mhurhangee/patent-ind-claim-en huggingface dataset:
A memory system comprising: a memory array ; read control logic for initiating a read operation of a selected memory cell in the memory array by activating a sense enable signal (Start read/Sense enable) and for ending the read operation by deactivating the sense enable signal; sensing circuitry coupled to the memory array for outputting in response to activation of the sense enable signal a first signal (Sense out) based on a value stored in the selected memory cell and a second signal (Sense out_n) based on the value stored in the selected memory cell and for turning off in response to deactivation of the sense enable signal; a self-timer for receiving the first signal and the second signal and for asserting a control signal (End read) when the first signal and the second signal are different values; and a data latch for latching the first signal in response to the control signal to generate a data output (Data out), wherein the data output is the value stored in the selected memory cell. a memory array ; read control logic for initiating a read operation of a selected memory cell in the memory array by activating a sense enable signal (Start read/Sense enable) and for ending the read operation by deactivating the sense enable signal; sensing circuitry coupled to the memory array for outputting in response to activation of the sense enable signal a first signal (Sense out) based on a value stored in the selected memory cell and a second signal (Sense out_n) based on the value stored in the selected memory cell and for turning off in response to deactivation of the sense enable signal; a self-timer for receiving the first signal and the second signal and for asserting a control signal (End read) when the first signal and the second signal are different values; and a data latch for latching the first signal in response to the control signal to generate a data output (Data out), wherein the data output is the value stored in the selected memory cell.
A closure for a container having a neck ending with a pouring orifice , comprising: - a cap configured to close the pouring orifice, the cap comprising a top wall and a sleeve extending from the top wall to a bottom edge , - a tubular element configured to surround at least a section of the neck of the container, - a first tear-off seal and a second tear-off seal ; wherein: - the first tear-off seal is configured, when torn, to allow the second tear-off seal to be torn, - the second tear-off seal is attached to the cap and to the tubular element and is configured, when torn, to allow the cap to be removed from the container, characterized in that : - the first tear-off seal is attached to the second tear-off seal , and - the cap , the tubular element , the first tear-off seal and the second tear-off seal define a unitary body. - a cap configured to close the pouring orifice, the cap comprising a top wall and a sleeve extending from the top wall to a bottom edge , - a tubular element configured to surround at least a section of the neck of the container, - a first tear-off seal and a second tear-off seal ; - the first tear-off seal is configured, when torn, to allow the second tear-off seal to be torn, - the second tear-off seal is attached to the cap and to the tubular element and is configured, when torn, to allow the cap to be removed from the container, - the first tear-off seal is attached to the second tear-off seal , and - the cap , the tubular element , the first tear-off seal and the second tear-off seal define a unitary body.
A refrigerated merchandising storage unit for display and sale of foodstuff or the like comprising a storage compartment having an essentially rectangular top opening , the storage unit further comprises a cover including a plurality of lids for being arranged displaceably for opening the storage unit so that access can be provided to the compartment , the cover is provided with a rail system with two or more mounted rails arranged between two opposite sides of the opening , each rail comprises a number of elongated and generally U-shaped tracks for receiving an edge of the lid , wherein each of the lids are arranged to be mounted between a first and a second rail adjacent to one another, wherein the first rail comprises a first track and the second rail comprises a second track , wherein the rails are arranged such that the lid is mounted by displacing an edge of the lid inside the first track until the opposite edge of the lid can by swung into position substantially in the plane of the lid 5 and adjacent to the second track of the adjacent second rail , whereby said opposite edge of the lid is inserted inside the second track and the lid thereby is displaceably mounted between the two adjacent rails , and wherein the storage unit further comprises a retainer arrangement provided near said first track or said second track and said lid for retaining the lid in that track , wherein the retainer arrangement comprises a latch fixed to the lid and a protrusion fixed to that track , the latch and the protrusion being arranged such that when lateral extraction forces are applied to the lid in a direction away from the track , the latch and the protrusion are forced into abutment producing a holding force so that a separation of the lid and the track is prevented, characterized in that either the protrusion or the latch is made of a resilient flexible material such that the edge of the lid can be inserted into the track , by bending either the latch towards the second surface (6', 6") of the lid or the protrusion towards the side (10', 10") of the track on which it protrudes from.
