mhurhangee/patent-ind-claim-en huggingface dataset:
Bottle holder system comprising a base plate having a front side (V) and a rear side (R), a bottle holder for receiving a bottle, and a locking means , - the bottle holder being arranged on the front side (V) of the base plate and being rotatable relative to the base plate about an axis of rotation (DA) that is perpendicular to the base plate , - the locking means being arranged on the rear side (R) of the base plate and being coupled to the bottle holder , the locking means being adapted to lock the bottle holder at a predetermined angle of rotation (a) relative to the base plate , - the base plate having a through-hole , - a connecting element being arranged on the side of the bottle holder facing the base plate , which connecting element is passed through the through-hole , and - the connecting element being coupled to the locking means on the rear side (R) of the base plate , characterized in that a fastening means is detachably arranged on the connecting element , by means of which fastening means the locking means is fastened to the connecting element . - the bottle holder being arranged on the front side (V) of the base plate and being rotatable relative to the base plate about an axis of rotation (DA) that is perpendicular to the base plate , - the locking means being arranged on the rear side (R) of the base plate and being coupled to the bottle holder , the locking means being adapted to lock the bottle holder at a predetermined angle of rotation (a) relative to the base plate , - the base plate having a through-hole , - a connecting element being arranged on the side of the bottle holder facing the base plate , which connecting element is passed through the through-hole , and - the connecting element being coupled to the locking means on the rear side (R) of the base plate ,
An oral care composition comprising: a. a basic amino acid in free or salt form wherein the basic amino acid is selected from arginine, lysine, and a combination thereof; b. a combination of zinc ion sources; and c. a thickening system comprising: i. from 0.25 wt.% to 1 wt.% of a nonionic cellulose ether having a molecular weight of from 300,000 to 350,000; and ii. from 0.4 wt.% to 1 wt.% of a polysaccharide gum. a. a basic amino acid in free or salt form wherein the basic amino acid is selected from arginine, lysine, and a combination thereof; b. a combination of zinc ion sources; and c. a thickening system comprising: i. from 0.25 wt.% to 1 wt.% of a nonionic cellulose ether having a molecular weight of from 300,000 to 350,000; and ii. from 0.4 wt.% to 1 wt.% of a polysaccharide gum. i. from 0.25 wt.% to 1 wt.% of a nonionic cellulose ether having a molecular weight of from 300,000 to 350,000; and ii. from 0.4 wt.% to 1 wt.% of a polysaccharide gum.
A flat-packable gas turbine engine maintenance stand for a gas turbine engine that comprises detachable modules including an engine core module that houses a high pressure compressor and a turbine module that houses a low pressure turbine , the flat-packable gas turbine engine maintenance stand comprising: a pair of base beams , each base beam having a first end , a midsection and a second end ; an engine core module support that straddles the pair of base beams at their midsection , the engine core module support having engine core module support arms that are configured to engage opposing sides of the engine core module of the gas turbine engine; and a turbine module support that straddles the pair of base beams adjacent their second ends , the turbine module support having turbine module support arms that are configured to engage opposing sides of the turbine module of the gas turbine engine; wherein each engine core module support arm is braced against one of the base beams by one or more structural support members ; and the engine core module support has a mid-portion that connects each engine core module support arm and each engine core module support arm is braced against the mid portion of the engine core module support by one or more structural support members . a pair of base beams , each base beam having a first end , a midsection and a second end ; an engine core module support that straddles the pair of base beams at their midsection , the engine core module support having engine core module support arms that are configured to engage opposing sides of the engine core module of the gas turbine engine; and a turbine module support that straddles the pair of base beams adjacent their second ends , the turbine module support having turbine module support arms that are configured to engage opposing sides of the turbine module of the gas turbine engine; wherein each engine core module support arm is braced against one of the base beams by one or more structural support members ; and the engine core module support has a mid-portion that connects each engine core module support arm and each engine core module support arm is braced against the mid portion of the engine core module support by one or more structural support members .
