mhurhangee/ep-ind-claims huggingface dataset:
A child seat system having a base and at least one child seat which can be lockably connected to the base, wherein the base has locking means arranged in a receiving region and wherein the child seat has retaining means arranged in a connection region for a releasably lockable reception in the locking means of the base, when the child seat is brought to bear with its connection region against the receiving region of the base, wherein the holding means comprise at least one holding element having a rod-shaped section and wherein the locking means comprise at least one receiving opening leading into the base from a surface exposed in the receiving region for inserting the holding element and a locking element for locking the holding element in the receiving opening, characterised in that the locking element is fixed to the base in the region of the receiving opening so as to be displaceable between an insertion and release position and a locking position and has a flat sliding surface, and in that a receiving section for receiving the rod-shaped section of the holding element is formed in the receiving opening, in which the rod-shaped section of the holding element is caught in a locking manner by the locking element located in the locking position, wherein the locking element in the insertion and release position forms a sliding plane with its flat sliding surface, which forms a guide for inserting the rod-shaped section of the holding element into the receiving section.
A computing device for computing rolling hashes, the computing device comprising: a first hash table that includes a first plurality of random-valued entries; a second hash table that includes a second plurality of random-valued entries; a hash generation module to (i) retrieve a block of data from a data buffer and (ii) generate a rolling hash based on the block of data, a previously generated hash, a hash window, the first hash table, and the second hash table; and a boundary identification module to (i) determine whether the generated hash for the block of data matches a predefined trigger and, in response to a determination that the generated hash matches the trigger, (ii) record the block of data that was just identified as being a match as a data boundary corresponding with the match, wherein to record the data boundary comprises to record a data de-duplication boundary that defines a boundary of a data chunk for data de-duplication. a first hash table that includes a first plurality of random-valued entries; a second hash table that includes a second plurality of random-valued entries; a hash generation module to (i) retrieve a block of data from a data buffer and (ii) generate a rolling hash based on the block of data, a previously generated hash, a hash window, the first hash table, and the second hash table; and a boundary identification module to (i) determine whether the generated hash for the block of data matches a predefined trigger and, in response to a determination that the generated hash matches the trigger, (ii) record the block of data that was just identified as being a match as a data boundary corresponding with the match, wherein to record the data boundary comprises to record a data de-duplication boundary that defines a boundary of a data chunk for data de-duplication.
A display device network-connected to a plurality of controlled devices (400, 500, 600, 700, 800, 900, X1, X2, X3, Xn), comprising: an information acquiring unit acquiring operation-related information containing operation information designating functions of each of the devices and URL information corresponding to the operation information, from the controlled devices; an information classifying unit classifying the URL information into a plurality of function groups (41, 42) each corresponding to a function based on the operation information; a menu generating unit generating a menu page (43, 44) indicating the controlled devices which are allowed to operate the function for each of the function groups (41, 42); a display unit displaying the menu page (43, 44); and a page operation unit accessing corresponding URL information by selecting the controlled device indicated in the menu page (43, 44). an information acquiring unit acquiring operation-related information containing operation information designating functions of each of the devices and URL information corresponding to the operation information, from the controlled devices; an information classifying unit classifying the URL information into a plurality of function groups (41, 42) each corresponding to a function based on the operation information; a menu generating unit generating a menu page (43, 44) indicating the controlled devices which are allowed to operate the function for each of the function groups (41, 42); a display unit displaying the menu page (43, 44); and a page operation unit accessing corresponding URL information by selecting the controlled device indicated in the menu page (43, 44).
A door operating member, comprising a housing and a coupling, wherein the coupling is incorporated into the housing and comprises a coupling slider, characterized in that a sensor in the shape of a light barrier opto-electrically captures the position of the coupling slider, wherein the structural parts of the light barrier are directly mounted onto a printed circuit board.
