mhurhangee/patent-ind-claim-en huggingface dataset:
An article comprising macroscopic honeycomb cells with cell walls made of a sandwich panel material with a mesoscopic cellular core , the mesoscopic cellular core being made of mesoscopic honeycomb cells, the longitudinal axis of the mesoscopic honeycomb cells being perpendicular to the longitudinal axis of the macroscopic honeycomb cells, wherein cell walls of the mesoscopic honeycomb core are constructed from a foil or foils (12, 14; 32, 34).
Method for managing, in a communication network, network traffic related to a mechanism for reporting the presence of a terminal in a plurality of presence reporting areas, comprising the following steps implemented by a mobility management entity : - receiving (E8), for each presence reporting area of said plurality, an area identifier and a priority level for said area; - storing (E9), in a subscriber context related to a subscriber of said terminal, said identifiers and priority levels received in association with an identifier of said terminal; and, when the load on said mobility management entity is higher than a predefined critical load threshold: - suspending (E11a-b) said presence reporting mechanism for the presence reporting areas, referred to as non-monitored areas, of said plurality whose priority level is lower than a transitional priority level. - receiving (E8), for each presence reporting area of said plurality, an area identifier and a priority level for said area; - storing (E9), in a subscriber context related to a subscriber of said terminal, said identifiers and priority levels received in association with an identifier of said terminal; - suspending (E11a-b) said presence reporting mechanism for the presence reporting areas, referred to as non-monitored areas, of said plurality whose priority level is lower than a transitional priority level.
An apparatus for measuring biometric information, the apparatus comprising: a sensor including a bioelectrode configured to be insertable into skin ; a measurement module configured to apply a measurement power to the bioelectrode and measure the biometric information based on a response signal received from the bioelectrode ; and a load unit configured to add an additional impedance to a sensor impedance of the sensor to relatively reduce a level of noise applied to the response signal by physical deformation of the sensor , wherein a level of the additional impedance is greater than a level of the sensor impedance, and characterized in that the measurement module comprises a temperature sensor configured to measure a temperature of the load unit , and in that the apparatus is configured to measure the biometric information from the response signal considering the additional impedance of the load unit that is changed according to the temperature measured by the temperature sensor . a sensor including a bioelectrode configured to be insertable into skin ; a measurement module configured to apply a measurement power to the bioelectrode and measure the biometric information based on a response signal received from the bioelectrode ; and a load unit configured to add an additional impedance to a sensor impedance of the sensor to relatively reduce a level of noise applied to the response signal by physical deformation of the sensor , wherein a level of the additional impedance is greater than a level of the sensor impedance, and characterized in that the measurement module comprises a temperature sensor configured to measure a temperature of the load unit , and in that the apparatus is configured to measure the biometric information from the response signal considering the additional impedance of the load unit that is changed according to the temperature measured by the temperature sensor . characterized in that the measurement module comprises a temperature sensor configured to measure a temperature of the load unit , and in that the apparatus is configured to measure the biometric information from the response signal considering the additional impedance of the load unit that is changed according to the temperature measured by the temperature sensor .
Brake device for an electrically operated vehicle comprising: - a controllable actuator device with an electronic connection device (AN), wherein the actuator device can be connected to a drive axle of an electrically operated vehicle , by means of which a braking effect or a locking effect for a rotational movement of the drive axle can be produced; - a first brake system , - a second brake system and - a control device (SE) which can be connected to the actuator device via the connection device (AN) and which is connected to the first brake system and the second brake system , and the actuator device and the first brake system and the second brake system can be controlled by the control device (SE). - a controllable actuator device with an electronic connection device (AN), wherein the actuator device can be connected to a drive axle of an electrically operated vehicle , by means of which a braking effect or a locking effect for a rotational movement of the drive axle can be produced; - a first brake system , - a second brake system and - a control device (SE) which can be connected to the actuator device via the connection device (AN) and which is connected to the first brake system and the second brake system , and the actuator device and the first brake system and the second brake system can be controlled by the control device (SE).
