mhurhangee/ep-ind-claims huggingface dataset:
Piece of furniture comprising a cabinet, two slide rail assemblies, an object, and a mounting part for each slide rail assembly, adapted to mount the object to a second rail of a corresponding one of the two slide rail assemblies, wherein the second rail is arranged with an engaging member, and the engaging member includes an engaging portion and an elastic portion for applying an elastic force to the engaging portion, the mounting part further comprising a first mounting feature engaged with the engaging portion of the engaging member, and each of the two slide rail assemblies further comprising a first rail, a base portion and a first lateral portion, wherein the second rail is displaceable with respect to said first rail, the first lateral portion is substantially perpendicularly connected to the base portion, and the first mounting feature is provided on one of the base portion and the first lateral portion, characterized in that the object includes a plurality of vertically spaced enclosing frames, and in that the mounting part further includes an abutting portion and the engaging member further includes a flexible portion abutting against the abutting portion and producing a cushioning effect on the abutting portion of the mounting part.
A method for managing an ON/OFF status of a evolved Node B performed by at least a proxy router of a LTE telecommunication network comprising at least a first evolved node B and a second evolved node B of a set of evolved nodes B, the first evolved node B being connected to the proxy router via a first SCTP connection (SCTP1) and at least the second evolved node B of the set of nodes B being connected to the proxy router via a second SCTP connection (SCTP4), the proxy router allowing a first X2AP association (X2AP11) between the first and the second evolved nodes B, wherein the method comprises: • analysing SCTP connections which are active in the proxy router to build a list of IP addresses corresponding to evolved nodes B of the set of evolved nodes B having such a connection; • receiving from the first evolved node B a first container of a X2 setup sequence comprising a X2AP STOP message and storing said X2AP STOP message; ▪ when detecting by at the proxy router any disconnection of the first SCTP connexion of the first evolved node B with the proxy router, transmitting the first container which comprises the X2AP STOP message indicating the disconnection of the first SCTP connection (SCTP1) by the proxy router to each evolved node B of the set of evolved nodes B being connected to the proxy router via a SCTP connection based on the IP addresses in the list, the X2AP STOP message comprising data: ∘ indicating the end an X2AP association; ∘ identifying the first evolved node B. • analysing SCTP connections which are active in the proxy router to build a list of IP addresses corresponding to evolved nodes B of the set of evolved nodes B having such a connection; • receiving from the first evolved node B a first container of a X2 setup sequence comprising a X2AP STOP message and storing said X2AP STOP message; ▪ when detecting by at the proxy router any disconnection of the first SCTP connexion of the first evolved node B with the proxy router, transmitting the first container which comprises the X2AP STOP message indicating the disconnection of the first SCTP connection (SCTP1) by the proxy router to each evolved node B of the set of evolved nodes B being connected to the proxy router via a SCTP connection based on the IP addresses in the list, the X2AP STOP message comprising data: ∘ indicating the end an X2AP association; ∘ identifying the first evolved node B. ∘ indicating the end an X2AP association; ∘ identifying the first evolved node B.
A smart table comprising: a plate; an inverter configured to convert direct current power into alternative current power and to supply the AC power; and a coil unit disposed below the plate and comprising a plurality of working coils heated by the AC power; a radio frequency identification RFID reader configured to recognize an RFID tag of a home appliance placed on the plate and to receive information on the home appliance from the RFID tag and a processor configured to drive one or more of the plurality of working coils as wireless power transmission coils to perform control to transmit wireless power to the home appliance based on the received information or as working coils for induction heating to heat one or more objects disposed on the plate, characterised in that the RFID reader comprises an antenna disposed on at least one of the plurality of working coils; a spacer or an insulator that is disposed between the antenna of the RFID reader and the at least one of the plurality of working coils. a plate; an inverter configured to convert direct current power into alternative current power and to supply the AC power; and a coil unit disposed below the plate and comprising a plurality of working coils heated by the AC power; a radio frequency identification RFID reader configured to recognize an RFID tag of a home appliance placed on the plate and to receive information on the home appliance from the RFID tag and a processor configured to drive one or more of the plurality of working coils as wireless power transmission coils to perform control to transmit wireless power to the home appliance based on the received information or as working coils for induction heating to heat one or more objects disposed on the plate, characterised in that the RFID reader comprises an antenna disposed on at least one of the plurality of working coils; a spacer or an insulator that is disposed between the antenna of the RFID reader and the at least one of the plurality of working coils.
