mhurhangee/patent-ind-claim-en huggingface dataset:
Tuned mass damper , for example for a drive train of a motor vehicle, for damping an oscillation component of a rotary movement and for transmitting a torque of the rotational movement, having the following features: at least one damper mass , which is formed in such a way as to execute an oscillation, depending on the rotational movement, in order to damp the oscillation component of the said oscillation; a first guide component and a second guide component extending substantially parallel to the first guide component , between which the damper mass is movably arranged; and at least one connecting structure , which connects the first guide component and the second guide component to each other in a substantially rotationally fixed manner, the first guide component , the second guide component and the connecting structure being formed in such a way that the torque is transmitted via the connecting structure , characterized in that a hub disc of a dual-mass flywheel assembly is implemented as the first guide component , wherein the hub disc is coupled via at least one spring assembly to an input side of the dual-mass flywheel assembly in such a way that the torque is transmitted from the input side to the hub disc via the at least one spring assembly ; and a flywheel mass on the output side of the dual-mass flywheel assembly is coupled to the second guide component , or in which the flywheel mass on the output side of the dual-mass flywheel assembly is configured as a second guide component . at least one damper mass , which is formed in such a way as to execute an oscillation, depending on the rotational movement, in order to damp the oscillation component of the said oscillation; a first guide component and a second guide component extending substantially parallel to the first guide component , between which the damper mass is movably arranged; and at least one connecting structure , which connects the first guide component and the second guide component to each other in a substantially rotationally fixed manner, the first guide component , the second guide component and the connecting structure being formed in such a way that the torque is transmitted via the connecting structure , characterized in that a hub disc of a dual-mass flywheel assembly is implemented as the first guide component , wherein the hub disc is coupled via at least one spring assembly to an input side of the dual-mass flywheel assembly in such a way that the torque is transmitted from the input side to the hub disc via the at least one spring assembly ; and a flywheel mass on the output side of the dual-mass flywheel assembly is coupled to the second guide component , or in which the flywheel mass on the output side of the dual-mass flywheel assembly is configured as a second guide component .
Rotary table machine for container treatment, comprising a carousel with container receptacles for conveying containers , wherein the container receptacles are arranged at a regular spacing along a circular path (K) about an axis of rotation (A) of the carousel by means of a machine pitch (M), wherein the carousel and a rotary transducer are connected via a transmission such that, when the carousel rotates about a machine pitch (M), the rotary transducer emits and/or processes a whole-number multiple of a periodic value increment as a position signal , characterized in that a signal transmitter is designed to detect a reference mark on the carousel and to emit a reference mark signal on the basis thereof, and a signal processing device is designed to process the position signal and the reference mark signal in order to regulate the position of the carousel and control the container receptacles .
A feeding device for feeding fiber flocks into a spinning preparation machine, comprising a feed roller , a feed trough , and an open electric circuit with a voltage source , wherein the electric circuit can be closed by a piece of metal contaminating the fiber flocks, characterized in that the open ends of the circuit are formed by the feed roller and the feed trough and that the feed trough is electrically insulated from the feed roller , wherein the bearing of the feed roller is the insulator, and that an elastic lip is associated with the feed trough , the feed trough has a contact surface , and means are provided for detecting a contact between the elastic lip and the contact surface .
A PAO or a PAO derivative for use in a method for treating Alzheimer's disease, wherein said PAO derivative is selected from the following:
An infusion device comprising: an actuation arrangement operable to deliver fluid to a body of a user; a data storage element ; a communications interface to receive sensor glucose measurement values indicative of a glucose level in the body of the user influenced by the fluid; and a control module coupled to the actuation arrangement, to the data storage element , and to the communications interface ; wherein the control module is configured: - to operate the actuation arrangement; - to deliver a bolus amount of the fluid influenced by an initial value for a carbohydrate ratio stored by the data storage element , - to identify a residual sensor glucose value based at least in part on one or more of the sensor glucose measurement values after delivery of the bolus amount and an initial sensor glucose measurement value corresponding to delivery of the bolus amount, - to determine an updated value for the carbohydrate ratio by adjusting the initial value to compensate for the residual sensor glucose value, and - to store the updated value for the carbohydrate ratio in the data storage element . an actuation arrangement operable to deliver fluid to a body of a user; a data storage element ; a communications interface to receive sensor glucose measurement values indicative of a glucose level in the body of the user influenced by the fluid; and a control module coupled to the actuation arrangement, to the data storage element , and to the communications interface ; wherein the control module is configured: - to operate the actuation arrangement; - to deliver a bolus amount of the fluid influenced by an initial value for a carbohydrate ratio stored by the data storage element , - to identify a residual sensor glucose value based at least in part on one or more of the sensor glucose measurement values after delivery of the bolus amount and an initial sensor glucose measurement value corresponding to delivery of the bolus amount, - to determine an updated value for the carbohydrate ratio by adjusting the initial value to compensate for the residual sensor glucose value, and - to store the updated value for the carbohydrate ratio in the data storage element . - to operate the actuation arrangement; - to deliver a bolus amount of the fluid influenced by an initial value for a carbohydrate ratio stored by the data storage element , - to identify a residual sensor glucose value based at least in part on one or more of the sensor glucose measurement values after delivery of the bolus amount and an initial sensor glucose measurement value corresponding to delivery of the bolus amount, - to determine an updated value for the carbohydrate ratio by adjusting the initial value to compensate for the residual sensor glucose value, and - to store the updated value for the carbohydrate ratio in the data storage element .