A combine harvester , comprising: a threshing system having an inlet end that receives crop and an outlet end through which crop residue passes; a cleaning system having a set of cleaning system elements that receive crop from the threshing system and having a residue outlet end; a cleaning system fan that directs airflow along an airflow path , through the set of cleaning system elements, through the outlet end of the cleaning system and toward an outlet of the combine harvester ; a chopper that has an inlet side and an outlet side and a set of rotatable knives that rotate along a rotation path ; and a crop residue deflector configured for deployment, in a deployed position, in the airflow path of the cleaning system fan and at a position upstream, in the airflow path , of the outlet side of the chopper, characterized in that the crop residue deflector comprises an elongate member and a plurality of extending members having first and second ends, the first ends of the plurality of extending members being coupled to the elongate member and the second ends of the plurality of extending members being spaced from the first ends and spaced apart from one another and free of connection with one another, and that the second ends of the extending members are spaced so when the crop residue deflector is in the deployed position, the rotatable knives pass between the second ends of the extending members when the knives are rotating along the rotation path . a threshing system having an inlet end that receives crop and an outlet end through which crop residue passes; a cleaning system having a set of cleaning system elements that receive crop from the threshing system and having a residue outlet end; a cleaning system fan that directs airflow along an airflow path , through the set of cleaning system elements, through the outlet end of the cleaning system and toward an outlet of the combine harvester ; a chopper that has an inlet side and an outlet side and a set of rotatable knives that rotate along a rotation path ; and a crop residue deflector configured for deployment, in a deployed position, in the airflow path of the cleaning system fan and at a position upstream, in the airflow path , of the outlet side of the chopper, characterized in that the crop residue deflector comprises an elongate member and a plurality of extending members having first and second ends, the first ends of the plurality of extending members being coupled to the elongate member and the second ends of the plurality of extending members being spaced from the first ends and spaced apart from one another and free of connection with one another, and that the second ends of the extending members are spaced so when the crop residue deflector is in the deployed position, the rotatable knives pass between the second ends of the extending members when the knives are rotating along the rotation path .
A computer implemented method, comprising: storing, by at least one processing device, an artifact received from a system monitored for a threat, the artifact including program code, binaries, user information, authorization data, reports, data entries in a database, configuration data from the system monitored for the threat, selected business data or metadata; generating, by the at least one processing device, a change log by comparing a snapshot of the artifact to an earlier snapshot of the artifact; transmitting, by the at least one processing device, the change log to a threat detection system configured to analyze the change log for evidence of the threat; receiving, by the threat detection system , a log file from the system monitored for the threat, the log file including information on system events, application logs, and/or other information reflecting a running environment on the system monitored for the threat; and analyzing, by the threat detection system , the log file together with the change log for the evidence of the threat, wherein the analyzing comprises: determining whether the log file includes an entry corresponding to a change indicated in the change log; detecting a threat based on the determination that there is no corresponding entry in the log file for the change indicated in the change log; and issuing an alarm based on the detection of the threat that there is no corresponding entry in the log file for the change indicated in the change log. storing, by at least one processing device, an artifact received from a system monitored for a threat, the artifact including program code, binaries, user information, authorization data, reports, data entries in a database, configuration data from the system monitored for the threat, selected business data or metadata; generating, by the at least one processing device, a change log by comparing a snapshot of the artifact to an earlier snapshot of the artifact; transmitting, by the at least one processing device, the change log to a threat detection system configured to analyze the change log for evidence of the threat; receiving, by the threat detection system , a log file from the system monitored for the threat, the log file including information on system events, application logs, and/or other information reflecting a running environment on the system monitored for the threat; and analyzing, by the threat detection system , the log file together with the change log for the evidence of the threat, wherein the analyzing comprises: determining whether the log file includes an entry corresponding to a change indicated in the change log; detecting a threat based on the determination that there is no corresponding entry in the log file for the change indicated in the change log; and issuing an alarm based on the detection of the threat that there is no corresponding entry in the log file for the change indicated in the change log.