A tank, in particular a fuel tank for motor vehicles, with at least one tank inner pipe arranged inside of the tank, wherein the tank inner pipe has a fluid channel enveloped by a pipe wall, wherein the pipe wall consists of at least three layers, wherein an outer layer based on an aromatic polyamide, in particular based on polyphthalamide, is provided, wherein an intermediate layer based on an aliphatic polyamide is present, wherein an inner layer based on an aromatic polyamide, in particular based on polyphthalamide, is provided, and wherein the entire wall thickness of the tank inner pipe measures 0.5 mm to 3.5 mm, preferably 0.6 mm to 3 mm, and primarily 0.6 mm to 2.5 mm.
Composition for generating a desired cell type and/or tissue type from at least one hair follicular stem cell, said composition comprising at least one anti-apoptotic compound, wherein said anti-apoptotic agent is a physiologically acceptable vanadium compound, at least one anti-oxidant compound selected from the group of quercetin, monohydroxyethyl rutoside, vitamin C, lipoic acid, deferoxamine mesylate, and vitamin E, at least one stem cell enhancer compound selected from the group of erythropoietin, CD34-positive cell and retinoic acid, at least one extracellular matrix compound selected from the group of platelet rich plasma, laminin, collagen IV, heparin sulfate, entactin, and chondroitin sulfate, and at least one differentiation inducing factor selected from the group of basic fibroblast growth factor, insulin-growth factor, epidermal growth factor, transforming growth factor, nerve growth factor, fibroblast growth factor, epithelial growth factor, taurine activin A, and 5-azacytidine.
A vehicular control apparatus comprising: a control circuit that controls an operation of a vehicle to generate a plurality of signals; a monitoring circuit that monitors the signals to monitor an operation of the control circuit; an abnormality causing circuit that selects one of the signals and that causes a quasi-abnormality in the selected signal; and a reset determining circuit that resets the control circuit when the selected signal is determined to be abnormal, characterized in that the abnormality causing circuit switches the signal to be brought into a quasi-abnormal state from the selected signal to another signal each time the vehicle is powered on. a control circuit that controls an operation of a vehicle to generate a plurality of signals; a monitoring circuit that monitors the signals to monitor an operation of the control circuit; an abnormality causing circuit that selects one of the signals and that causes a quasi-abnormality in the selected signal; and a reset determining circuit that resets the control circuit when the selected signal is determined to be abnormal, characterized in that the abnormality causing circuit switches the signal to be brought into a quasi-abnormal state from the selected signal to another signal each time the vehicle is powered on.
Apparatus for safeguarding the leaf movements of an automatic revolving door (36; 12) using sensors, having a sensor system comprising a sensor unit (42; 16) which can be arranged on the hinge side of the door leaf (38; 18) and/or a sensor unit (44; 22) which can be arranged on the counter-hinge side of the door leaf (38; 18) and having a door controller which communicates with the sensor system, wherein a respective sensor unit (42, 44; 16, 22) comprises an at least substantially flat distance scanner, wherein the sensor unit (42, 44; 16, 22) comprises a flat light scanner as the flat distance scanner, and the sensor system and/or the door controller is/are configured in such a manner that, in a respective automatically performed learning cycle during an opening and/or closing cycle of the door leaf (38; 18), a respective sensor unit (42, 44; 16, 22) measures the distances between the respective sensor unit (42, 44; 16, 22) and the surroundings of the door leaf (38; 18) for successive door opening angles (α) in each case in a hinge-side or counter-hinge-side plane (48, 48'), determines a three-dimensional image of the surroundings from the measured values obtained in the various planes on the basis of the door opening angle (α) as a function of the distances between the respective sensor unit (42, 44; 16, 22) and the surroundings, as measured in the various planes, and as a function of the door opening angle (α) and stores the three-dimensional image of the surroundings which is determined in this manner, characterized in that a respective sensor unit (42, 44; 14, 20) is configured in such a manner that, during a respective opening or closing cycle of the door leaf (38, 18), it measures the distances (xn(t)) between the respective sensor unit (42, 44; 16, 22) and the surroundings along a line for a respective current door opening angle (α(t)) in the respective plane as a function of the respective current door opening angle (α(t)).