Method for inspection of a vehicle undercarriage (U) of a motor vehicle , comprising the following method steps: - sequentially acquiring (S1) successive images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of at least one region of the undercarriage (U) of the motor vehicle moving across a camera device by way of the camera device ; - generating (S2) a three-dimensional depth image using the acquired images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of the at least one region of the undercarriage (U) of the motor vehicle , wherein, for generating (S2) the three-dimensional depth image, there are ascertained conformities in the images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) and tracked from image to image and movement vectors of the conformities are determined as a function of time; - analysis of the image data, providing a two-dimensional overall image and the three-dimensional depth information, determining an enhanced measure using a known component of the vehicle, and - inspecting (S3) the at least one region of the undercarriage (U) of the motor vehicle using the generated three-dimensional depth image of the undercarriage (U) by means of optical image recognition. - sequentially acquiring (S1) successive images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of at least one region of the undercarriage (U) of the motor vehicle moving across a camera device by way of the camera device ; - generating (S2) a three-dimensional depth image using the acquired images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of the at least one region of the undercarriage (U) of the motor vehicle , wherein, for generating (S2) the three-dimensional depth image, there are ascertained conformities in the images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) and tracked from image to image and movement vectors of the conformities are determined as a function of time; - analysis of the image data, providing a two-dimensional overall image and the three-dimensional depth information, determining an enhanced measure using a known component of the vehicle, and - inspecting (S3) the at least one region of the undercarriage (U) of the motor vehicle using the generated three-dimensional depth image of the undercarriage (U) by means of optical image recognition.
An inhaler device , comprising: a disposable body comprising a disposable aerosol generator including a sealed chamber , a flow passage and an outlet , the disposable body including first and second layers of material defining the chamber, the flow passage extending rectilinearly from the chamber and being located between the first and second layers of material , the outlet being located at an end of a flow passage , the chamber accommodating a predetermined volume of a fluid; an opening device being adapted to pierce the first layer and/or second layer and form the outlet ; and a heater arranged to heat the fluid in the chamber so as to expel volatilized fluid from the outlet , the heater comprises a layer of resistance heating material on a substrate , the substrate including an opening located adjacent the outlet , the layer of resistance heating material comprises a strip arranged in a pattern which is coextensive with the size of the chamber , the heater including a first portion arranged to heat the chamber and a second portion arranged to heat the flow passage , the first and second portions of the heater comprising the layer of resistance heating material configured such that the second portion of the heater becomes hotter than the first portion of the heater during actuation of the heater to volatilize the fluid in the chamber . a disposable body comprising a disposable aerosol generator including a sealed chamber , a flow passage and an outlet , the disposable body including first and second layers of material defining the chamber, the flow passage extending rectilinearly from the chamber and being located between the first and second layers of material , the outlet being located at an end of a flow passage , the chamber accommodating a predetermined volume of a fluid; an opening device being adapted to pierce the first layer and/or second layer and form the outlet ; and a heater arranged to heat the fluid in the chamber so as to expel volatilized fluid from the outlet , the heater comprises a layer of resistance heating material on a substrate , the substrate including an opening located adjacent the outlet , the layer of resistance heating material comprises a strip arranged in a pattern which is coextensive with the size of the chamber , the heater including a first portion arranged to heat the chamber and a second portion arranged to heat the flow passage , the first and second portions of the heater comprising the layer of resistance heating material configured such that the second portion of the heater becomes hotter than the first portion of the heater during actuation of the heater to volatilize the fluid in the chamber .
