mhurhangee/ep-ind-claims huggingface dataset:
Sealing arrangement for a vehicle window pane comprising at least - a retaining rail with a latching channel, wherein the latching channel comprises a guide rail and a spring leg and the retaining rail is fastened to a window pane, - a cover with a latching rail, wherein the guide rail, together with the spring leg, surrounds the latching rail in the latching channel, wherein the spring leg and the latching rail are oriented so as to latch parallel to each other, wherein - the cover makes contact, by means of a cover edge, with a glass edge of the window pane, - the guide rail comprises a spring element and the spring element is arranged and tensioned against a contact surface on the bottom of the cover, and - wherein the guide rail bears against the latching rail via a centering cam and, together with the cover edge, fixes and centers the cover in the latching channel. - a retaining rail with a latching channel, wherein the latching channel comprises a guide rail and a spring leg and the retaining rail is fastened to a window pane, - a cover with a latching rail, wherein the guide rail, together with the spring leg, surrounds the latching rail in the latching channel, wherein the spring leg and the latching rail are oriented so as to latch parallel to each other, wherein - the cover makes contact, by means of a cover edge, with a glass edge of the window pane, - the guide rail comprises a spring element and the spring element is arranged and tensioned against a contact surface on the bottom of the cover, and - wherein the guide rail bears against the latching rail via a centering cam and, together with the cover edge, fixes and centers the cover in the latching channel.
Surface relief structure for use in optical security elements, which comprises grooves and anisotropic lands (12, 22), wherein - the grooves and lands are arranged non-periodically along the preferred scattering axis, and - the heights of the lands are within one or more height levels, wherein the height of a land is the average vertical distance between the groove level and the upper surface of the land, and - the upper surfaces of the lands (13, 23) and the surfaces of the grooves are flat and substantially parallel to each other, wherein in a cross-section with the preferred scattering plane the flanks (15, 16, 25, 26) of the lands (12, 22) are asymmetric, characterized in that the angles γ 1, γ 2 of the first and of the second flank of a land in the cross-section are either γ 1 > 10 ° and γ 2 ≤ 0 °, or γ 1 = 0 ° and γ 2 < − 10 °, wherein the angles γ 1 and γ 2 quantify the inclination of the opposing flanks (15, 16, 25, 26) relative to the normal to the relief roof plane and are defined as positive if the foot of the corresponding flank is outside the vertically projected upper surface of the land and negative if the foot of the flank is inside the vertically projected upper surface; wherein the shape of the flanks is selected from a straight line or a curve; wherein in the case the shape of the flanks being a curve the angles γ1, γ2 are determined as an inclination angle, which is determined from a straight line, connecting the top and foot of the flank. - the grooves and lands are arranged non-periodically along the preferred scattering axis, and - the heights of the lands are within one or more height levels, wherein the height of a land is the average vertical distance between the groove level and the upper surface of the land, and - the upper surfaces of the lands (13, 23) and the surfaces of the grooves are flat and substantially parallel to each other, wherein the shape of the flanks is selected from a straight line or a curve; wherein in the case the shape of the flanks being a curve the angles γ1, γ2 are determined as an inclination angle, which is determined from a straight line, connecting the top and foot of the flank.
