mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a user equipment, UE, owning a current first evolved packet system, EPS, bearer, wherein the current first EPS bearer is a bearer between a first base station to which the UE belongs and the UE, comprising: receiving a first radio resource control, RRC, connection reconfiguration message carrying information of a reconfigured first EPS bearer from the first base station, after an EPS bearer modification request is received by a core network entity from the UE or the first base station or a second base station to which the UE belongs, said EPS bearer modification request causing the core network entity to determine that the current first EPS bearer is to be modified into the reconfigured first EPS bearer and a second EPS bearer; performing establishment of the reconfigured first EPS bearer based on a first component carrier between the UE and the first base station according to the information of the reconfigured first EPS bearer; receiving a second RRC connection reconfiguration message carrying information of the second EPS bearer from the second base station; establishing the second EPS bearer based on a second component carrier between the UE and the second base station according to the information of the second EPS bearer; and communicating data with the first base station and the second base station through the reconfigured first EPS bearer and the second EPS bearer respectively. receiving a first radio resource control, RRC, connection reconfiguration message carrying information of a reconfigured first EPS bearer from the first base station, after an EPS bearer modification request is received by a core network entity from the UE or the first base station or a second base station to which the UE belongs, said EPS bearer modification request causing the core network entity to determine that the current first EPS bearer is to be modified into the reconfigured first EPS bearer and a second EPS bearer; performing establishment of the reconfigured first EPS bearer based on a first component carrier between the UE and the first base station according to the information of the reconfigured first EPS bearer; receiving a second RRC connection reconfiguration message carrying information of the second EPS bearer from the second base station; establishing the second EPS bearer based on a second component carrier between the UE and the second base station according to the information of the second EPS bearer; and communicating data with the first base station and the second base station through the reconfigured first EPS bearer and the second EPS bearer respectively.
A computer-implemented method for executing a call control for a client (Cl1) on a telephony endpoint representing a user (U1), said method comprising the following steps: - a logic unit (L1) of a port handler transmits a first call (C1) via a first trunk receiving unit (ET1) representing a first trunk (T1) to a first sending unit (SU1) assigned to the user (U1), - the logic unit (L1) assigns the first trunk receiving unit (ET1) and the first call (C1) to the user (U1), by processing a first identification (ID1) received via the first trunk receiving unit (ET1), using a suitably structured database (DB1) and an assignment table (Z1), - the logic unit (L1) transmits at least one second call (C2) via a second trunk receiving unit (ET2) representing at least one second trunk (T2), likewise to the sending unit (SU1) assigned to the user (U1), - the logic unit (L1) assigns the second trunk receiving unit (ET2) and the at least second call (C2) likewise to the user (U1), by processing a second identification (ID2) received via the second trunk receiving unit (ET2), using the database (DB1) and the assignment table (Z1), and - the switching-capable sending unit (SU1) assigned to the user (U1) and a switching-capable receiving unit (EU1) assigned to the user (U1) use the client (Cl1) to carry out a call control of the first call (C1) and the at least one second call (C2) for the telephony endpoint representing the user (U1). - a logic unit (L1) of a port handler transmits a first call (C1) via a first trunk receiving unit (ET1) representing a first trunk (T1) to a first sending unit (SU1) assigned to the user (U1), - the logic unit (L1) assigns the first trunk receiving unit (ET1) and the first call (C1) to the user (U1), by processing a first identification (ID1) received via the first trunk receiving unit (ET1), using a suitably structured database (DB1) and an assignment table (Z1), - the logic unit (L1) transmits at least one second call (C2) via a second trunk receiving unit (ET2) representing at least one second trunk (T2), likewise to the sending unit (SU1) assigned to the user (U1), - the logic unit (L1) assigns the second trunk receiving unit (ET2) and the at least second call (C2) likewise to the user (U1), by processing a second identification (ID2) received via the second trunk receiving unit (ET2), using the database (DB1) and the assignment table (Z1), and - the switching-capable sending unit (SU1) assigned to the user (U1) and a switching-capable receiving unit (EU1) assigned to the user (U1) use the client (Cl1) to carry out a call control of the first call (C1) and the at least one second call (C2) for the telephony endpoint representing the user (U1).
