mhurhangee/ep-ind-claims huggingface dataset:
Articular implant intended to be fixed in a bone structure and to accommodate a prosthetic head movable with respect to said bone structure, comprising: i) a metal cup for fixing the implant in said bone structure, ii) an insert for receiving said prosthetic head, and iii) an intermediate element made of polymeric material, interposed between the cup and the insert, the insert has at its contact surface with the intermediate element a relief forming cavities or interstices, the surface of said intermediate element fitting at least in part with said relief, the implant being characterized in that the cup comprises: j) two superficial layers (7', 7") having a relief forming cavities or interstices, one of which, distal, has a contact surface with the intermediate element, the surface of said intermediate element fitting at least in part with said relief, and the other, proximal, is intended to ensure the fixation of the implant in the bone structure, and jj) a dense median layer (7"') which forms a sealed partition between said two surface layers, so as to provide interpenetrated interfaces between the intermediate element and the cup on the one hand, and between the intermediate element and the insert on the other hand. i) a metal cup for fixing the implant in said bone structure, ii) an insert for receiving said prosthetic head, and iii) an intermediate element made of polymeric material, interposed between the cup and the insert, the insert has at its contact surface with the intermediate element a relief forming cavities or interstices, the surface of said intermediate element fitting at least in part with said relief, j) two superficial layers (7', 7") having a relief forming cavities or interstices, one of which, distal, has a contact surface with the intermediate element, the surface of said intermediate element fitting at least in part with said relief, and the other, proximal, is intended to ensure the fixation of the implant in the bone structure, and jj) a dense median layer (7"') which forms a sealed partition between said two surface layers,
A steel sheet for hot press-forming having a zinc coating layer which is formed on the surface of a base steel sheet and a Si-containing compound layer which is formed on the zinc coating layer, wherein the Si-containing compound layer contains a silicone resin having an organic functional group of a carbon number of 4 or more, characterized in that the Si-containing compound layer further contains a silane coupling agent having an organic functional group of a carbon number of 4 or more, wherein the compounding ratio of the silicone resin and the silane coupling agent is 5/5 or more in terms of mass ratio silicone resin/silane coupling agent.
A method implemented at a terminal device, the method comprising: obtaining at least one power control parameter to be used for a request message for a two-step random access, wherein the request message comprises a first random access preamble and a physical uplink shared channel, PUSCH, and the at least one power control parameter comprises a first power offset between the PUSCH and the first random access preamble; and transmitting, to a base station, the request message for the two-step random access, in which the first power offset between the PUSCH and the first random access preamble is equal to a second power offset between a message 3, msg3, and a second random access preamble in a four-step random access, wherein the second power offset between the msg3 and the second random access preamble in the four-step random access is comprised in a radio resource control, RRC, signalling message, and wherein the at least one power control parameter is used for calculating a power of the PUSCH of the request message. obtaining at least one power control parameter to be used for a request message for a two-step random access, wherein the request message comprises a first random access preamble and a physical uplink shared channel, PUSCH, and the at least one power control parameter comprises a first power offset between the PUSCH and the first random access preamble; and transmitting, to a base station, the request message for the two-step random access, in which the first power offset between the PUSCH and the first random access preamble is equal to a second power offset between a message 3, msg3, and a second random access preamble in a four-step random access, wherein the second power offset between the msg3 and the second random access preamble in the four-step random access is comprised in a radio resource control, RRC, signalling message, and wherein the at least one power control parameter is used for calculating a power of the PUSCH of the request message.