A method performed by a policy control server (60, 70) of a communication network for facilitating provisioning of service-related products in the communication network, the method comprising: Receiving, from a node of the communication network, a policy settings request message, requesting charging policy settings for service-related products of a subscriber of the communication network, the message comprising a subscriber identity; Obtaining, based on the received subscriber identity, information of one or more first service-related products that are available as pre-provisioned for the subscriber and the method being further characterised by: Selecting in response to receiving the policy settings request message, based on the information of the obtained one or more first products, one or more second service-related products that are tentative for the subscriber where tentative products are products that are not yet provisioned for the subscriber but that the subscriber has the possibility to start using when the subscriber has any of the first products; Obtaining, in response to the selection, policy settings for the one or more of second products; Sending the obtained policy settings for the one or more second products to the communication network node. Receiving, from a node of the communication network, a policy settings request message, requesting charging policy settings for service-related products of a subscriber of the communication network, the message comprising a subscriber identity; Obtaining, based on the received subscriber identity, information of one or more first service-related products that are available as pre-provisioned for the subscriber and the method being further characterised by: Selecting in response to receiving the policy settings request message, based on the information of the obtained one or more first products, one or more second service-related products that are tentative for the subscriber where tentative products are products that are not yet provisioned for the subscriber but that the subscriber has the possibility to start using when the subscriber has any of the first products; Obtaining, in response to the selection, policy settings for the one or more of second products; Sending the obtained policy settings for the one or more second products to the communication network node. Selecting in response to receiving the policy settings request message, based on the information of the obtained one or more first products, one or more second service-related products that are tentative for the subscriber where tentative products are products that are not yet provisioned for the subscriber but that the subscriber has the possibility to start using when the subscriber has any of the first products; Obtaining, in response to the selection, policy settings for the one or more of second products; Sending the obtained policy settings for the one or more second products to the communication network node.
An information feedback method, applied to a time division duplex, TDD, system, wherein the method comprises: detecting, by user equipment, UE, downlink transmission data in a received subframe; and sending, by the UE, a response message for the downlink transmission data to an access network device, wherein the response message is sent by the UE on an uplink symbol in a K th subframe after the received subframe, and K is the same for any subframe arrangement in the TDD system, a subframe arrangement being an arrangement sequence, by time, of different subframes in one configuration period, wherein K is a positive integer, and the response message is a hybrid automatic repeat request response message, wherein the K th subframe comprises an uplink symbol and a downlink symbol, wherein the uplink symbol in the K th subframe is located before the downlink symbol in the subframe, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there are multiple uplink symbols in the subframe, a guard period exists between the downlink symbol and the uplink symbol in the subframe, and the response message is carried on any uplink symbol after the guard period or on at least two uplink symbols after the guard period, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there is one uplink symbol in the subframe, and a guard period exists between the downlink symbol and the uplink symbol in the subframe. detecting, by user equipment, UE, downlink transmission data in a received subframe; and sending, by the UE, a response message for the downlink transmission data to an access network device, wherein the response message is sent by the UE on an uplink symbol in a K th subframe after the received subframe, and K is the same for any subframe arrangement in the TDD system, a subframe arrangement being an arrangement sequence, by time, of different subframes in one configuration period, wherein K is a positive integer, and the response message is a hybrid automatic repeat request response message, wherein the K th subframe comprises an uplink symbol and a downlink symbol, wherein the uplink symbol in the K th subframe is located before the downlink symbol in the subframe, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there are multiple uplink symbols in the subframe, a guard period exists between the downlink symbol and the uplink symbol in the subframe, and the response message is carried on any uplink symbol after the guard period or on at least two uplink symbols after the guard period, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there is one uplink symbol in the subframe, and a guard period exists between the downlink symbol and the uplink symbol in the subframe.
Jointed strip assembly with at least two jointed parts (6, 8) which can pivot towards one another, which can be pivoted towards one another about a common pivot axis, wherein means for the forming of the pivot axis are provided, and at least two mutually associated support elements (25, 27) provide an axial support for the jointed parts (6, 8), wherein at least one of the support elements (25, 27) can be adjusted in its position relative to the jointed parts, characterized in that the first jointed part consists of a frame-side bearing block, which has a guide contour, rising in the closing direction, for a carrier arm of a leaf bearing part of the second jointed part, guided in the contour and shaped in accordance with the pivot axis, wherein an alignment element, consisting of the guide contour into which the carrier arm engages, incurs a functional axial alignment of the jointed parts (6, 8), and in this situation a relief device takes effect as an alignment element between the bearing block and the leaf bearing part, wherein the relief device is a draw cable, which takes effect between the bearing block and the leaf bearing part, and at least one of the support elements automatically compensates for a distance interval between the support elements (27, 25) caused by the alignment element, and the support elements (27, 25) comprise two wedge surfaces (28, 29), which can be displaced horizontally against one another.
