mhurhangee/patent-ind-claim-en huggingface dataset:
Railway vehicle motor , comprising a driving shaft and a casing for the driving shaft, the driving shaft being rotatable relative to the casing , the casing comprising at least one blocking element for blocking the movements of the driving shaft relative to the casing , said blocking element being movable between a blocking position in which said blocking element is applied against the driving shaft and prevents radial travel of the driving shaft relative to the casing , and a retracted position in which the element is spaced apart from the driving shaft and allows the driving shaft to move relative to the casing , wherein the blocking element comprises at least one contact shoe comprising a surface in contact with the driving shaft or with a part that is connected in rotation to the driving shaft , said shoe extends in a substantially radial direction about the driving shaft , the blocking element comprising at least one position-maintaining element for maintaining each shoe in position, the position-maintaining element comprising a bearing surface in contact with the shoe , or the position-maintaining element being rigidly secured to the shoe , the or each shoe is made of a material capable of wearing when the driving shaft is set in rotation and of diminishing the blocking function of the blocking element .
An access interface for a user home LAN comprising one or more user devices wherein at least one user device is able to via the home LAN communicate with at least one external network or service, characterized in that the access interface comprising processing means adapted to provide, managed by an external operator, an IP address within the same domain space to each user device of the user devices (11-16, 50, 60) connected to the home LAN , thereby defining a virtual network comprising said at least one user device (11-16, 50, 60) connected to the home LAN and separating traffic per home LAN belonging to different LANs, the access interface further comprising at least one said external operator managed service entity adapted to enable the user device and the external network or service to communicate by means of said defined virtual network.
A system for determining the position of an aircraft comprising an emitter arranged at the aircraft for emitting a signal , at least two receivers (20a-d) arranged at different locations (P1-4) for receiving the signal emitted by the emitter , an evaluation device which is designed to determine an aircraft position based on the known positions (P1-4) of the receivers (20a-d) at the time of the reception of the signal and on a characteristic of the signal emitted by the emitter and received by the receivers (20a-d), characterized in that at least one of the receivers (20a-b) is located above the aircraft and at least one of the receivers (20c-d) is located below the aircraft and fixedly arranged in the region of an earth surface , and the evaluation device is designed to determine a vertical position (ALT) of the aircraft from the signal received by the receivers (20a-b) located above the aircraft and the receivers (20c-d) located below the aircraft and the known positions (P1-4) of the receivers (20a-d). an emitter arranged at the aircraft for emitting a signal , at least two receivers (20a-d) arranged at different locations (P1-4) for receiving the signal emitted by the emitter , an evaluation device which is designed to determine an aircraft position based on the known positions (P1-4) of the receivers (20a-d) at the time of the reception of the signal and on a characteristic of the signal emitted by the emitter and received by the receivers (20a-d), characterized in that at least one of the receivers (20a-b) is located above the aircraft and at least one of the receivers (20c-d) is located below the aircraft and fixedly arranged in the region of an earth surface , and the evaluation device is designed to determine a vertical position (ALT) of the aircraft from the signal received by the receivers (20a-b) located above the aircraft and the receivers (20c-d) located below the aircraft and the known positions (P1-4) of the receivers (20a-d).
