mhurhangee/patent-ind-claim-en huggingface dataset:
Mirror system for mounting a mirror of a Head-Up Display, the system comprising a mirror mount and a housing , wherein the mirror mount is pivotably mounted in the housing such that the mirror mount can pivot within the housing about an axis (A) of the mirror mount and the housing comprises a position adjusting means interacting with a protrusion of the mirror mount for moving the mirror mount with respect to the housing , wherein the position adjusting means comprises a rotatable cam wheel with a guide for guiding the protrusion , wherein the cam wheel is configured to move the protrusion in a direction substantially perpendicular to an axis (B) of rotation of the cam wheel for pivoting the mirror mount when the cam wheel is rotated, wherein the axis (B) of rotation of the cam wheel is substantially perpendicular to the axis (A) of the mirror mount , characterized in that the guide has two sections (S1, S2) configured such that, when the cam wheel is moved with a constant first angular velocity, the mirror mount is moved with a second angular velocity when the protrusion is located in the first section (S1) and is moved with a third angular velocity when the protrusion is located in the second section (S2). wherein the position adjusting means comprises a rotatable cam wheel with a guide for guiding the protrusion , wherein the cam wheel is configured to move the protrusion in a direction substantially perpendicular to an axis (B) of rotation of the cam wheel for pivoting the mirror mount when the cam wheel is rotated, wherein the axis (B) of rotation of the cam wheel is substantially perpendicular to the axis (A) of the mirror mount , characterized in that the guide has two sections (S1, S2) configured such that, when the cam wheel is moved with a constant first angular velocity, the mirror mount is moved with a second angular velocity when the protrusion is located in the first section (S1) and is moved with a third angular velocity when the protrusion is located in the second section (S2).
A personal wearable EEG monitor adapted to be carried at the head of a person, said EEG monitor comprising - an EEG sensor part having skin surface electrodes for measuring one or more EEG signals from said person, - an EEG signal analyzer adapted for having an EEG signal transferred from said EEG sensor part, and adapted for monitoring the EEG signal from said person, - EEG stimuli controlling means adapted for performing at least one of the following: - providing an auditory stimulus to said person, - requesting said person to perform a stimulus-creating act, - identifying a potentially stimulus-creating ambient sound, - EEG response detection means for identifying an induced response from the EEG signal caused by said stimulus, and - a classifier for deciding based on said at least one induced response if said skin surface electrodes receive EEG signals of said person, characterized in that at least one electrode of said skin surface electrodes is adapted to be arranged in an ear canal of said person. - an EEG sensor part having skin surface electrodes for measuring one or more EEG signals from said person, - an EEG signal analyzer adapted for having an EEG signal transferred from said EEG sensor part, and adapted for monitoring the EEG signal from said person, - EEG stimuli controlling means adapted for performing at least one of the following: - providing an auditory stimulus to said person, - requesting said person to perform a stimulus-creating act, - identifying a potentially stimulus-creating ambient sound, - providing an auditory stimulus to said person, - requesting said person to perform a stimulus-creating act, - identifying a potentially stimulus-creating ambient sound, - EEG response detection means for identifying an induced response from the EEG signal caused by said stimulus, and - a classifier for deciding based on said at least one induced response if said skin surface electrodes receive EEG signals of said person, characterized in that at least one electrode of said skin surface electrodes is adapted to be arranged in an ear canal of said person.
A method for making a quadrangular shell comprising 5 faces with flanged edges and non-developable trihedral couplings between the faces, made of a continuous fibrous reinforced composite material comprising fibers extending from one free edge to another free edge, the method comprising the steps of: i. cutting plies comprising plies extending over the 5 faces of the shell outside the trihedral couplings and comprising continuous fibres , said fibres extending from a free edge to another free edge of the shell, said plies comprising cut-outs so as not to cover the trihedral coupling zones; II. obtaining four consolidated coupling parts with a shape of said trihedral coupling zones, each coupling part comprising an integration zone for insertion between the plies; III. Positioning and laying up the plies obtained in step i) IV. inserting the four consolidated coupling parts into the trihedral coupling zones by inserting the integration zones between two plies to obtain a preform; v. placing the preform in a tooling and consolidating the lamination of fibrous plies by subjecting the assembly obtained in step iv) to a predetermined pressure-temperature cycle. i. cutting plies comprising plies extending over the 5 faces of the shell outside the trihedral couplings and comprising continuous fibres , said fibres extending from a free edge to another free edge of the shell, said plies comprising cut-outs so as not to cover the trihedral coupling zones; II. obtaining four consolidated coupling parts with a shape of said trihedral coupling zones, each coupling part comprising an integration zone for insertion between the plies; III. Positioning and laying up the plies obtained in step i) IV. inserting the four consolidated coupling parts into the trihedral coupling zones by inserting the integration zones between two plies to obtain a preform; v. placing the preform in a tooling and consolidating the lamination of fibrous plies by subjecting the assembly obtained in step iv) to a predetermined pressure-temperature cycle.
