mhurhangee/patent-ind-claim-en huggingface dataset:
A mixing apparatus comprising: a first container , wherein the first container comprises: a first port ; and a mixing chamber for mixing milk with steam and/or air; a second container , wherein the second container is adapted to receive the first container; a seal disposed between the first container and the second container; and a channel between the first port and the mixing chamber, characterized in that the channel is defined by the seal and the first or second container. a first container , wherein the first container comprises: a first port ; and a mixing chamber for mixing milk with steam and/or air; a first port ; and a mixing chamber for mixing milk with steam and/or air; a second container , wherein the second container is adapted to receive the first container; a seal disposed between the first container and the second container; and a channel between the first port and the mixing chamber, characterized in that the channel is defined by the seal and the first or second container.
A dispersant comprising: (A) 0.5 to 30% by weight of compound selected from acetylene glycols represented by formula : wherein R 1 and R 2 each represent C 1 -C 5 alkyl group, and ethoxylated acetylene glycols represented by formula : wherein R 3 and R 4 each represent C 1 -C 5 alkyl group, m and n are positive numbers of 0.5 to 25, and m + n is 1 to 40; (B) 5 to 98% by weight of nonionic aryl phenol compound represented by formula : wherein a is an integer of 1 to 4, b is an integer of 1 to 30 and R 5 is aryl group; and (C) 1 to 70% by weight of anionic aryl phenol compound represented by formula : wherein c is an integer of 1 to 4, d is an integer of 1 to 30, R 6 is aryl group and R 7 is an anionic group, and wherein the total amount of components (A) to (C) is 100% by weight. (A) 0.5 to 30% by weight of compound selected from acetylene glycols represented by formula : wherein R 1 and R 2 each represent C 1 -C 5 alkyl group, and ethoxylated acetylene glycols represented by formula : wherein R 3 and R 4 each represent C 1 -C 5 alkyl group, m and n are positive numbers of 0.5 to 25, and m + n is 1 to 40; (B) 5 to 98% by weight of nonionic aryl phenol compound represented by formula : wherein a is an integer of 1 to 4, b is an integer of 1 to 30 and R 5 is aryl group; and (C) 1 to 70% by weight of anionic aryl phenol compound represented by formula : wherein c is an integer of 1 to 4, d is an integer of 1 to 30, R 6 is aryl group and R 7 is an anionic group, and wherein the total amount of components (A) to (C) is 100% by weight.
A turbomachine shroud assembly, comprising: an annular shroud configured to receive a rotatable component , a radially outer surface of the annular shroud establishing a plurality of positioning slots and a plurality of relief slots that are different from the positioning slots, the plurality of positioning slots each being configured to receive an axially extending support finger that limits radial movement of the annular shroud, characterised by a clip ring and a clamp ring the clamp ring having the axially extending support finger, the support finger extending from a main portion of the clamp ring to engage with the clip ring such that the annular shroud is sandwiched axially between the clamp ring and the clip ring.
A tool holder for the internal machining, more particularly internal honing, of a workpiece using a tool comprising a geometrically undefined cutting edge, having a spindle , having a tool receptacle having a drive connection to the spindle for moving the accommodated tool , and having a unit for pressing the tool in the infeed direction against the workpiece , wherein the unit comprises a support which can engage on the inner side of the workpiece , which is guided on the toolholder so it is settable in its distance to the tool , which tool is rotatably mounted via the tool receptacle on the toolholder , characterized in that the support and tool receptacle are arranged diametrically opposite on the shaft sides to relieve the toolholder with respect to bending.
A package comprising: a winding member with no initial level difference and having both ends flangeless; and a yarn wound around the winding member ; wherein the yarn includes a first portion and a second portion arranged with each other in a longitudinal direction of the winding member , the second portion having a yarn layer with a diameter larger than that of the first portion , and the yarn includes a first yarn layer wound at the first portion and the second portion with a first width from a reference end of the winding member , and a second yarn layer layered alternately with the first yarn layer , the second yarn layer is wound only at the second portion with a second width from the reference end of the winding member narrower than the first width, characterized in that the yarn includes a third portion arranged with the second portion in the longitudinal direction of the winding member , the third portion having a yarn layer with a diameter larger than that of the second portion , and the yarn includes a third layer wound and alternately layered with the first yarn layer and the second yarn layer , the third layer being wound only at the third portion with a third width from the reference end of the winding member narrower than the second width. a winding member with no initial level difference and having both ends flangeless; and a yarn wound around the winding member ; wherein the yarn includes a first portion and a second portion arranged with each other in a longitudinal direction of the winding member , the second portion having a yarn layer with a diameter larger than that of the first portion , and the yarn includes a first yarn layer wound at the first portion and the second portion with a first width from a reference end of the winding member , and a second yarn layer layered alternately with the first yarn layer , the second yarn layer is wound only at the second portion with a second width from the reference end of the winding member narrower than the first width, characterized in that the yarn includes a third portion arranged with the second portion in the longitudinal direction of the winding member , the third portion having a yarn layer with a diameter larger than that of the second portion , and the yarn includes a third layer wound and alternately layered with the first yarn layer and the second yarn layer , the third layer being wound only at the third portion with a third width from the reference end of the winding member narrower than the second width.