A method of customizing an article of footwear , comprising: manufacturing a first article of footwear having a first sole structure with a forefoot region, a heel region opposite the forefoot region, and a midfoot region disposed between the forefoot region and the heel region , wherein the first article of footwear has a first heel stiffness profile; providing the first article of footwear to a customer ; providing an evaluation system to the customer through a mobile device used by the customer ; receiving a customer evaluation of heel stability of the first article of footwear through user input entered via the mobile device; manufacturing a second article of footwear having a second sole structure with a forefoot region, a heel region opposite the forefoot region, and a midfoot region disposed between the forefoot region and the heel region ; using the customer evaluation of heel stability to determine a second heel stiffness profile for the second sole structure, wherein the second heel stiffness profile is different from the first heel stiffness profile; adjusting the second sole structure of the second article of footwear to have the second heel stiffness profile; and providing the second article of footwear to the customer . manufacturing a first article of footwear having a first sole structure with a forefoot region, a heel region opposite the forefoot region, and a midfoot region disposed between the forefoot region and the heel region , wherein the first article of footwear has a first heel stiffness profile; providing the first article of footwear to a customer ; providing an evaluation system to the customer through a mobile device used by the customer ; receiving a customer evaluation of heel stability of the first article of footwear through user input entered via the mobile device; manufacturing a second article of footwear having a second sole structure with a forefoot region, a heel region opposite the forefoot region, and a midfoot region disposed between the forefoot region and the heel region ; using the customer evaluation of heel stability to determine a second heel stiffness profile for the second sole structure, wherein the second heel stiffness profile is different from the first heel stiffness profile; adjusting the second sole structure of the second article of footwear to have the second heel stiffness profile; and providing the second article of footwear to the customer .
Method for operating a system , the system comprising at least one suction device and at least one handheld power tool , - wherein a communication connection is set up between the suction device and the handheld power tool by means of at least one suction device communication unit and at least one handheld power tool communication unit , - wherein at least one communication signal is transmitted from the handheld power tool communication unit to the suction device communication unit by means of the communication connection , characterized in that - switching on the suction device results in at least one start signal being sent to the handheld power tool , - wherein the handheld power tool is able to be activated only if the start signal is received by the handheld power tool . - wherein a communication connection is set up between the suction device and the handheld power tool by means of at least one suction device communication unit and at least one handheld power tool communication unit , - wherein at least one communication signal is transmitted from the handheld power tool communication unit to the suction device communication unit by means of the communication connection , - switching on the suction device results in at least one start signal being sent to the handheld power tool , - wherein the handheld power tool is able to be activated only if the start signal is received by the handheld power tool .
A glycated human hemoglobin (%) assay method for measuring glycated human hemoglobin (%) in a human sample, comprising steps of: adsorbing the glycated human hemoglobin in the human sample to an insoluble carrier by bringing the human sample into contact with the insoluble carrier; wherein the insoluble carrier is latex; forming a complex of an anti-glycated human hemoglobin monoclonal antibody, the glycated human hemoglobin, and the insoluble carrier by bringing the glycated human hemoglobin adsorbed to the insoluble carrier into contact with the anti-glycated human hemoglobin monoclonal antibody; agglutinating the insoluble carrier by bringing the complex into contact with a monoclonal antibody reacting with the anti-glycated human hemoglobin monoclonal antibody and not reacting with human IgG; and optically detecting a degree of agglutination. adsorbing the glycated human hemoglobin in the human sample to an insoluble carrier by bringing the human sample into contact with the insoluble carrier; wherein the insoluble carrier is latex; forming a complex of an anti-glycated human hemoglobin monoclonal antibody, the glycated human hemoglobin, and the insoluble carrier by bringing the glycated human hemoglobin adsorbed to the insoluble carrier into contact with the anti-glycated human hemoglobin monoclonal antibody; agglutinating the insoluble carrier by bringing the complex into contact with a monoclonal antibody reacting with the anti-glycated human hemoglobin monoclonal antibody and not reacting with human IgG; and optically detecting a degree of agglutination.
A conductive roller comprising: a shaft ; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft , wherein the surface layer is composed of a mixture of a surface layer resin composition and particles , the surface layer resin composition comprises an energy ray-curable urethane resin, and the particles are composed of a particle resin composition comprising a urethane (meth)acrylate, wherein the particles are heat-curable. a shaft ; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft , wherein the surface layer is composed of a mixture of a surface layer resin composition and particles , the surface layer resin composition comprises an energy ray-curable urethane resin, and the particles are composed of a particle resin composition comprising a urethane (meth)acrylate, wherein the particles are heat-curable.