A production method for an acrylonitrile based fiber bundle comprising first extruding a spinning dope solution through a plurality of discharge holes in a spinneret , then allowing the spinning dope solution to run downward into a coagulation bath liquid stored in a coagulation bath to form coagulated fibers , turning the coagulated fibers upward on a direction changing guide part located in the coagulation bath liquid below the spinneret , and pulling them out of the coagulation bath liquid, wherein the requirement 1) given below is met: 1) the axis direction of the direction changing guide part is perpendicular to both the traveling direction (Da) of the coagulated fibers moving from the surface of the coagulation bath liquid toward the direction changing guide part and the take-up direction (Db) of the coagulated fibers moving from the direction changing guide part and exiting out of the coagulation bath liquid, characterized in that also the requirements 2) and 3) given below are met: 2) the traveling region of the coagulated fibers ranging from the surface of the coagulating bath liquid to the direction changing guide part includes two or more fiber-existing regions containing coagulated fibers that exist continuously in the traveling direction (Da) of the coagulated fibers , and at least one fiber-free region free of coagulated fibers , which are continuously absent in the traveling direction (Da) of the coagulated fibers , wherein each fiber-free region is located between two fiber-existing regions , and 3) for at least one of the fiber-free regions , the width (W) thereof measured at the surface of the coagulation bath liquid in the axis direction of the direction changing guide part is at least four times the shortest distance between discharge holes in the spinneret . 1) the axis direction of the direction changing guide part is perpendicular to both the traveling direction (Da) of the coagulated fibers moving from the surface of the coagulation bath liquid toward the direction changing guide part and the take-up direction (Db) of the coagulated fibers moving from the direction changing guide part and exiting out of the coagulation bath liquid, 2) the traveling region of the coagulated fibers ranging from the surface of the coagulating bath liquid to the direction changing guide part includes two or more fiber-existing regions containing coagulated fibers that exist continuously in the traveling direction (Da) of the coagulated fibers , and at least one fiber-free region free of coagulated fibers , which are continuously absent in the traveling direction (Da) of the coagulated fibers , wherein each fiber-free region is located between two fiber-existing regions , and 3) for at least one of the fiber-free regions , the width (W) thereof measured at the surface of the coagulation bath liquid in the axis direction of the direction changing guide part is at least four times the shortest distance between discharge holes in the spinneret .
Method for assisting in a coupling process of a motor vehicle reversing towards a trailer , comprising the steps: - detecting a ball-shaped coupling of the trailer on the basis of a camera image recorded by means of a camera of the motor vehicle ; - limiting the camera image to an image extract containing the ball-shaped coupling ; characterized by the following further steps: - detecting at least one curved front edge of the ball-shaped coupling within the limited image extract , wherein edges are initially detected by means of at least one image processing operation and these edges are then filtered by various parameters; - determining the engagement position (P) for a vehicle-side towball on the basis of the at least one detected curved front edge of the ball-shaped coupling , wherein a curvature of the at least one front edge is established and the engagement position (P) is determined depending on the established curvature, wherein by means of the established curvature of the at least one front edge , a centre point of the front edge is determined and this is defined as the engagement position (P) for the vehicle-side towball ; - wherein at least one further front edge of the ball-shaped coupling is detected inside the limited image extract , and the engagement position (P) for the vehicle-side towball is determined on the basis of both detected front edges ; and - wherein respective curvatures of the front edges are established, then by means of the established curvatures an overall centre point (M) of the front edges is determined, and this overall centre point (M) is defined as the engagement position (P) for the vehicle-side towball . - detecting a ball-shaped coupling of the trailer on the basis of a camera image recorded by means of a camera of the motor vehicle ; - limiting the camera image to an image extract containing the ball-shaped coupling ; - detecting at least one curved front edge of the ball-shaped coupling within the limited image extract , wherein edges are initially detected by means of at least one image processing operation and these edges are then filtered by various parameters; - determining the engagement position (P) for a vehicle-side towball on the basis of the at least one detected curved front edge of the ball-shaped coupling , wherein a curvature of the at least one front edge is established and the engagement position (P) is determined depending on the established curvature, wherein by means of the established curvature of the at least one front edge , a centre point of the front edge is determined and this is defined as the engagement position (P) for the vehicle-side towball ; - wherein at least one further front edge of the ball-shaped coupling is detected inside the limited image extract , and the engagement position (P) for the vehicle-side towball is determined on the basis of both detected front edges ; and - wherein respective curvatures of the front edges are established, then by means of the established curvatures an overall centre point (M) of the front edges is determined, and this overall centre point (M) is defined as the engagement position (P) for the vehicle-side towball .