Method for preparing a yarn end for piecing at a rotor spinning device of a rotor spinning machine with a rotor housing that can be closed with a cover and can be subjected to negative pressure through a negative pressure channel , with a spinning rotor that is rotatably mounted in the rotor housing and rotates with an operating rotational speed during the spinning operation along with a draw-off nozzle , wherein, with the method, the yarn end to be prepared is introduced into the negative pressure channel , and is interrupted by a separation structure of the open edge of the rotating spinning rotor , and is thereby prepared for piecing, characterized in that , during the interruption of the yarn end , the spinning rotor is driven with a defined rotational speed for the preparation of the yarn end, wherein the spinning rotor being driven for a predetermined period of time at the rational speed for the preparation of the yarn end and wherein the rotational speed for the preparation of the yarn end is less than the operating rotational speed of the spinning rotor or is equal to the operating rotational speed of the spinning rotor , wherein preferably the rotational speed for the preparation of the yarn end amounts to less than 80%, preferably less than 65%, and particularly preferably less than 55%, of the operating rotational speed, and preferably less than a piecing rotational speed of the spinning rotor .
A molded motor , comprising: a stator that includes a stator core and a coil wound around the stator core via an insulator ; a rotor that is arranged to face the stator and includes a rotor core and a rotary shaft ; a mold resin that includes a first opening and covers the stator ; and a lead bush that is attached to the first opening and includes an insertion through-hole for drawing out an electric wire , characterized in that the lead bush includes a metal member including a second opening for drawing out the electric wire , the second opening being smaller than the first opening and larger than the insertion through-hole , wherein the insertion through-hole extends through the second opening ; wherein an outer shape of the metal member covers the first opening . a stator that includes a stator core and a coil wound around the stator core via an insulator ; a rotor that is arranged to face the stator and includes a rotor core and a rotary shaft ; a mold resin that includes a first opening and covers the stator ; and a lead bush that is attached to the first opening and includes an insertion through-hole for drawing out an electric wire , characterized in that the lead bush includes a metal member including a second opening for drawing out the electric wire , the second opening being smaller than the first opening and larger than the insertion through-hole , wherein the insertion through-hole extends through the second opening ; wherein an outer shape of the metal member covers the first opening .
A method of fabricating a composite structure, comprising: forming first and second panels each having an end and first and second facesheets , each of the panels further including a fluted core sandwiched between the first and second facesheets , and wherein the fluted cores are mismatched at the panel ends ; altering the panel ends , wherein altering the panel ends includes ramping the first and second facesheets of the first and second panels to form ramp portions and trimming the fluted cores of the panel ends to form an inter-panel gap ; and joining the altered panel ends together by: locating and aligning a core stiffener insert in the inter-panel gap using fixturing such that the core stiffener insert mates with the fluted cores of the first and second panels, wherein the core stiffener insert comprises flanges connected by a web ; and placing a layer of adhesive film over the ramped portions and the flanges; installing first and second scarf splices over the ramped portions and covering the core stiffener insert, wherein the installing comprises: installing the first scarf splice to join the first facesheet of the first and second panels; and installing the second scarf splice to join the second facesheet of the first and second panels. forming first and second panels each having an end and first and second facesheets , each of the panels further including a fluted core sandwiched between the first and second facesheets , and wherein the fluted cores are mismatched at the panel ends ; altering the panel ends , wherein altering the panel ends includes ramping the first and second facesheets of the first and second panels to form ramp portions and trimming the fluted cores of the panel ends to form an inter-panel gap ; and joining the altered panel ends together by: locating and aligning a core stiffener insert in the inter-panel gap using fixturing such that the core stiffener insert mates with the fluted cores of the first and second panels, wherein the core stiffener insert comprises flanges connected by a web ; and placing a layer of adhesive film over the ramped portions and the flanges; locating and aligning a core stiffener insert in the inter-panel gap using fixturing such that the core stiffener insert mates with the fluted cores of the first and second panels, wherein the core stiffener insert comprises flanges connected by a web ; and placing a layer of adhesive film over the ramped portions and the flanges; installing first and second scarf splices over the ramped portions and covering the core stiffener insert, wherein the installing comprises: installing the first scarf splice to join the first facesheet of the first and second panels; and installing the second scarf splice to join the second facesheet of the first and second panels. installing the first scarf splice to join the first facesheet of the first and second panels; and installing the second scarf splice to join the second facesheet of the first and second panels.