A process for introducing at least two heterologous genes into a Bacillus Spp and rendering the Bacillus Spp unable to proliferate in the absence of thymine or thymidine, the process comprising: (a) (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (b) (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim, wherein the process operates without the introduction of an antibiotic resistance gene. (a) (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (b) (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim, wherein the process operates without the introduction of an antibiotic resistance gene. (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim,
A camera to which an interchangeable lens apparatus is connectable via at least one adapter apparatus (30, 40), the camera comprising: a lens-camera communication controller (205, 207) configured to communicate with the interchangeable lens apparatus by using a camera-lens communication channel; and an adapter-camera communication controller (205, 209) configured to communicate with the adapter apparatus (30, 40) by using a camera-adapter communication channel provided separately from the camera-lens communication channel, wherein the camera-lens communication channel includes a first data communication line (DLC, DCL) used during a data communication and a first notification line (LCLK) used for a notification of a timing of a communication between the camera and the interchangeable lens apparatus, wherein the camera-adapter communication channel includes a second data communication line (DATA) used during the data communication and a second notification line that is used for a notification of a timing of a communication between the camera and the adapter apparatus and is provided separately from the first notification line (LCLK), and wherein the lens-camera communication controller (205, 207) is adapted to perform the communication regardless of whether the adapter-camera communication controller (205, 209) is communicating or not. a lens-camera communication controller (205, 207) configured to communicate with the interchangeable lens apparatus by using a camera-lens communication channel; and an adapter-camera communication controller (205, 209) configured to communicate with the adapter apparatus (30, 40) by using a camera-adapter communication channel provided separately from the camera-lens communication channel, wherein the camera-lens communication channel includes a first data communication line (DLC, DCL) used during a data communication and a first notification line (LCLK) used for a notification of a timing of a communication between the camera and the interchangeable lens apparatus, wherein the camera-adapter communication channel includes a second data communication line (DATA) used during the data communication and a second notification line that is used for a notification of a timing of a communication between the camera and the adapter apparatus and is provided separately from the first notification line (LCLK), and wherein the lens-camera communication controller (205, 207) is adapted to perform the communication regardless of whether the adapter-camera communication controller (205, 209) is communicating or not.
Use of glyoxylic acid for removal of calcium from crude oil or its blends containing calcium naphthenate under basic or alkaline conditions and having a pH varying from 7 to 11.
A structured body arranged for heating a feed gas, said structured body comprising a first macroscopic structure and a second macroscopic structure, each extending in a longitudinal direction from a first end to a second end, where said first end forms an inlet to said first and second macroscopic structures (5A, 5B) for said feed gas and said second end forms an outlet for heated gas, said first and second macroscopic structure (5A, 5B) comprising a three-dimensional network structure, wherein the network structure forms flow paths allowing the feed gas to flow from said first end to said second end, the network structure being formed by a metallic material being electrically conductive, wherein the first and second macroscopic structures (5A, 5B) are electrically connected at the second end, and the structured body being characterized in that the second macroscopic structure is arranged at least partly circumferentially around the first macroscopic structure.
A transport device comprising: a transport belt configured to alternately repeat a transport operation of transporting a medium and a non-transport operation of not transporting the medium; a detection mechanism configured to detect a movement amount of the transport belt in the transport operation; and a control section configured to determine a magnitude of tension of the transport belt based on a vibration state of the transport belt when the transport operation ends, the vibration state being detected by the detection mechanism; wherein the detection mechanism comprises a gripping unit configured to change state between a gripping state in which the gripping unit grips the transport belt and moves together with the transport belt, and a non-gripping state in which the gripping unit does not grip the transport belt; wherein the gripping unit comprises at least one cling section configured to change state between a cling state, in which the transport belt is clingingly attracted, and a non-cling state, in which the transport belt is not clingingly attracted; and the transport device is capable of synchronizing the operation of the cling section and the operation of the gripping unit. a transport belt configured to alternately repeat a transport operation of transporting a medium and a non-transport operation of not transporting the medium; a detection mechanism configured to detect a movement amount of the transport belt in the transport operation; and a control section configured to determine a magnitude of tension of the transport belt based on a vibration state of the transport belt when the transport operation ends, the vibration state being detected by the detection mechanism; wherein the detection mechanism comprises a gripping unit configured to change state between a gripping state in which the gripping unit grips the transport belt and moves together with the transport belt, and a non-gripping state in which the gripping unit does not grip the transport belt; wherein the gripping unit comprises at least one cling section configured to change state between a cling state, in which the transport belt is clingingly attracted, and a non-cling state, in which the transport belt is not clingingly attracted; and the transport device is capable of synchronizing the operation of the cling section and the operation of the gripping unit.