A method performed by a second radio network node for enabling a mobility procedure of a first wireless device between a first radio network node and the second radio network node in a wireless communication network ; comprising - performing a serving beam determination for a second wireless device based on a downlink, DL, and/or uplink, UL, reporting from the second wireless device; - determining an active set of beams being the serving beam used at the second radio network node for the connected second wireless device; - determining that the active set of beams has changed when there is a change in a property of any of the beams; - determining that the active set of beams is relevant for the first radio network node , wherein the determining that the active set of beams is relevant for the first radio network node is determined based on a built and/or maintained table, which table comprises relations of radio network nodes and active set of beams; and - transmitting an indication to the first radio network node , which indication indicates the determined active set of beams and which active set of beams is used in the mobility procedure of the first wireless device , wherein the transmitting is performed only when there is a change in the active set of beams from previously used active set of beams at the second radio network node . - performing a serving beam determination for a second wireless device based on a downlink, DL, and/or uplink, UL, reporting from the second wireless device; - determining an active set of beams being the serving beam used at the second radio network node for the connected second wireless device; - determining that the active set of beams has changed when there is a change in a property of any of the beams; - determining that the active set of beams is relevant for the first radio network node , wherein the determining that the active set of beams is relevant for the first radio network node is determined based on a built and/or maintained table, which table comprises relations of radio network nodes and active set of beams; and - transmitting an indication to the first radio network node , which indication indicates the determined active set of beams and which active set of beams is used in the mobility procedure of the first wireless device , wherein the transmitting is performed only when there is a change in the active set of beams from previously used active set of beams at the second radio network node .
A high-frequency heating device for an electronic cigarette, the device comprising a heating cup and a magnetic induction coil , wherein the magnetic induction coil is a flat spiral disc, and the heating cup is disposed on the magnetic induction coil ; characterized in that the heating cup is made of glass and comprises a cavity in a bottom portion, and a metal is disposed in the cavity.
An outdoor lighting fixture, wherein a light body of the outdoor lighting fixture comprises: a light-emitting component and a front cover , the front cover comprises a front cover housing and an annular lens , and the annular lens has a light entry extremity adjacent to the light-emitting component and a light exit extremity coupled with the front cover housing , wherein the light body of the outdoor lighting fixture further comprises a light body housing and a sealing element , wherein the sealing element is provided at a position where the front cover housing and the light body housing are combined, wherein the light entry extremity of the annular lens is provided with a groove for arranging a light source in the light-emitting component , characterized in that the sealing element is a sealing ring, and in that a groove for arranging the sealing element is provided on the front cover housing .
Method for producing three-dimensional, 3D, hydrogel structures by means of layer build-up technique comprising the steps: - providing (S1) a liquid hydrogel solution, preferably a liquid alginate solution, and a sample carrier ; - layerwise applying (S2) the liquid hydrogel solution onto the sample carrier in a temperature environment, the temperature of which is below the freezing point of the hydrogel solution, to produce a frozen 3D layered hydrogel structure ; and - drying (S3) of the frozen 3D layered hydrogel structure to produce a porous 3D hydrogel structure ; characterized in that the temperature of the temperature environment is adjusted by way of a cold gas. - providing (S1) a liquid hydrogel solution, preferably a liquid alginate solution, and a sample carrier ; - layerwise applying (S2) the liquid hydrogel solution onto the sample carrier in a temperature environment, the temperature of which is below the freezing point of the hydrogel solution, to produce a frozen 3D layered hydrogel structure ; and - drying (S3) of the frozen 3D layered hydrogel structure to produce a porous 3D hydrogel structure ;
A method for determination of a payload parameter of a device under test , wherein the payload parameter to be determined is dependent from a frequency band or is dependent from a noise temperature, comprising the steps of: a) conducting a plurality of near field payload measurements of the device under test ; b) determining a respective near-field correction factor (v) for each measurement of the payload parameter; c) determining the payload parameter for the frequency band or the noise temperature by calculating it from the measured plurality of payload parameters and the respective near-field correction factors (v). a) conducting a plurality of near field payload measurements of the device under test ; b) determining a respective near-field correction factor (v) for each measurement of the payload parameter; c) determining the payload parameter for the frequency band or the noise temperature by calculating it from the measured plurality of payload parameters and the respective near-field correction factors (v).