Method for displaying a portion of a multimedia content on a screen of a multimedia terminal , the multimedia content being coded by data included in a file , stored on a server remote from the terminal , in a format such that the entire file is required by an application processing this format in order to generate a display of the multimedia content on the screen of the terminal , characterised in that it comprises the following steps: - the step for the terminal of requesting the transmission of an encoding of the display of the portion of the multimedia content in a defined rendering format, - the step for the server of using the file to generate said encoding of the display according to the rendering format defined by the terminal , and - the step for the server of transmitting, to the terminal , said encoding of the display in the form of an image, by means of a graphic interface sharing protocol, thus allowing a user to access the portion of the multimedia content without requiring the transmission of the entire file coding this content. - the step for the terminal of requesting the transmission of an encoding of the display of the portion of the multimedia content in a defined rendering format, - the step for the server of using the file to generate said encoding of the display according to the rendering format defined by the terminal , and - the step for the server of transmitting, to the terminal , said encoding of the display in the form of an image, by means of a graphic interface sharing protocol, thus allowing a user to access the portion of the multimedia content without requiring the transmission of the entire file coding this content.
A polymer blend composition comprising: 15-25% by weight polyetherimide (PEI); 5-20% by weight siloxane / bisphenol-A polyester / polycarbonate copolymer; 5-35% by weight polycyclohexylenedimethylene terephthalate (PCT) 15-45% by weight polycarbonate / siloxane copolymer; and, 1-7% by weight styrene-ethylene-butadiene-styrene (SEBS). 15-25% by weight polyetherimide (PEI); 5-20% by weight siloxane / bisphenol-A polyester / polycarbonate copolymer; 5-35% by weight polycyclohexylenedimethylene terephthalate (PCT) 15-45% by weight polycarbonate / siloxane copolymer; and, 1-7% by weight styrene-ethylene-butadiene-styrene (SEBS).
Method for detecting a switching point (SP) of a switchable solenoid valve , wherein in a closing phase of the valve an electric current (I) is driven through the solenoid of the valve for generating a closing movement of the valve against a force of a spring until a switching point (SP) is reached at which the valve finally reaches a closed state, wherein during the closing phase a controller of an electronic circuit controls a current strength value of the electric current (I) by switching on a voltage source (U), if the value is smaller than a lower threshold value , and switching off the voltage source (U), if the value is greater than an upper threshold value , and wherein for detecting the switching point (SP) a switching frequency (F) at which the controller switches the voltage source (U) is determined and if the switching frequency (F) fulfills a predefined closed state criterion , a signal is generated, wherein the signal signals that the valve reached the switching point (SP), wherein as the valve an inlet valve of a high pressure pump of an injection system of a motor vehicle is controlled and the operation of the valve is coordinated with the rotation of a crank by measuring a crank angle and by switching the current (I) according to the crank angle , wherein the crank angle is measured using a sensor and wherein the crank moves a piston of the pump for a pumping movement between a top dead center (TDC) and a bottom dead center (BDC) for pumping fuel from a low-pressure side to a high-pressure side where the fuel is injected by a fuel injection system and wherein a pump delivery is varied by changing the switching point (SP) of the valve relative to the pump top dead center (TDC), wherein in order to have the valve close precisely at the required position or switching point (SP) the electronic circuit providing the control unit needs to know the switch time (T) of the valve , which is a duration from current begin (B) until the switching point (SP), at which the valve is completely closed for the first time, and wherein switching point data are generated that describe the switching point (SP) as a relative change of a rotation angle of the crank that drives the piston , wherein the relative change of rotation angle is measured starting from a predefined starting point, which is the current begin (B), and ending at the switching point (SP), and wherein the switching point data are saved in the electronic circuit of the valve for controlling future closing phases on the basis of the switching point data.
