mhurhangee/patent-ind-claim-en huggingface dataset:
A transport and storage container for liquids having a lid and a container embodied as an inner container, made of plastic, which has, in an upper bottom wall , a filling opening being closable with the help of the lid for filling the container and, at a front side, an outlet neck for connecting an outlet armature as well as a lower bottom wall , which couples two side walls , one rear wall and one front wall of the container to one another, for supporting the container on a pallet bottom of a transport pallet that is provided with an outer jacket for receiving the container, said lid being provided with a stirring staff arrangement for being connected to a stirring machine that can be combined with the container , said stirring staff arrangement having a bar-shaped stirrer element carrier embodied as a hollow shaft for receiving a stirring machine shaft , and stirrer elements coupled to the stirrer element carrier so as to be pivotable, in such a manner that the stirrer elements have been pivoted, in a mounting configuration, with a free stirrer element end , against an axis of rotation of the stirrer element carrier, characterised in that a spring means is arranged between the stirrer elements and the stirrer element carrier, in such a manner that the stirrer elements, in an operating configuration, are charged with centrifugal force as a consequence of a rotation of the stirrer element carrier and take a pivoted position that depends on the rotational speed of the stirrer element carrier, a stirring angle 8 being realized with respect to the axis of rotation, the free stirrer element ends being arranged at a stirring distance r from the axis of rotation and the spring force, which increases as the stirring angle grows, opposing the centrifugal force.
Camera assembly for motor vehicles comprising: - a housing having at least one opening for receiving a connector-adapter ; and - an image sensor attached to an electronics carrier that is provided within the housing wherein it further includes - an insulating member fitted within the housing defining therein at least a first chamber and a second chamber , the insulating member being arranged such that the electronics carrier is intersected by the insulating member preventing matter from passing from the first chamber to the second chamber , wherein the electronics carrier is positioned such that the image sensor is in the second chamber and wherein the opening for receiving a connector-adapter is located in the first chamber , wherein the insulating member fits, surrounds and wraps a cross sectional portion of the electronics carrier and its components leaving no gaps between the insulating member and the electronics carrier and its components. - a housing having at least one opening for receiving a connector-adapter ; and - an image sensor attached to an electronics carrier that is provided within the housing wherein it further includes - an insulating member fitted within the housing defining therein at least a first chamber and a second chamber , the insulating member being arranged such that the electronics carrier is intersected by the insulating member preventing matter from passing from the first chamber to the second chamber , - an insulating member fitted within the housing defining therein at least a first chamber and a second chamber , the insulating member being arranged such that the electronics carrier is intersected by the insulating member preventing matter from passing from the first chamber to the second chamber , wherein the electronics carrier is positioned such that the image sensor is in the second chamber and wherein the opening for receiving a connector-adapter is located in the first chamber , wherein the insulating member fits, surrounds and wraps a cross sectional portion of the electronics carrier and its components leaving no gaps between the insulating member and the electronics carrier and its components.
A pneumatic tire , in particular for a motor vehicle, comprising pneumatic tires: an inner surface defining a cavity ; an outer surface facing away from the inner surface ; a radio chip having an antenna , wherein the radio chip is adapted to operate with electromagnetic waves and wherein the electromagnetic waves have a wavelength; wherein the antenna has a distance to the outer surface over its entire length which is on average less than 1/10 of the wavelength and/or less than 25 mm; wherein the radio chip is mounted in or on a first sidewall of the pneumatic tire; characterized in that a second sidewall of the air strip opposite the first sidewall comprises a wavelength reflecting material and/or a wavelength absorbing material; and the absorbent and/or reflective material is at least one layer of the second sidewall of the pneumatic tire. an inner surface defining a cavity ; an outer surface facing away from the inner surface ; a radio chip having an antenna , wherein the radio chip is adapted to operate with electromagnetic waves and wherein the electromagnetic waves have a wavelength; wherein the antenna has a distance to the outer surface over its entire length which is on average less than 1/10 of the wavelength and/or less than 25 mm; wherein the radio chip is mounted in or on a first sidewall of the pneumatic tire; a second sidewall of the air strip opposite the first sidewall comprises a wavelength reflecting material and/or a wavelength absorbing material; and the absorbent and/or reflective material is at least one layer of the second sidewall of the pneumatic tire.
A nucleic acid molecule encoding an antibody or fragment thereof that binds to human VEGFR2, comprising a heavy chain variable domain having an amino acid sequence as shown in SEQ ID NO: 4 and a light chain variable domain having an amino acid sequence as shown in SEQ ID NO: 32.
