mhurhangee/ep-ind-claims huggingface dataset:
A method for providing encrypted data for searching of information therein, the method comprising the steps of a) Generating a plurality of distinct key triples (SK(i,j), PK(i,j), EVK(i,j)) being dependent on searchable information (w1,..., wn) and being dependent on a file (f1,... fm) on which a search may be performed, each key triple comprising a public key (PK(i,j)) a corresponding secret key (SK(i,j)) and a corresponding evaluation key (EVK(i,j)), b) Encrypting information indicating whether or not the one or more searchable information (w1,..., wn) is included in one or more of the files (f1,... fm) with a key (PK(i, j)) of the generated key triples (SK(i,j), PK(i,j), EVK(i,j)), c) Merging the plurality of secret keys (SK(i,j)) to obtain a single secret key (SK*(j)) for all searchable information (w1,..., wn) within a file (f1,..., fm) for each file (f1,..., fm) and d) Providing the encrypted information with the merged secret keys (SK*(j)) for each file (f1,..., fm) as encrypted data for searching of information therein, wherein at least steps a)-b) are based on a multikey homomorphic encryption scheme. a) Generating a plurality of distinct key triples (SK(i,j), PK(i,j), EVK(i,j)) being dependent on searchable information (w1,..., wn) and being dependent on a file (f1,... fm) on which a search may be performed, each key triple comprising a public key (PK(i,j)) a corresponding secret key (SK(i,j)) and a corresponding evaluation key (EVK(i,j)), b) Encrypting information indicating whether or not the one or more searchable information (w1,..., wn) is included in one or more of the files (f1,... fm) with a key (PK(i, j)) of the generated key triples (SK(i,j), PK(i,j), EVK(i,j)), c) Merging the plurality of secret keys (SK(i,j)) to obtain a single secret key (SK*(j)) for all searchable information (w1,..., wn) within a file (f1,..., fm) for each file (f1,..., fm) and d) Providing the encrypted information with the merged secret keys (SK*(j)) for each file (f1,..., fm) as encrypted data for searching of information therein, wherein at least steps a)-b) are based on a multikey homomorphic encryption scheme.
Sensor module for determining a property of a fluid, in particular for measuring climate and/or air quality, comprising - a printed circuit board, - at least one sensor (21, 22, 23) on the printed circuit board for recording a measured variable of the fluid, in particular of the surrounding air, wherein at least a part of the printed circuit board, with the exception of a recess for the at least one sensor (21, 22, 23), is encapsulated with a filling compound, - a housing for the circuit board, - a fastening device for fastening the sensor module to a wall of a duct or a container for the fluid or to a wall of a support for the sensor module, - a gasket arranged on the fastening device for abutting between the housing and the wall and for sealing the duct or container, wherein the gasket is a hot melt or a UV-curable material or a casting compound, wherein the gasket and the filling compound are made of the same material. - a printed circuit board, - at least one sensor (21, 22, 23) on the printed circuit board for recording a measured variable of the fluid, in particular of the surrounding air, wherein at least a part of the printed circuit board, with the exception of a recess for the at least one sensor (21, 22, 23), is encapsulated with a filling compound, - a housing for the circuit board, - a fastening device for fastening the sensor module to a wall of a duct or a container for the fluid or to a wall of a support for the sensor module, - a gasket arranged on the fastening device for abutting between the housing and the wall and for sealing the duct or container, wherein the gasket is a hot melt or a UV-curable material or a casting compound,
A method of testing elevator car braking distance comprising: verifying that an elevator car is empty; initiating a test procedure; triggering a safety actuation device to actuate at least one safety brake to stop the elevator car; recording braking data during a braking period; recording braking data with at least one piece of elevator car equipment; and generating a braking data report that includes at least one of braking distance and braking deceleration of the elevator car; wherein the at least one piece of elevator car equipment comprises a camera mounted to the elevator car, the camera taking a picture of brake marks left on a guide rail by the at least one safety brake. verifying that an elevator car is empty; initiating a test procedure; triggering a safety actuation device to actuate at least one safety brake to stop the elevator car; recording braking data during a braking period; recording braking data with at least one piece of elevator car equipment; and generating a braking data report that includes at least one of braking distance and braking deceleration of the elevator car; wherein the at least one piece of elevator car equipment comprises a camera mounted to the elevator car, the camera taking a picture of brake marks left on a guide rail by the at least one safety brake.