Apparatus for processing incoherent plastics with a process fluid, said apparatus comprising: - a container extended vertically with an internal volume configured to contain the incoherent plastics; - a process fluid outlet chamber arranged above said internal volume and separated from said internal volume by a diaphragm impermeable to the process fluid and provided with one or more openings for the outlet of the process fluid from said internal volume; - for each of said one or more openings , a tubular body open at the top at the respective opening and at least partially permeable to the process fluid so as to allow the process fluid to exit from said internal volume through the respective opening ; - a tubular wall which is impermeable to the process fluid, and which defines a passage for the inlet of the incoherent plastics in said internal volume, said outlet chamber being internally delimited by said tubular wall ; - means for generating a flow of the process fluid inside said internal volume towards said outlet chamber ; characterized in that said tubular body extends below said diaphragm inside said internal volume. - a container extended vertically with an internal volume configured to contain the incoherent plastics; - a process fluid outlet chamber arranged above said internal volume and separated from said internal volume by a diaphragm impermeable to the process fluid and provided with one or more openings for the outlet of the process fluid from said internal volume; - for each of said one or more openings , a tubular body open at the top at the respective opening and at least partially permeable to the process fluid so as to allow the process fluid to exit from said internal volume through the respective opening ; - a tubular wall which is impermeable to the process fluid, and which defines a passage for the inlet of the incoherent plastics in said internal volume, said outlet chamber being internally delimited by said tubular wall ; - means for generating a flow of the process fluid inside said internal volume towards said outlet chamber ;
A passive milk collection device for storing milk comprising: (i) a flexible inner member including a nipple hole for receiving a nipple, and in which, in use, part of the rear surface of the inner member is configured to securely seal onto a user's breast; and (ii) a removable rigid outer member configured to attach onto the front surface of the inner member and to provide a free air space around the nipple area for storing milk from the nipple, and in which, the circumference of the outer edge of the rear surface of the flexible inner member is substantially larger than the circumference of the rigid outer member, wherein the device is configured for decanting collected milk via the nipple hole. (i) a flexible inner member including a nipple hole for receiving a nipple, and in which, in use, part of the rear surface of the inner member is configured to securely seal onto a user's breast; and (ii) a removable rigid outer member configured to attach onto the front surface of the inner member and to provide a free air space around the nipple area for storing milk from the nipple, and in which, the circumference of the outer edge of the rear surface of the flexible inner member is substantially larger than the circumference of the rigid outer member,
A thin film transistor comprising a gate electrode , a source electrode , a drain electrode , an active layer and a gate insulation layer , wherein the gate insulation layer is provided above the active layer , the gate electrode , the source electrode and the drain electrode are provided on a same layer above the gate insulation layer , the active layer and the source electrode are connected through a first connection electrode , and the active layer and the drain electrode are connected through a second connection electrode , characterized in that the thin film transistor further comprises: a poly-silicon film below the source electrode and the drain electrode and located on a same layer with the active layer , and an insulation film filled in an area between the active layer and the poly-silicon film . a poly-silicon film below the source electrode and the drain electrode and located on a same layer with the active layer , and an insulation film filled in an area between the active layer and the poly-silicon film .
A pneumatic tire having a tire tread composed of a rubber composition comprising a diene rubber comprising isoprene rubber; carbon black; silica; a compound comprising a bonding unit I represented by Formula and a bonding unit II represented by Formula ; and a compound represented by Formula : wherein R 1 represents hydrogen, a halogen, a branched or unbranched alkyl group of 1-30 carbon atoms, a branched or unbranched alkenyl group of 2-30 carbon atoms, a branched or unbranched alkynyl group of 2-30 carbon atoms, or an alkyl group in which a terminal hydrogen of said alkyl group is replaced with a hydroxyl group or a carboxyl group, R 2 represents a branched or unbranched alkylene group of 1-30 carbon atoms, a branched or unbranched alkenylene group of 2-30 carbon atoms, or a branched or unbranched alkynylene group of 2-30 carbon atoms, and R 1 and R 2 may form a ring structure; and wherein R 3 -R 6 each represent, independently of each other, a straight-chain or branched-chain alkyl group of 1-18 carbon atoms, or a cycloalkyl group of 5-12 carbon atoms.