A portable device for performing wireless communication with a communication controller to receive a first request signal from the communication controller, the portable device comprising: a transmitter which transmits a first response signal with a selected one of a plurality of frequencies (fa, fb) that corresponds to the first request signal in response thereto; and a transmission control unit which controls a transmission frequency of the transmitter and transmits the first response signal from the transmitter with one of the plurality of frequencies (fa, fb), with the portable device being able to receive a second request signal from the communication controller that receives the first response signal: characterized by when the portable device does not receive the second request signal, the transmission control unit retransmits the first response signal from the transmitter with another one of the plurality of frequencies (fa, fb) without waiting for retransmission of the first request signal from the communication controller. a transmitter which transmits a first response signal with a selected one of a plurality of frequencies (fa, fb) that corresponds to the first request signal in response thereto; and a transmission control unit which controls a transmission frequency of the transmitter and transmits the first response signal from the transmitter with one of the plurality of frequencies (fa, fb), with the portable device being able to receive a second request signal from the communication controller that receives the first response signal: characterized by when the portable device does not receive the second request signal, the transmission control unit retransmits the first response signal from the transmitter with another one of the plurality of frequencies (fa, fb) without waiting for retransmission of the first request signal from the communication controller. characterized by when the portable device does not receive the second request signal, the transmission control unit retransmits the first response signal from the transmitter with another one of the plurality of frequencies (fa, fb) without waiting for retransmission of the first request signal from the communication controller.
A label (1, 30) for securing a bunch of elongate products, wherein the label is substantially rectangular comprising two discrete adhesive areas, such that when the label is wrapped around the elongate products the two adhesive areas meet to secure the label in a loop having an adhesive-free area forming the loop around the elongate products and a flat section protruding therefrom, and wherein the label is substantially rectangular and tapers towards a first end (33, 3) having a width less than a second substantially rectangular end portion and wherein adhesive is applied in a substantially triangular shape (39, 19) to at least a first portion of the first tapered end of the label and adhesive is applied to a second longitudinal strip of a portion of the substantially rectangular second end, characterised in that: i) the first end of the label comprises two adhesive spots (43, 44) at the two corners of the first end of the label and the second end of the label comprises two adhesive spots (41, 42) at the two corners of the second end of the label; or ii) the label comprises a truncated circular area at the second end of the label and further comprises adhesive spots (22, 23) applied to the corners of the first end and to a portion of the tip of the opposing end of the label. i) the first end of the label comprises two adhesive spots (43, 44) at the two corners of the first end of the label and the second end of the label comprises two adhesive spots (41, 42) at the two corners of the second end of the label; or ii) the label comprises a truncated circular area at the second end of the label and further comprises adhesive spots (22, 23) applied to the corners of the first end and to a portion of the tip of the opposing end of the label.
Firewood handling device for firewood pieces comprising a conveyor, including one or more rotating, endless chains, the conveyor extending from an input end to an output end, wherein the conveyor chains are provided with carriers, which project outwards from outer sides of the chains and extend across and on a distance from each other in relation to the longitudinal extension of the conveyor such that spaces are formed between the carriers into which firewood pieces can be positioned having their longitudinal extension across the longitudinal extension of the conveyor, characterized in that the carriers are formed with at least two, not cut through slots or recesses (42, 43, 44) from below as well as from above which overlap each other, wherein the conveyor in its output end is provided with at least two inner guiding members, which are connected to the conveyor in an area between a lower and an upper part (9") of the chains, as well as with at least two outer guiding members, which are connected to the conveyor outside of the area between the lower and the upper part of the chains, wherein both the inner and the outer guiding members are provided with smooth upper sliding surfaces and are mounted such that the sliding surfaces of the inner guiding members extend and have an increasing height in the conveying direction and are positioned such that they are aligned with the slots or recesses extending from below in the carriers, whereas the sliding surfaces of the outer guiding members extend and have a decreasing height in the conveying direction and are positioned such that they are aligned with the slots or recesses extending from above in the carriers, and wherein the sliding surfaces of the inner and the outer guiding members extend essentially without interruption or somewhat overlapping in relation to each other as seen in the conveying direction.
