mhurhangee/patent-ind-claim-en huggingface dataset:
A method of securing a virtual data volume storing data in a first virtualised computing environment comprising: deriving a cryptographic key for encrypting the data, the key being derived from first and second parameters; and encrypting the data, wherein the first parameter is generated for association with the virtual data volume, and the second parameter is generated based on at least one characteristic of a second virtualised computing environment, wherein the first parameter is a pseudo-random number generated by a virtual machine for which the virtual data volume is instantiated, wherein the at least one characteristic is a characteristic common to the first virtualised computing environment and the second virtualised computing environment, wherein the virtual machine and the encrypted virtual data volume are packaged into a portable virtual machine package for transfer to the second virtualised computing environment, and wherein the at least one characteristic is one or more processor or virtual processor identifiers of a hypervisor of the second virtualised computing environment. deriving a cryptographic key for encrypting the data, the key being derived from first and second parameters; and encrypting the data, wherein the first parameter is generated for association with the virtual data volume, and the second parameter is generated based on at least one characteristic of a second virtualised computing environment, wherein the first parameter is a pseudo-random number generated by a virtual machine for which the virtual data volume is instantiated, wherein the at least one characteristic is a characteristic common to the first virtualised computing environment and the second virtualised computing environment, wherein the virtual machine and the encrypted virtual data volume are packaged into a portable virtual machine package for transfer to the second virtualised computing environment, and wherein the at least one characteristic is one or more processor or virtual processor identifiers of a hypervisor of the second virtualised computing environment.
A method of monitoring a DC voltage source , the method comprising: selectively coupling a neutral (N) to first and second DC busses that are coupled to the DC voltage source to generate a voltage having an AC component on the first and second DC busses ; detecting a residual current associated with the generated voltage at a point between the DC voltage source and the first and second DC busses connected thereto; and identifying a fault in the DC voltage source by detecting a change in an AC component of the detected residual current. selectively coupling a neutral (N) to first and second DC busses that are coupled to the DC voltage source to generate a voltage having an AC component on the first and second DC busses ; detecting a residual current associated with the generated voltage at a point between the DC voltage source and the first and second DC busses connected thereto; and identifying a fault in the DC voltage source by detecting a change in an AC component of the detected residual current.
A method for reporting status in a network, the method comprising: receiving , in a control entity of a first stack layer of a first device , a first message from a second device , wherein said first message comprises a first set of data and an indicator requesting status information; starting or resetting a timer of the first device in response to receiving the first message; determining , at said control entity, status information of said first device; obtaining , at said control entity, a second set of data from a second stack layer of said first device; and transmitting , from said control entity, a response message to said second device in response to a transmission triggering event, wherein said response message comprises both the status information and at least a portion of said second set of data, wherein said first stack layer is a Radio Link Control, RLC, layer and said second stack layer is a Radio Resource Control, RRC, layer, and wherein said transmission triggering event is a specified time lapse of said timer or an expiration of said timer. receiving , in a control entity of a first stack layer of a first device , a first message from a second device , wherein said first message comprises a first set of data and an indicator requesting status information; starting or resetting a timer of the first device in response to receiving the first message; determining , at said control entity, status information of said first device; obtaining , at said control entity, a second set of data from a second stack layer of said first device; and transmitting , from said control entity, a response message to said second device in response to a transmission triggering event, wherein said response message comprises both the status information and at least a portion of said second set of data, wherein said first stack layer is a Radio Link Control, RLC, layer and said second stack layer is a Radio Resource Control, RRC, layer, and wherein said transmission triggering event is a specified time lapse of said timer or an expiration of said timer.