A bone plate kit comprising: a bone plate ; and a plurality of bone screws , wherein the bone plate comprises: an upper face , which is not to be in contact with a bone (B); a lower face , which is to be in contact with the bone (B); and a plurality of holes , each of which connects the upper face and the lower face , each of the plurality of bone screws being inserted into one of the plurality of holes , wherein a first hole of the plurality of holes is arranged at one end of the bone plate , wherein a second hole of the plurality of holes is arranged away from the first hole in a direction of a longitudinal axis (A) of the bone plate, wherein a portion of an edge, on the upper face , of the second hole is formed so as to be raised in the form of a protrusion higher than the upper face , wherein in a state where a first bone screw of the plurality of bone screws is inserted into the first hole to fix the one end of the bone plate to the bone (B), a second bone screw of the plurality of bone screws is inserted into the second hole such that the second bone screw pushes out the protrusion to apply pressure to the bone (B). a bone plate ; and a plurality of bone screws , wherein the bone plate comprises: an upper face , which is not to be in contact with a bone (B); a lower face , which is to be in contact with the bone (B); and a plurality of holes , each of which connects the upper face and the lower face , each of the plurality of bone screws being inserted into one of the plurality of holes , an upper face , which is not to be in contact with a bone (B); a lower face , which is to be in contact with the bone (B); and a plurality of holes , each of which connects the upper face and the lower face , each of the plurality of bone screws being inserted into one of the plurality of holes , wherein a first hole of the plurality of holes is arranged at one end of the bone plate , wherein a second hole of the plurality of holes is arranged away from the first hole in a direction of a longitudinal axis (A) of the bone plate, wherein a portion of an edge, on the upper face , of the second hole is formed so as to be raised in the form of a protrusion higher than the upper face , wherein in a state where a first bone screw of the plurality of bone screws is inserted into the first hole to fix the one end of the bone plate to the bone (B), a second bone screw of the plurality of bone screws is inserted into the second hole such that the second bone screw pushes out the protrusion to apply pressure to the bone (B).
A method for geolocating a good or a person wherein a tracker associated with said good or with said person implements the following steps: a) detecting WiFi networks and their access points which are located within its range, b) collecting raw data relating to at least one detected WiFi network and to at least one access point through which said network is made visible to said tracker , c) transmitting the collected raw data to a remote resolution server , via a LPWAN network communication established from the tracker , d) processing these raw data by the remote resolution server , in order to provide a location information, characterized in that the geolocation method begins with a step of leaving a standby mode, and ends with a step of returning to the standby mode, and in that the geolocation method further comprises a step of storing in a memory raw data relating to the at least one detected WiFi network, and a step of comparing a list of the detected Wi-Fi access points with a list of the Wi-Fi access points stored during the last cycle that has allowed a location, the microcontroller being put on standby until a next cycle when the two lists include access points in common. a) detecting WiFi networks and their access points which are located within its range, b) collecting raw data relating to at least one detected WiFi network and to at least one access point through which said network is made visible to said tracker , c) transmitting the collected raw data to a remote resolution server , via a LPWAN network communication established from the tracker , d) processing these raw data by the remote resolution server , in order to provide a location information,
An image decoding method comprising: if a size of a first coding block of a first color component is greater than a first predetermined size, splitting the first coding block and a second coding block of a second color component according to a same split mode, the first coding block and the second coding block being associated with a same coding unit encoded in a bitstream; if the size of the first coding block is equal to or smaller than the first predetermined size, obtaining, from the bitstream, first split shape mode information about the first coding block and second split shape mode information about the second coding block; splitting the first coding block according to a first split mode determined from the first split shape mode information; and splitting the second coding block according to a second split mode determined from the second split shape mode information; the method further comprising deriving split information for a third coding block obtained as a result of splitting the first coding block, wherein if a size of the third coding block is equal to a second predetermined size, the deriving split information for the third coding block comprises inferring, without parsing respective information from the bitstream, that splitting the third coding block into at least one lower coding block according to a particular split mode is not allowed; and if the split information for the third coding block indicates a non-split, decoding, based on information obtained from the bitstream, the third coding block. if a size of a first coding block of a first color component is greater than a first predetermined size, splitting the first coding block and a second coding block of a second color component according to a same split mode, the first coding block and the second coding block being associated with a same coding unit encoded in a bitstream; if the size of the first coding block is equal to or smaller than the first predetermined size, obtaining, from the bitstream, first split shape mode information about the first coding block and second split shape mode information about the second coding block; splitting the first coding block according to a first split mode determined from the first split shape mode information; and splitting the second coding block according to a second split mode determined from the second split shape mode information; the method further comprising deriving split information for a third coding block obtained as a result of splitting the first coding block, wherein if a size of the third coding block is equal to a second predetermined size, the deriving split information for the third coding block comprises inferring, without parsing respective information from the bitstream, that splitting the third coding block into at least one lower coding block according to a particular split mode is not allowed; and if the split information for the third coding block indicates a non-split, decoding, based on information obtained from the bitstream, the third coding block.
