mhurhangee/patent-ind-claim-en huggingface dataset:
A method for redirecting a user equipment with a routing misconfiguration, the method comprising: detecting a potential misconfiguration associated with the user equipment or a subscriber identity module, SIM, associated with the user equipment in response to an access request transmitted by the user equipment; and generating an error code indicating a potential misconfiguration associated with the user equipment of the SIM associated with the user equipment, wherein the error code further indicates that the potential misconfiguration is an incorrect routing identifier and includes additional user information; wherein an authentication module directs the access request to a first functional module based on the incorrect routing identifier included in the access request, and the authentication module redirects the access request to a second functional module based on the generated error code or information included with the generated error code, wherein the second functional module authenticates or registers the user equipment or SIM; and wherein the first functional module comprises at least one of a first authentication server function, AUSF, module, a first unified data management, UDM, module, or a first unified data repository, UDR, module, and the second functional module comprises at least one of a second AUSF module, a second UDM module, or a second UDR module. detecting a potential misconfiguration associated with the user equipment or a subscriber identity module, SIM, associated with the user equipment in response to an access request transmitted by the user equipment; and generating an error code indicating a potential misconfiguration associated with the user equipment of the SIM associated with the user equipment, wherein the error code further indicates that the potential misconfiguration is an incorrect routing identifier and includes additional user information; wherein an authentication module directs the access request to a first functional module based on the incorrect routing identifier included in the access request, and the authentication module redirects the access request to a second functional module based on the generated error code or information included with the generated error code, wherein the second functional module authenticates or registers the user equipment or SIM; and wherein the first functional module comprises at least one of a first authentication server function, AUSF, module, a first unified data management, UDM, module, or a first unified data repository, UDR, module, and the second functional module comprises at least one of a second AUSF module, a second UDM module, or a second UDR module.
A handheld device , comprising: means for receiving Bluetooth (BT) or Bluetooth Low End Extension (BTLEE) transmissions from targets within transmission range of the handheld device ; means for displaying, on the handheld device, a list of targets from which BT or BTLEE transmissions were received; means for sending, if a desired target is missing from the list of targets, a wireless request message to activate a BT or BTLEE transmission or change transmitted BT or BTLEE signal properties in the desired target from the handheld device so that the desired target may appear in the list of targets; means for selecting, on the handheld device, a target from the list of targets; an antenna array comprising a plurality of antennas (A1-A6) and a switch arranged to sequentially feed a signal from each of the antennas to the means for receiving ; means for determining with the antenna array, at the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device based on the BT or BTLEE transmissions received from the selected target; and means for indicating, on the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device. means for receiving Bluetooth (BT) or Bluetooth Low End Extension (BTLEE) transmissions from targets within transmission range of the handheld device ; means for displaying, on the handheld device, a list of targets from which BT or BTLEE transmissions were received; means for sending, if a desired target is missing from the list of targets, a wireless request message to activate a BT or BTLEE transmission or change transmitted BT or BTLEE signal properties in the desired target from the handheld device so that the desired target may appear in the list of targets; means for selecting, on the handheld device, a target from the list of targets; an antenna array comprising a plurality of antennas (A1-A6) and a switch arranged to sequentially feed a signal from each of the antennas to the means for receiving ; means for determining with the antenna array, at the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device based on the BT or BTLEE transmissions received from the selected target; and means for indicating, on the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device.
A method implemented by a network node in a wireless communication network, WCN, bridge , said method comprising: receiving scheduling information for data traffic entering an ingress port of the WCN bridge , wherein the scheduling information comprises per-stream filtering and policing information for the ingress ports; mapping the data traffic to a protocol data unit, PDU, session associated with the WCN bridge ; calculating , based on the scheduling information, radio access network, RAN, assistance information for use in scheduling data transmissions for a traffic flow in the PDU session; and forwarding the RAN assistance information for use by a RAN scheduler. receiving scheduling information for data traffic entering an ingress port of the WCN bridge , wherein the scheduling information comprises per-stream filtering and policing information for the ingress ports; mapping the data traffic to a protocol data unit, PDU, session associated with the WCN bridge ; calculating , based on the scheduling information, radio access network, RAN, assistance information for use in scheduling data transmissions for a traffic flow in the PDU session; and forwarding the RAN assistance information for use by a RAN scheduler.