Cable holder for the long-term storage and the rapid transportation of a high-voltage cable , having - a rotatable cable reel , which has a winding cylinder and side limits which are connected for conjoint rotation with the winding cylinder and protrude over the circumference thereof, - a holding frame for rotatably mounting the cable reel , and - a high-voltage cable , which is wound onto the cable reel , - wherein the winding cylinder has a diameter of over 1300 mm, characterized in that the high-voltage cable has a cable termination with solid insulation, and a plug-in part of a high-voltage plug connection at its end remote from the cable termination , wherein the cable termination has an outdoor terminal at its free end. - a rotatable cable reel , which has a winding cylinder and side limits which are connected for conjoint rotation with the winding cylinder and protrude over the circumference thereof, - a holding frame for rotatably mounting the cable reel , and - a high-voltage cable , which is wound onto the cable reel , - wherein the winding cylinder has a diameter of over 1300 mm,
Seal, in particular for the lower gap of gates, for example sliding gates, having at least two segments, namely a first segment and a second segment, having at least one trigger rod and having a trigger , wherein each segment has - a coupling element , - a housing that is open at the bottom, - a sealing strip and - a mechanism for lowering the sealing strip, wherein the trigger is connected to the coupling element of the first segment, the coupling element of the first segment is connected to the trigger rod and the trigger rod is connected to the coupling element of the second segment, wherein the mechanism slidably connects the housing and the sealing strip to one another, and the mechanism has movement redirection means (Ma, Mb, Mc) for converting movement of the coupling elements into movement of the sealing strip, wherein the coupling element of each segment is guided by the housing of the segment, characterised at least the movement redirection means of the mechanism of each segment are arranged in two groups of movement redirection means (Ma, Mb, Mc), including a trigger-side group, and this trigger-side group of movement redirection means (Ma, Mb, Mc) is connected to the coupling element of the segment directly or via a coupling rod, such that each coupling element forms a force decoupling element by means of which a force introduced into the seal via the trigger is transmissible in order to be coupled into the movement redirection means (Ma, Mb, Mc) of the mechanism of each segment in order to lower the respective sealing strip. - a coupling element , - a housing that is open at the bottom, - a sealing strip and - a mechanism for lowering the sealing strip, wherein the mechanism slidably connects the housing and the sealing strip to one another, and the mechanism has movement redirection means (Ma, Mb, Mc) for converting movement of the coupling elements into movement of the sealing strip, wherein the coupling element of each segment is guided by the housing of the segment, characterised at least the movement redirection means of the mechanism of each segment are arranged in two groups of movement redirection means (Ma, Mb, Mc), including a trigger-side group, and this trigger-side group of movement redirection means (Ma, Mb, Mc) is connected to the coupling element of the segment directly or via a coupling rod, such that each coupling element forms a force decoupling element by means of which a force introduced into the seal via the trigger is transmissible in order to be coupled into the movement redirection means (Ma, Mb, Mc) of the mechanism of each segment in order to lower the respective sealing strip.
A method, comprising: receiving user preferences with respect to collecting usage data and behavior data of a user using a mobile device ; collecting usage data of the user using the mobile device, including collecting information of user preferences related to consumption of multimedia content using the mobile device; collecting behavior data of the user, including collecting user activity information of interactions of the user with applications on the mobile device and correlating at least part of the user activity information with one or more selections of multimedia content via the mobile device; storing the usage data and behavior data on the mobile device; periodically sending the stored usage data and behavior data from the mobile device; monitoring at least one constraint of the mobile device, wherein the at least one constraint of the mobile device comprises at least one of battery usage, network speed or connection quality; requesting, by the mobile device, multimedia content based on the monitored at least one constraint; receiving multimedia content to precache on the mobile device for rendering via the mobile device based on the usage data and behavior data and based on the request; and presenting the multimedia content from the precache. receiving user preferences with respect to collecting usage data and behavior data of a user using a mobile device ; collecting usage data of the user using the mobile device, including collecting information of user preferences related to consumption of multimedia content using the mobile device; collecting behavior data of the user, including collecting user activity information of interactions of the user with applications on the mobile device and correlating at least part of the user activity information with one or more selections of multimedia content via the mobile device; storing the usage data and behavior data on the mobile device; periodically sending the stored usage data and behavior data from the mobile device; monitoring at least one constraint of the mobile device, wherein the at least one constraint of the mobile device comprises at least one of battery usage, network speed or connection quality; requesting, by the mobile device, multimedia content based on the monitored at least one constraint; receiving multimedia content to precache on the mobile device for rendering via the mobile device based on the usage data and behavior data and based on the request; and presenting the multimedia content from the precache.