A method for identifying malicious encrypted network traffic communicated via a network between a first and second computer system, the method comprising: monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for a network connection based on the determined protocol; evaluating an estimated measure of entropy for a portion of network traffic of the new network connection based on the retrieved definition, wherein the measure of entropy is a measure of a degree of indeterminacy of information communicated via the new network connection; comparing the estimated measure of entropy with a dictionary of one or more entropy measures, each of the one or more entropy measures being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, characterised in that the portion of network traffic is a continuous subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint, and wherein the predetermined endpoint is selected to correspond to an end of an application protocol connection setup portion of network traffic. monitoring network traffic over the network to detect a network connection as a new network connection; identifying characteristics of the network connection to determine a protocol of the network connection; retrieving a definition of a portion of network traffic for a network connection based on the determined protocol; evaluating an estimated measure of entropy for a portion of network traffic of the new network connection based on the retrieved definition, wherein the measure of entropy is a measure of a degree of indeterminacy of information communicated via the new network connection; comparing the estimated measure of entropy with a dictionary of one or more entropy measures, each of the one or more entropy measures being associated with a portion of network traffic of a malicious encrypted network connection, so as to determine if malicious encrypted network traffic is communicated over the network connection, characterised in that the portion of network traffic is a continuous subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint, and wherein the predetermined endpoint is selected to correspond to an end of an application protocol connection setup portion of network traffic.
A method for controlling an electronic device for use in a vehicle, the method comprising: monitoring a battery voltage of a vehicle's battery using a battery sensor connected thereto; identifying at least one transition in the battery voltage using a processor in communication with the battery sensor; determining, using the processor, an operational state of the vehicle based on the transition and the battery voltage; and controlling, using the processor, an electronic device coupled to the vehicle's battery in accordance with the operational state of the vehicle wherein determining the operational state of the vehicle further comprises: controlling a load circuit using the processor to apply a load to the vehicle's battery; and determining the operational state of the vehicle based on a change in the battery voltage due to the load. monitoring a battery voltage of a vehicle's battery using a battery sensor connected thereto; identifying at least one transition in the battery voltage using a processor in communication with the battery sensor; determining, using the processor, an operational state of the vehicle based on the transition and the battery voltage; and controlling, using the processor, an electronic device coupled to the vehicle's battery in accordance with the operational state of the vehicle controlling a load circuit using the processor to apply a load to the vehicle's battery; and determining the operational state of the vehicle based on a change in the battery voltage due to the load.