A method for screening of asymptomatic and symptomatic subjects with Helicobacter pylori infection, atrophic gastritis with related risks and/or disturbed gastric function, the method including the steps of: a) recording the collection time of a whole blood sample, which has been obtained from a subject, b) recording the storage temperature of the whole blood sample, c) quantitatively measuring gastrin-17 concentration of a plasma or serum sample separated from the whole blood sample, d) determining initial gastrin-17 concentration according to the time between the whole blood sample collection and plasma and/or serum sample analysis at a given storage temperature, and e) interpreting the structure and/or function of the stomach mucosa of the subject based on said determination. a) recording the collection time of a whole blood sample, which has been obtained from a subject, b) recording the storage temperature of the whole blood sample, c) quantitatively measuring gastrin-17 concentration of a plasma or serum sample separated from the whole blood sample, d) determining initial gastrin-17 concentration according to the time between the whole blood sample collection and plasma and/or serum sample analysis at a given storage temperature, and e) interpreting the structure and/or function of the stomach mucosa of the subject based on said determination.
A tube feed formulation comprising: at least five different whole food components; a source of vitamins or minerals; a source of protein; a source of carbohydrate; and a source of fat, wherein the tube feed formulation has an osmolality that is less than or equal to 400 mOsm/kg water. at least five different whole food components; a source of vitamins or minerals; a source of protein; a source of carbohydrate; and a source of fat, wherein the tube feed formulation has an osmolality that is less than or equal to 400 mOsm/kg water.
Method for producing a structured element by means of material-removing machining of a workpiece with pulsed laser radiation, the workpiece consisting of a workpiece material that is transparent to the laser radiation, the laser radiation being radiated into the workpiece from a radiation entry side and, in the area of a rear side of the workpiece located opposite the radiation entry side, being focused within the workpiece in a focus area in such a way that workpiece material is removed in the focus area by multi-photon absorption, ultra-short-pulse laser radiation being radiated in for the material-removing machining, characterized in that the rear side of the workpiece , at least in a machining area comprising the focus area , during machining is brought into contact with a free-flowing liquid that is transparent to the laser radiation, wherein at least a part of the liquid is set flowing in a direction towards the machining area in such a way that the liquid flows into the machining area at an acute angle of 60° or less to the rear side , such that structured elements having very fine and cleanly defined three-dimensional surface structures are created.
A method of processing exceptions in an exception-driven computing-based system, the method comprising: executing, using a processor of the system, a main program which causes the system to operate first in an initialisation mode, the processor detecting that initialisation of the system is complete and then, in response to the processor detecting that initialisation of the system is complete, operating thereafter in an exception-driven mode ; detecting, using the processor, that an exception has occurred ; in response to detecting that the exception has occurred, executing, using the processor, one of one or more sets of exception handling instructions using a main register set ; and wherein when the system is operating in the initialisation mode the set of exception handling instructions that are executed invoke a first exception handler that causes the processor to save the main register set prior to processing the exception and restore the main register set after processing the exception , and when the system is operating in the exception-driven mode the set of exception handling instructions that are executed invoke a second exception handler that does not cause the processor to save and restore the main register set . executing, using a processor of the system, a main program which causes the system to operate first in an initialisation mode, the processor detecting that initialisation of the system is complete and then, in response to the processor detecting that initialisation of the system is complete, operating thereafter in an exception-driven mode ; detecting, using the processor, that an exception has occurred ; in response to detecting that the exception has occurred, executing, using the processor, one of one or more sets of exception handling instructions using a main register set ; and wherein when the system is operating in the initialisation mode the set of exception handling instructions that are executed invoke a first exception handler that causes the processor to save the main register set prior to processing the exception and restore the main register set after processing the exception , and when the system is operating in the exception-driven mode the set of exception handling instructions that are executed invoke a second exception handler that does not cause the processor to save and restore the main register set .