Food processing system , comprising at least one food and/or feed processing device and at least one cleaning device , wherein the food and/or feed processing device comprises at least one part with a surface which during use will come in contact with a food product, wherein the cleaning device is configured for cleaning at least the at least one surface , wherein the cleaning device comprises means for providing a cleaning fluid, characterized in that the cleaning fluid is plasma activated water and that the cleaning device comprises or is coupled to a device for preparing the plasma activated water and is provided in a porous structure of the device .
A closure assembly for a surgical device comprising: a movement unit including a bar , the bar movable in a direction of a prescribed motion; a latch unit including a latch plate and a hook latch extending from the latch plate , the latch plate being movable between: a lockable state where the hook latch is engageable by the bar ; and an unlockable state where the hook latch is unengageable by the bar ; characterized in that the closure assembly further comprises an indicator mechanism that moves into alignment with the prescribed motion of the bar when the latch unit is in the unlockable state; the indicator mechanism being configured to indicate a position of the bar as the bar is moved in the direction of the prescribed motion, when the latch plate is in the unlockable state. a movement unit including a bar , the bar movable in a direction of a prescribed motion; a latch unit including a latch plate and a hook latch extending from the latch plate , the latch plate being movable between: a lockable state where the hook latch is engageable by the bar ; and an unlockable state where the hook latch is unengageable by the bar ; a lockable state where the hook latch is engageable by the bar ; and an unlockable state where the hook latch is unengageable by the bar ; characterized in that the closure assembly further comprises an indicator mechanism that moves into alignment with the prescribed motion of the bar when the latch unit is in the unlockable state; the indicator mechanism being configured to indicate a position of the bar as the bar is moved in the direction of the prescribed motion, when the latch plate is in the unlockable state.
A method for treating a semiconductor substrate having a pattern disposed on a surface of the substrate, comprising: contacting the surface with a surface treatment composition, wherein the surface treatment composition comprises at least one aprotic solvent, and at least one surface treatment agent, the at least one surface treatment agent comprises a Si-containing compound, and the surface treatment composition forms a surface treatment layer on the surface such that the surface has a water contact angle of at least about 50 degrees; wherein the pattern comprises a feature having a dimension of at most about 20 nm, characterised in that the at least one aprotic solvent comprises a siloxane. contacting the surface with a surface treatment composition, wherein the surface treatment composition comprises at least one aprotic solvent, and at least one surface treatment agent, the at least one surface treatment agent comprises a Si-containing compound, and the surface treatment composition forms a surface treatment layer on the surface such that the surface has a water contact angle of at least about 50 degrees; wherein the pattern comprises a feature having a dimension of at most about 20 nm, characterised in that the at least one aprotic solvent comprises a siloxane.
A method for generation of a cryptographic public key pk for use in a cryptosystem in which a message where is encrypted by picking a random x ∈ Z N ∗ and calculating a ciphertext c = y m x 2 k mod N, the method comprising, in a device (110; 120): - generating (S10; S20) a first prime p ≡ 1 (mod 2 k ), where k ≥ 2 is an integer; - generating a second prime q ≡ 3 (mod 4) (S11); - computing (S12; S22) a modulus N that is a multiple of the product between the first prime p and the second prime q ; - picking (S13; S23) an integer where is the set of integers whose Jacobi symbol is 1 and is the set of quadratic residues; and - outputting (S14; S24) the public key pk = { N , y,k }. - generating (S10; S20) a first prime p ≡ 1 (mod 2 k ), where k ≥ 2 is an integer; - generating a second prime q ≡ 3 (mod 4) (S11); - computing (S12; S22) a modulus N that is a multiple of the product between the first prime p and the second prime q ; - picking (S13; S23) an integer where is the set of integers whose Jacobi symbol is 1 and is the set of quadratic residues; and - outputting (S14; S24) the public key pk = { N , y,k }.
