, BE2) by irradiating the facet (BE1, BE2) with plasma in the plasma sputtering device ; and a dielectric film formation process for forming a dielectric film (RC1, RC2) on the cleaned facet (BE1, BE2) in the deposition device , wherein in the dielectric film formation process the cleaned semiconductor light emission element is transported to a deposition device without exposing the semiconductor light emission element to an atmosphere, characterized by the following feature: in the plasma sputtering device the target is covered with quartz. a cleaning process of holding a semiconductor light emission element (E) having a configuration that emits light from a facet (BE1, BE2) thereof in a plasma sputtering device with a target and cleaning the facet (BE1, BE2) by irradiating the facet (BE1, BE2) with plasma in the plasma sputtering device ; and a dielectric film formation process for forming a dielectric film (RC1, RC2) on the cleaned facet (BE1, BE2) in the deposition device , wherein in the dielectric film formation process the cleaned semiconductor light emission element is transported to a deposition device without exposing the semiconductor light emission element to an atmosphere, characterized by the following feature: in the plasma sputtering device the target is covered with quartz.
Wound stator of a rotating electrical machine comprising a body provided with notches delimited by teeth distributed over its circumference, and a winding , said winding being formed from a winding ply comprising phase coils (E1-E6) each composed of a single wire , each of the phase coils comprising segment structures corresponding to portions of said single wire intended to be inserted into said notches and loop structures corresponding to portions of said single wire linking together the segment structures , said winding ply having a length substantially equal to K stator circumferences, being inserted into the notches of said body of the stator and forming a roll having K layers of winding ply, K being an integer number greater than or equal to 2, preferably equal to 2 or 3 or 4, characterized in that segment structures of two conductors obtained from one folded wire forming a same phase coil (E1-E6) are positioned alternately in an inner layer and an outer layer of conductors along a circumference of the stator .
A pile for a pile wall, said pile extending longitudinally between a first and a second end and comprising at least one perimeter profile in a cross section being essentially perpendicular to the longitudinal extension of said pile , said pile being hollow and said perimeter profile enclosing a continuous area in said cross section, wherein the continuous area is defined and limited by the perimeter profile of the pile and is not interrupted by the pile or the pile's perimeter profile in the cross section thereof, wherein at least one section of the perimeter profile extends outwardly, i.e. protrudes, forming a first male connection portion , wherein the first male connection portion further extends along at least 50 % of the longitudinal extension of the pile , preferably along the complete longitudinal extension of the pile , wherein the continuous area extends into the first male connection portion , thereby forming a load bearing portion of the pile , characterized in that the first male connection portion comprises an intermediate waist portion and an outer top portion being located outwardly in respect of the intermediate waist portion , as seen in the cross section, wherein a length (D1) of the waist portion , as seen in a direction being essentially transverse to the outward direction of the first male connection portion , is smaller than a corresponding transverse length (D2) of the top portion .
A method of packet processing, in a system for packet processing comprising a processor comprising a plurality of cores , wherein a first subset of the plurality of cores operates as a network-processing module and a second subset of the plurality of cores operates as a drive-processing module , the method comprising: receiving (S401), by the network-processing module , an input/output, IO, request from a host; selecting (S402), by the drive-processing module , a drive corresponding to the IO request using a hashing algorithm or a round-robin technique; establishing (S403) a connection between the host and the drive; and assigning (S408), by the network-processing module , one or more other IO requests to one or more respective cores of the processor using the round-robin technique to balance one or more connections between one or more hosts and one or more drives, and to balance a loading of the cores of the processor. receiving (S401), by the network-processing module , an input/output, IO, request from a host; selecting (S402), by the drive-processing module , a drive corresponding to the IO request using a hashing algorithm or a round-robin technique; establishing (S403) a connection between the host and the drive; and assigning (S408), by the network-processing module , one or more other IO requests to one or more respective cores of the processor using the round-robin technique to balance one or more connections between one or more hosts and one or more drives, and to balance a loading of the cores of the processor.
