mhurhangee/ep-ind-claims huggingface dataset:
A method of regulating an interaction between a storage device or a content of the storage device provisioned for a security domain, and a computing station in communication with the storage device or the content, the method comprising: a) generating a security domain secret for the security domain; b) encrypting, based on a password and the security domain secret, an encryption key, the encryption key for encrypting data written to the storage device or the content; c) monitoring at least one interface of the computing station for determining whether a request has been made for an operation to be performed between the storage or the content and the computing station; d) in response to determining the request has been made, retrieving from the storage or the content a provisioning information, the provisioning information comprising a security domain information; e) comparing the security domain information associated with the storage or the content with a security domain information associated with the computing station; f) in response to the security domain information matching, evaluating one or more rules associated with the computing station to determine whether the requested operation is allowed to be performed wherein the evaluation of the one or more rules comprises determining a type of the storage and determining a content type stored on the storage or of the content; g) in response to the determining the operation is permitted, decrypting the encrypted encryption key with the password and the security domain secret, and performing the operation between the storage or the content and the computing station using the decrypted encryption key. a) generating a security domain secret for the security domain; b) encrypting, based on a password and the security domain secret, an encryption key, the encryption key for encrypting data written to the storage device or the content; c) monitoring at least one interface of the computing station for determining whether a request has been made for an operation to be performed between the storage or the content and the computing station; d) in response to determining the request has been made, retrieving from the storage or the content a provisioning information, the provisioning information comprising a security domain information; e) comparing the security domain information associated with the storage or the content with a security domain information associated with the computing station; f) in response to the security domain information matching, evaluating one or more rules associated with the computing station to determine whether the requested operation is allowed to be performed wherein the evaluation of the one or more rules comprises determining a type of the storage and determining a content type stored on the storage or of the content; g) in response to the determining the operation is permitted, decrypting the encrypted encryption key with the password and the security domain secret, and performing the operation between the storage or the content and the computing station using the decrypted encryption key.
A method of generating a Policy and Control Charging rule, further referred as PCC rule, for managing packet traffic across a network, the method comprises: receiving a request message for PCC rules from a requesting network component, the request message comprising: a first traffic mapping describing a flow of packets transmitted across the network, a second traffic mapping describing a second flow of packets transmitted across the network, and a requested set of QoS information including a requested bandwidth applicable to both the first traffic mapping and the second traffic mapping; authorizing a set of QoS information based on the requested set of QoS information; generating a single PCC rule, the single PCC rule comprising: a first flow description corresponding to the first traffic mapping, a second flow description corresponding to the second traffic mapping, and the authorized set of QoS information applicable to both the first flow description and the second flow description; and transmitting the PCC rule to an enforcing network component. receiving a request message for PCC rules from a requesting network component, the request message comprising: a first traffic mapping describing a flow of packets transmitted across the network, a second traffic mapping describing a second flow of packets transmitted across the network, and a requested set of QoS information including a requested bandwidth applicable to both the first traffic mapping and the second traffic mapping; a first traffic mapping describing a flow of packets transmitted across the network, a second traffic mapping describing a second flow of packets transmitted across the network, and a requested set of QoS information including a requested bandwidth applicable to both the first traffic mapping and the second traffic mapping; authorizing a set of QoS information based on the requested set of QoS information; generating a single PCC rule, the single PCC rule comprising: a first flow description corresponding to the first traffic mapping, a second flow description corresponding to the second traffic mapping, and the authorized set of QoS information applicable to both the first flow description and the second flow description; and a first flow description corresponding to the first traffic mapping, a second flow description corresponding to the second traffic mapping, and the authorized set of QoS information applicable to both the first flow description and the second flow description; and transmitting the PCC rule to an enforcing network component.