Arrangement of a hot stamping apparatus and a plurality of separate and independent decorative sheet pieces adapted to be fixed to at least one decoration object so as to be in direct contact therewith, the hot stamping apparatus comprising: a chamber which includes an upper chamber and a lower chamber ; a placing table which is disposed inside the lower chamber and on which at least one decoration object is placed; a heater configured to heat the decorative sheet pieces ; a partition sheet which is fixed to cover an opening portion of either the upper chamber or the lower chamber and is disposed above the decorative sheet pieces ; at least one pressing body being an elastic body for pressing the decorative sheet piece or the decorative sheet pieces against the at least one decoration object ; and a vacuum pump configured to reduce a pressure in the chamber , wherein the arrangement is configured in that by increasing the pressure from the upper chamber side, a pressure is applied to the partition sheet and the pressing body , so that the decorative sheet pieces are brought into tight contact with the at least one decoration object . a chamber which includes an upper chamber and a lower chamber ; a placing table which is disposed inside the lower chamber and on which at least one decoration object is placed; a heater configured to heat the decorative sheet pieces ; a partition sheet which is fixed to cover an opening portion of either the upper chamber or the lower chamber and is disposed above the decorative sheet pieces ; at least one pressing body being an elastic body for pressing the decorative sheet piece or the decorative sheet pieces against the at least one decoration object ; and a vacuum pump configured to reduce a pressure in the chamber , wherein the arrangement is configured in that by increasing the pressure from the upper chamber side, a pressure is applied to the partition sheet and the pressing body , so that the decorative sheet pieces are brought into tight contact with the at least one decoration object .
Turntable infeed for workpieces , having a rotating arm that is rotatable about a rotation axis , and an arm receptacle surrounding the rotating arm , wherein a seal is disposed in a gap between the rotating arm and the arm receptacle , wherein the gap and the seal are disposed on a plurality of encircling sides between the rotating arm and the arm receptacle , wherein the seal , on the rotating arm and on the arm receptacle , in particular on the frame , has interacting sealing elements , wherein the seal has a plurality of movably disposed sealing elements and a plurality of rigidly disposed sealing elements , characterized in that the rigid sealing elements are configured as plate-type sealing webs , and the movable sealing elements are configured as rotatable sealing plates , wherein the encircling movable sealing elements in the initial position have a common main plane in which the rotation axis lies, and wherein the movable sealing elements in the closing position bear on the respectively assigned rigid sealing element and are deflected obliquely from the main plane of said movable sealing elements . characterized in that the rigid sealing elements are configured as plate-type sealing webs , and the movable sealing elements are configured as rotatable sealing plates , wherein the encircling movable sealing elements in the initial position have a common main plane in which the rotation axis lies, and wherein the movable sealing elements in the closing position bear on the respectively assigned rigid sealing element and are deflected obliquely from the main plane of said movable sealing elements .
A contact lens , comprising: a substrate that forms at least part of a body of the contact lens , the substrate comprising a hydrogel; and a hydration component that is configured to generate information associated with hydration level of an eye in which the contact lens is worn; wherein the hydration component comprises one or more sensors to generate the information associated with the hydration level; wherein the one or more sensors include at least one sensor configured to sense swelling of the hydrogel, and wherein the contact lens further comprises a processor that is configured to determine hydration level of the eye in which the contact lens is worn based on the information. a substrate that forms at least part of a body of the contact lens , the substrate comprising a hydrogel; and a hydration component that is configured to generate information associated with hydration level of an eye in which the contact lens is worn; wherein the hydration component comprises one or more sensors to generate the information associated with the hydration level; wherein the one or more sensors include at least one sensor configured to sense swelling of the hydrogel, and wherein the contact lens further comprises a processor that is configured to determine hydration level of the eye in which the contact lens is worn based on the information.
Method for correcting incident-light reflections caused by coaxial incident light in a modular digital microscope having a coaxial bright-field illumination device, a motorized zoom system, an interchangeable objective, a digital image capturing unit and an image processing unit, comprising the following steps: - loading a calibration dataset comprising calibration images of the incident-light reflection and calibration metadata with respect to each calibration image for different zoom positions β_i, which at any rate comprise a minimum and a maximum zoom value of the zoom system; - capturing an image with associated image metadata, which comprise at least one zoom position β _ a of the zoom system; - ascertaining a correction factor using the calibration metadata of the calibration dataset and the image metadata; - ascertaining a parasitic image for the zoom position β_a from the calibration dataset; - calculating the parasitic image using the correction factor to form a corrected parasitic image; - calculating the captured image using the corrected parasitic image. - loading a calibration dataset comprising calibration images of the incident-light reflection and calibration metadata with respect to each calibration image for different zoom positions β_i, which at any rate comprise a minimum and a maximum zoom value of the zoom system; - capturing an image with associated image metadata, which comprise at least one zoom position β _ a of the zoom system; - ascertaining a correction factor using the calibration metadata of the calibration dataset and the image metadata; - ascertaining a parasitic image for the zoom position β_a from the calibration dataset; - calculating the parasitic image using the correction factor to form a corrected parasitic image; - calculating the captured image using the corrected parasitic image.