A vibrating fat eliminating device , comprising: a vibrating main body comprising a fixing notch and an upper surface , wherein the fixing notch is disposed on the upper surface ; a chair body detachably disposed on the vibrating main body and comprising a supporting frame and a cushion , wherein the supporting frame is disposed on the upper surface , the cushion is disposed on the supporting frame , and the supporting frame comprises a connecting portion ; characterized in that the connecting portion has a through hole ; and the vibrating fat eliminating device further comprises a positioning unit passing through the through hole and connected to the fixing notch correspondingly, so that the chair body is detachably disposed on the upper surface via the positioning unit ; wherein the fixing notch comprises an internal connecting portion , the positioning unit comprises a fixing rod , an elastic member , at least two washers and a knob , wherein the fixing rod comprises a connecting end for connecting with the internal connecting portion , the knob being disposed on one side of the fixing rod which is different from the connecting end , and the fixing rod being passed through in order from the elastic member , one of the washers , the through hole and the other one of the washers , and then is connected to the fixing notch . a vibrating main body comprising a fixing notch and an upper surface , wherein the fixing notch is disposed on the upper surface ; a chair body detachably disposed on the vibrating main body and comprising a supporting frame and a cushion , wherein the supporting frame is disposed on the upper surface , the cushion is disposed on the supporting frame , and the supporting frame comprises a connecting portion ; characterized in that the connecting portion has a through hole ; and the vibrating fat eliminating device further comprises a positioning unit passing through the through hole and connected to the fixing notch correspondingly, so that the chair body is detachably disposed on the upper surface via the positioning unit ; wherein the fixing notch comprises an internal connecting portion , the positioning unit comprises a fixing rod , an elastic member , at least two washers and a knob , wherein the fixing rod comprises a connecting end for connecting with the internal connecting portion , the knob being disposed on one side of the fixing rod which is different from the connecting end , and the fixing rod being passed through in order from the elastic member , one of the washers , the through hole and the other one of the washers , and then is connected to the fixing notch .
An enteral tube assembly, comprising: a tube for placement within a patient, the tube having a lumen increasing in diameter along at least a portion of the tube to a distal end ; and a dissolvable tip attached to the distal end wherein only a portion of the tip is dissolvable to ensure that the tip is dislocated from the tube. a tube for placement within a patient, the tube having a lumen increasing in diameter along at least a portion of the tube to a distal end ; and a dissolvable tip attached to the distal end wherein only a portion of the tip is dissolvable to ensure that the tip is dislocated from the tube.
Rechargeable battery for a machine tool containing at least one energy storage cell and also one switching apparatus , characterized in that said rechargeable battery contains a bypass circuit which has a switching element and can be operated in a first and second mode, wherein the bypass circuit and the switching apparatus are arranged in parallel with one another, wherein the bypass circuit is in an inoperative state in the first mode, so that an electric current with a first current value passes from the at least one energy storage cell to the machine tool via the switching apparatus , and wherein the bypass circuit is in an operating state in the second mode, so that an electric current with a second current value passes from the at least one energy storage cell to the machine tool via the bypass circuit , and wherein the first current value is greater than the second current value, wherein the bypass circuit contains a comparator for comparing a current value which is required by the machine tool with a current threshold value stored in a memory element , so that, by means of a switching element , the bypass circuit is switched to the first mode when the current value which is required by the machine tool exceeds the threshold value and the bypass circuit is switched to the second mode when the current value which is required by the machine tool falls below the threshold value. characterized in that said rechargeable battery contains a bypass circuit which has a switching element and can be operated in a first and second mode, wherein the bypass circuit and the switching apparatus are arranged in parallel with one another, wherein the bypass circuit is in an inoperative state in the first mode, so that an electric current with a first current value passes from the at least one energy storage cell to the machine tool via the switching apparatus , and wherein the bypass circuit is in an operating state in the second mode, so that an electric current with a second current value passes from the at least one energy storage cell to the machine tool via the bypass circuit , and wherein the first current value is greater than the second current value, wherein the bypass circuit contains a comparator for comparing a current value which is required by the machine tool with a current threshold value stored in a memory element , so that, by means of a switching element , the bypass circuit is switched to the first mode when the current value which is required by the machine tool exceeds the threshold value and the bypass circuit is switched to the second mode when the current value which is required by the machine tool falls below the threshold value.