Device for composing a series of satays, being a series of food elements penetrated by a skewer, comprising: - a series of separate holders, wherein each holder is provided with a series of recesses which are suitable for at least temporarily accommodating a food element, and - a horizontal frame and a vertical frame, wherein the horizontal frame is suitable for moving the holders substantially horizontally up to the vertical frame, characterized in that the vertical frame is suitable for separately moving each holder substantially vertically upwards, wherein the holders are kept in a substantially horizontal position. - a series of separate holders, wherein each holder is provided with a series of recesses which are suitable for at least temporarily accommodating a food element, and - a horizontal frame and a vertical frame,
Vacuum cleaner comprising a cyclone separator having a cyclone comprising a first end wall, a second, opposite end wall, and an intermediate part (38,130), said intermediate part being either shaped as a cylinder or, at least partly, a truncated cone, the intermediate part has a particle outlet opening (39,131) through which particles separated by the cyclone leave from the intermediate part towards the second end wall, the cyclone, close to the first end wall, being provided with a generally tangentially-directed air inlet (33,129) for dust laden air having a tube-shaped air outlet (50,142) extending from the first end wall into the intermediate part and communicating with a vacuum source (15,111), characterized in that said particle outlet opening (39,134) continues into a separation part (40,134) having a side wall opening (41,137) through which particles leaves generally perpendicular to an axis of rotation of a vortex created in the cyclone to a particle collecting container placed outside the separation part (40,134).
A method for detecting a substance to be detected, which comprises bringing a) a first recognizing substance bound to a fibrous substance present in a dispersed state in a solution, b) a second recognizing substance which is labeled, and c) a substance to be detected, provided that the first recognizing substance and the second recognizing substance are capable of being bound to the substance to be detected, into contact with one another in a dispersed state so as to form a complex in which the above a, b and c are bound together, separating the complex and an unbound b, and detecting the label of the obtained complex. a) a first recognizing substance bound to a fibrous substance present in a dispersed state in a solution, b) a second recognizing substance which is labeled, and c) a substance to be detected, provided that the first recognizing substance and the second recognizing substance are capable of being bound to the substance to be detected, into contact with one another in a dispersed state so as to form a complex in which the above a, b and c are bound together, separating the complex and an unbound b, and detecting the label of the obtained complex.
Fastening element for attaching a first component, such as a circuit board fitted with LEDs which has a through-hole, to a second component, such as a lamp component which has a cut-out such as a blind hole or through-hole, - with a shaft having at least one elastically resilient retaining part provided as a means of anchoring the fastening element on the second component, - with a shaft head which has a larger head diameter than the shaft diameter, - the shaft head being disposed at one end of the shaft, and - with a clamping element provided as a means of clamping the first component against the second component with a defined clamping force, - the clamping element being formed by an elastically resilient clamping arm which can be deflected in an elastically resilient manner, which is part of the shaft head and disposed so that it lies in contact with the first component, - the shaft being formed by at least two arms (14, 15) which are obtained by forming a sheet along a first deformation line parallel with the shaft longitudinal axis, characterised in that - the arms (14, 15) differ in terms of their length and the free end of the first, longer arm remote from the shaft head forms the retaining part in the form of a spring arm, - the free end of the first, longer arm is oriented at least transversely to but preferably opposite an insertion direction x of the shaft by forming. - with a shaft having at least one elastically resilient retaining part provided as a means of anchoring the fastening element on the second component, - with a shaft head which has a larger head diameter than the shaft diameter, - the shaft head being disposed at one end of the shaft, and - with a clamping element provided as a means of clamping the first component against the second component with a defined clamping force, - the clamping element being formed by an elastically resilient clamping arm which can be deflected in an elastically resilient manner, which is part of the shaft head and disposed so that it lies in contact with the first component, - the shaft being formed by at least two arms (14, 15) which are obtained by forming a sheet along a first deformation line parallel with the shaft longitudinal axis, - the arms (14, 15) differ in terms of their length and the free end of the first, longer arm remote from the shaft head forms the retaining part in the form of a spring arm, - the free end of the first, longer arm is oriented at least transversely to but preferably opposite an insertion direction x of the shaft by forming.