A solution comprising: a first amine, wherein the first amine comprises an aliphatic amine, is not an alkanolamine, and is present in an amount of at least 35% by weight of a total weight of the solution; a second amine, wherein the second amine comprises an alkanolamine and is present in an amount of at least 15% by weight of a total weight of the solution; a third amine, wherein the third amine comprises an aromatic amine and is present in an amount of no greater than 30% by weight of a total weight of the solution; a quaternary ammonium hydroxide, wherein the quaternary ammonium hydroxide is present in an amount no greater than 8% by weight of a total weight of the solution; water, wherein the water is present in an amount no greater than 8% by weight of a total weight of the solution; and a polar protic solvent other than water, wherein the polar protic solvent is present in an amount no greater than 25% by weight of a total weight of the solution; wherein the first amine, the second amine, and the third amine are each different compounds; and wherein the solution maintains a single phase at 23 °C for at least 24 hours. a first amine, wherein the first amine comprises an aliphatic amine, is not an alkanolamine, and is present in an amount of at least 35% by weight of a total weight of the solution; a second amine, wherein the second amine comprises an alkanolamine and is present in an amount of at least 15% by weight of a total weight of the solution; a third amine, wherein the third amine comprises an aromatic amine and is present in an amount of no greater than 30% by weight of a total weight of the solution; a quaternary ammonium hydroxide, wherein the quaternary ammonium hydroxide is present in an amount no greater than 8% by weight of a total weight of the solution; water, wherein the water is present in an amount no greater than 8% by weight of a total weight of the solution; and a polar protic solvent other than water, wherein the polar protic solvent is present in an amount no greater than 25% by weight of a total weight of the solution; wherein the first amine, the second amine, and the third amine are each different compounds; and wherein the solution maintains a single phase at 23 °C for at least 24 hours.
Centrifugal force air classifier for separating classified material into fine material and coarse material, with a housing with classifying fluid supply, classifier material supply, fine material discharge, coarse material discharge and classifying fluid discharge - with a rotary-driven classifying wheel and surrounding this, a fixed guide vane ring with guide vanes for supplying the classifying fluid to the classifying wheel , - whereby an annular-shaped classifying chamber is formed between the classifying wheel and the guide vane ring , where the classifying fluid flow pattern is radial from the outside in, whereby the guide vanes of the guide vane ring are inclined such that the flow of classifying fluid as well as the classifier material dispersed in the fluid can be routed through the classifying wheel contrary to its direction of rotation, characterised in that the cross-section of the flow channels between the guide vanes becomes narrower in the direction of flow. with a housing with classifying fluid supply, classifier material supply, fine material discharge, coarse material discharge and classifying fluid discharge - with a rotary-driven classifying wheel and surrounding this, a fixed guide vane ring with guide vanes for supplying the classifying fluid to the classifying wheel , - whereby an annular-shaped classifying chamber is formed between the classifying wheel and the guide vane ring , where the classifying fluid flow pattern is radial from the outside in, - with a rotary-driven classifying wheel and surrounding this, a fixed guide vane ring with guide vanes for supplying the classifying fluid to the classifying wheel , - whereby an annular-shaped classifying chamber is formed between the classifying wheel and the guide vane ring , where the classifying fluid flow pattern is radial from the outside in, whereby the guide vanes of the guide vane ring are inclined such that the flow of classifying fluid as well as the classifier material dispersed in the fluid can be routed through the classifying wheel contrary to its direction of rotation, characterised in that the cross-section of the flow channels between the guide vanes becomes narrower in the direction of flow.
Motor vehicle comprising at least one drive assembly , at least one brake device and at least one component which warms up during the operation of the drive assembly and/or of the brake device , a temperature sensor system for detecting a temperature of the component, and a control device communicating with the temperature sensor system , characterised in that the component comprises at least one warning means , which can be activated by the control device so as to output visual warning information only in the presence of information (I) relating to an exceedance of a component-specific threshold temperature.