A method for rejecting an incoming call from a calling party , comprising, at a called device : - receiving the incoming call from a calling device of the calling party , - upon detection of an activation of a call rejection function, presenting through a user interface a list of messages to be sent to the calling device , said messages being presented in a first language, - selecting one message to be sent to the calling device, characterised in that the called device comprises a contact list in which each contact is associated with a caller ID and a language, the calling party's language corresponding to the language of the contact associated to the caller ID of the calling party , - determining, based on a caller identifier, ID, associated with the calling party, a second language different from the first language in which the selected message is to be sent to the calling device of the calling party , - sending the selected message in the second language to the calling device of the calling party . - receiving the incoming call from a calling device of the calling party , - upon detection of an activation of a call rejection function, presenting through a user interface a list of messages to be sent to the calling device , said messages being presented in a first language, - selecting one message to be sent to the calling device, characterised in that the called device comprises a contact list in which each contact is associated with a caller ID and a language, the calling party's language corresponding to the language of the contact associated to the caller ID of the calling party , - determining, based on a caller identifier, ID, associated with the calling party, a second language different from the first language in which the selected message is to be sent to the calling device of the calling party , - sending the selected message in the second language to the calling device of the calling party .
A method for detecting control signalling, comprising: in a subframe S, detecting, by a terminal, the control signalling in K enhanced Physical Downlink Control Channel (ePDCCH) resource sets; detecting, by the terminal, a resource aggregation level (AL) set X(i) in Set i of the K ePDCCH resource sets, wherein i is an integer, 0<i<=K; characterized in that X(i) is determined according to at least one of the following: (a) type of Set i; and (b) number N of Physical Resource Block, PRB, pairs corresponding to Set i. in a subframe S, detecting, by a terminal, the control signalling in K enhanced Physical Downlink Control Channel (ePDCCH) resource sets; detecting, by the terminal, a resource aggregation level (AL) set X(i) in Set i of the K ePDCCH resource sets, wherein i is an integer, 0<i<=K; characterized in that X(i) is determined according to at least one of the following: (a) type of Set i; and (b) number N of Physical Resource Block, PRB, pairs corresponding to Set i. (a) type of Set i; and (b) number N of Physical Resource Block, PRB, pairs corresponding to Set i.
A diffuser plate, comprising: a substrate , wherein an upper surface of the substrate comprises at least one first concave surface , a lower surface of the substrate comprises at least one second concave surface ; a first scattering particle film layer ; and a second scattering particle film layer ; characterized in that , the diffuser plate further comprises: a first base layer attached to the upper surface of the substrate and in contact with the at least one first concave surface , wherein the first scattering particle film layer is disposed on an upper surface of the first base layer ; a second base layer attached to the lower surface of the substrate and in contact with the at least one second concave surface , wherein the second scattering particle film layer is disposed on a lower surface of the second base layer ; a refractive index of the substrate is larger than refractive indices of the first and/or second base layer . a substrate , wherein an upper surface of the substrate comprises at least one first concave surface , a lower surface of the substrate comprises at least one second concave surface ; a first scattering particle film layer ; and a second scattering particle film layer ; characterized in that , the diffuser plate further comprises: a first base layer attached to the upper surface of the substrate and in contact with the at least one first concave surface , wherein the first scattering particle film layer is disposed on an upper surface of the first base layer ; a second base layer attached to the lower surface of the substrate and in contact with the at least one second concave surface , wherein the second scattering particle film layer is disposed on a lower surface of the second base layer ; a refractive index of the substrate is larger than refractive indices of the first and/or second base layer . a first base layer attached to the upper surface of the substrate and in contact with the at least one first concave surface , wherein the first scattering particle film layer is disposed on an upper surface of the first base layer ; a second base layer attached to the lower surface of the substrate and in contact with the at least one second concave surface , wherein the second scattering particle film layer is disposed on a lower surface of the second base layer ; a refractive index of the substrate is larger than refractive indices of the first and/or second base layer .
