mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle pneumatic tyre with a tread strip with at least one profile rib , each of which is delimited on both sides by a circumferential groove with a rib outer surface and crossing sipes which each have two sipe walls , a width (b E ) of 0.4 mm to 2.0 mm and a maximum depth (t E ) of at least 70% of the profile depth (Tur), and which in plan view each have a first sipe portion (8 I , 9 I ) and a second sipe portion (8 II , 9 II ), which is adjacent to the former and opens into the one circumferential groove , and a vertex point (K) at the connection of the sipe portions (8 I , 8 II , 9 I , 9 II ), wherein a first chamfer-like extension starting from the rib outer surface and running over the entire first sipe portion (8 I , 9 I ) and a second chamfer-like extension starting from the rib outer surface and running over the entire second sipe portion (8 II , 9 II ) are formed on each sipe , wherein the first and the second chamfer-like extension each have an oblique surface extending over their entire extension with a bounding edge lying on the rib outer surface , wherein the first and second chamfer-like extensions are adjacent to the same sipe wall , and wherein the bounding edges of the oblique surfaces are adjacent to the rib outer surface , characterized in that the oblique surfaces extend to the mutual connection of the bounding edges , wherein the first and second chamfer-like extensions each have a plateau surface which is adjacent to the oblique surface , runs to the sipe wall , is elongate in plan view, and has a width (b PF ) of from 0.4 mm to 0.8 mm, wherein the plateau surface ends at the mutual connection of the bounding edges of the oblique surfaces at the level of the rib outer surface , and, starting from there, drops into the radial interior at least over a plateau surface portion , as viewed in longitudinal section through the sipe .
Aircraft lifting surface having a span direction, the lifting surface comprising: - a stationary part , - a movable part , movable with respect to the stationary part and comprising an end in the span direction, - a portion of a fuselage of an aircraft, - an actuation system configured to actuate the movable part with respect to the stationary part , the actuation system comprising a sliding system joined to: - the end of the movable part , and - joined to a stationary structure of the aircraft, said stationary structure being: • located adjacent in the span direction to the end of the movable part , and • connected with the stationary part of the lifting surface, so that the sliding system allows the movable part to slide with respect to the stationary structure, the stationary structure being the portion of the fuselage of the aircraft and the end of the movable part being located at a root of the aircraft lifting surface in the span direction, characterized by an actuator located in the portion of the fuselage and in connection with the movable part , the actuator being configured to impart a force to the movable part for its movement between at least a first position and a second position. - a stationary part , - a movable part , movable with respect to the stationary part and comprising an end in the span direction, - a portion of a fuselage of an aircraft, - an actuation system configured to actuate the movable part with respect to the stationary part , - the end of the movable part , and - joined to a stationary structure of the aircraft, said stationary structure being: • located adjacent in the span direction to the end of the movable part , and • connected with the stationary part of the lifting surface, • located adjacent in the span direction to the end of the movable part , and • connected with the stationary part of the lifting surface,
A dimming device comprising: a first substrate ; a second substrate , disposed facing the first substrate, which external light enters; a first electrode formed on top of the first substrate; a dimming layer formed on top of the first electrode, wherein the dimming layer is an electrochromic material layer; a second electrode formed on top of at least the dimming layer ; a moisture-retaining member that covers at least the second electrode and faces the second substrate ; and a sealing member , configured as a moisture barrier layer, provided in an edge portion of the first substrate , wherein a moisture-retaining member extending portion that extends from the moisture-retaining member is disposed between the sealing member and the second substrate such that an edge face of the moisture-retaining member extending portion forms a part of the side face of the dimming device, and a thickness of the moisture-retaining member extending portion is thinner than a thickness of the moisture-retaining member in a central portion of the dimming device ; wherein the second electrode is formed extending over from the dimming layer to the first substrate , and separated from the first electrode , and the moisture-retaining member covers at least the second electrode and the dimming layer . a first substrate ; a second substrate , disposed facing the first substrate, which external light enters; a first electrode formed on top of the first substrate; a dimming layer formed on top of the first electrode, wherein the dimming layer is an electrochromic material layer; a second electrode formed on top of at least the dimming layer ; a moisture-retaining member that covers at least the second electrode and faces the second substrate ; and a sealing member , configured as a moisture barrier layer, provided in an edge portion of the first substrate , wherein a moisture-retaining member extending portion that extends from the moisture-retaining member is disposed between the sealing member and the second substrate such that an edge face of the moisture-retaining member extending portion forms a part of the side face of the dimming device, and a thickness of the moisture-retaining member extending portion is thinner than a thickness of the moisture-retaining member in a central portion of the dimming device ; wherein the second electrode is formed extending over from the dimming layer to the first substrate , and separated from the first electrode , and the moisture-retaining member covers at least the second electrode and the dimming layer .