Electronic equipment comprising: a first electronic circuit substrate ; a second electronic circuit substrate ; a first coil connected to said first electronic circuit substrate ; and a second coil connected to said second electronic circuit substrate , wherein: power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted. a first electronic circuit substrate ; a second electronic circuit substrate ; a first coil connected to said first electronic circuit substrate ; and a second coil connected to said second electronic circuit substrate , wherein: power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted. power is transmitted from said first coil to said second coil by electromagnetic induction so that said first electronic circuit substrate and said second electronic circuit substrate are electrically connected; at least one of said first coil and said second coil is configured by a flexible substrate; is fixed to the opposite face of the face where an electronic circuit of said first electronic circuit substrate or said second electronic circuit substrate is mounted, is connected to said electronic circuit after being bent at an end of said first electronic circuit substrate or said second electronic circuit substrate and extended toward the face side where said electronic circuit is mounted.
A laser device comprising: a light source configured to emit light; an optical system configured to concentrate the light emitted from the light source ; a housing configured to accommodate the optical system ; and a window disposed to the housing , to which the light passed through the optical system is incident, the window including: an optical window having an exit plane through which the light exits the optical system and a side surface, an optical window holding member configured to hold the optical window , a joint between the side surface of the optical window and the optical window holding member to join the optical window to the optical window holding member , wherein the joint is a brazing member made of a brazing material, and characterized by a protective layer disposed on faces of the optical window holding member and the joint on a side where light is emitted from the window ; wherein: the protective layer is a coating. a light source configured to emit light; an optical system configured to concentrate the light emitted from the light source ; a housing configured to accommodate the optical system ; and a window disposed to the housing , to which the light passed through the optical system is incident, the window including: an optical window having an exit plane through which the light exits the optical system and a side surface, an optical window holding member configured to hold the optical window , a joint between the side surface of the optical window and the optical window holding member to join the optical window to the optical window holding member , wherein the joint is a brazing member made of a brazing material, and characterized by a protective layer disposed on faces of the optical window holding member and the joint on a side where light is emitted from the window ; wherein: the protective layer is a coating. an optical window having an exit plane through which the light exits the optical system and a side surface, an optical window holding member configured to hold the optical window , a joint between the side surface of the optical window and the optical window holding member to join the optical window to the optical window holding member , wherein the joint is a brazing member made of a brazing material, and characterized by a protective layer disposed on faces of the optical window holding member and the joint on a side where light is emitted from the window ; wherein: the protective layer is a coating.
A thin film semiconductor device, comprising a plurality of thin film transistors of n-channel type and p-channel type formed on a insulating substrate each having a gate electrode and a polycrystalline silicon film as an active layer, the active layer comprising a channel region overlapped with the gate electrode, characterized in that the thin film transistors of an identical channel type include plural classes of thin film transistors whose threshold voltages are different one another and that the thin film transistors of different channel types include thin film transistors whose channel regions at the active layer have approximately same dopant density with same dopant.
An oral care composition comprising: a. from 0.01% to 5% by weight of the composition of a stannous ion source; b. a thickening agent consisting of: i) a carrageenan, wherein the carrageenan is present in the amount of from 0.7% to 2% by weight of the composition; and ii) a xanthan gum; and c. 45% to 65 % by weight of the composition of a total water content; wherein the composition has a pH of greater than 4 and wherein the amount of a charged cellulose derivative having greater than 0.5 charged groups per sugar residue unit along the polysaccharide backbone is less than 1% by weight of the composition. a. from 0.01% to 5% by weight of the composition of a stannous ion source; b. a thickening agent consisting of: i) a carrageenan, wherein the carrageenan is present in the amount of from 0.7% to 2% by weight of the composition; and ii) a xanthan gum; and i) a carrageenan, wherein the carrageenan is present in the amount of from 0.7% to 2% by weight of the composition; and ii) a xanthan gum; and c. 45% to 65 % by weight of the composition of a total water content;
Device for the heat treatment of food products, comprising a heat treatment device having at least one baking unit including a cooking chamber being configured for receiving product carriers with food products, and further comprising at least one charging trolley for receiving at least one charging rack for a plurality of product carriers , which can be coupled with the heat treatment device for moving the at least one charging rack with product carriers between the at least one oven unit and the charging trolley back and forth, and further comprising means for moving the at least one charging rack between the at least one oven unit and the charging trolley , when the charging trolley is coupled to the heat treatment device and is within a working position, further comprising a positioning device that allows a coupling of the charging trolley and a moving between a charging position and the working position, characterized in that at the heat treatment device there are provided catches to which at the charging trolley there are assigned receptacles , and in that a drive for a vertical movement of the catches is provided for coupling the catches from a charging position of the charging trolley by vertical lifting to the receptacles at the charging trolley , and for aligning the charging trolley during further lifting to the catches , until it reaches a defined final position within the working position.