A cover for an airbag cushion, comprising: a weakened region configured to facilitate separation of the cover during deployment of an airbag cushion, wherein the weakened region comprises: a first tear seam consisting of a first shape defined by a first line comprising at least one of regions of curvature and angled regions; and a second tear seam consisting of a second shape defined by a second line comprising at least one of regions of curvature and angled regions, wherein the first shape at least substantially comprises a reflected image of the second shape; wherein the first tear seam and the second tear seam overlap, wherein the cover does not have additional tear seams extending from said regions of curvature and/or angled regions. a first tear seam consisting of a first shape defined by a first line comprising at least one of regions of curvature and angled regions; and a second tear seam consisting of a second shape defined by a second line comprising at least one of regions of curvature and angled regions, wherein the first shape at least substantially comprises a reflected image of the second shape; wherein the first tear seam and the second tear seam overlap, wherein the cover does not have additional tear seams extending from said regions of curvature and/or angled regions.
An electrosurgical instrument comprising: a housing having an elongate main body extending in an axial direction, and a grippable member ; an implement fixed relative to and projecting from a forward region of the main body ; a smoke evacuation passage defined within the main body and extending from an inlet proximal to the implement ; an electrical conductor housed within the housing for supplying an electrosurgical current to the implement ; and an elongate illumination element engagable with the housing ; the housing including an axial retaining element on the main body for releasably engaging the elongate illumination element , and characterized by the grippable member being formed as a slidable carriage connected to the main body , a lower portion of the grippable member being receivable over the elongate illumination element when engaged with the axial retaining element such that the axial position of the grippable member relative to the main body may be adjusted in use without altering a position of the elongate illumination element . a housing having an elongate main body extending in an axial direction, and a grippable member ; an elongate main body extending in an axial direction, and a grippable member ; an implement fixed relative to and projecting from a forward region of the main body ; a smoke evacuation passage defined within the main body and extending from an inlet proximal to the implement ; an electrical conductor housed within the housing for supplying an electrosurgical current to the implement ; and an elongate illumination element engagable with the housing ; the housing including an axial retaining element on the main body for releasably engaging the elongate illumination element , and characterized by the grippable member being formed as a slidable carriage connected to the main body , a lower portion of the grippable member being receivable over the elongate illumination element when engaged with the axial retaining element such that the axial position of the grippable member relative to the main body may be adjusted in use without altering a position of the elongate illumination element .
Device for determining contamination of a fluid by a microorganism, said device comprising: - a housing having an internal volume delimited by at least one side wall and a bottom , - a cover which closes the housing and which is positioned opposite the bottom , - a fluid inlet port which is arranged on the cover and which opens out into the internal volume of said housing , the fluid inlet port extending along an axis that is substantially secant and preferably perpendicular to the cover , - at least one filtration member , arranged in the internal volume, - at least one nutrient layer comprising a microbiological culture medium, - a fluid outlet port which is provided on the housing and which opens out into the internal volume of said housing , the device being characterized in that : - the cover has an inner surface in the internal volume extending radially around the fluid inlet port up to a peripheral edge of the cover , said inner surface being inclined or curved and converging towards the fluid inlet port , - the device comprises a support grille configured to support the nutrient layer , and - the bottom of the housing has a surface extending radially around the fluid outlet port up to the side wall of the housing , said surface being inclined and converging towards the fluid outlet port . - a housing having an internal volume delimited by at least one side wall and a bottom , - a cover which closes the housing and which is positioned opposite the bottom , - a fluid inlet port which is arranged on the cover and which opens out into the internal volume of said housing , the fluid inlet port extending along an axis that is substantially secant and preferably perpendicular to the cover , - at least one filtration member , arranged in the internal volume, - at least one nutrient layer comprising a microbiological culture medium, - a fluid outlet port which is provided on the housing and which opens out into the internal volume of said housing , - the cover has an inner surface in the internal volume extending radially around the fluid inlet port up to a peripheral edge of the cover , said inner surface being inclined or curved and converging towards the fluid inlet port , - the device comprises a support grille configured to support the nutrient layer , and - the bottom of the housing has a surface extending radially around the fluid outlet port up to the side wall of the housing , said surface being inclined and converging towards the fluid outlet port .