Charge air cooler having - an air outlet tank and also having a condensate collector for collecting condensate separated off more particularly in the charge air cooler, - a condensate line connected to the condensate collector via an entrance, - wherein the condensate line opens out into the air outlet tank of the charge air cooler via an exit, wherein there is a pressure difference p 1 < p 2 between the entrance and the exit of the condensate line during operation of the charge air cooler, and said pressure difference allows differential-pressure-induced discharge of condensate from the condensate collector via the condensate line, characterised in that the condensate line runs in a wall of the air outlet tank. - an air outlet tank and also having a condensate collector for collecting condensate separated off more particularly in the charge air cooler, - a condensate line connected to the condensate collector via an entrance, - wherein the condensate line opens out into the air outlet tank of the charge air cooler via an exit, wherein there is a pressure difference p 1 < p 2 between the entrance and the exit of the condensate line during operation of the charge air cooler, and said pressure difference allows differential-pressure-induced discharge of condensate from the condensate collector via the condensate line,
A heat-resistant nonwoven fabric, wherein the nonwoven fabric is formed from a poly(phenylene sulfide) fiber, and 30% by weight or more of the poly(phenylene sulfide) fiber has a crystallinity of 25 to 50%, wherein the poly(phenylene sulfide) fiber shows no melting peak in the temperature range of 85 to 240°C when the melting peak is measured with a differential scanning calorimeter at a heating rate of 20°C/min, and wherein the nonwoven fabric is a spun-bonded nonwoven fabric that is integration bonded by thermal adhesion.
A method of optimising timing packet transport in a network node, the method comprising: using a locally available stable frequency reference at the network node to provide a pre-determined network node transit time for timing packets in at least one direction into or out of the network node; detecting an arrival time, t1, for a received timing packet; forwarding the received timing packet to an output port of the network node at a transmission time, t2, the transmission time t2 being a predetermined duration, L, after the arrival time t1; the method characterized by: detecting a size of a next data packet scheduled to be transmitted on a same output port as the timing packet; and delaying the transmission of the next data packet if the size of the next data packet indicates that transmitting the next data packet would delay the transmission of the timing packet at the transmission time t2; determining whether any one or more other data packets available for transmission on the same output port has a size small enough to be transmitted within a remaining time before the transmission time t2 of the timing packet; and transmitting the one or more other data packets. using a locally available stable frequency reference at the network node to provide a pre-determined network node transit time for timing packets in at least one direction into or out of the network node; detecting an arrival time, t1, for a received timing packet; forwarding the received timing packet to an output port of the network node at a transmission time, t2, the transmission time t2 being a predetermined duration, L, after the arrival time t1; the method characterized by: detecting a size of a next data packet scheduled to be transmitted on a same output port as the timing packet; and delaying the transmission of the next data packet if the size of the next data packet indicates that transmitting the next data packet would delay the transmission of the timing packet at the transmission time t2; determining whether any one or more other data packets available for transmission on the same output port has a size small enough to be transmitted within a remaining time before the transmission time t2 of the timing packet; and transmitting the one or more other data packets. detecting a size of a next data packet scheduled to be transmitted on a same output port as the timing packet; and delaying the transmission of the next data packet if the size of the next data packet indicates that transmitting the next data packet would delay the transmission of the timing packet at the transmission time t2; determining whether any one or more other data packets available for transmission on the same output port has a size small enough to be transmitted within a remaining time before the transmission time t2 of the timing packet; and transmitting the one or more other data packets.
A pannier mount assembly for attachment to a motorcycle frame, the pannier mount assembly comprising: a first member attachable to the frame and comprising a first pannier fixture point; and a second member comprising an elongate arm pivotably attached to the first member and comprising a second pannier fixture point, the second member having a free end; wherein: the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that, the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame. a first member attachable to the frame and comprising a first pannier fixture point; and a second member comprising an elongate arm pivotably attached to the first member and comprising a second pannier fixture point, the second member having a free end; wherein: the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that, the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame. the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that, the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame.