Computer-implemented method for modifying a control mode of a variable transmission optical element based on user inputs, the control mode being designed to control a transmission value (TR) of the variable transmission optical element as a function of an external illumination (EI), the method comprising the following steps: e1) measuring an initial level (IL) of the external illumination (EI), e2) setting the transmission value (TR) of the variable transmission optical element to an initial value according to the control mode as a function of the initial level (IL) of the external illumination (EI), e3) acquiring a user input for adjusting a parameter related to the transmission value (TR) of the variable transmission optical element, e4) setting, based on the user input and according to a manual mode, the transmission value (TR) of the variable transmission optical element to a requested value (RV), e5) computing, based on the requested value (RV) and on the initial level (IL) of the external illumination (EI), a confidence value representative of a likelihood that the requested value (RV) is a user preference relative to the initial level (IL) of the external illumination (EI), e6) modifying or maintaining unchanged the control mode based on the user input and on the confidence value. e1) measuring an initial level (IL) of the external illumination (EI), e2) setting the transmission value (TR) of the variable transmission optical element to an initial value according to the control mode as a function of the initial level (IL) of the external illumination (EI), e3) acquiring a user input for adjusting a parameter related to the transmission value (TR) of the variable transmission optical element, e4) setting, based on the user input and according to a manual mode, the transmission value (TR) of the variable transmission optical element to a requested value (RV), e5) computing, based on the requested value (RV) and on the initial level (IL) of the external illumination (EI), a confidence value representative of a likelihood that the requested value (RV) is a user preference relative to the initial level (IL) of the external illumination (EI), e6) modifying or maintaining unchanged the control mode based on the user input and on the confidence value.
Method for aligning a crimper of a first tool of a crimping press relative to an anvil of a second tool of the crimping press , wherein the crimper and the anvil are adapted for making a crimp connection jointly by moving the crimper relative to the anvil in a first direction , wherein the method comprises the following: - determining a lateral offset of the crimper relative to the anvil , wherein the lateral offset is an offset of a center line of the crimper to a center line of the anvil in a second direction , wherein the second direction is perpendicular to the first direction , wherein the center line of the crimper runs through a center of the crimper and in the first direction and wherein the center line of the anvil runs through a center of the anvil and in the first direction ; and the method being characterized by - moving the crimper relative to the anvil in the second direction for lowering the lateral offset , wherein the movement of the crimper relative to the anvil is achieved by moving only the anvil . - determining a lateral offset of the crimper relative to the anvil , wherein the lateral offset is an offset of a center line of the crimper to a center line of the anvil in a second direction , wherein the second direction is perpendicular to the first direction , wherein the center line of the crimper runs through a center of the crimper and in the first direction and wherein the center line of the anvil runs through a center of the anvil and in the first direction ; and the method being characterized by - moving the crimper relative to the anvil in the second direction for lowering the lateral offset , wherein the movement of the crimper relative to the anvil is achieved by moving only the anvil .
An applicator device for applying a composition to an end of a pipe, the applicator device comprising an applicator head , the applicator head having a cavity with an opening into which the end of the pipe can be inserted, wherein the applicator head comprises at least one brush and at least one aperture for delivering the composition into the cavity , each brush having bristles which extend into the cavity to wipe against the end of the pipe, each aperture being closer to the opening of the cavity than to a base of the cavity, wherein each brush comprises a base from which the bristles extend, wherein the at least one apertures extend through the bases of the at least one brushes, to deliver the composition to the bristles, wherein the applicator head comprises a centre piece which holds the base of each brush between the centre piece and an outer housing of the applicator head, and wherein the base of each brush fits into a respective slot in a periphery of the centre piece.
A horticultural lighting device for sustaining indoor plant growth, wherein said horticultural lighting device comprises: - a lighting unit arranged for providing illumination in accordance with one of a plurality of modi, wherein, for each modus, said lighting unit is arranged for illuminating in different electromagnetic spectrums; - a power unit arranged for receiving a AC mains supply voltage and for providing power to said lighting unil characterised in that said horticultural lighting device further comprises: - a control unit arranged for detecting interruptions in said received AC mains supply voltage and for switching to a next modus within said plurality of modi for said lighting unit triggered by detected interruptions. - a lighting unit arranged for providing illumination in accordance with one of a plurality of modi, wherein, for each modus, said lighting unit is arranged for illuminating in different electromagnetic spectrums; - a power unit arranged for receiving a AC mains supply voltage and for providing power to said lighting unil characterised in that said horticultural lighting device further comprises: - a control unit arranged for detecting interruptions in said received AC mains supply voltage and for switching to a next modus within said plurality of modi for said lighting unit triggered by detected interruptions.