Method for measuring a height of an agricultural product above ground using a mobile communications device, including: - positioning the communications device above the agricultural product; - determining a distance between the communications device and the agricultural product using a built-in sensor of the communications device, wherein the built-in sensor is a camera; and - determining the height of the agricultural product on the basis of the determined distance. characterized in that, the camera is configured to be automatically triggered on the basis of an angular orientation of the communications device and capture a first image when the communications device is in a first angular position and to capture a second image when the communications device is in a second angular position, the first and second images together forming a stereographic image, and in that the distance is determined from the stereographic image. - positioning the communications device above the agricultural product; - determining a distance between the communications device and the agricultural product using a built-in sensor of the communications device, wherein the built-in sensor is a camera; and - determining the height of the agricultural product on the basis of the determined distance. characterized in that, the camera is configured to be automatically triggered on the basis of an angular orientation of the communications device and capture a first image when the communications device is in a first angular position and to capture a second image when the communications device is in a second angular position, the first and second images together forming a stereographic image, and in that the distance is determined from the stereographic image.
A refrigeration cycle apparatus , comprising: a refrigerant circuit through which refrigerant circulates, the refrigerant circuit including a compressor , a heat-source-side heat exchanger , a first expansion device , and a load-side heat exchanger ; a bypass pipe branched from a pipe between the compressor and the first expansion device , and connected to a pipe connected to a suction port of the compressor ; a second expansion device provided in the bypass pipe , the second expansion device being configured to regulate a flow rate of the refrigerant flowing through the bypass pipe ; a controller configured to control the compressor , the first expansion device , and the second expansion device ; and a controller temperature sensor configured to measure a temperature of the controller ; characterized by a refrigerant cooler through which the refrigerant flows, the refrigerant cooler being provided in the bypass pipe and being configured to cool the controller ; in a case where a temperature measured by the controller temperature sensor is lower than or equal to a set temperature in a state where an opening degree of the second expansion device is controlled to an instruction opening degree that is lower than or equal to a set opening degree, the controller being configured to perform foreign substance release control where the controller is configured to increase the opening degree of the second expansion device and then is configured to return the opening degree of the second expansion device to the instruction opening degree. a refrigerant circuit through which refrigerant circulates, the refrigerant circuit including a compressor , a heat-source-side heat exchanger , a first expansion device , and a load-side heat exchanger ; a bypass pipe branched from a pipe between the compressor and the first expansion device , and connected to a pipe connected to a suction port of the compressor ; a second expansion device provided in the bypass pipe , the second expansion device being configured to regulate a flow rate of the refrigerant flowing through the bypass pipe ; a controller configured to control the compressor , the first expansion device , and the second expansion device ; and a controller temperature sensor configured to measure a temperature of the controller ; characterized by a refrigerant cooler through which the refrigerant flows, the refrigerant cooler being provided in the bypass pipe and being configured to cool the controller ; in a case where a temperature measured by the controller temperature sensor is lower than or equal to a set temperature in a state where an opening degree of the second expansion device is controlled to an instruction opening degree that is lower than or equal to a set opening degree, the controller being configured to perform foreign substance release control where the controller is configured to increase the opening degree of the second expansion device and then is configured to return the opening degree of the second expansion device to the instruction opening degree.
A tread for a tire , having a plurality of tread components each having a respective contact surface , wherein at least one of said plurality of components comprises a sipe defining a first and a second opposing faces of said at least one component , said sipe having a sipe depth (P) along a wear direction (U) substantially orthogonal to said contact surface , wherein said sipe depth (P) comprises in sequence, from a radially external position to a radially internal position, a first (A) and a second (C) section, wherein an intermediate section (B) links said first (A) and second (C) section and wherein said first and second opposing faces - define first profiles along said first section (A) with a plane (γ) orthogonal to a longitudinal extension direction (L) of said sipe , said first profiles presenting a pattern such as to intersect a straight line lying in said orthogonal plane (γ) in at least two distinct points, - define second profiles along said second section (C) with said orthogonal plane (γ), said second profiles presenting a substantially rectilinear pattern, - are continuously and increasingly spaced apart between a minimum depth (P min ) and a maximum depth (P max ) of said intermediate section (B). - define first profiles along said first section (A) with a plane (γ) orthogonal to a longitudinal extension direction (L) of said sipe , said first profiles presenting a pattern such as to intersect a straight line lying in said orthogonal plane (γ) in at least two distinct points, - define second profiles along said second section (C) with said orthogonal plane (γ), said second profiles presenting a substantially rectilinear pattern, - are continuously and increasingly spaced apart between a minimum depth (P min ) and a maximum depth (P max ) of said intermediate section (B).