A non-contact connector comprising: a rotation-side light-emitting element and a rotation-side light-receiving element, positioned on a rotating body configured to rotate about a rotation axis; a fixed-side light-emitting element and a fixed-side light-receiving element, positioned on a fixed body; and a first partial ellipsoidal reflecting mirror, installed on the fixed body, and a second partial ellipsoidal reflecting mirror, installed on rotating body, each with one focal point placed on the rotation axis, wherein an optical path is configured between the rotation-side light-emitting element and the fixed-side light-receiving element via the first partial ellipsoidal reflecting mirror which is a portion of a three-dimensional elliptical reflecting body, and between the fixed-side light-emitting element and the rotation-side light-receiving element via the second partial ellipsoidal reflecting mirror which is a portion of a three-dimensional elliptical reflecting body, and the non-contact connector is configured to exchange data in a non-contact state, and characterised in that the rotation-side light-emitting element and the fixed-side light-receiving element are positioned on the two focal points of the first partial ellipsoidal reflecting mirror, and the fixed-side light-emitting element and the rotation-side light-receiving element are positioned on the focal points of the second partial ellipsoidal reflecting mirror. a rotation-side light-emitting element and a rotation-side light-receiving element, positioned on a rotating body configured to rotate about a rotation axis; a fixed-side light-emitting element and a fixed-side light-receiving element, positioned on a fixed body; and a first partial ellipsoidal reflecting mirror, installed on the fixed body, and a second partial ellipsoidal reflecting mirror, installed on rotating body, each with one focal point placed on the rotation axis, wherein an optical path is configured between the rotation-side light-emitting element and the fixed-side light-receiving element via the first partial ellipsoidal reflecting mirror which is a portion of a three-dimensional elliptical reflecting body, and between the fixed-side light-emitting element and the rotation-side light-receiving element via the second partial ellipsoidal reflecting mirror which is a portion of a three-dimensional elliptical reflecting body, and the non-contact connector is configured to exchange data in a non-contact state, and characterised in that the rotation-side light-emitting element and the fixed-side light-receiving element are positioned on the two focal points of the first partial ellipsoidal reflecting mirror, and the fixed-side light-emitting element and the rotation-side light-receiving element are positioned on the focal points of the second partial ellipsoidal reflecting mirror.
Method for applying at least one cut track in a wall of an outer packaging, in particular for applying a window cutting, comprising the steps (i) introducing the outer packaging into a supporting region; (ii) fixing the outer packaging in the supporting region; (iii) applying the at least one cut track in the wall of the outer packaging, characterized by (iv) preparing the wall that is to be equipped with the cut track, wherein the wall is, at least for the cutting, brought into a position improved for the application of the cut track, and/or into a state improved for the application of the cut track, by virtue of the wall being actively tensioned and relieved of a load of a content of the outer packaging, and the outer packaging is fixed and pretensioned by means of at least one stop unit. (i) introducing the outer packaging into a supporting region; (ii) fixing the outer packaging in the supporting region; (iii) applying the at least one cut track in the wall of the outer packaging, characterized by (iv) preparing the wall that is to be equipped with the cut track, wherein the wall is, at least for the cutting, brought into a position improved for the application of the cut track, and/or into a state improved for the application of the cut track, by virtue of the wall being actively tensioned and relieved of a load of a content of the outer packaging, and the outer packaging is fixed and pretensioned by means of at least one stop unit.
A process for preparing a compound of Formula: comprising contacting a compound of Formula: wherein R is -C 1 -C 20 alkyl, -C 1 -C 20 alkenyl, -C 3 -C 10 cycloalkyl, or -C 3 -C 10 cycloalkenyl; with N-bromosuccinimide and a solvent. wherein R is -C 1 -C 20 alkyl, -C 1 -C 20 alkenyl, -C 3 -C 10 cycloalkyl, or -C 3 -C 10 cycloalkenyl; with N-bromosuccinimide and a solvent.
A method for optimizing a degree of quantization of a macroblock of pixels in a video encoding implementation, comprising: determining a number of times the macroblock is used as a reference for a macroblock in a subsequent frame; characterized in that it further comprises: determining a degree of quantization based on the number of times the macroblock is used as a reference.
Computer-implemented method for virtual fitting of spectacles, said method comprising: defining first measurement points on a 3-D model of a head of a person, wherein measurement points are points on a model that can serve subsequent fitting of spectacles, and fitting a model of a spectacle frame to the 3-D model of the head on the basis of the first measurement points, characterized in that defining the first measurement points comprises: fitting a parametric head model to the 3-D model of the head of the person and determining (125, 126) the first measurement points on the basis of second measurement points defined on the parametric head model and the fitting of the parametric head model to the 3-D model of the head. defining first measurement points on a 3-D model of a head of a person, wherein measurement points are points on a model that can serve subsequent fitting of spectacles, and fitting a model of a spectacle frame to the 3-D model of the head on the basis of the first measurement points, characterized in that defining the first measurement points comprises: fitting a parametric head model to the 3-D model of the head of the person and determining (125, 126) the first measurement points on the basis of second measurement points defined on the parametric head model and the fitting of the parametric head model to the 3-D model of the head. fitting a parametric head model to the 3-D model of the head of the person and determining (125, 126) the first measurement points on the basis of second measurement points defined on the parametric head model and the fitting of the parametric head model to the 3-D model of the head.