A method of fabricating a ceramic matrix composite, the method comprising: generating a stream of vaporized precursor, wherein the vaporized precursor is a precursor of either silicon carbide or silicon nitride; flowing the stream for one or more periods of time through a chamber that contains a fibrous structure such that the fibrous structure is exposed to the stream, wherein the fibrous structure initially contains no silicon carbide matrix or silicon nitride matrix, the vaporized precursor depositing over the one or more periods of time on the fibrous structure as a ceramic matrix of either the silicon carbide or the silicon nitride, wherein the deposited ceramic matrix is greater than 90% dense; and for at least a portion of the one or more periods of time, including a vaporized rare earth element in the stream such that the ceramic matrix deposited during the portion of the one or more periods of time includes dispersed rare earth element; wherein in an initial portion of the one or more periods of time, the stream excludes the vaporized rare earth element; and wherein in a final portion of the one or more periods of time, the stream includes the vaporized rare earth element. generating a stream of vaporized precursor, wherein the vaporized precursor is a precursor of either silicon carbide or silicon nitride; flowing the stream for one or more periods of time through a chamber that contains a fibrous structure such that the fibrous structure is exposed to the stream, wherein the fibrous structure initially contains no silicon carbide matrix or silicon nitride matrix, the vaporized precursor depositing over the one or more periods of time on the fibrous structure as a ceramic matrix of either the silicon carbide or the silicon nitride, wherein the deposited ceramic matrix is greater than 90% dense; and for at least a portion of the one or more periods of time, including a vaporized rare earth element in the stream such that the ceramic matrix deposited during the portion of the one or more periods of time includes dispersed rare earth element; wherein in an initial portion of the one or more periods of time, the stream excludes the vaporized rare earth element; and wherein in a final portion of the one or more periods of time, the stream includes the vaporized rare earth element.
An apparatus comprising: a panel comprising: a core layer ; and a barrier layer coupled to the core layer ; an adhesive layer ; and a decorative layer coupled to the panel via the adhesive layer , wherein the barrier layer is disposed between the core layer and the decorative layer , wherein the adhesive layer is disposed between the decorative layer and the barrier layer , wherein the barrier layer is composed of an impermeable material that impedes at least one of gas or vapor from escaping from the core layer to the decorative layer to deter the at least one of gas or vapor from exerting a pressure on the decorative layer to deter a portion of the decorative layer from separating from the panel , wherein the barrier layer is a plastic film that is configured to impede the at least one of gas or vapor from traversing therethrough. a panel comprising: a core layer ; and a barrier layer coupled to the core layer ; a core layer ; and a barrier layer coupled to the core layer ; an adhesive layer ; and a decorative layer coupled to the panel via the adhesive layer , wherein the barrier layer is disposed between the core layer and the decorative layer , wherein the adhesive layer is disposed between the decorative layer and the barrier layer , wherein the barrier layer is composed of an impermeable material that impedes at least one of gas or vapor from escaping from the core layer to the decorative layer to deter the at least one of gas or vapor from exerting a pressure on the decorative layer to deter a portion of the decorative layer from separating from the panel , wherein the barrier layer is a plastic film that is configured to impede the at least one of gas or vapor from traversing therethrough.
A hinge member for an object gripper, comprising: - a first interface ; - a second interface ; - a membrane connecting the first and second interfaces , said membrane forming a deformable enclosure ; - a granular material in the deformable enclosure ; characterized in that the member further comprises: - an outer enclosure enclosing the membrane and capable of being pressurized to compress the membrane ; and the second interface comprises an arm pivotally mounted on the outer enclosure and extending into the deformable enclosure , in contact with the granular material . - a first interface ; - a second interface ; - a membrane connecting the first and second interfaces , said membrane forming a deformable enclosure ; - a granular material in the deformable enclosure ; - an outer enclosure enclosing the membrane and capable of being pressurized to compress the membrane ; and