Heat accumulator for storing water with at least one heat exchanger for heating the water, which heat accumulator comprises the following: - a container in which the water to be heated can be stored, which container comprises a cylindrical jacket , on the upper side of which a lid is arranged and on the lower side of which a bottom is arranged, - at least one heat exchanger , which is arranged inside the container and is arranged to heat water arranged in the container by means of a heat transfer medium transportable in the at least one heat exchanger , and - a first insulating means which is arranged to insulate heat flow of heat stored in the container towards the outside of the container , wherein the first insulating means is arranged on an outside of the container , characterized in that the first insulating means comprises at least one layer formed of an aluminum composite foil, wherein an aluminum composite foil is formed of two aluminum layers enclosing a plurality of air cushions in a regular arrangement. - a container in which the water to be heated can be stored, which container comprises a cylindrical jacket , on the upper side of which a lid is arranged and on the lower side of which a bottom is arranged, - at least one heat exchanger , which is arranged inside the container and is arranged to heat water arranged in the container by means of a heat transfer medium transportable in the at least one heat exchanger , and - a first insulating means which is arranged to insulate heat flow of heat stored in the container towards the outside of the container , wherein the first insulating means is arranged on an outside of the container ,
Motor vehicle comprising a grille provided with a plurality of bars as well as at least one signal light comprising a housing open at the front, a curved cover screen closing said housing and a light source housed in the cavity delimited by said housing and said cover screen ; said cover screen comprising a smooth transparent main wall intended to ensure the transmission towards the front of said vehicle of the major part of the luminous flux emitted by said source , as well as a plurality of optical rods projecting from the external face of said main wall and in a substantially horizontal plane, said optical rods of the cover screen extend in the extension of said rods of the grille , characterized in that said optical rods of the cover screen are made of a dyed translucent thermoplastic polymer; said cover screen being obtained by a bi-injection moulding process of a first transparent thermoplastic polymer forming said main wall and of a second tinted translucent thermoplastic polymer forming said optical rods , and in that the front edge of said optical rods is also sandblasted in order to ensure the diffusion of the light rays passing through them over an extended horizontal angular range.
A method for handling calls carried out by at least one processor in a first User Equipment, UE, in a communication network, the method comprising: establishing a first call with a second UE, wherein the first call is one of a circuit-switched, CS, call and a packet-switched, PS, call; establishing a second call with a third UE, while the first call is in an active state, wherein the second call is one of a CS call and a PS call; and merging the first call and the second call on the basis of a specific event, wherein merging the first call and the second call, comprises: receiving voice data of the first call from the second UE and voice data of the second call from the third UE; generating first mixed voice data by mixing the voice data received from the third UE and voice data of the first UE; transmitting, to the second UE, the first mixed voice data; generating second mixed voice data by mixing the voice data received from the second UE and the voice data of the first UE; and transmitting, to the third UE, the second mixed voice data, the method characterized by : if the first call is a CS call and the second call is a PS call, the voice data of the second call from the third UE is downsampled for generating the first mixed voice data, and the voice data received from the second UE is upsampled for generating the second mixed voice data. establishing a first call with a second UE, wherein the first call is one of a circuit-switched, CS, call and a packet-switched, PS, call; establishing a second call with a third UE, while the first call is in an active state, wherein the second call is one of a CS call and a PS call; and merging the first call and the second call on the basis of a specific event, wherein merging the first call and the second call, comprises: receiving voice data of the first call from the second UE and voice data of the second call from the third UE; generating first mixed voice data by mixing the voice data received from the third UE and voice data of the first UE; transmitting, to the second UE, the first mixed voice data; generating second mixed voice data by mixing the voice data received from the second UE and the voice data of the first UE; and transmitting, to the third UE, the second mixed voice data, receiving voice data of the first call from the second UE and voice data of the second call from the third UE; generating first mixed voice data by mixing the voice data received from the third UE and voice data of the first UE; transmitting, to the second UE, the first mixed voice data; generating second mixed voice data by mixing the voice data received from the second UE and the voice data of the first UE; and transmitting, to the third UE, the second mixed voice data, the method characterized by : if the first call is a CS call and the second call is a PS call, the voice data of the second call from the third UE is downsampled for generating the first mixed voice data, and the voice data received from the second UE is upsampled for generating the second mixed voice data.