A method performed by a Mobility Management Entity, MME, that is configured to serve each of a plurality of types of subscriber user equipment, the method comprising: receiving, for each of said plurality of types of subscriber user equipment, a respective weight factor; and sending, to a base station with which the MME is associated, a message that respectively includes a weight factor for each of the specific types of subscriber user equipment which the MME supports. receiving, for each of said plurality of types of subscriber user equipment, a respective weight factor; and sending, to a base station with which the MME is associated, a message that respectively includes a weight factor for each of the specific types of subscriber user equipment which the MME supports.
A secure login method on a computer terminal connected to an authentication server, wherein the login is carried out by the implementation of at least the following steps: - Issuing, by the authentication server, of a downward notification to a mobile terminal, through a real-time notification server, the downward notification comprising a set of authentication data among which at least one session key, the authentication data being crypted using an asymmetric encryption, a public key being known by the authentication server, a private key being only known by the mobile terminal, the private key being associated to the public key; - Issuing, by the mobile terminal, of an upward notification to the authentication server, through the real-time notification server, the upward notification comprising a subset of the authentication data, at least this subset of authentication data being crypted using a symmetric encryption using as key at least the session key; - Verification, by the authentication server, of the compliance of the authentication data comprised within the upward notification relative to the issued authentication data comprised in the downward notification; - Authorization of the login in case the verification is successful. - Issuing, by the authentication server, of a downward notification to a mobile terminal, through a real-time notification server, the downward notification comprising a set of authentication data among which at least one session key, the authentication data being crypted using an asymmetric encryption, a public key being known by the authentication server, a private key being only known by the mobile terminal, the private key being associated to the public key; - Issuing, by the mobile terminal, of an upward notification to the authentication server, through the real-time notification server, the upward notification comprising a subset of the authentication data, at least this subset of authentication data being crypted using a symmetric encryption using as key at least the session key; - Verification, by the authentication server, of the compliance of the authentication data comprised within the upward notification relative to the issued authentication data comprised in the downward notification; - Authorization of the login in case the verification is successful.
Compressed air supply assembly for operating a pneumatic assembly, in particular an air spring assembly of a vehicle, comprising: - a compressed air supply; - a compressed air connection to the pneumatic assembly; - a purge connection to the environment; - a pneumatic main line between the compressed air supply and the compressed air connection, comprising an air dryer; - a purge line between the compressed air supply and the purge connection; - a solenoid valve arrangement with a control valve (81, 81', 81") to control a purge valve, wherein the control valve (81, 81', 81") is connected to a control valve connection (X2, Y2) in a pneumatic control line which is connected to a pressure control connection of the purge valve, and the purge valve is connected to a purge valve connection (X1, Y1) in the purge line, characterized in that a pressure-maintaining pneumatic device is connected to the pneumatic control line and is adapted to maintain control pressure at the pressure control connection when the purge valve connection (X1, Y1) of the purge valve in the purge line is open, independently of a pressure in the pneumatic main line. - a compressed air supply; - a compressed air connection to the pneumatic assembly; - a purge connection to the environment; - a pneumatic main line between the compressed air supply and the compressed air connection, comprising an air dryer; - a purge line between the compressed air supply and the purge connection; - a solenoid valve arrangement with a control valve (81, 81', 81") to control a purge valve,
A method of reducing de-icing heater error in total air temperature probes (100; 100-1; 100-2), characterised by the method comprising: using processing circuitry to obtain a nominal DHE function derived from a plurality of TAT probes of a particular type; using the processing circuitry to calculate a probe specific correction coefficient for an individual TAT probe of the particular type as a function of a measured DHE at a first airflow and a predicted DHE at the first airflow, the predicted DHE at the first airflow being determined using the nominal DHE function derived from the plurality of TAT probes of the particular type; and using the processing circuitry to determine DHE with the individual TAT probe over a range of airflows as a function of the probe specific correction coefficient. using processing circuitry to obtain a nominal DHE function derived from a plurality of TAT probes of a particular type; using the processing circuitry to calculate a probe specific correction coefficient for an individual TAT probe of the particular type as a function of a measured DHE at a first airflow and a predicted DHE at the first airflow, the predicted DHE at the first airflow being determined using the nominal DHE function derived from the plurality of TAT probes of the particular type; and using the processing circuitry to determine DHE with the individual TAT probe over a range of airflows as a function of the probe specific correction coefficient.