Vessel selected from crucibles, pans, open cups and saggars comprising of two components, from which one component being a ceramic matrix composite, and the second component being from metal or alloy, wherein the shapes of components and are different and wherein component is the inner one, and wherein at least 90% by weight of such vessels are either component or component. one component being a ceramic matrix composite, and the second component being from metal or alloy,
A system for virtual demonstration of a product, the system comprising: a master server configured to implement a game engine to provide a virtual environment with a model of the product, the master server further configured to a provide a library of predefined story blocks related to the model of the product; and a plurality of servers in communication with the master server to initiate a session for virtual demonstration of the product over a network, wherein at least one server in the plurality of servers acts as a host server in the session with the host server being associated with a host user of the virtual demonstration of the product, and one or more of other servers in the plurality of servers act as one or more client servers in the session with each of the one or more client servers being associated with a client user in the virtual demonstration of the product, wherein the host server is configured to allow the host user to define a timeline with one or more story blocks from the library of predefined story blocks, and wherein the one or more client servers are configured to present the defined timeline for viewing of the one or more client users associated therewith and allow the client user to navigate one or more of the defined timeline and the virtual environment independently of the host server. a master server configured to implement a game engine to provide a virtual environment with a model of the product, the master server further configured to a provide a library of predefined story blocks related to the model of the product; and a plurality of servers in communication with the master server to initiate a session for virtual demonstration of the product over a network, wherein at least one server in the plurality of servers acts as a host server in the session with the host server being associated with a host user of the virtual demonstration of the product, and one or more of other servers in the plurality of servers act as one or more client servers in the session with each of the one or more client servers being associated with a client user in the virtual demonstration of the product, wherein the host server is configured to allow the host user to define a timeline with one or more story blocks from the library of predefined story blocks, and wherein the one or more client servers are configured to present the defined timeline for viewing of the one or more client users associated therewith and allow the client user to navigate one or more of the defined timeline and the virtual environment independently of the host server.
A display device, comprising: a substrate; a plurality of signal lines (121, 171, 172) disposed on the substrate, the plurality of signal lines (121, 171, 172) including a gate line, a data line, and a driving voltage line, the plurality of signal lines (121, 171, 172) collectively defining an outer boundary of a pixel area; a transistor connected to at least one of the plurality of signal lines (121, 171, 172); a first electrode extending across the pixel area, the first electrode disposed on the plurality of signal lines (121, 171, 172) and the transistor and connected to the transistor, the first electrode having a first portion overlying only the plurality of signal lines (121, 171, 172) and the transistor, and a second portion comprising all of the first electrode not included in the first portion; a pixel defining layer disposed on only the first portion of the first electrode; an organic emission layer disposed on the entire second portion but not on the first portion; a second electrode disposed on the pixel defining layer and the organic emission layer; and a first storage capacitor, the first storage capacitor including a first capacitor electrode and a second capacitor electrode disposed on the substrate and overlapping each other with a first insulating layer therebetween, characterized in that the first capacitor electrode is formed as a semiconductor layer and the second capacitor electrode is formed as a transparent conductor; the organic emission layer overlaps the first storage capacitor, and the pixel defining layer does not overlap the the first storage capacitor. a substrate; a plurality of signal lines (121, 171, 172) disposed on the substrate, the plurality of signal lines (121, 171, 172) including a gate line, a data line, and a driving voltage line, the plurality of signal lines (121, 171, 172) collectively defining an outer boundary of a pixel area; a transistor connected to at least one of the plurality of signal lines (121, 171, 172); a first electrode extending across the pixel area, the first electrode disposed on the plurality of signal lines (121, 171, 172) and the transistor and connected to the transistor, the first electrode having a first portion overlying only the plurality of signal lines (121, 171, 172) and the transistor, and a second portion comprising all of the first electrode not included in the first portion; a pixel defining layer disposed on only the first portion of the first electrode; an organic emission layer disposed on the entire second portion but not on the first portion; a second electrode disposed on the pixel defining layer and the organic emission layer; and a first storage capacitor, the first storage capacitor including a first capacitor electrode and a second capacitor electrode disposed on the substrate and overlapping each other with a first insulating layer therebetween, characterized in that the first capacitor electrode is formed as a semiconductor layer and the second capacitor electrode is formed as a transparent conductor; the organic emission layer overlaps the first storage capacitor, and the pixel defining layer does not overlap the the first storage capacitor.