A composition for treating a joint condition, the composition comprising: hyaluronic acid; and nanoparticles comprising a taurolidine core surrounded by a lipophilic coating; wherein the hyaluronic acid comprises a hydrogel, and wherein the hydrogel metabolizes to provide a tissue scaffold and expose the nanoparticles to bodily fluids hyaluronic acid; and nanoparticles comprising a taurolidine core surrounded by a lipophilic coating; wherein the hyaluronic acid comprises a hydrogel, and wherein the hydrogel metabolizes to provide a tissue scaffold and expose the nanoparticles to bodily fluids
Ball joint , in particular for a vehicle, comprising a housing and a ball pivot which has a joint ball , is mounted in the housing such that it can be moved pivotably by means of the joint ball , and extends through and beyond an opening of the housing , it being possible for a relative position of the joint ball with respect to the housing to be determined by means of a device , in order to derive a wear state of the ball joint from the relative position, the device comprises at least one distance sensor for the detection of a spacing (d 7 , d 8 , d 9 ) of the joint ball with respect to the housing , the at least one distance sensor being configured to detect a spacing (d 7 , d 8 , d 9 ) between the housing and a surface section of the joint ball , which surface section faces the distance sensor , and the at least one distance sensor operating on the basis of an inductive and/or capacitive and/or optical measuring method, characterized in that the said ball joint is assigned at least one further sensor for the detection of a further mechanical state of the ball joint , it being possible for the evaluation unit to be operated so as to consider the state information which is detected by the said at least one further sensor during the derivation of the wear state, and the sensor being configured for the detection of component vibrations or accelerations.
Capping device intended to be fixed on a neck of a container that includes an engaging collar in order to seal an orifice on said neck , wherein the capping device includes: - a lower ring including a first section intended to be axially retained in the engaging collar of the neck and a second section ; - a cap that includes an upper wall and an external peripheral skirt , the cap being suitable to be arranged in a closed position wherein the upper wall closes the orifice of the neck and the peripheral skirt surrounds said neck ; and - an articulation device that connects the cap to the second section of the lower ring ; - wherein the first section and the second section of the lower ring are articulated to each other so that the second section pivots with respect to the first section from a lowered position to a raised position to allow the cap to move axially away from the neck from the closed position to a released position wherein said cap is no longer coupled to the neck of the container; - wherein the articulation device is configured to allow the cap to pivot between said released position and a tilted open position wherein the cap is removed from the orifice on the neck ; and - wherein the second section includes at least one support element that protrudes radially towards the interior of the lower ring and that is configured to be positioned above the engaging collar , abutting against it, when the second section is in the raised position; being the capping device characterized in that the first section and the second section are separated from each other by two thinned areas wherein the lower ring locally has a decrease in radial thickness in order to allow the articulation of the second section with respect to the first section . - a lower ring including a first section intended to be axially retained in the engaging collar of the neck and a second section ; - a cap that includes an upper wall and an external peripheral skirt , the cap being suitable to be arranged in a closed position wherein the upper wall closes the orifice of the neck and the peripheral skirt surrounds said neck ; and - an articulation device that connects the cap to the second section of the lower ring ; - wherein the first section and the second section of the lower ring are articulated to each other so that the second section pivots with respect to the first section from a lowered position to a raised position to allow the cap to move axially away from the neck from the closed position to a released position wherein said cap is no longer coupled to the neck of the container; - wherein the articulation device is configured to allow the cap to pivot between said released position and a tilted open position wherein the cap is removed from the orifice on the neck ; and - wherein the second section includes at least one support element that protrudes radially towards the interior of the lower ring and that is configured to be positioned above the engaging collar , abutting against it, when the second section is in the raised position;
A three-chamber capsule application system for storing, mixing and dispensing reactive substances, comprising: a front capsule part configured as a hollow body with a closed or substantially closed front end and an open rear end ; a rear capsule part configured as a hollow body with an open front end and an open rear end ; a middle capsule part configured as a hollow body with an open front end and an open rear end ; a piston ; a first membrane able to be fixed in an intended position substantially perpendicular to the longitudinal direction (L3) of the rear capsule part in the rear capsule part ; a second membrane able to be fixed in an intended position substantially perpendicular to the longitudinal direction (L1) of the front capsule part in the front capsule part . a front capsule part configured as a hollow body with a closed or substantially closed front end and an open rear end ; a rear capsule part configured as a hollow body with an open front end and an open rear end ; a middle capsule part configured as a hollow body with an open front end and an open rear end ; a piston ; a first membrane able to be fixed in an intended position substantially perpendicular to the longitudinal direction (L3) of the rear capsule part in the rear capsule part ; a second membrane able to be fixed in an intended position substantially perpendicular to the longitudinal direction (L1) of the front capsule part in the front capsule part .