mhurhangee/patent-ind-claim-en huggingface dataset:
A differential gear assembly , comprising: • a casing extending along a longitudinal drive axis (LA) and end gears adapted to receive first and second half shafts of a vehicle drive axle, the casing comprising at least one opening extending perpendicular to the longitudinal drive axis (LA) between outer and inner surfaces of the casing ; • a first gear shaft received within the at least one opening of the casing , said first gear shaft comprising a substantially cylindrical shape and comprising at least one flat extending from its first end surface , said flat forming a first shoulder portion that defines a first bearing surface , which is recessed from the first end surface and received within the at least one opening; • a first differential side gear meshing with end gears , the first differential side gear being rotatably mounted on the first gear shaft ; • at least one fastening member fixing the first gear shaft with respect to the casing , said at least one fastening member contacting the first bearing surface, wherein the casing comprises a cavity , extending substantially parallel to the longitudinal drive axis (LA) and receiving the at least one fastening member characterised in that the cavity is a through hole and extends between a first end arranged at a side surface of the casing and a second end arranged at an inner surface of the at least one opening , wherein the first bearing surface is received within the at least one opening in such a way that the at least one fastening member is visible from the outside of the casing . • a casing extending along a longitudinal drive axis (LA) and end gears adapted to receive first and second half shafts of a vehicle drive axle, the casing comprising at least one opening extending perpendicular to the longitudinal drive axis (LA) between outer and inner surfaces of the casing ; • a first gear shaft received within the at least one opening of the casing , said first gear shaft comprising a substantially cylindrical shape and comprising at least one flat extending from its first end surface , said flat forming a first shoulder portion that defines a first bearing surface , which is recessed from the first end surface and received within the at least one opening; • a first differential side gear meshing with end gears , the first differential side gear being rotatably mounted on the first gear shaft ; • at least one fastening member fixing the first gear shaft with respect to the casing , said at least one fastening member contacting the first bearing surface,
A display system , comprising: a foldable display unit to display visual information, the visual information based at least in part on display data; and a display control unit configured for receiving the display data and at least one fold signal indicative of a fold in at least a portion of the display unit, and outputting one or more display control signals operative to cause the display unit to display the visual information, the display control signals being output at least in part in response to the at least one fold signal to adapt the one or more display control signals to change a format of the visual information, wherein the fold in the display unit creates a deformation area along a fold axis of the display unit, and wherein the format change compensates for impairment of the visual information in the deformation area by displaying the visual information in compensated format in the deformation area, the compensation being mathematically determined based on distortion experienced by a viewer at an assumed viewing angle. a foldable display unit to display visual information, the visual information based at least in part on display data; and a display control unit configured for receiving the display data and at least one fold signal indicative of a fold in at least a portion of the display unit, and outputting one or more display control signals operative to cause the display unit to display the visual information, the display control signals being output at least in part in response to the at least one fold signal to adapt the one or more display control signals to change a format of the visual information, wherein the fold in the display unit creates a deformation area along a fold axis of the display unit, and wherein the format change compensates for impairment of the visual information in the deformation area by displaying the visual information in compensated format in the deformation area, the compensation being mathematically determined based on distortion experienced by a viewer at an assumed viewing angle.