A connection terminal for connecting an electrical device to a continuous electrical conductor , in particular a ground conductor, a. comprising a connector body which has at least one terminal connection , comprising a recess which extends in a direction of extension of the electrical conductor , and b. comprising a holding means which is provided for at least partial closing of the recess , c. wherein the holding means is reversibly adjustable from an open position (O), in which the electrical conductor can be inserted into the recess , into a closed position (G), d. in which the holding means holds the electrical conductor in the recess in a radial direction around the direction of extension , e. wherein the holding means with a first arm and a second arm is designed in the shape of an L and is reversibly rotatable in a direction of rotation around an axis which extends in the direction of extension , and f. the terminal connection has a clamping means which clamps the electrical conductor and the holding means in the closed position (G) of the holding means , g. the clamping means is a clamping screw which can be adjusted in a clamping direction and counter to said clamping direction transversely to the direction of extension , and characterized in that h. the holding means acts directly together with the clamping screw associated with the terminal connection , so that the electrical conductor is clamped between the connector body and the first arm of the holding means in a closed position G. a. comprising a connector body which has at least one terminal connection , comprising a recess which extends in a direction of extension of the electrical conductor , and b. comprising a holding means which is provided for at least partial closing of the recess , c. wherein the holding means is reversibly adjustable from an open position (O), in which the electrical conductor can be inserted into the recess , into a closed position (G), d. in which the holding means holds the electrical conductor in the recess in a radial direction around the direction of extension , e. wherein the holding means with a first arm and a second arm is designed in the shape of an L and is reversibly rotatable in a direction of rotation around an axis which extends in the direction of extension , and f. the terminal connection has a clamping means which clamps the electrical conductor and the holding means in the closed position (G) of the holding means , g. the clamping means is a clamping screw which can be adjusted in a clamping direction and counter to said clamping direction transversely to the direction of extension , and characterized in that h. the holding means acts directly together with the clamping screw associated with the terminal connection , so that the electrical conductor is clamped between the connector body and the first arm of the holding means in a closed position G.
Locking unit for a vehicle seat , comprising a locking detent which is mounted so as to be pivotable about a pivot axis between an opened position and a closed position, and which has a first retention contour for retaining a locking bolt in the closed position, wherein at least one claw is mounted so as to be pivotable about the same pivot axis and so as to be offset in the axial direction relative to the locking detent , wherein the claw has a closure contour , wherein the locking detent is able to be pivoted from the opened position to the closed position by impinging the closure contour by the locking bolt , characterized in that the claw has a support contour , a contour for retention in the open position, and a second projection having a second retention contour , wherein the support contour in the closed position of the locking detent interacts with a catch detent for securing the locking detent and with a tensioning element for positioning the locking detent in a play-free manner, wherein the contour for retention in the open position, in the opened position of the locking detent , for securing the catch detent interacts with the catch detent , wherein the second retention contour in a locked state of the locking unit bears on the locking bolt .
A thin-wall bonded self-lubricating plate, consisting of a surface self-lubricating layer, an intermediate bonding layer, and a metal backing, wherein the surface self-lubricating layer consists of polytetrafluoroethylene, ultrahigh molecular weight polyethylene and glass fiber powder, wherein a weight ratio of the polytetrafluoroethylene to the ultrahigh molecular weight polyethylene and the glass fiber powder in the surface self-lubricating layer is 65: 15: 20.