A percutaneous pump system, the system comprising: a cannula having a proximal inlet area , a proximal section (309; 409; 509; 609; 809; 909), a first distal section (311; 411; 511; 611; 811; 911), and a distal outlet area ; a percutaneous pump configured to couple to the inlet area ; and the cannula having a transition zone (321; 421; 521; 621; 821; 921) between the proximal section (309; 409; 509; 609; 809; 909) and the first distal section (311; 411; 511; 611; 811; 911), wherein the proximal section (309; 409; 509; 609; 809; 909) has a first flexural modulus and the first distal section (311; 411; 511; 611; 811; 911) has a second flexural modulus which is smaller than the first flexural modulus, characterized in that the cannula has a first segment (S1) extending from the inlet area to a point (B) between the inlet area and the outlet area and a second segment (S2) extending from a point (C), which is an inflection between the inlet area and the outlet area , to the outlet area , and the first segment (S1) is curved forming an S-shape in a first plane and the second segment (S2) is curved forming an S-shape in a second plane. a cannula having a proximal inlet area , a proximal section (309; 409; 509; 609; 809; 909), a first distal section (311; 411; 511; 611; 811; 911), and a distal outlet area ; a percutaneous pump configured to couple to the inlet area ; and the cannula having a transition zone (321; 421; 521; 621; 821; 921) between the proximal section (309; 409; 509; 609; 809; 909) and the first distal section (311; 411; 511; 611; 811; 911), wherein the proximal section (309; 409; 509; 609; 809; 909) has a first flexural modulus and the first distal section (311; 411; 511; 611; 811; 911) has a second flexural modulus which is smaller than the first flexural modulus, characterized in that the cannula has a first segment (S1) extending from the inlet area to a point (B) between the inlet area and the outlet area and a second segment (S2) extending from a point (C), which is an inflection between the inlet area and the outlet area , to the outlet area , and the first segment (S1) is curved forming an S-shape in a first plane and the second segment (S2) is curved forming an S-shape in a second plane.
A method for manufacturing a blade, the blade comprising: an airfoil having: a root end and a tip ; a metallic substrate along at least a portion of the airfoil; and an anodized layer , the method comprising: roughening the tip to form protrusions (158'; 402'); and anodizing to form the anodized layer so that the protrusions (158'; 402') form an abrasive (156; 400), wherein: the anodized layer is along surfaces of the airfoil beyond the tip ; and the roughening comprises raising a burr, wherein the raising the burr comprises: indenting; or indenting and drawing. an airfoil having: a root end and a tip ; a metallic substrate along at least a portion of the airfoil; and an anodized layer , roughening the tip to form protrusions (158'; 402'); and anodizing to form the anodized layer so that the protrusions (158'; 402') form an abrasive (156; 400), the anodized layer is along surfaces of the airfoil beyond the tip ; and the roughening comprises raising a burr, wherein the raising the burr comprises: indenting; or indenting and drawing. indenting; or indenting and drawing.
System for mounting a transponder in a blind hole, the system comprising 1.1 the transponder ; 1.2 a device having the blind hole for inserting the transponder ; 1.3 wherein the transponder is surrounded by a sheath of elastomer, silicone or plastic; and 1.3.1 wherein the transponder in its sheath has been inserted into the blind hole ; characterised 1.4 in that the blind hole has an at least partially circumferential, projecting protrusion at the mouth; and 1.5 in that the protrusion is bent over in such a way that it prevents the transponder in its casing from falling out of the blind hole. 1.1 the transponder ; 1.2 a device having the blind hole for inserting the transponder ; 1.3 wherein the transponder is surrounded by a sheath of elastomer, silicone or plastic; and 1.3.1 wherein the transponder in its sheath has been inserted into the blind hole ; characterised 1.4 in that the blind hole has an at least partially circumferential, projecting protrusion at the mouth; and 1.5 in that the protrusion is bent over in such a way that it prevents the transponder in its casing from falling out of the blind hole.