A method for communicating by vehicular communications circuitry of a device, comprising: in a wireless communications network in which a message is broadcasted by vehicular communications circuitry of a device for asynchronous receptions by other circuitry (212, 214) in one or more devices configured to wirelessly communicate according to a communications protocol, monitoring a channel busy ratio associated with channels in a designated range of frequency pertaining to the wireless communications network; assessing whether to retransmit the message as a function of the channel busy ratio, and in response to the channel busy ratio being outside a threshold, retransmitting the message according to the communications protocol; and decoding, by at least one of the other circuitry that operates according to an older standard or set of specifications, the message in each broadcast as standalone messages and filtering duplicates of the standalone messages, wherein the vehicular communications circuitry operates according to a newer standard or set of specifications compared to the older standard or set of specifications. in a wireless communications network in which a message is broadcasted by vehicular communications circuitry of a device for asynchronous receptions by other circuitry (212, 214) in one or more devices configured to wirelessly communicate according to a communications protocol, monitoring a channel busy ratio associated with channels in a designated range of frequency pertaining to the wireless communications network; assessing whether to retransmit the message as a function of the channel busy ratio, and in response to the channel busy ratio being outside a threshold, retransmitting the message according to the communications protocol; and decoding, by at least one of the other circuitry that operates according to an older standard or set of specifications, the message in each broadcast as standalone messages and filtering duplicates of the standalone messages, wherein the vehicular communications circuitry operates according to a newer standard or set of specifications compared to the older standard or set of specifications.
A motor comprising: a shaft (500, 1100); a rotor (300, 1200) coupled to the shaft (500, 1100); and a stator (400, 1300) disposed outside the rotor (300, 1200), wherein the rotor (300, 1200) comprises a first can, a rotor core (311, 1210) at least partially disposed in the first can, a plurality of magnets (313, 1220) coupled to the rotor core (311, 1210), and a second can in which another part of the rotor core (311, 1210) is disposed, wherein the plurality of magnets (313, 1220) are arranged to be spaced apart in a circumferential direction due to a plurality of separation spaces, wherein the first can comprises a first plate portion, a first protruding portion formed by bending an edge of the first plate portion, and a plurality of first protrusions disposed in at least two different separation spaces of the plurality of separation spaces and spaced apart, wherein the second can comprises a second plate portion, a second protruding portion formed by bending an edge of the second plate portion, and a plurality of second protrusions disposed in at least two different separation spaces of the plurality of separation spaces and spaced apart, and wherein the first protrusions and the second protrusions are arranged diagonally, characterized in that the separation space is formed to extend from a top surface to a bottom surface of the rotor core, and that the first protrusion and the second protrusion are arranged in a region more adjacent to a center of the separation space in the axial direction than to both ends of the separation space. a shaft (500, 1100); a rotor (300, 1200) coupled to the shaft (500, 1100); and a stator (400, 1300) disposed outside the rotor (300, 1200), wherein the rotor (300, 1200) comprises a first can, a rotor core (311, 1210) at least partially disposed in the first can, a plurality of magnets (313, 1220) coupled to the rotor core (311, 1210), and a second can in which another part of the rotor core (311, 1210) is disposed, wherein the plurality of magnets (313, 1220) are arranged to be spaced apart in a circumferential direction due to a plurality of separation spaces, wherein the first can comprises a first plate portion, a first protruding portion formed by bending an edge of the first plate portion, and a plurality of first protrusions disposed in at least two different separation spaces of the plurality of separation spaces and spaced apart, wherein the second can comprises a second plate portion, a second protruding portion formed by bending an edge of the second plate portion, and a plurality of second protrusions disposed in at least two different separation spaces of the plurality of separation spaces and spaced apart, and wherein the first protrusions and the second protrusions are arranged diagonally, characterized in that the separation space is formed to extend from a top surface to a bottom surface of the rotor core, and that the first protrusion and the second protrusion are arranged in a region more adjacent to a center of the separation space in the axial direction than to both ends of the separation space.