A force sensor , comprising: a base comprising four rigid bosses and an outer wall , a cap attached to the base at a surface defined by the four rigid bosses and the outer wall , wherein the cap and the base form a sealed cavity , and wherein the sealed cavity is formed by at least one surface adhered between the cap and the base , at least one flexure formed in the base and around the four rigid bosses to convert force (F) applied to the cap into strain, an air gap between the base and the cap that narrows with the application of the force (F) to the cap such that the air gap between the base and the cap will close and stop further deflection before the at least one flexure is broken, and a means to sense strain deposited on a bottom surface of the base , wherein, the cap defines a contact surface for receiving the force (F) and transmitting the force (F) through the four rigid bosses and the outer wall to the at least one flexure . a base comprising four rigid bosses and an outer wall , a cap attached to the base at a surface defined by the four rigid bosses and the outer wall , wherein the cap and the base form a sealed cavity , and wherein the sealed cavity is formed by at least one surface adhered between the cap and the base , at least one flexure formed in the base and around the four rigid bosses to convert force (F) applied to the cap into strain, an air gap between the base and the cap that narrows with the application of the force (F) to the cap such that the air gap between the base and the cap will close and stop further deflection before the at least one flexure is broken, and a means to sense strain deposited on a bottom surface of the base , wherein, the cap defines a contact surface for receiving the force (F) and transmitting the force (F) through the four rigid bosses and the outer wall to the at least one flexure .
An exhaust gas aftertreatment system comprising at least a first route and a second route arranged in parallel in the exhaust gas stream, wherein the first route and the second route are provided with exhaust gas aftertreatment subsystems ,wherein a piping of the first route has a larger sectional area than a piping of the second route and wherein the exhaust gas aftertreatment subsystems of the first route and the second route use different exhaust gas aftertreatment technologies, characterized in that the first route is provided with a SCR catalyst and the second route is provided with a diesel oxidation catalyst . a piping of the first route has a larger sectional area than a piping of the second route and wherein the exhaust gas aftertreatment subsystems of the first route and the second route use different exhaust gas aftertreatment technologies, characterized in that the first route is provided with a SCR catalyst and the second route is provided with a diesel oxidation catalyst .
A method for simultaneously verifying amplitude and temperature parameters of an electrical-acoustic conversion device , characterized by comprising steps of: inputting a sweep signal to the electrical-acoustic conversion device ; the sweep signal is a sine sweep signal with a frequency range of 100Hz-20kHz ; testing amplitude of the electrical-acoustic conversion device while adjusting a gain of a whole frequency band of the sweep signal until the maximum value of the tested amplitude is a maximum amplitude parameter Xmax, and testing temperature of a voice coil at this moment; and if the tested temperature of the voice coil at this moment is the highest temperature parameter Tmax of the voice coil, maintaining the gain of the sweep signal for a predetermined period of time and then testing performance of the electrical-acoustic conversion device ; if the tested temperature of the voice coil at this moment is higher or lower than Tmax, gradually reducing or increasing the gain of the sweep signal in a frequency band above a gain improvement frequency point until the tested temperature of the voice coil is Tmax, and then maintaining the gain of the sweep signal for a predetermined period of time and then testing the performance of the electrical-acoustic conversion device , wherein the gain improvement frequency point is greater than a resonance frequency F0 of the electrical-acoustic conversion device . inputting a sweep signal to the electrical-acoustic conversion device ; the sweep signal is a sine sweep signal with a frequency range of 100Hz-20kHz ; testing amplitude of the electrical-acoustic conversion device while adjusting a gain of a whole frequency band of the sweep signal until the maximum value of the tested amplitude is a maximum amplitude parameter Xmax, and testing temperature of a voice coil at this moment; and if the tested temperature of the voice coil at this moment is the highest temperature parameter Tmax of the voice coil, maintaining the gain of the sweep signal for a predetermined period of time and then testing performance of the electrical-acoustic conversion device ; if the tested temperature of the voice coil at this moment is higher or lower than Tmax, gradually reducing or increasing the gain of the sweep signal in a frequency band above a gain improvement frequency point until the tested temperature of the voice coil is Tmax, and then maintaining the gain of the sweep signal for a predetermined period of time and then testing the performance of the electrical-acoustic conversion device , wherein the gain improvement frequency point is greater than a resonance frequency F0 of the electrical-acoustic conversion device .