An air compression device , comprising: a housing in which an air compressor is stored, the air compressor being configured to generate compressed air, the housing being adapted to be mounted on a vehicle ; and a filter which is mounted in a side of the housing and through which air passes, the air being sucked into the housing , wherein the filter includes a plate member having a first plate member having a first main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, and a second plate member having a second main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, characterized in that air holes are formed in each of the first main plate portion and the second main plate portion by combination of convex surface parts and the concave surface parts , and the air holes extend in a direction at an intersection angle (θ) comprised between 90° and 0° with respect to the imaginary plane (Q), the imaginary plane (Q) perpendicularly intersecting with a width direction (A) of the vehicle , so as to change a flow direction of the air. a housing in which an air compressor is stored, the air compressor being configured to generate compressed air, the housing being adapted to be mounted on a vehicle ; and a filter which is mounted in a side of the housing and through which air passes, the air being sucked into the housing , wherein the filter includes a plate member having a first plate member having a first main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, and a second plate member having a second main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, characterized in that air holes are formed in each of the first main plate portion and the second main plate portion by combination of convex surface parts and the concave surface parts , and the air holes extend in a direction at an intersection angle (θ) comprised between 90° and 0° with respect to the imaginary plane (Q), the imaginary plane (Q) perpendicularly intersecting with a width direction (A) of the vehicle , so as to change a flow direction of the air.
A wastewater treatment process comprising the steps of: a) providing a membrane bioreactor comprising a biological process section having one or more process tanks and a membrane tank , wherein hollow fiber membranes comprising a membrane film surrounding a tubular support made of braided filaments are immersed in said membrane tank ; b) feeding an influent wastewater at an average feed flow rate (Q) to the process tank or tanks of the membrane bioreactor wherein a mixed liquor is formed in said process tank or tanks , and directing said mixed liquor to the membrane tank ; c) filtering the mixed liquor with the hollow fiber membranes immersed in the membrane tank to remove a filtered permeate from the mixed liquor and to produce a remaining concentrated mixed liquor; d) removing a portion of the remaining concentrated mixed liquor from the membrane bioreactor as waste activated sludge and returning another portion of the remaining concentrated mixed liquor to the process tank or tanks , thus defining between the process tank or tanks and the membrane tank a mixed liquor recirculation loop, said loop being operated at a flow rate that is at least twice the average feed flow rate (Q), e) maintaining a concentration of sorbent powdered activated carbon particles in the range from more than 600 mg/L to 2000 mg/L in the membrane bioreactor , wherein the powdered activated carbon particles have a particle size smaller than 0.297 mm, travel in the recirculating flow, and contact the hollow fiber membranes . a) providing a membrane bioreactor comprising a biological process section having one or more process tanks and a membrane tank , wherein hollow fiber membranes comprising a membrane film surrounding a tubular support made of braided filaments are immersed in said membrane tank ; b) feeding an influent wastewater at an average feed flow rate (Q) to the process tank or tanks of the membrane bioreactor wherein a mixed liquor is formed in said process tank or tanks , and directing said mixed liquor to the membrane tank ; c) filtering the mixed liquor with the hollow fiber membranes immersed in the membrane tank to remove a filtered permeate from the mixed liquor and to produce a remaining concentrated mixed liquor; d) removing a portion of the remaining concentrated mixed liquor from the membrane bioreactor as waste activated sludge and returning another portion of the remaining concentrated mixed liquor to the process tank or tanks , thus defining between the process tank or tanks and the membrane tank a mixed liquor recirculation loop, said loop being operated at a flow rate that is at least twice the average feed flow rate (Q), e) maintaining a concentration of sorbent powdered activated carbon particles in the range from more than 600 mg/L to 2000 mg/L in the membrane bioreactor , wherein the powdered activated carbon particles have a particle size smaller than 0.297 mm, travel in the recirculating flow, and contact the hollow fiber membranes .
A method of treating a fluid to reduce the level of H 2 S therein, comprising introducing into the fluid a triazine scavenger compound and an amine oxide, in which the triazine scavenger compound and the amine oxide are provided as a mixture which is introduced into said fluid, in which the triazine scavenger is a compound of the formula wherein each R is selected independently from C 1-4 hydrocarbon radicals, C 1-6 hydroxy-substituted or amino-substituted alkyls, and alkoxy-substituted hydrocarbon radicals.