Roll of acrylic foam tape, comprising an acrylic foam tape comprising an acrylic foam with opposite first and second major sides, the first major side comprising a pressure sensitive adhesive protected by a first liner and the second major side comprising a heat activatable adhesive, the acrylic foam tape being level-wound in essentially helical convolutions around a core with a second liner arranged on the heat activatable adhesive, the second liner extending over at least one edge of the second major surface, wherein the acrylic foam is thermally crosslinked.
An optical fiber draw tower configured to melt a preform into an optical fiber characterized in that: a top end zone and a bottom end zone, wherein the preform is inserted at the top end zone and is melted into the optical fiber that exits from the bottom end zone, wherein a fluid is inserted into the optical fiber draw tower from the top end zone; and a plurality of air knives that distorts an optical fiber path such that partially uncooled optical fiber deviates from a vertical path and follows a bended path, wherein the plurality of air knives include a plurality of openings arranged such that to cause distortion on the vertical path of the optical fiber in the optical fiber draw tower, wherein the plurality of openings is a combination of one or more of a suction and pumping of the fluid; wherein a bended path length is greater than a vertical path length, wherein the bended path length is defined by laminar flow for at least 70% of the bended path length. a top end zone and a bottom end zone, wherein the preform is inserted at the top end zone and is melted into the optical fiber that exits from the bottom end zone, wherein a fluid is inserted into the optical fiber draw tower from the top end zone; and a plurality of air knives that distorts an optical fiber path such that partially uncooled optical fiber deviates from a vertical path and follows a bended path, wherein the plurality of air knives include a plurality of openings arranged such that to cause distortion on the vertical path of the optical fiber in the optical fiber draw tower, wherein the plurality of openings is a combination of one or more of a suction and pumping of the fluid; wherein a bended path length is greater than a vertical path length, wherein the bended path length is defined by laminar flow for at least 70% of the bended path length.
A compressor control method, comprising: receiving a cylinder switching instruction and detecting operating parameters of a compressor; determining whether a cylinder switching operation is completed according to the operating parameters of the compressor; and performing torque compensation after determining that the cylinder switching operation is completed; characterized in that, the detecting operating parameters of the compressor comprises detecting a current operating parameter of the compressor when receiving the cylinder switching instruction; and detecting a real-time operating parameter of the compressor every first preset time interval; the determining whether the cylinder switching operation is completed comprises calculating a ratio of the real-time operating parameter to the current operating parameter; comparing the ratio with a cylinder switching threshold, wherein the cylinder switching threshold is a preset value configured to represent that the cylinder switching is completed; and determining that the cylinder switching operation is completed when the ratio is greater than or equal to the cylinder switching threshold. receiving a cylinder switching instruction and detecting operating parameters of a compressor; determining whether a cylinder switching operation is completed according to the operating parameters of the compressor; and performing torque compensation after determining that the cylinder switching operation is completed; characterized in that, the detecting operating parameters of the compressor comprises detecting a current operating parameter of the compressor when receiving the cylinder switching instruction; and detecting a real-time operating parameter of the compressor every first preset time interval; the determining whether the cylinder switching operation is completed comprises calculating a ratio of the real-time operating parameter to the current operating parameter; comparing the ratio with a cylinder switching threshold, wherein the cylinder switching threshold is a preset value configured to represent that the cylinder switching is completed; and determining that the cylinder switching operation is completed when the ratio is greater than or equal to the cylinder switching threshold.