Lying moulding for fixing to a laminate flooring and meant to press against an adjoining wall structure, characterized in that the moulding is manufactured from a material which is elastically deformable in the length and width directions, where: - the modulus of elasticity (E y) of the moulding is less than 0.5 GPa in a direction at right angles to the longitudinal direction; - the modulus of elasticity (E x) of the moulding is less than 0.5 GPa in the longitudinal direction. - the modulus of elasticity (E y) of the moulding is less than 0.5 GPa in a direction at right angles to the longitudinal direction; - the modulus of elasticity (E x) of the moulding is less than 0.5 GPa in the longitudinal direction.
A method for preparing a rebaudioside I composition, comprising: a. contacting a starting composition comprising rebaudioside A with a biocatalyst capable of converting rebaudioside A to rebaudioside I to provide a composition comprising rebaudioside I, wherein the biocatalyst is a UDP-glycosyltransferase which is a UGT76G1 variant selected from the group consisting of UGT76G1-R1-F12 comprising the point mutations Q266E, P272A, R334K, G348P and L379G, UGT76G1-R2-B9 comprising UGT76G1-R1-F12 comprising additional point mutations S42A, F46I and I407V, and UGT76G1-R3-G3 comprising UGT76G1-R2-B9 comprising additional point mutations I46L, K303G and K393R. a. contacting a starting composition comprising rebaudioside A with a biocatalyst capable of converting rebaudioside A to rebaudioside I to provide a composition comprising rebaudioside I, wherein the biocatalyst is a UDP-glycosyltransferase which is a UGT76G1 variant selected from the group consisting of UGT76G1-R1-F12 comprising the point mutations Q266E, P272A, R334K, G348P and L379G, UGT76G1-R2-B9 comprising UGT76G1-R1-F12 comprising additional point mutations S42A, F46I and I407V, and UGT76G1-R3-G3 comprising UGT76G1-R2-B9 comprising additional point mutations I46L, K303G and K393R.
Apparatus for dispensing a liquid, in particular a saline solution, into one or more cavities of one or more packaging shells for ophthalmic lenses, comprising: a dispenser block, a dispenser head separate from the dispenser block, the dispenser head being arranged spaced apart from the dispenser block, and one or more tubes connecting the dispenser block and the dispenser head, wherein the dispenser block comprises a reservoir for the liquid to be dispensed, and one or more dosing pumps for conveying the liquid from the reservoir to the dispenser head, and wherein the dispenser head comprises one or more dispensing tips arranged on the dispenser head, each of the one or more dispensing tips being in fluid communication with the dispenser block by a separate one of the one or more tubes, characterized in that the one or more dispensing tips are detachably arranged on the dispenser head. a dispenser block, a dispenser head separate from the dispenser block, the dispenser head being arranged spaced apart from the dispenser block, and one or more tubes connecting the dispenser block and the dispenser head, wherein the dispenser block comprises a reservoir for the liquid to be dispensed, and one or more dosing pumps for conveying the liquid from the reservoir to the dispenser head, and wherein the dispenser head comprises one or more dispensing tips arranged on the dispenser head, each of the one or more dispensing tips being in fluid communication with the dispenser block by a separate one of the one or more tubes, characterized in that the one or more dispensing tips are detachably arranged on the dispenser head.
A method for energizing a capacitive load, which capacitive load is connected to an alternating current power source by using a connecting device, said connecting device comprising at least one diode and connecting organs, which may be closed or open, the diode being connected between the power source and the capacitive load wherein in the connecting device a first connecting organ and a second connecting organ are connected in series in a first branch, and a third connecting organ and a fourth connecting organ are connected in series in a second branch, the first branch and the second branch are parallel connected between the power source and the capacitive load, the diode is connected between the first connecting organ and the second connecting organ in one end and in the other end between the third connecting organ and the fourth connecting organ, the connecting organs are closed in pairs, wherein the first pair is the first connecting organ and the fourth connecting organ, and wherein the second pair is the second connecting organ and the third connecting organ, characterised in that the diode is connected between the power source and the capacitive load during a part of the voltage cycle when the diode is in the reverse state by closing first the pair that puts the diode in a reverse state; and in that the diode is by-passed when the voltage from the power source reaches a peak value after the diode has come into a forward conducting state by closing the second pair, one-fourth of a period after the pair that puts the diode in a reverse state is closed.