A home appliance comprising: a water tank comprising an air inflow device ; and a water reservoir configured to contain water flowing in from the water tank , wherein the air inflow device comprises an air inflow path separate from the water flowing in from the water tank into the water reservoir and an open/close unit configured to open or close the air inflow path , characterized in that the open/close unit comprises: a float configured to move according to a water level of the water reservoir ; and an open/close member configured to open or close the air inflow path according to a height of the float , wherein the open/close member is further configured to: open the air inflow path if the float falls, and close the air inflow path if the float rises. a water tank comprising an air inflow device ; and a water reservoir configured to contain water flowing in from the water tank , wherein the air inflow device comprises an air inflow path separate from the water flowing in from the water tank into the water reservoir and an open/close unit configured to open or close the air inflow path , characterized in that the open/close unit comprises: a float configured to move according to a water level of the water reservoir ; and an open/close member configured to open or close the air inflow path according to a height of the float , wherein the open/close member is further configured to: open the air inflow path if the float falls, and close the air inflow path if the float rises. a float configured to move according to a water level of the water reservoir ; and an open/close member configured to open or close the air inflow path according to a height of the float , wherein the open/close member is further configured to: open the air inflow path if the float falls, and close the air inflow path if the float rises. open the air inflow path if the float falls, and close the air inflow path if the float rises.
A method for manufacturing raw foie gras cutlets, wherein - the two lobes of the liver are separated after the liver is removed from the animal, and - at least one of the lobes is placed in a mold , the shape of which corresponds to the desired shape of the cutlets, the mold including a longitudinal cavity - the lobe is placed, under the sole effect of gravity, in the longitudinal cavity , this cavity having a transverse curvature corresponding to the desired shape of the section of the cutlets, ensuring a ratio of the height to the width of the molded lobe, before slicing of the cutlets, that is as constant as possible over its entire length, said cavity transversely including a section that is rounder over one edge than over the other edge , connected by a bottom section of asymptomatic curvature , the most curved natural face of the lobe being arranged at the bottom of this cavity - then the lobe is cooled in said mold to a temperature of between -5 and +8°C, and lastly the lobe is sliced after it is removed from said mold . - the two lobes of the liver are separated after the liver is removed from the animal, and - at least one of the lobes is placed in a mold , the shape of which corresponds to the desired shape of the cutlets, the mold including a longitudinal cavity - the lobe is placed, under the sole effect of gravity, in the longitudinal cavity , this cavity having a transverse curvature corresponding to the desired shape of the section of the cutlets, ensuring a ratio of the height to the width of the molded lobe, before slicing of the cutlets, that is as constant as possible over its entire length, said cavity transversely including a section that is rounder over one edge than over the other edge , connected by a bottom section of asymptomatic curvature , the most curved natural face of the lobe being arranged at the bottom of this cavity - then the lobe is cooled in said mold to a temperature of between -5 and +8°C, and lastly the lobe is sliced after it is removed from said mold .
Root-crop conveyor for cleaning and/or separating root crops, in particular in the form of potatoes, comprising at least two adjacent roller groups , which have at least two rollers , which each rotate about an axis of rotation and of which the axes of rotation form a roller-group plane , and comprising an adjusting device, which is provided with at least one adjusting means , wherein at least the rollers of at least one roller group are mounted, on one side, in at least one side part , which interacts with the adjusting means , such that actuation of the adjusting means can give rise to movement of the at least one roller-group plane relative to a frame in which the root-crop conveyor can be arranged, wherein the adjusting device is designed in order to pivot the roller-group plane in particular in relation to an axis of rotation of a roller of an adjacent roller group , characterized in that the rollers of a roller group are connected to one another via a scissors mechanism.
A process of manufacturing a compound of formula (I) from a compound of formula (II) using an oxidizing agent which is capable of oxidizing a secondary hydroxyl group in the presence of an olefinic C-C double bond to a keto group without modifying said olefinic C-C group; wherein the wavy line represents a carbon-carbon bond which is linked to the adjacent carbon-carbon double bond so as to have said carbon-carbon double bond either in the Z - or in the E -configuration and * represents a chiral center. using an oxidizing agent which is capable of oxidizing a secondary hydroxyl group in the presence of an olefinic C-C double bond to a keto group without modifying said olefinic C-C group; wherein the wavy line represents a carbon-carbon bond which is linked to the adjacent carbon-carbon double bond so as to have said carbon-carbon double bond either in the Z - or in the E -configuration and * represents a chiral center.