A computer implemented method for designing a partial removable denture for a patient, the partial removable denture comprising a framework and at least one telescopic double crown, wherein the method comprises the steps of: - providing a 3D scan of the patient's teeth; - virtually designing the framework; - virtually designing the at least one telescopic double crown, wherein the at least one telescopic double crown comprises an internal crown and an external crown, where the internal crown is defined as a primary part and the external crown is defined as a secondary removable part, and wherein virtually designing the at least one telescopic double crown further comprises the steps of: - virtually designing the primary part; - virtually designing the secondary part; and - automatically generating the external surface of the primary part and the internal surface of the secondary part to have matching shapes, characterized in that at least a region of the external surface of the primary part and the corresponding region of the internal surface of the secondary part are having the same well-defined angle, and in that the well-defined angle is between a direction in which the secondary part is placed onto the primary part and the straight surface, the angle is above 6° - providing a 3D scan of the patient's teeth; - virtually designing the framework; - virtually designing the at least one telescopic double crown, - virtually designing the primary part; - virtually designing the secondary part; and - automatically generating the external surface of the primary part and the internal surface of the secondary part to have matching shapes, characterized in that at least a region of the external surface of the primary part and the corresponding region of the internal surface of the secondary part are having the same well-defined angle, and in that the well-defined angle is between a direction in which the secondary part is placed onto the primary part and the straight surface, the angle is above 6°
A magnetic levitation bearing system, comprising a magnetic levitation bearing, an eddy current sensor and a displacement correction apparatus, wherein the displacement correction apparatus, comprises: a reference circuit, configured to provide a reference signal; and a correction circuit, configured to perform a logarithm operation on a nonlinear displacement signal to be corrected, based on the reference signal, to obtain a corrected linear displacement signal, wherein the nonlinear displacement signal to be corrected comprises an axial displacement signal of the magnetic levitation bearing detected by an eddy current sensor. a reference circuit, configured to provide a reference signal; and a correction circuit, configured to perform a logarithm operation on a nonlinear displacement signal to be corrected, based on the reference signal, to obtain a corrected linear displacement signal, wherein the nonlinear displacement signal to be corrected comprises an axial displacement signal of the magnetic levitation bearing detected by an eddy current sensor.
A substantially transparent soap bar composition comprising (i) 30 to 60% of total fatty matter; (ii) 20 to 50% of a polyhydric alcohol; (iii)0.01 to 5% terpineol; (iv)0.01 to 5% thymol; and (v) 5 to 25% water by weight of the composition (i) 30 to 60% of total fatty matter; (ii) 20 to 50% of a polyhydric alcohol; (iii)0.01 to 5% terpineol; (iv)0.01 to 5% thymol; and (v) 5 to 25% water by weight of the composition
A system for drying grain in a grain bin, the system comprising: a plurality of moisture sensors positioned within the grain bin at various spaced-apart locations throughout the grain bin; a controller configured to determine a grain moisture level adjacent each moisture sensor; the controller being configured to compare each grain moisture level to a predetermined maximum moisture level; a grain spreader configured to selectively distribute grain coming into the grain bin; a fan associated with the grain bin and configured to provide airflow through grain in the grain bin; characterised in that the system further comprises a grain discharge auger configured to selectively remove grain from the grain bin and in that the grain spreader comprises a variable speed motor coupled to the controller; in that the controller is configured to operate the grain spreader and/or the grain discharge auger to selectively distribute and/or remove grain, so as to create a shortened airflow path encompassing the moisture sensors having determined grain moisture levels above the predetermined maximum moisture level, and in that the controller is configured to operate the fan, to provide an airflow through said shortened airflow path greater than is provided along airflow paths through the grain outside the shortened airflow path. a plurality of moisture sensors positioned within the grain bin at various spaced-apart locations throughout the grain bin; a controller configured to determine a grain moisture level adjacent each moisture sensor; the controller being configured to compare each grain moisture level to a predetermined maximum moisture level; a grain spreader configured to selectively distribute grain coming into the grain bin; a fan associated with the grain bin and configured to provide airflow through grain in the grain bin; characterised in that the system further comprises a grain discharge auger configured to selectively remove grain from the grain bin and in that the grain spreader comprises a variable speed motor coupled to the controller; in that the controller is configured to operate the grain spreader and/or the grain discharge auger to selectively distribute and/or remove grain, so as to create a shortened airflow path encompassing the moisture sensors having determined grain moisture levels above the predetermined maximum moisture level, and in that the controller is configured to operate the fan, to provide an airflow through said shortened airflow path greater than is provided along airflow paths through the grain outside the shortened airflow path.