An opening and reclosing device (110; 210; 310) for a container , the opening and reclosing device comprising: an affixing means (118; 218) for affixing the opening and reclosing device to a container; an integral cutting tool (130; 230; 330) for creating an opening in the container in a prescribed manner; and a zip-locking mechanism for re-closing the created opening, the zip-locking mechanism comprising a slider , characterised in that the integral cutting tool is a single unitary piece comprising: a blade tip at a first end thereof, a thumb tab at a second end thereof; and a coupling means (152/146a, 146b; 252/246; 352/346) provided between the first and second ends, wherein the coupling means provides for pivotal connection of the integral cutting tool to the slider, such that the integral cutting tool is pivotally moveable between: a first deployed position wherein the blade tip protrudes out of the slider for cutting an opening in a container; and a second stowed position; wherein the slider comprises at least one internal catch (285; 385, 389) and at least one portion (270; 370, 391) of the integral cutting tool (130; 230; 330) engages said internal catch for retaining the integral cutting tool in the second stowed position. a first deployed position wherein the blade tip protrudes out of the slider for cutting an opening in a container; and a second stowed position;
An oil soluble or dispersible dispersant composition comprising the reaction product of: (i) a polyalkenyl succinimide post-treated with a post-treating agent selected from the group consisting of an organic carbonate, an epoxide, a lactone, a hydroxyaliphatic carboxylic acid, and combinations thereof; and (ii) an acylating agent selected from one of the following structures (a) or (b): wherein: LG is a leaving group capable of being displaced in an acylation reaction; each of R 1 and R 2 is independently selected from hydrogen, alkyl, and aryl; n is from 1 to 28; A is an amine moiety; and B is an aromatic, heteroaromatic, alkaryl, or alkheteroaryl moiety having from 4 to 20 carbon atoms. (i) a polyalkenyl succinimide post-treated with a post-treating agent selected from the group consisting of an organic carbonate, an epoxide, a lactone, a hydroxyaliphatic carboxylic acid, and combinations thereof; and (ii) an acylating agent selected from one of the following structures (a) or (b): LG is a leaving group capable of being displaced in an acylation reaction; each of R 1 and R 2 is independently selected from hydrogen, alkyl, and aryl; n is from 1 to 28; A is an amine moiety; and B is an aromatic, heteroaromatic, alkaryl, or alkheteroaryl moiety having from 4 to 20 carbon atoms.
A flexible pipe comprising a resin pipe having a thickness of greater than 5 mm, the resin pipe being formed from a resin having a CO 2 permeability coefficient P(CO 2 ) of 20 × 10 -9 cm 3 ·cm/cm 2 ·s·cmHg or lower at 150°C; a CH 4 permeability coefficient P(CH 4 ) of 10 × 10 -9 cm 3 ·cm/cm 2 ·s·cmHg or lower at 150°C; a ratio D(CO 2 )/S(CO 2 ) between a CO 2 diffusion coefficient D(CO 2 ) and a CO 2 solubility coefficient S(CO 2 ) of 3 × 10 -5 Pa·m 2 /s or higher at 150°C; and a ratio D(CH 4 )/S(CH 4 ) between a CH 4 diffusion coefficient D(CH 4 ) and a CH 4 solubility coefficient S(CH 4 ) of higher than 15 × 10 -5 Pa·m 2 /s at 150°C, wherein P(CO 2 ), P(CH 4 ), D(CO 2 ), D(CH 4 ), S(CO 2 ) and S(CH 4 ) are determined by photoacoustic detection using a Hilase WaSul-Perm system with N 2 flow at the detection side and test gas flow at the test gas side.