A multipolar, detection / stimulation endovascular lead intended to be implanted in the coronary venous network, said lead comprising: - a lead body ; - in the proximal part of the lead body, a connector for connection to a cardiac pacemaker/defibrillator generator; and - in the distal part of the lead body, an active part extending the lead body beyond a bifurcation of the lead body from which a first branch and a second branch extending from the lead body Branch extend, the proximal ends of the first and second branches being joined at the bifurcation and the distal ends of the first and second branches being free ends, each of the first and second branches carrying an array of electrodes connected to the connector , characterized in that this lead being intended to be implanted by wire-guiding, each of the first and second branches comprises a distal guiding element having at the free end of the branch an outlet in the distal direction, this outlet being able to receive a guide-wire inserted therein and guiding this implantation guide-wire in an axial direction (Δ1, Δ2) parallel to the main axis of the lead body. - a lead body ; - in the proximal part of the lead body, a connector for connection to a cardiac pacemaker/defibrillator generator; and - in the distal part of the lead body, an active part extending the lead body beyond a bifurcation of the lead body from which a first branch and a second branch extending from the lead body Branch extend,
Apparatus for the homing and subsequent positioning of the axes of a numerical control machine, comprising: - motion actuators means , operatively connected to motor means for moving a machine worktable of said apparatus; - a control unit , - an input/output unit , operatively connected to said control unit for the definition of at least one working axis, said apparatus comprising at least one switching sensor , either of inductive or capacitive type, at least one switching bar for the definition of at least one switching point identified on said at least one worktable by means of said at least one switching sensor , said switching sensors and switching points being fixed or mobile, said at least one switching bar comprising a detection area for said at least one switching sensor , said area being shared into a first , respectively a second detection section, and a plurality of protection and fastening areas , and a sensor housing for the insertion, protection and sliding of one or more switching sensors, wherein said at least one sensor for at least one axis emits a signal by operating without contact for homing and subsequent positioning of said at least one axis. - motion actuators means , operatively connected to motor means for moving a machine worktable of said apparatus; - a control unit , - an input/output unit , operatively connected to said control unit for the definition of at least one working axis, said apparatus comprising at least one switching sensor , either of inductive or capacitive type, at least one switching bar for the definition of at least one switching point identified on said at least one worktable by means of said at least one switching sensor , said switching sensors and switching points being fixed or mobile, said at least one switching bar comprising a detection area for said at least one switching sensor , said area being shared into a first , respectively a second detection section, and a plurality of protection and fastening areas , and a sensor housing for the insertion, protection and sliding of one or more switching sensors, wherein said at least one sensor for at least one axis emits a signal by operating without contact for homing and subsequent positioning of said at least one axis.
A communication network for an aircraft comprising at least one first processing member and a first switch which is connected to the first processing member in order to provide data exchange within the first processing member and/or between the first processing member and at least one user terminal remote from the first processing member and connected to the first switch, with the communication network being characterized in that the first switch comprises local means for observing the content of information transmitted via logical communication channels of the first switch and in that the first processing member comprises means for controlling said observation means, the communication network comprising at least one second processing member and a second switch which is connected to the second processing member in order to provide data exchange within the second processing member and/or between the second processing member and at least one user terminal remote from the second processing member and connected to the second switch, with the second switch including local means for observing the content of information transmitted via the logical communication channels of the second switch, wherein each processing member being associated with a separate avionics element of the aircraft and thus hosting multiple avionics applications-functions to be executed, such applications-functions being specific to a configuration given to the avionics element associated with the processing member concerned.
A method for a first station, STA, to transmit a frame to a second STA in a wireless local area network, WLAN, system, the method comprising: generating the frame including a first part, L-part, for a first type STA and a second part, HE-part, for a second type STA; and transmitting the generated frame to the second STA, wherein the first part includes a legacy short training field, L-STF, a legacy long training field, L-LTF, and a legacy signaling, L-SIG, field, and wherein a length of the L-SIG field is configured to indicate different types of the frame based on a remainder from a length of the L-SIG field divided by a predetermined natural number. generating the frame including a first part, L-part, for a first type STA and a second part, HE-part, for a second type STA; and transmitting the generated frame to the second STA, wherein the first part includes a legacy short training field, L-STF, a legacy long training field, L-LTF, and a legacy signaling, L-SIG, field, and wherein a length of the L-SIG field is configured to indicate different types of the frame based on a remainder from a length of the L-SIG field divided by a predetermined natural number.