Magnetic Resonance Imaging method for generating a ratio image with improved contrast characteristics in regions of low SNR, the method comprising the steps of: - generating a Magnetic Resonance Imaging sequence designed for acquiring data from an object to be imaged, wherein said Magnetic Resonance Imaging sequence is configured for acquiring data for generating at least two different images, respectively a first image P and a second image NP, wherein said at least two different images have different contrasts but share the same spatial inhomogeneity in the transmit and receive RF coil B1 profiles used for acquiring said two different images; - acquiring said two different images; - combining said two different images in a ratio image S; characterized in that said ratio image S is obtained by calculating a ratio of the first image P and the second image NP that is tunable by a parameter γ wherein the parameter γ is optimized for maximizing the negentropy of the ratio image S and thus removing noise in the ratio image S and improve the contrast characteristics in regions of low SNR of the ratio image S, wherein said ratio image S is given by one of the following equation: S = P NP + γ or S = Re P ∗ ⋅ NP − γ P 2 + NP 2 + 2 ⁢ γ . - generating a Magnetic Resonance Imaging sequence designed for acquiring data from an object to be imaged, wherein said Magnetic Resonance Imaging sequence is configured for acquiring data for generating at least two different images, respectively a first image P and a second image NP, wherein said at least two different images have different contrasts but share the same spatial inhomogeneity in the transmit and receive RF coil B1 profiles used for acquiring said two different images; - acquiring said two different images; - combining said two different images in a ratio image S; characterized in that said ratio image S is obtained by calculating a ratio of the first image P and the second image NP that is tunable by a parameter γ wherein the parameter γ is optimized for maximizing the negentropy of the ratio image S and thus removing noise in the ratio image S and improve the contrast characteristics in regions of low SNR of the ratio image S, wherein said ratio image S is given by one of the following equation: S = P NP + γ or S = Re P ∗ ⋅ NP − γ P 2 + NP 2 + 2 ⁢ γ .
Method for controlling a display of an augmented reality head-up display device for a motor vehicle , comprising the following steps: - determining a pose of the motor vehicle relative to a map; - extracting reference points from the map, wherein the reference points originate from a surface in a field of view of a driver of the motor vehicle and are calculated from a previously calculated geometric abstraction of a topography stored in the map, and wherein the reference points are extracted from a map region in the direction of travel of the motor vehicle , which map region comprises a main region and an extended region dependent on a speed of the motor vehicle ; - transforming the reference points into vehicle coordinates, wherein the transformed reference points represent the course of a surface in or on which a virtual object is to be displayed; - generating the virtual object for contact-analogous display by the augmented reality head-up display device , taking into account the transformed reference points, wherein graphic elements of the virtual object are adapted to a course of the transformed reference points in such a way that the visual impression is created whereby the graphic elements lie in the surface represented by the transformed reference points or are positioned on this surface; and - outputting the virtual object for display by the augmented reality head-up display device . - determining a pose of the motor vehicle relative to a map; - extracting reference points from the map, wherein the reference points originate from a surface in a field of view of a driver of the motor vehicle and are calculated from a previously calculated geometric abstraction of a topography stored in the map, and wherein the reference points are extracted from a map region in the direction of travel of the motor vehicle , which map region comprises a main region and an extended region dependent on a speed of the motor vehicle ; - transforming the reference points into vehicle coordinates, wherein the transformed reference points represent the course of a surface in or on which a virtual object is to be displayed; - generating the virtual object for contact-analogous display by the augmented reality head-up display device , taking into account the transformed reference points, wherein graphic elements of the virtual object are adapted to a course of the transformed reference points in such a way that the visual impression is created whereby the graphic elements lie in the surface represented by the transformed reference points or are positioned on this surface; and - outputting the virtual object for display by the augmented reality head-up display device .
A method in a source routed forwarding network comprising a plurality of nodes configured to transfer data packets to one another via a plurality of links, the method comprising: a forwarding node forwarding data packets to another said node by establishing a header for each flow, the header defining a path of the data packets associated with said flow; wherein said path is defined from a source to multiple destinations, and the header includes an ordered set of codewords, characterized in that a controller instructs the forwarding node of mapping between codewords and a local interpretation, wherein the controller monitors the length of the header associated with a flow, and establishes a different set of codewords for that flow when the length of the header exceeds the predetermined threshold.
A sensor surface-covering material comprising a layer of synthetic material and a sensor layer wherein the sensor layer is configured to detect a change in an electrical property which is resistance and/or capacitance and wherein the sensor layer comprises a combined detectable electrical-property and mechanical-property sensor layer characterized in that the sensor layer comprises three layers: a top layer comprising a detectable mechanical-property sensor layer ; a middle layer comprising an insulating layer ; and a bottom layer comprising a detectable electrical-property sensor layer .