Method for the preparation of a finely crumbled growing medium for the production of flower soil or potting soil, or for spreading onto or working into topsoil in horticulture and landscaping or in agriculture, in which preparation is realised using an input material in the form of excavated soil from a soil deposit or excavation pit and the input material contains mineral and organic constituents, and in which the input material or at least a fraction of the input material is supplied to a screening machine that separates the input material or the fraction into a first grain fraction and a second grain fraction forming the finely crumbled growing medium with a grain size that is largely smaller than 2 mm, by means of transporting the input material or the fraction in the screening machine over a vibrating screen surface that, at least in sections, is tilted downward in a working direction and comprises at least a first screening section with a first perforation or mesh size and a second screening section located downstream in the working direction with a second perforation or mesh size, the holes or mesh of which, in at least one direction, have a smaller size than the holes or mesh of the first perforation, and in which the prepared growing medium is subsequently used as an additive for the production of flower soil or potting soil, or for spreading onto or working into topsoil.
A debris removal system , comprising: an elongated shaft extending from a proximal end to a distal end and including a shaft lumen , the shaft being configured to be inserted through a bodily lumen to a target surgical site; a vibration motor coupled to the elongated shaft via a vibration collar , the vibration motor including a rotatable shaft and at least one weight coupled to the rotatable shaft , the weight being asymmetrically shaped about a central axis (S) of the shaft such that rotation of the shaft creates vibrational energy along the length of the elongated shaft to dislodge debris within the target surgical site; and a vacuum pump connected to the elongated shaft and configured to vacuum dislodged debris from the target surgical site through the shaft lumen . an elongated shaft extending from a proximal end to a distal end and including a shaft lumen , the shaft being configured to be inserted through a bodily lumen to a target surgical site; a vibration motor coupled to the elongated shaft via a vibration collar , the vibration motor including a rotatable shaft and at least one weight coupled to the rotatable shaft , the weight being asymmetrically shaped about a central axis (S) of the shaft such that rotation of the shaft creates vibrational energy along the length of the elongated shaft to dislodge debris within the target surgical site; and a vacuum pump connected to the elongated shaft and configured to vacuum dislodged debris from the target surgical site through the shaft lumen .
A transmission apparatus to wirelessly transmit a data frame comprising precoded data and common control information, according to multi-user multiple input multiple output, MU-MIMO, communications, to a plurality of terminals , wherein the transmission apparatus comprises: a common control information generator configured to generate the common control information; a power amplifier training signal generator configured to generate a power amplifier training signal for an automatic gain control, AGC; a controller configured to individually determine, for each of the terminals of the plurality of terminals , a number of data streams that is wirelessly transmitted in the data frame; a channel estimation signal generator configured to generate a channel estimation signal comprising channel estimation signal groups, wherein a number of the channel estimation signal groups is determined based on the number of data streams included in the data frame to be wirelessly transmitted to the plurality of terminals ; an individual control information generator configured to generate individual control information for each of the terminals of the plurality of terminals ; a precoder configured to generate precoded data by precoding the individual control information, the power amplifier training signal, the channel estimation signal, and data; and a transmitter configured to wirelessly transmit the data frame comprising the common control information and the precoded data to the plurality of terminals . a common control information generator configured to generate the common control information; a power amplifier training signal generator configured to generate a power amplifier training signal for an automatic gain control, AGC; a controller configured to individually determine, for each of the terminals of the plurality of terminals , a number of data streams that is wirelessly transmitted in the data frame; a channel estimation signal generator configured to generate a channel estimation signal comprising channel estimation signal groups, wherein a number of the channel estimation signal groups is determined based on the number of data streams included in the data frame to be wirelessly transmitted to the plurality of terminals ; an individual control information generator configured to generate individual control information for each of the terminals of the plurality of terminals ; a precoder configured to generate precoded data by precoding the individual control information, the power amplifier training signal, the channel estimation signal, and data; and a transmitter configured to wirelessly transmit the data frame comprising the common control information and the precoded data to the plurality of terminals .
A diagnosis method of a battery , comprising: determining, based on a measurement result of a first impedance that is an impedance of the battery at a first frequency, whether an absolute value (|β|) of a change ratio (β) of the first impedance to an SOC of the battery is not more than a reference value (βref), for each of a plurality of SOC values of the battery ; measuring, for a target SOC value for which the absolute value (|β|) of the change ratio (β) is not more than the reference value (βref) in the plurality of SOC values, a second impedance that is the impedance of the battery at a second frequency higher than the first frequency in addition to the first impedance; and performing determination concerning a state of the battery based on measurement results of the first impedance and the second impedance for the target SOC value. determining, based on a measurement result of a first impedance that is an impedance of the battery at a first frequency, whether an absolute value (|β|) of a change ratio (β) of the first impedance to an SOC of the battery is not more than a reference value (βref), for each of a plurality of SOC values of the battery ; measuring, for a target SOC value for which the absolute value (|β|) of the change ratio (β) is not more than the reference value (βref) in the plurality of SOC values, a second impedance that is the impedance of the battery at a second frequency higher than the first frequency in addition to the first impedance; and performing determination concerning a state of the battery based on measurement results of the first impedance and the second impedance for the target SOC value.