An aircraft passenger seat comprising: a seat bottom frame; a seat back frame pivotably mounted to the seat bottom frame for permitting the angle of the seat back frame relative to the seat bottom frame to be varied at least from an upright taxi takeoff and landing (TTOL) position to a reclined position, wherein the seat back frame further includes a lower portion pivotably mounted to the seat bottom frame such that the seat back and the seat bottom frame cooperatively pivot between the upright TTOL position and the reclined position about a first pivot point, and an upper portion rotatably coupled to the lower portion , the upper portion including a set of side frame members , wherein the upper portion is configured to articulate in a forward direction relative to the lower portion about a second pivot point between the upper portion and the lower portion , and an inner diaphragm positioned between the set of side frame members of the upper portion and rotatably coupled to the upper portion and lower portion at the second pivot point, wherein the inner diaphragm is configured to articulate about the second pivot point independently of articulation of the upper portion to provide support for an upper back and shoulders of a seated passenger; and an actuating assembly configured to cause simultaneous articulation of each of the upper portion, the lower portion, and the inner diaphragm between the upright TTOL position and the reclined position to enable the seated passenger to achieve more ergonomic postures. a seat bottom frame; a seat back frame pivotably mounted to the seat bottom frame for permitting the angle of the seat back frame relative to the seat bottom frame to be varied at least from an upright taxi takeoff and landing (TTOL) position to a reclined position, wherein the seat back frame further includes a lower portion pivotably mounted to the seat bottom frame such that the seat back and the seat bottom frame cooperatively pivot between the upright TTOL position and the reclined position about a first pivot point, and an upper portion rotatably coupled to the lower portion , the upper portion including a set of side frame members , wherein the upper portion is configured to articulate in a forward direction relative to the lower portion about a second pivot point between the upper portion and the lower portion , and an inner diaphragm positioned between the set of side frame members of the upper portion and rotatably coupled to the upper portion and lower portion at the second pivot point, wherein the inner diaphragm is configured to articulate about the second pivot point independently of articulation of the upper portion to provide support for an upper back and shoulders of a seated passenger; and an actuating assembly configured to cause simultaneous articulation of each of the upper portion, the lower portion, and the inner diaphragm between the upright TTOL position and the reclined position to enable the seated passenger to achieve more ergonomic postures.
A method for authenticating a system-on-chip (CI, CII), comprising: - receiving an initial data line (Linit), - a first processing of the initial data line by using a first processing unit so as to deliver a first processed data line (L1), - applying a first delay to the first processed data line to deliver a delayed first processed data line (L11), - applying a second delay to the initial data line to deliver a delayed initial data line (Linit_ret), - a second processing of the delayed initial data line by a second processing unit to deliver a delayed second processed data line (L2), - comparing contents of the delayed first and second processed data lines, and - delivering a non-authentication signal (S3) if said contents are not identical, said method being characterised in that the first and second delays are equal to a variable value (T_ret), the variable value (T_ret) being determined randomly. - receiving an initial data line (Linit), - a first processing of the initial data line by using a first processing unit so as to deliver a first processed data line (L1), - applying a first delay to the first processed data line to deliver a delayed first processed data line (L11), - applying a second delay to the initial data line to deliver a delayed initial data line (Linit_ret), - a second processing of the delayed initial data line by a second processing unit to deliver a delayed second processed data line (L2), - comparing contents of the delayed first and second processed data lines, and - delivering a non-authentication signal (S3) if said contents are not identical,
Measuring device for measuring electrical quantities, in particular electrical voltages and/or electrical currents, comprising: - a housing body comprising a housing chamber, - at least one measuring apparatus arranged or formed in the housing chamber for measuring an electrical quantity which is measurable by means of the measuring device , the housing body having at least one receiving region for releasably receiving an electrical energy store , the receiving region being designed as a shaft-like or shaft-shaped recess in the housing body , at least one electrical connection element which forms part of an electrical connection apparatus on the housing-body side being arranged or formed in the region of the receiving region to electrically connect an electrical energy store which is received in the receiving region , characterized in that the electrical connection element is arranged or designed so as to be protected against contact. - a housing body comprising a housing chamber, - at least one measuring apparatus arranged or formed in the housing chamber for measuring an electrical quantity which is measurable by means of the measuring device , the housing body having at least one receiving region for releasably receiving an electrical energy store , the receiving region being designed as a shaft-like or shaft-shaped recess in the housing body , at least one electrical connection element which forms part of an electrical connection apparatus on the housing-body side being arranged or formed in the region of the receiving region to electrically connect an electrical energy store which is received in the receiving region , characterized in that the electrical connection element is arranged or designed so as to be protected against contact.