Integrated circuit connection device for connecting an external component, said integrated circuit being powered by a supply voltage (V DD) and one part of the circuit operating using at least one internal regulated voltage (V REG), said connection device including two active transistors (N1, P1) of different conductivity series connected between the supply voltage (V DD) and earth (V SS), the drains of these two active transistors (N1, P1) being connected to each other so as to form an external contact pad, the gates of said active transistors being intended to be controlled by voltage signals (V esd) having the same amplitude at different times, the connection device further including switching means connected to the gates of the active transistors, to the supply voltage, and to said at least one internal regulated voltage, the switching means comprising a voltage comparator for comparing the supply voltage (V DD) and the internal regulated voltage (V REG) and delivering as an output a voltage equal to the highest of these voltages (V DD, V REG), said output voltage forming the voltage signals (V esd), the switching means also comprising two voltage-level offset devices and a control circuit, making it possible to generate, using the output voltage of the voltage comparator, control signals (COMMAND_P, COMMAND_N) applied to the gates of the active transistors (N1, P1).
Method for optimizing the downstream rate of an asymmetric access line, used to transmit data between at least one server and at least one customer equipment item comprising at least one first reception buffer receiving data from said server, and at least one second buffer of an application in said customer equipment item, receiving said data from said at least one first reception buffer on reception of a request sent by said application, said method comprising: • a time delay for the transmission of the data present in said at least one first reception buffer to said at least one second buffer, said time delay being implemented, by means of a variable representative of a scanning delay of said at least one first buffer, by said application, via a command line, or by an independent program interfacing with said application: ∘ by retention of said request sent by said application, or ∘ by a delay in the sending of said request from said application, as it were putting said application to sleep; • a sending, by said customer equipment item, of an acknowledgement packet to the server when said data present in said at least one first buffer have been transmitted to said at least one second buffer, said sending being deferred relative to normal operation, whereby said request sent by the application is immediately followed by a transfer of the data from the first buffer to the second buffer. • a time delay for the transmission of the data present in said at least one first reception buffer to said at least one second buffer, said time delay being implemented, by means of a variable representative of a scanning delay of said at least one first buffer, by said application, via a command line, or by an independent program interfacing with said application: ∘ by retention of said request sent by said application, or ∘ by a delay in the sending of said request from said application, as it were putting said application to sleep; ∘ by retention of said request sent by said application, or ∘ by a delay in the sending of said request from said application, as it were putting said application to sleep; • a sending, by said customer equipment item, of an acknowledgement packet to the server when said data present in said at least one first buffer have been transmitted to said at least one second buffer, said sending being deferred relative to normal operation, whereby said request sent by the application is immediately followed by a transfer of the data from the first buffer to the second buffer.
A refrigerator comprising at least one fresh food compartment wherein foodstuffs to be cooled are placed, a storage compartment placed into the fresh food compartment and wherein foodstuffs are placed to be stored without spoiling, at least one ultraviolet lamp disposed on the storage compartment, providing sterilization, a fan providing circulation of the air inside the storage compartment, at least one valve that is disposed on the storage compartment and that enables heat transfer to be realized between the fresh food compartment and the storage compartment, a first temperature sensor that detects the surface temperature of the food, and a control unit, characterized by a second temperature sensor that detects the temperature at the surface of the ultraviolet lamp, and by the control unit that is configured to provide cooling of the food by means of the fan and the valve depending on the data received from the first temperature sensor before and after the ultraviolet lamp is activated and to cool the vicinity of the ultraviolet lamp depending on the data received from the second temperature sensor when the ultraviolet lamp is activated, wherein the control unit is configured to enable the food surface to be cooled by opening the valve and activating the fan - if the measured food surface temperature (T gm), before the ultraviolet lamp is activated, is greater than the food surface temperature limit value (T gl) predetermined by the producer, - if the measured food surface temperature (T gm) is greater than the food surface temperature limit value (T gl) predetermined by the producer after the ultraviolet lamp is activated, - if the measured ultraviolet lamp surface temperature (T lm), when the ultraviolet lamp is activated, is greater than the ultraviolet lamp surface temperature limit value (T ll) predetermined by the producer. - if the measured food surface temperature (T gm), before the ultraviolet lamp is activated, is greater than the food surface temperature limit value (T gl) predetermined by the producer, - if the measured food surface temperature (T gm) is greater than the food surface temperature limit value (T gl) predetermined by the producer after the ultraviolet lamp is activated, - if the measured ultraviolet lamp surface temperature (T lm), when the ultraviolet lamp is activated, is greater than the ultraviolet lamp surface temperature limit value (T ll) predetermined by the producer.