A wireless communication method, comprising: transmitting , by a network device, first information to a terminal device, wherein the first information is used for indicating a physical uplink control channel, PUCCH, resource configured in a first slot, the first slot comprises a plurality of sub-slots, and the first information comprises a starting offset of the PUCCH resource relative to a boundary of at least one sub-slot among the plurality of sub-slots, characterized in that : a starting offset of a PUCCH resource in at least one sub-slot among the plurality of sub-slots is smaller than or equal to a configuration value of one sub-slot, wherein the configuration value of one sub-slot is a length of one sub-slot. transmitting , by a network device, first information to a terminal device, wherein the first information is used for indicating a physical uplink control channel, PUCCH, resource configured in a first slot, the first slot comprises a plurality of sub-slots, and the first information comprises a starting offset of the PUCCH resource relative to a boundary of at least one sub-slot among the plurality of sub-slots, characterized in that : a starting offset of a PUCCH resource in at least one sub-slot among the plurality of sub-slots is smaller than or equal to a configuration value of one sub-slot, wherein the configuration value of one sub-slot is a length of one sub-slot.
A vacuum cleaner comprising: a cleaner body ; a main motor for suctioning dust, the main motor being provided inside the cleaner body ; a base configured to form a lower surface of the cleaner body ; moving wheels provided at both side surfaces of the cleaner body , being rotatable for travel of the vacuum cleaner, and configured to support the cleaner body to be rotated about the moving wheels in clockwise or counterclockwise directions; and a wheel motor assembly for driving the moving wheels , wherein the base includes a center portion ; a first half portion extending slantedly and upwardly from a front end of the center portion ; and a second half portion extending slanted and upwardly from a rear end of the center portion , wherein a rotating center of the moving wheels is located between the first half portion and the second half portion , and wherein the main motor is located more rearwards than the rotating center of the moving wheels , characterized in that the vacuum cleaner further comprises a battery unit providing electric power for driving the main motor and the wheel motor assembly , the battery unit being provided inside the cleaner body , wherein the battery unit is located more rearwards than the rotating center of the moving wheels . a cleaner body ; a main motor for suctioning dust, the main motor being provided inside the cleaner body ; a base configured to form a lower surface of the cleaner body ; moving wheels provided at both side surfaces of the cleaner body , being rotatable for travel of the vacuum cleaner, and configured to support the cleaner body to be rotated about the moving wheels in clockwise or counterclockwise directions; and a wheel motor assembly for driving the moving wheels , wherein the base includes a center portion ; a first half portion extending slantedly and upwardly from a front end of the center portion ; and a second half portion extending slanted and upwardly from a rear end of the center portion , wherein a rotating center of the moving wheels is located between the first half portion and the second half portion , and wherein the main motor is located more rearwards than the rotating center of the moving wheels , characterized in that the vacuum cleaner further comprises a battery unit providing electric power for driving the main motor and the wheel motor assembly , the battery unit being provided inside the cleaner body , wherein the battery unit is located more rearwards than the rotating center of the moving wheels .
An agricultural harvesting machine comprising: a binding mechanism configured to secure binding material around crop material formed into a crop package; and a delivery device configured to wrap the binding material around a portion of the crop package and provide the binding material to the binding mechanism ; wherein the delivery device includes a needle connected to a needle frame , the needle frame includes a yoke extending between a first arm and a second arm , characterized in that the yoke including an upper bar having a longitudinal first chamber , a lower bar having a longitudinal second chamber , and a central section positioned between the upper bar and the lower bar and having a longitudinal third chamber separate from the first chamber and the second chamber . a binding mechanism configured to secure binding material around crop material formed into a crop package; and a delivery device configured to wrap the binding material around a portion of the crop package and provide the binding material to the binding mechanism ; wherein the delivery device includes a needle connected to a needle frame , the needle frame includes a yoke extending between a first arm and a second arm , characterized in that the yoke including an upper bar having a longitudinal first chamber , a lower bar having a longitudinal second chamber , and a central section positioned between the upper bar and the lower bar and having a longitudinal third chamber separate from the first chamber and the second chamber .