A light source unit comprising: a sealed semiconductor laser package comprising: a laser diode including an emitter region (E) from which laser light (L) is emitted, the emitter region (E) located at a surface of the laser diode , and a window member configured to transmit the laser light (L); a first lens structure configured to receive the laser light (L) transmitted through the window member and create an image (E') of the emitter region (E) on an image plane ; and a second lens structure configured to convert the laser light (L) that has passed through the image plane into a collimated or converged beam, and to emit the collimated or converged beam, characterized in that a distance between the image plane and the second lens structure is shorter than a distance between the emitter region (E) of the laser diode and an outer surface of the window member . a sealed semiconductor laser package comprising: a laser diode including an emitter region (E) from which laser light (L) is emitted, the emitter region (E) located at a surface of the laser diode , and a window member configured to transmit the laser light (L); a laser diode including an emitter region (E) from which laser light (L) is emitted, the emitter region (E) located at a surface of the laser diode , and a window member configured to transmit the laser light (L); a first lens structure configured to receive the laser light (L) transmitted through the window member and create an image (E') of the emitter region (E) on an image plane ; and a second lens structure configured to convert the laser light (L) that has passed through the image plane into a collimated or converged beam, and to emit the collimated or converged beam, characterized in that a distance between the image plane and the second lens structure is shorter than a distance between the emitter region (E) of the laser diode and an outer surface of the window member .
A stator of an electromagnetic motor or generator comprising windings and a magnetic circuit, the stator including a circular or polygonal frame and winding support teeth , each winding resting on a tooth while surrounding at least partially a winding support , each winding support comprising or being associated to snap-fitting means cooperating with complementary snap-fitting means carried by a tooth associated to the winding support so that the winding support is secured to the associated tooth , with, on the one hand, each tooth and, on the other hand, the intermediate and planar cover portions of each winding support being prismatic with two triangular faces or trapezoidal with a small base radially innermost to the frame and a large base radially outermost to the frame connected by two inclined lateral faces, characterised in that the outer contour of the planar cover portion internally delimits a triangular or quadrangular empty space carrying either at least one snap-fitting portion projecting towards the tooth while forming the snap-fitting means, the tooth including proximate to each lateral edge of its face opposite the winding a groove , the two grooves respectively accommodating one of the snap-fitting portions while forming the complementary snap-fitting means or a blocking element which is prismatic with two triangular faces or trapezoidal being inserted, the blocking element having an outer contour corresponding to the inner contour of the empty space with a clearance between the outer contour of the blocking element and the inner contour of the space just enough for an insertion of the blocking element into the empty space , the edges of the triangular face opposite the associated tooth of the blocking element or at least the two edges opposite the associated tooth of the inclined lateral faces of the trapezoidal shape of the blocking element carrying at least one snap-fitting portion projecting towards the tooth while forming the snap-fitting means , the tooth including proximate to each lateral edge of its face opposite the winding a groove , the two grooves respectively accommodating one of the snap-fitting portions while forming the complementary snap-fitting means .
A method comprising: generating a map comprising day-time features and night-time features ; wherein the position of night-time features relative to the day-time features is determined by at least one image captured during twilight; characterized in the method further comprising capturing the at least one image during twilight and extracting twilight visual features from the at least one image captured during twilight wherein the twilight visual features comprise twilight straight lines and twilight urban lights ; wherein at least one commonality between the twilight straight lines and the day-time features is used to align the twilight visual features with day-time features ; wherein at least one commonality between the twilight urban lights and the night-time features is used to align twilight visual features with night-time features. generating a map comprising day-time features and night-time features ; wherein the position of night-time features relative to the day-time features is determined by at least one image captured during twilight; characterized in the method further comprising capturing the at least one image during twilight and extracting twilight visual features from the at least one image captured during twilight wherein the twilight visual features comprise twilight straight lines and twilight urban lights ; wherein at least one commonality between the twilight straight lines and the day-time features is used to align the twilight visual features with day-time features ; wherein at least one commonality between the twilight urban lights and the night-time features is used to align twilight visual features with night-time features.