A stringed musical instrument comprising a body having a first sound board representing the front surface thereof, a second sound board representing the rear surface thereof, a common hollow or semi-hollow interior extending between the first sound board and the second sound board, characterized in that the stringed instrument further comprises a dual bridge and saddle assembly extending between the first sound board and the second sound board with the dual bridge and saddle assembly comprising a first bridge and saddle mounted upon the first sound board, a second bridge and saddle mounted upon the second sound board and a single set of strings interconnecting the first bridge and the second bridge of the dual bridge and saddle assembly through the hollow interior of the musical instrument.
An elevator system equipped with an unintended car movement protection that stops a car by determining the case, in which a car door and a landing door are in an open state and the car is elevated from a landing, as open-door movement abnormality, the system characterized in comprising: a car door switch that detects an open state of the car door; a landing door switch (41A - 41C) that detects the open state of the landing door; a detection device that detects a speed and a movement amount (X) of a car and a floor reference position; and a safety controller that determines an open-door movement abnormality by comparing the detected car speed with an abnormality determination threshold value of a car speed, the abnormality determination threshold value set with respect to a car position based on results of the movement amount (X) detected by the detection device , wherein the abnormality determination threshold values are defined for each floor position. a car door switch that detects an open state of the car door; a landing door switch (41A - 41C) that detects the open state of the landing door; a detection device that detects a speed and a movement amount (X) of a car and a floor reference position; and a safety controller that determines an open-door movement abnormality by comparing the detected car speed with an abnormality determination threshold value of a car speed, the abnormality determination threshold value set with respect to a car position based on results of the movement amount (X) detected by the detection device , wherein the abnormality determination threshold values are defined for each floor position.
A phenolic resin foam comprising 1-chloro-3,3,3-trifluoropropene, wherein the phenolic resin foam has a density of at least 20 kg/m 3 and no greater than 40 kg/m 3 , the phenolic resin foam has a closed cell ratio of at least 88% and no greater than 99%, and the density and 10% compressive strength of the phenolic resin foam satisfy a relationship: C ≥ 0.5 ⁢ X − 7 where C represents the 10% compressive strength in N/cm 2 and X represents the density in kg/m 3 , wherein the density, closed cell ratio and compressive strength are measured according to the description.
A user equipment (UE, 302, 302) for a wireless communication system , wherein the user equipment (UE, 302, 302) is served by a transceiver (gNB, 300) of the wireless communication system , a coverage area of the transceiver (gNB, 300) including one zone or a plurality of zones, and each zone having mapped thereto a resource pool , and wherein, responsive to a request from the transceiver (gNB, 300), the user equipment (UE, 302, 302) is configured to return to the transceiver (gNB, 300) a zone occupancy report for the zone in which the user equipment (UE, 302, 302) is located, the zone occupancy report indicating an occupancy status of the resource pool mapped to the zone, characterized in that the occupancy report includes one or a combination of the following: (i) a resource vector giving the occupancy for resource blocks, the resource vector indicating a percentage of occupancy per set of physical resource blocks, PRBs, or an exact number of free PRBs, (ii) a top-m statistic of the best resources. (i) a resource vector giving the occupancy for resource blocks, the resource vector indicating a percentage of occupancy per set of physical resource blocks, PRBs, or an exact number of free PRBs, (ii) a top-m statistic of the best resources.