A wound closure device comprising: (a) a first opposing member and a second opposing member engaged about a longitudinal axis, each pivotally moveable around the axis between a closed position and an open position relative to each other, each of the opposing members having a proximal edge adjacent the longitudinal axis and a distal edge; (b) skin penetrating means for anchoring the device disposed on each of the first and second opposing members; (c) a pressure bar (18,20) along each distal edge; and (d) releasable locking means for biasing or maintaining the device in the closed position; the wound closure device being characterized by the two opposing members frictionally engaging each other to remain in the closed position. (a) a first opposing member and a second opposing member engaged about a longitudinal axis, each pivotally moveable around the axis between a closed position and an open position relative to each other, each of the opposing members having a proximal edge adjacent the longitudinal axis and a distal edge; (b) skin penetrating means for anchoring the device disposed on each of the first and second opposing members; (c) a pressure bar (18,20) along each distal edge; and (d) releasable locking means for biasing or maintaining the device in the closed position; the wound closure device being characterized by the two opposing members frictionally engaging each other to remain in the closed position.
An apparatus for a mobile transceiver of a mobile communication system, the apparatus comprising a transceiver module configured to receive control information from a base station transceiver of the mobile communication system and to communicate with another mobile transceiver of the mobile communication system; and a control module configured to control the transceiver module, receive information related to a first resource pool and information related to a second resource pool using the transceiver module, and communicate with the other mobile transceiver using the transceiver module using a rateless code to encode data for transmission on resources of the second resource pool, wherein the control module is configured to transmit and/or receive periodic data using the first resource pool and to transmit and/or receive event-driven data using the second resource pool.
A semiconductor laser light source comprising: a block mounted on a support base, the block having two opposing side surfaces and a lower surface that is mounted on the support base; and a plurality of semiconductor laser chips which emit laser light beams of different wavelengths, respectively, wherein said block includes: a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips, and having, in a longitudinal direction of the body portion, two end portions; and protruding portions (4b, 4c) protruding laterally from both end portions, characterised by at least two of said semiconductor laser chips being mounted on each of said two opposing side surfaces of the body portion of said block, wherein said block further includes rectangular corner portions capable of coming into contact with a rectangular corner portion of one of said semiconductor laser chips at boundary portions between said body portion and said protruding Portions (4b, 4c), so that an operator can grasp the protruding portions (4b, 4c) in the process of manufacturing the semiconductor laser light source without touching the semiconductor laser chips. a block mounted on a support base, the block having two opposing side surfaces and a lower surface that is mounted on the support base; and a plurality of semiconductor laser chips which emit laser light beams of different wavelengths, respectively, wherein said block includes: a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips, and having, in a longitudinal direction of the body portion, two end portions; and protruding portions (4b, 4c) protruding laterally from both end portions, characterised by a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips, and having, in a longitudinal direction of the body portion, two end portions; and protruding portions (4b, 4c) protruding laterally from both end portions, characterised by at least two of said semiconductor laser chips being mounted on each of said two opposing side surfaces of the body portion of said block, wherein said block further includes rectangular corner portions capable of coming into contact with a rectangular corner portion of one of said semiconductor laser chips at boundary portions between said body portion and said protruding Portions (4b, 4c), so that an operator can grasp the protruding portions (4b, 4c) in the process of manufacturing the semiconductor laser light source without touching the semiconductor laser chips.
A method for calibrating an antenna array of a base station to remove distortion incurred by transmit paths in the base station, the antenna array including a plurality of sub-arrays coupled to the transmit paths for transmitting outbound traffic signals to a wireless network, the method comprising the steps of: combining the outbound traffic signals in respective ones of the sub-arrays into a feedback signal by a combiner in the antenna array; capturing the outbound traffic signals simultaneously for use as reference signals before the outbound traffic signals enter the transmit paths, each of the reference signals being one of the outbound traffic signals that is to be transmitted via one of the sub-arrays; performing an impairment estimation for each of the outbound traffic signals based on the feedback signal and the reference signals; and applying an approximate inverse of the impairment estimation to the outbound traffic signals before the outbound traffic signals enter the transmit paths to thereby remove the distortion incurred by the transmit paths. combining the outbound traffic signals in respective ones of the sub-arrays into a feedback signal by a combiner in the antenna array; capturing the outbound traffic signals simultaneously for use as reference signals before the outbound traffic signals enter the transmit paths, each of the reference signals being one of the outbound traffic signals that is to be transmitted via one of the sub-arrays; performing an impairment estimation for each of the outbound traffic signals based on the feedback signal and the reference signals; and applying an approximate inverse of the impairment estimation to the outbound traffic signals before the outbound traffic signals enter the transmit paths to thereby remove the distortion incurred by the transmit paths.