A mount assembly, comprising: a body configured with a bolt hole; a bolt comprising a multi-point head and a shaft mated with the bolt hole; a lock plate configured with a multi-point aperture and a slot, the multi-point aperture receiving the multi-point head, and the slot extending circumferentially about a centerline of the multi-point aperture within the lock plate; and a fastener projecting through the slot and fixed to the body; characterised in that the mount assembly further comprises: a turbine engine case comprising a boss; and a mounting bracket between the boss and the body, wherein the bolt attaches the mounting bracket to the boss. a body configured with a bolt hole; a bolt comprising a multi-point head and a shaft mated with the bolt hole; a lock plate configured with a multi-point aperture and a slot, the multi-point aperture receiving the multi-point head, and the slot extending circumferentially about a centerline of the multi-point aperture within the lock plate; and a fastener projecting through the slot and fixed to the body; characterised in that the mount assembly further comprises: a turbine engine case comprising a boss; and a mounting bracket between the boss and the body, wherein the bolt attaches the mounting bracket to the boss. a turbine engine case comprising a boss; and a mounting bracket between the boss and the body, wherein the bolt attaches the mounting bracket to the boss.
An ultrasound probe, comprising: a probe head, including: a transducer array with a transducing surface located on a first side of the probe head; an instrument guide; and a light source configured to emit light from a second side of the probe head, the second side being opposite to the first side, such that a light emission path of the light source is in a direction opposite to the transducing surface. a transducer array with a transducing surface located on a first side of the probe head; an instrument guide; and a light source configured to emit light from a second side of the probe head, the second side being opposite to the first side, such that a light emission path of the light source is in a direction opposite to the transducing surface.
A method performed by a mobile device, the method comprising: receiving, by the mobile device, from a first cell operating on an unlicensed carrier, an indication of an energy detection threshold for a clear channel assessment; determining whether the unlicensed carrier is occupied based upon the clear channel assessment and the received energy detection threshold; communicating a data packet between the mobile device and the first cell when the unlicensed carrier is not otherwise occupied; characterized by the method further comprising: monitoring, in the mobile device, for a signal addressed to the mobile device from the first cell during an active time having an initial duration equal to an initial active time; receiving, by the mobile device, on a control channel, downlink control information indicating a command to extend the active time; extending, in the mobile device, the active time in response to the receiving the command to extend the active time; and wherein communicating comprises communicating the data packet between the mobile device and the first cell during the extended active time. receiving, by the mobile device, from a first cell operating on an unlicensed carrier, an indication of an energy detection threshold for a clear channel assessment; determining whether the unlicensed carrier is occupied based upon the clear channel assessment and the received energy detection threshold; communicating a data packet between the mobile device and the first cell when the unlicensed carrier is not otherwise occupied; characterized by the method further comprising: monitoring, in the mobile device, for a signal addressed to the mobile device from the first cell during an active time having an initial duration equal to an initial active time; receiving, by the mobile device, on a control channel, downlink control information indicating a command to extend the active time; extending, in the mobile device, the active time in response to the receiving the command to extend the active time; and wherein communicating comprises communicating the data packet between the mobile device and the first cell during the extended active time.
An apparatus for realizing an active and standby switch of services, located in a programmable device of a service board, characterized by comprising: an active signal processing module, configured to determine whether to use a standby main control board as an active main control board by combining effectiveness of a filtered active signal of the active main control board and effectiveness of an active signal of the active main control board at arrival time of a latest sampling period, wherein if active signals of three times of sampling are all effective, the filtered active signal is effective, and if the active signal of one of the three times of sampling is ineffective, the filtered active signal is ineffective. an active signal processing module, configured to determine whether to use a standby main control board as an active main control board by combining effectiveness of a filtered active signal of the active main control board and effectiveness of an active signal of the active main control board at arrival time of a latest sampling period, wherein if active signals of three times of sampling are all effective, the filtered active signal is effective, and if the active signal of one of the three times of sampling is ineffective, the filtered active signal is ineffective.
Household device comprising a body, a door which is connected to the body in order to close an inner chamber of the body, a superimposed decorative plate which is arranged at a distance from the door by means of a gap, and a flexible cover element extending from a side wall of the body into the gap, characterised in that the cover element is held in the gap on at least one support part (16, 40, 50) which connects the door and decorative plate.