An adhesive anchor for insertion into a bore comprising an at least substantially cylindrical main body and a connecting means for connecting a component to the adhesive anchor , wherein the cylindrical main body extends between a head of the adhesive anchor and an end opposite to the head , wherein arranged on or in the main body is at least one first passage for adhesive , which extends from the end opposite to the head of the adhesive anchor to a predetermined axial position of the main body and by way of which adhesive can be introduced into the bore from the end opposite to the head of the adhesive anchor to the predetermined axial position, and wherein arranged on or in the main body is at least one second passage for adhesive , which extends from the predetermined axial position of the main body to an end opposite to the head of the adhesive anchor and by way of which adhesive can be discharged starting from the predetermined axial position to the end opposite to the head of the adhesive anchor , wherein it is preferably provided that the at least one second passage joins the at least one first passage , characterised in that the main body is in the form of a sleeve and the connecting means is in the form of a female thread in the sleeve, wherein the at least one first passage corresponds to a core hole bore of the female thread and that arranged on the main body is at least one introduction opening , by way of which an adhesive can be introduced by means of an injector inserted into the introduction opening and that the main body has at least one outlet opening which communicates with the at least one introduction opening and which allows the outlet of adhesive introduced into or by way of the introduction opening from the main body into a bore surrounding the adhesive anchor and that the introduction opening extends to the head of the adhesive anchor and is delimited axially by an end face provided with a through opening communicating with the outlet opening , wherein an injector for adhesive can be introduced into the introduction opening as far as the through opening .
A method of treating of hydrocarbon-contaminated materials in order to recover the hydrocarbon-based contaminants from such materials which comprises mixing the hydrocarbon-contaminated material with water, and subjecting the mixture to treatment and thereafter subjecting the treated mixture to one or more separation treatments to separate hydrocarbon-based contaminant material from the contaminated material, characterised in that process water is added to the feed of hydrocarbon-contaminated material to adjust the viscosity of the mixture upstream of at least one hydrodynamic cavitation treatment and at least one hydraulic shock treatment, in any sequential order, the use of hydrodynamic cavitation and hydraulic shock treatment being such as to cause large numbers of collisions between particles transported in suspension in the process water, with the consequent detachment of surface materials and adhering hydrocarbons.
A cosmetic product for hair bleaching or hair dyeing comprising a first agent comprising an alkali agent, a second agent comprising hydrogen peroxide, and a nonaerosol foamer container for discharging a mixed solution of the first agent and the second agent in the form of foam, the mixed solution comprising the following components (A) to (C). (A) a anionic surfactant comprising sulfuric acid group, (B) a anionic surfactant comprising carboxy group, and (C) a polymer comprising a diallyl quaternary ammonium salt as a constitutional unit and having a charge density of 5.5 meq/g or more and 8.0 meq/g or less, wherein the content of the component (B) in the mixed solution is 0.5 mass% to 5 mass%. (A) a anionic surfactant comprising sulfuric acid group, (B) a anionic surfactant comprising carboxy group, and (C) a polymer comprising a diallyl quaternary ammonium salt as a constitutional unit and having a charge density of 5.5 meq/g or more and 8.0 meq/g or less,
Frame device for a fan module for a main cooler and for a charge air cooler of a motor vehicle, comprising - a main frame for the main cooler and a charge air frame , separate therefrom, for the charge air , - wherein a seal is provided between the main frame and the charge air frame , - wherein the seal is formed by means of a separate and elastic profile part , which is fastened at least to the main frame or to the charge air frame , characterized in that - the profile part comprises a tubular second profile section , which bears against the main frame provided that the profile part is fastened to the charge air frame, or wherein the profile part bears against the charge air frame provided that the profile part is fastened to the main frame, and - wherein the second profile section comprises an extension in a vertical direction (H) from the charge air frame to the main frame , so that the second profile section is compressed with respect to the vertical direction (H) in the assembled state. - a main frame for the main cooler and a charge air frame , separate therefrom, for the charge air , - wherein a seal is provided between the main frame and the charge air frame , - wherein the seal is formed by means of a separate and elastic profile part , which is fastened at least to the main frame or to the charge air frame , characterized in that - the profile part comprises a tubular second profile section , which bears against the main frame provided that the profile part is fastened to the charge air frame, or wherein the profile part bears against the charge air frame provided that the profile part is fastened to the main frame, and - wherein the second profile section comprises an extension in a vertical direction (H) from the charge air frame to the main frame , so that the second profile section is compressed with respect to the vertical direction (H) in the assembled state.