Tank comprising an outer enclosure , an inner enclosure positioned in the outer enclosure , first and second connection systems connecting the outer and inner enclosures , a first wall (42.1) fastened to or forming part of the outer enclosure , a second wall (42.2) fastened to or forming part of the inner enclosure , and at least one duct passing through the first and second walls (42.1, 42.2); the first and second walls (42.1, 42.2) comprising, for each duct , respectively first and second orifices (48.1, 48.2) to allow the duct to pass through them; the tank comprising, for each duct , first and second rigid connections (50.1, 50.2) connecting the duct and respectively the first and second walls (42.1, 42.2); each duct comprising an intermediate segment situated between the first and second walls (42.1, 42.2); the intermediate segment having a curved axis (A46) such that the intermediate segment has an excess length between said first and second walls (42.1, 42.2), characterized in that the intermediate segment has an axis (A46) which follows a trajectory in the form of a circular helix.
A method for generating an authentication parameter for an Authentication Module, AM , comprising the step of: - computing the authentication parameter to be stored in the AM, using an identifier, ID, associated with a device , authentication data associated with the device and an encryption parameter associated with the device, wherein the authentication parameter is computed using an Advanced Encryption Standard, AES, algorithm taking as inputs a concatenation of the ID and the authentication data associated with the device and the encryption parameter associated with the device, wherein the concatenation of the ID and the authentication data associated with the device used for computing the authentication parameter is in the form of a string generated using Basic Encoding Rules, BER, on a plurality of fields comprised in the authentication data, and storing the authentication parameter in the AM. - computing the authentication parameter to be stored in the AM, using an identifier, ID, associated with a device , authentication data associated with the device and an encryption parameter associated with the device,
A method of cooking popcorn using a popcorn popper comprising activating a heating element via a controller to bring a cooking temperature for the popcorn to a first temperature and characterized by : providing a controller which based on temperature readings from a temperature sensor adjusts a power setting of the heating element and adjusts a vibration element; maintaining a temperature at least as high as said first temperature using the controller which controls a power setting of the heating element, said maintaining based on readings from a temperature sensor; vibrating the popcorn during the maintaining step with the vibration element activated by the controller; reducing the power setting of the heating element with the controller after expiration of a period of time. providing a controller which based on temperature readings from a temperature sensor adjusts a power setting of the heating element and adjusts a vibration element; maintaining a temperature at least as high as said first temperature using the controller which controls a power setting of the heating element, said maintaining based on readings from a temperature sensor; vibrating the popcorn during the maintaining step with the vibration element activated by the controller; reducing the power setting of the heating element with the controller after expiration of a period of time.
A heat exchanger comprising a plurality of first zones forming with a first inlet and a first outlet a primary circuit and a plurality of second zones forming with a second inlet and a second outlet a secondary circuit and a plurality of third zones forming a tertiary side in thermal contact with the first and second circuits, each third zone of the tertiary side comprising three or more different phase change materials whereby each phase change material changes from a lower temperature to an upper temperature phase at a phase transition temperature, the three or more different phase change materials being physically separated from each other, wherein each of the three or more different phase change materials has a different phase transition temperature and wherein the three or more different phase change materials are arranged in a graded manner with respect to the phase transition temperature from an upper portion of the heat exchanger to a lower portion of the heat exchanger or from the first inlet to the first outlet or from the second inlet to the second outlet.