Superposition drive for a superimposed steering system of a motor vehicle, comprising - a drive shaft which is driven by an actuator; - a drive gear cooperating with the drive shaft, wherein the drive shaft is pivotally mounted with respect to the drive gear, wherein a lever element pivotally mounted with respect to the drive gear, which is designed and arranged such that pivoting of the lever element entails pivoting of the drive shaft, or vice versa pivoting of the drive shaft entails pivoting of the lever element characterized in that the actuator and the drive shaft form an arrangement which together is pivotally mounted with respect to the drive gear. - a drive shaft which is driven by an actuator; - a drive gear cooperating with the drive shaft, wherein the drive shaft is pivotally mounted with respect to the drive gear,
A calibrating system for calibrating a camera of a vehicle, the system comprising: - a base unit; - a support structure connected to the base unit; - a vehicle calibration assistance structure mounted on the support structure and including a target panel, which has a surface facing forward towards a service area, wherein the surface of the target panel bears a first combination of predetermined graphical features, the vehicle being positioned in the service area so that the camera of the vehicle can see the surface of the target panel; - a processing system, operatively connected the vehicle calibration assistance structure to process data received from the vehicle calibration assistance structure in order to facilitate alignment or calibration of the camera of the vehicle; - a positioning device, configured to aid a relative positioning between the vehicle and the vehicle calibration assistance structure; characterized in that the vehicle calibration assistance structure is provided with a second combination of predetermined graphical features, different from the first combination of predetermined graphical features, wherein the positioning device is spaced from the support structure, and includes an optical device operatively oriented laterally towards the service area to see graphical features of the vehicle and a matching camera oriented backwards towards the support structure, to see the second combination of predetermined graphical features. - a base unit; - a support structure connected to the base unit; - a vehicle calibration assistance structure mounted on the support structure and including a target panel, which has a surface facing forward towards a service area, wherein the surface of the target panel bears a first combination of predetermined graphical features, the vehicle being positioned in the service area so that the camera of the vehicle can see the surface of the target panel; - a processing system, operatively connected the vehicle calibration assistance structure to process data received from the vehicle calibration assistance structure in order to facilitate alignment or calibration of the camera of the vehicle; - a positioning device, configured to aid a relative positioning between the vehicle and the vehicle calibration assistance structure; characterized in that the vehicle calibration assistance structure is provided with a second combination of predetermined graphical features, different from the first combination of predetermined graphical features, wherein the positioning device
A paper sheet processing device comprising a stacking unit configured to stack paper sheets, wherein the stacking unit includes: a positioning unit (47A, 47B) which faces a first edge, which is one of a number of edges of the paper sheets stacked, and place the first edge at a predetermined position; and a pushing unit configured to push a third edge, which is another one of the number of edges of the paper sheets opposite to the first edge, to bring the first edge into contact with the positioning unit, and the positioning unit (47A, 47B) is replaceable such that replacement of the positioning unit changes the predetermined position. a positioning unit (47A, 47B) which faces a first edge, which is one of a number of edges of the paper sheets stacked, and place the first edge at a predetermined position; and a pushing unit configured to push a third edge, which is another one of the number of edges of the paper sheets opposite to the first edge, to bring the first edge into contact with the positioning unit, and the positioning unit (47A, 47B) is replaceable such that replacement of the positioning unit changes the predetermined position.
Use of a device for distinguishing a test subject smoking an e-cigarette from smoking a cigarette (i.e. a traditional cigarette), characterised in that, the device comprises a test strip adapted to detecting nicotine in a sample; and a test strip adapted to detecting glycerine in the sample; if the test strip for detecting nicotine is positive and the test strip for detecting glycerine is negative, it means the test subject smokes cigarettes; if the test strip for detecting nicotine is positive and the test strip for detecting glycerine is positive, it means the test subject smokes both cigarettes and e- cigarettes; if the test strip for detecting nicotine is negative and the test strip for detecting glycerine is positive, it means the test subject smokes e-cigarettes, wherein the sample is used for detecting the nicotine and the glycerine. the device comprises a test strip adapted to detecting nicotine in a sample; and a test strip adapted to detecting glycerine in the sample; if the test strip for detecting nicotine is positive and the test strip for detecting glycerine is negative, it means the test subject smokes cigarettes; if the test strip for detecting nicotine is positive and the test strip for detecting glycerine is positive, it means the test subject smokes both cigarettes and e- cigarettes; if the test strip for detecting nicotine is negative and the test strip for detecting glycerine is positive, it means the test subject smokes e-cigarettes, wherein the sample is used for detecting the nicotine and the glycerine.
An aerated chocolate composition having an overrun of between 40% and 200%, preferably greater than 50%, more preferably greater than 60%, the aerated chocolate composition contains 1-10%, more preferably 1-5% w/w, of at least one sucrose ester having an HLB value of below 9, wherein 80% of the cumulative area weighted size distribution is below 100 μm, preferably below 90 μm, more preferably below 80 μm, most preferably below 60 μm.