A motorcycle comprising: a fuel tank ; a seat on which a driver sits; a step on which the driver puts one's own foot; a front wheel and a rear wheel ; a vehicle body frame including a main frame and a rear frame, which are connected in a front-back direction, the vehicle body frame which extends in the front-back direction; an ECU that is supported by the vehicle body frame, the ECU which controls an engine; and a battery that is supported by the vehicle body frame; wherein the ECU and the battery are arranged side by side in a vehicle width direction, both the ECU and the battery have a cuboid shape, and each of their short sides as the shortest side is arranged along the vehicle width direction, wherein in a side view, the ECU and the battery are arranged such that each of long sides as the longest side is closer to the front-back direction than a vertical direction, characterized in that , the long side of the ECU is inclinedly arranged so as to approach upward as approaching the front, a connector is arranged in the lower long side of the ECU in the side view, an ECU harness that is connected to the connector extends forward, and wherein a lower end of at least one connector which connects the ECU and the ECU harness is arranged at a position lower than an upper end of the front wheel and the upper end of the rear wheel . a fuel tank ; a seat on which a driver sits; a step on which the driver puts one's own foot; a front wheel and a rear wheel ; a vehicle body frame including a main frame and a rear frame, which are connected in a front-back direction, the vehicle body frame which extends in the front-back direction; an ECU that is supported by the vehicle body frame, the ECU which controls an engine; and a battery that is supported by the vehicle body frame; wherein the ECU and the battery are arranged side by side in a vehicle width direction, both the ECU and the battery have a cuboid shape, and each of their short sides as the shortest side is arranged along the vehicle width direction, wherein in a side view, the ECU and the battery are arranged such that each of long sides as the longest side is closer to the front-back direction than a vertical direction, characterized in that , the long side of the ECU is inclinedly arranged so as to approach upward as approaching the front, a connector is arranged in the lower long side of the ECU in the side view, an ECU harness that is connected to the connector extends forward, and wherein a lower end of at least one connector which connects the ECU and the ECU harness is arranged at a position lower than an upper end of the front wheel and the upper end of the rear wheel .
A uniaxially-oriented ethylene-based polymeric film having at least one layer comprising at least 65 wt.%, based on total amount of materials present in the at least one layer, of a linear low density polyethylene (LLDPE) which exhibits each of the following properties: a comonomer distribution breadth index (CDBI) of at least 60%, determined as set out in the description; a melt index, I 2 , measured according to ASTM D 1238 (2.16 kg @ 190°C), of 1.8 g/10 min to 10 g/10 min; a density of from 0.910 g/cc to 0.940 g/cc, determined according to ASTM D-792; and a Mw/Mn of less than 3.0; wherein the LLDPE has a crystallization elution fractionation (CEF) fraction at 70°C to 90 °C of equal to or greater than 80% of the total CEF Fractions, calculated as ∫ 70 90 wT T dT from CEF. a comonomer distribution breadth index (CDBI) of at least 60%, determined as set out in the description; a melt index, I 2 , measured according to ASTM D 1238 (2.16 kg @ 190°C), of 1.8 g/10 min to 10 g/10 min; a density of from 0.910 g/cc to 0.940 g/cc, determined according to ASTM D-792; and a Mw/Mn of less than 3.0; wherein the LLDPE has a crystallization elution fractionation (CEF) fraction at 70°C to 90 °C of equal to or greater than 80% of the total CEF Fractions, calculated as ∫ 70 90 wT T dT from CEF.
A battery, comprising: a plurality of layers of battery cell groups stacked in a first direction (H), wherein each layer of the battery cell group comprises a plurality of battery cells arranged in an array; and a plurality of thermal management components provided between adjacent two layers of the battery cell groups in the first direction (H), wherein the thermal management component is configured to contain a fluid to adjust temperature of the battery cells located on both sides of the thermal management component , characterized in that the plurality of the thermal management components are connected to each other in a second direction (L) to form a layer of thermal management component groups without gaps to isolate the adjacent two layers of the battery cell groups , and the second direction (L) is perpendicular to the first direction (H), and that an end portion of the thermal management component in the second direction (L) is provided with a connecting portion , and the connecting portion is configured to connect the adjacent thermal management component . a plurality of layers of battery cell groups stacked in a first direction (H), wherein each layer of the battery cell group comprises a plurality of battery cells arranged in an array; and a plurality of thermal management components provided between adjacent two layers of the battery cell groups in the first direction (H), wherein the thermal management component is configured to contain a fluid to adjust temperature of the battery cells located on both sides of the thermal management component , characterized in that the plurality of the thermal management components are connected to each other in a second direction (L) to form a layer of thermal management component groups without gaps to isolate the adjacent two layers of the battery cell groups , and the second direction (L) is perpendicular to the first direction (H), and that an end portion of the thermal management component in the second direction (L) is provided with a connecting portion , and the connecting portion is configured to connect the adjacent thermal management component .