A method for reinforcing an existing base structure with at least one reinforcing structure to form a supporting structure , comprising the steps of: - providing or manufacturing the at least one reinforcing structure , - connecting the at least one reinforcing structure to the base structure , so that the at least one reinforcing structure is connected to the base structure in a connection position and the base structure together with the at least one reinforcing structure forms the support structure , wherein the at least one reinforcing structure , in particular all reinforcing structures , is or are produced from a composite material with fibres and a matrix by means of pultrusion and/or extrusion and a pultrusion unit and/or an extrusion unit is or are moved in space, so that the at least one reinforcing structure , in particular all reinforcing structures , is or are pultruded and/or extruded onto the base structure in each case at the required connection position after the pultrusion and/or extrusion, characterised in that before the at least one reinforcing structure is placed on the surface of the base structure , the material of the base structure is removed locally on the surface of the base structure in the region of a later contact surface between the at least one reinforcing structure and the base structure . - providing or manufacturing the at least one reinforcing structure , - connecting the at least one reinforcing structure to the base structure , so that the at least one reinforcing structure is connected to the base structure in a connection position and the base structure together with the at least one reinforcing structure forms the support structure , the at least one reinforcing structure , in particular all reinforcing structures , is or are produced from a composite material with fibres and a matrix by means of pultrusion and/or extrusion and a pultrusion unit and/or an extrusion unit is or are moved in space, so that the at least one reinforcing structure , in particular all reinforcing structures , is or are pultruded and/or extruded onto the base structure in each case at the required connection position after the pultrusion and/or extrusion, characterised in that before the at least one reinforcing structure is placed on the surface of the base structure , the material of the base structure is removed locally on the surface of the base structure in the region of a later contact surface between the at least one reinforcing structure and the base structure .
A basketball net assembly, comprising: a basketball net ; and a net cover attached to the basketball net ; wherein the net cover comprises a sheet of fabric having a top end, a bottom end, a first edge, and a second edge; wherein at the top end a plurality of openings are positioned a predetermined distance from one another and are each of a predetermined length to allow a loop of the basketball net to pass therethrough; wherein when the first edge and the second edge are secured together a frustum of a cone is formed wherein a top edge at the top end has a first circumference and a bottom edge at the bottom end has a second circumference. a basketball net ; and a net cover attached to the basketball net ; wherein the net cover comprises a sheet of fabric having a top end, a bottom end, a first edge, and a second edge; wherein at the top end a plurality of openings are positioned a predetermined distance from one another and are each of a predetermined length to allow a loop of the basketball net to pass therethrough; wherein when the first edge and the second edge are secured together a frustum of a cone is formed wherein a top edge at the top end has a first circumference and a bottom edge at the bottom end has a second circumference.
A front vehicle-body structure comprising: a hinge pillar extending vertically; a suspension housing spaced forward from the hinge pillar ; an apron reinforcement that extends forward from an upper part of the hinge pillar , has a closed section perpendicular to a front-rear direction, and is configured to support the suspension housing ; a bracing reinforcement that extends rearward to be inclined downward so as to couple the apron reinforcement and the hinge pillar in a bracing manner below the apron reinforcement , and has a closed section perpendicular to a direction of the extension; and a reinforcing member that is provided inside the closed section of the apron reinforcement and configured to partition the closed section in the front-rear direction, characterised in that the bracing reinforcement includes, at a bottom, a bracing reinforcement bottom wall extending rearward to be inclined downward, and the reinforcing member is connected to the bracing reinforcement bottom wall . a hinge pillar extending vertically; a suspension housing spaced forward from the hinge pillar ; an apron reinforcement that extends forward from an upper part of the hinge pillar , has a closed section perpendicular to a front-rear direction, and is configured to support the suspension housing ; a bracing reinforcement that extends rearward to be inclined downward so as to couple the apron reinforcement and the hinge pillar in a bracing manner below the apron reinforcement , and has a closed section perpendicular to a direction of the extension; and a reinforcing member that is provided inside the closed section of the apron reinforcement and configured to partition the closed section in the front-rear direction, characterised in that the bracing reinforcement includes, at a bottom, a bracing reinforcement bottom wall extending rearward to be inclined downward, and the reinforcing member is connected to the bracing reinforcement bottom wall .