A method of manufacturing an impregnated fibrous material comprising a fibrous material made of continuous fibers and at least one thermoplastic polymer matrix, said impregnated fibrous material being produced as a single unidirectional ribbon or a plurality of unidirectional parallel ribbons, said method comprising a step of pre-impregnating said fibrous material in the form of a roving or several parallel rovings with the thermoplastic material and at least one step of heating the thermoplastic matrix for melting, or maintaining in the molten state, the thermoplastic polymer after pre-impregnation, the at least one heating step being carried out by means of at least one heat-conducting supporting part (E) and at least one heating system, with the exception of a heating calender, the roving or rovings being in contact with the part or all of the surface of the at least one supporting part (E) and partially or wholly passing over the surface of the at least one supporting part (E) at the level of the heating system, excluding any electrostatic method with deliberate charge, the pre-impregnation being done with a fluidized bed, particularly at high speed, and the porosity level in said pre-impregnated fibrous material being less than 10%, notably less than 5%, particularly less than 2%.
Conveying system for shock-sensitive items, in particular eggs, comprising at least one first conveying device , having a substantially horizontal orientation, and a second conveying device , having at least a first, upwardly moving section which has a substantially vertical orientation and along which said items are advanced in an upward direction, wherein said second conveying device comprises a plurality of seats intended to receive said items, wherein said second conveying device is arranged so that said upwardly moving section faces an end of said first conveying device and is aligned therewith, whereby said items can be transferred from said first conveying device to said seats of said second conveying device , characterized in that the first conveying device comprises one or more conveyor belts , said one or more conveyor belts of said first conveying device being made in the form of bar-type conveyor belts and having a width considerably greater than the width of the items to be conveyed, and in that said second conveying device advances at constant speed and said first conveying device advances at a variable speed, which alternately increases from a minimum value to a maximum value and decreases from said maximum value to said minimum value, and in that a motion transmission system is provided between said second conveying device and said first conveying device for transmitting motion from said second conveying device to said first conveying device and said motion transmission system comprises a motion transmission element , which is arranged for converting the motion at constant speed of said second conveying device into a motion at variable speed, which alternately increases from a minimum value to a maximum value and decreases from said maximum value to said minimum value, and motion transmission means for transmitting said motion at variable speed to said first conveying device , said items being transferred from said first conveying device to said seats of said second conveying device when the speed of said first conveying device is at its minimum value.
An air-conditioning control device , comprising: - an indoor humidity estimation unit configured to estimate an indoor humidity and a latent heat load at a second set room temperature of an air-conditioning apparatus including a refrigeration cycle when a first set room temperature is changed to the second set room temperature and the indoor humidity estimation unit receives the second set room temperature and a refrigerant temperature as a parameter of the refrigeration cycle; - a refrigeration cycle estimation unit configured to estimate consumed electric power at the second set room temperature when the refrigeration cycle estimation unit receives an outdoor air temperature, the refrigerant temperature, the indoor humidity, and the latent heat load; and - a refrigerant temperature calculation unit configured to change the refrigerant temperature to cause the indoor humidity estimation unit to repeat an estimation of the indoor humidity and the latent heat load and the refrigeration cycle estimation unit to repeat an estimation of the consumed electric power; wherein, when the consumed electric power at the second set room temperature estimated by the refrigeration cycle estimation unit equals electric power consumed by the air-conditioning apparatus at the first set room temperature, the refrigerant temperature calculation unit is configured to calculate the refrigerant temperature with which the consumed electric power at the second set room temperature is estimated and command the air-conditioning apparatus for the refrigerant temperature. - an indoor humidity estimation unit configured to estimate an indoor humidity and a latent heat load at a second set room temperature of an air-conditioning apparatus including a refrigeration cycle when a first set room temperature is changed to the second set room temperature and the indoor humidity estimation unit receives the second set room temperature and a refrigerant temperature as a parameter of the refrigeration cycle; - a refrigeration cycle estimation unit configured to estimate consumed electric power at the second set room temperature when the refrigeration cycle estimation unit receives an outdoor air temperature, the refrigerant temperature, the indoor humidity, and the latent heat load; and - a refrigerant temperature calculation unit configured to change the refrigerant temperature to cause the indoor humidity estimation unit to repeat an estimation of the indoor humidity and the latent heat load and the refrigeration cycle estimation unit to repeat an estimation of the consumed electric power;