A packet transmission method applied to a local edge device, wherein an Ethernet Virtual Private Network, EVPN, neighbor is established between the local edge device and an opposite edge device, the local edge device and the opposite edge device are located in different data centers, one of the local edge device and the opposite edge device, between which the EVPN neighbor has been established, sends a first notification message carrying a first host route representing an IP address to the other of the local edge device and the opposite edge device; the method comprises: receiving the first notification message from the opposite edge device, parsing out the first host route representing the IP address from the first notification message, and adding a first forwarding table entry to a software forwarding table, wherein the first forwarding table entry is not added to a hardware forwarding table, wherein the first forwarding table entry comprises a correspondence between the first host route representing the IP address and an interface receiving the first notification message; and inquiring , after receiving a packet, the hardware forwarding table according to a destination address of the packet, and if there is no forwarding table entry matched with the destination address in the hardware forwarding table, inquiring the software forwarding table according to the destination address of the packet, if there is a forwarding table entry matched with the destination address in the software forwarding table, sending the packet according to the forwarding table entry matched with the destination address receiving the first notification message from the opposite edge device, parsing out the first host route representing the IP address from the first notification message, and adding a first forwarding table entry to a software forwarding table, wherein the first forwarding table entry is not added to a hardware forwarding table, wherein the first forwarding table entry comprises a correspondence between the first host route representing the IP address and an interface receiving the first notification message; and inquiring , after receiving a packet, the hardware forwarding table according to a destination address of the packet, and if there is no forwarding table entry matched with the destination address in the hardware forwarding table, inquiring the software forwarding table according to the destination address of the packet, if there is a forwarding table entry matched with the destination address in the software forwarding table, sending the packet according to the forwarding table entry matched with the destination address
Inductive proximity switch which is designed for generating a detection signal signaling the approach of a target, where the proximity switch evaluates a damping of an oscillator by the target to be detected, having the oscillator which comprises a resonant circuit having at least one inductor (L) and at least one capacitor (C) and a feedback amplifier , wherein in at least one feedback circuit of the amplifier there is at least one trimming resistor (R2), wherein there is an electronic switching device for alternately switching on and switching off the trimming resistor (R2), wherein a trimming circuit is formed by the trimming resistor (R2) and the electronic switching device , wherein there is a control device to control the electronic switching device , wherein the electronic switching device , together with the control device , is designed to alternately switch on and switch off the trimming resistor (R2) in a switching sequence and wherein a temporal mean value of the electrical resistance of the trimming circuit is defined by the switching sequence, characterised in that the temporal mean value is to be taken over averaging durations that are large in comparison with the period duration of the oscillator and large in comparison with typical time intervals between switching processes of the switching sequence, and that the defined temporal mean value of the electrical resistance of the trimming circuit is effective during oscillator operation such that a resonance impedance of the oscillator does not vary over time.
A heat exchanger , comprising: a plurality of heat exchange tube segments defining a plurality of fluid pathways therein; a plurality of fins disposed between adjacent heat exchange tube segments of the plurality of heat exchange tube segments; a bend formed in the plurality of heat exchange tube segments defining a first portion of the heat exchanger disposed at a first side of the bend, and a second portion of the heat exchanger disposed at a second side of the bend opposite the first side; and a support disposed at or near the bend, the support including: a support base ; and characterized by : at least one support finger extending from the support base and into a gap between adjacent heat exchange tube segments of the plurality of heat exchange tube segments. a plurality of heat exchange tube segments defining a plurality of fluid pathways therein; a plurality of fins disposed between adjacent heat exchange tube segments of the plurality of heat exchange tube segments; a bend formed in the plurality of heat exchange tube segments defining a first portion of the heat exchanger disposed at a first side of the bend, and a second portion of the heat exchanger disposed at a second side of the bend opposite the first side; and a support disposed at or near the bend, the support including: a support base ; and characterized by : at least one support finger extending from the support base and into a gap between adjacent heat exchange tube segments of the plurality of heat exchange tube segments.
Method for producing a flat steel product from a medium manganese steel having a manganese content of 4 to 12, preferably more than 5 to less than 10 wt.% and with a TRIP/TWIP effect, comprising the steps of: - cold-rolling a hot or cold strip, - annealing the cold-rolled hot or cold strip at 500 to 840°C for 1 min. to 24 h, - rerolling or skin-pass rolling the annealed hot or cold strip to form a flat steel product with a degree of deformation between 0.3% and 60% and with a yield strength that is at least 50 MPa higher than before the rerolling or skin-passing. - cold-rolling a hot or cold strip, - annealing the cold-rolled hot or cold strip at 500 to 840°C for 1 min. to 24 h, - rerolling or skin-pass rolling the annealed hot or cold strip to form a flat steel product with a degree of deformation between 0.3% and 60% and with a yield strength that is at least 50 MPa higher than before the rerolling or skin-passing.