mhurhangee/patent-ind-claim-en huggingface dataset:
An interlayer film for laminated glass with a single layer structure or a laminated structure of two or more layers, comprising: a first layer containing a polyvinyl acetal resin; a plasticizer; a tungsten oxide particle; a magnesium salt of an organic acid having a branched structure; and a metal salt of a C2 to C8 organic acid, other than the magnesium salt of an organic acid having a branched structure, wherein an amount of the tungsten oxide particle in the first layer is 0.5 wt% or less in 100 wt% of the first layer, the amount of the magnesium salt of an organic acid having a branched structure is such that the concentration of magnesium and magnesium ions which derives from the magnesium salt of an organic acid having a branched structure is 10 ppm or higher in the first layer, the amount of the metal salt of an organic acid is such that the concentration of metal and metal ions which derives from the metal salt of an organic acid is 10 ppm or higher in the first layer, the total magnesium concentration in the first layer is 250 ppm or lower, and the magnesium salt of an organic acid having a branched structure contained in the first layer is magnesium bis(2-ethylbutyrate) or magnesium bis(2-methylvalerate). a first layer containing a polyvinyl acetal resin; a plasticizer; a tungsten oxide particle; a magnesium salt of an organic acid having a branched structure; and a metal salt of a C2 to C8 organic acid, other than the magnesium salt of an organic acid having a branched structure, wherein an amount of the tungsten oxide particle in the first layer is 0.5 wt% or less in 100 wt% of the first layer, the amount of the magnesium salt of an organic acid having a branched structure is such that the concentration of magnesium and magnesium ions which derives from the magnesium salt of an organic acid having a branched structure is 10 ppm or higher in the first layer, the amount of the metal salt of an organic acid is such that the concentration of metal and metal ions which derives from the metal salt of an organic acid is 10 ppm or higher in the first layer, the total magnesium concentration in the first layer is 250 ppm or lower, and the magnesium salt of an organic acid having a branched structure contained in the first layer is magnesium bis(2-ethylbutyrate) or magnesium bis(2-methylvalerate).
A composition comprising: i) a C 2 -C 12 polyalphaolefin; and ii) a functionalized propylene-based elastomer comprising from about 4 to about 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins; a triad tacticity greater than about 90%; a heat of fusion less than about 75 J/g; and a plurality of oxygen containing functional groups selected from carboxylic acids, anhydrides, ketones, carbonates, esters, ethers, lactones, and combinations thereof. i) a C 2 -C 12 polyalphaolefin; and ii) a functionalized propylene-based elastomer comprising from about 4 to about 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins; a triad tacticity greater than about 90%; a heat of fusion less than about 75 J/g; and a plurality of oxygen containing functional groups selected from carboxylic acids, anhydrides, ketones, carbonates, esters, ethers, lactones, and combinations thereof.
An electric shaver comprising: a head ; five outer blades (21-25) located next to one another in an arrangement that extends in frontward and rearward directions of the head ; a drive source that drives a first drive element and a second drive element back and forth in different directions to each other; and five inner blades (31-35) each coupled to and driven by the first drive element or the second drive element to be movable back and forth in a longitudinal direction of the outer blades (21-25), which is a widthwise direction of the head , at an inner side of the outer blades (21-25), the electric shaver characterized in that two (31-32) of the inner blades (31-35) are coupled to the first drive element and the other three (33-35) of the inner blades (31-35) are coupled to the second drive element , each of the first and second drive elements includes a resin base (51a; 52a) and a metal pin (51b; 52b), the electric shaver further comprises a first drive piece fixed to the first drive element and a second drive piece fixed to the second drive element , the first drive piece is fitted to the base of the first drive element and the second drive piece is fitted to the base of the second drive element , and the second drive piece is coupled to one of the three inner blades (33-35) that is located at an outermost position in the frontward and rearward directions . a head ; five outer blades (21-25) located next to one another in an arrangement that extends in frontward and rearward directions of the head ; a drive source that drives a first drive element and a second drive element back and forth in different directions to each other; and five inner blades (31-35) each coupled to and driven by the first drive element or the second drive element to be movable back and forth in a longitudinal direction of the outer blades (21-25), which is a widthwise direction of the head , at an inner side of the outer blades (21-25), the electric shaver characterized in that two (31-32) of the inner blades (31-35) are coupled to the first drive element and the other three (33-35) of the inner blades (31-35) are coupled to the second drive element , each of the first and second drive elements includes a resin base (51a; 52a) and a metal pin (51b; 52b), the electric shaver further comprises a first drive piece fixed to the first drive element and a second drive piece fixed to the second drive element , the first drive piece is fitted to the base of the first drive element and the second drive piece is fitted to the base of the second drive element , and the second drive piece is coupled to one of the three inner blades (33-35) that is located at an outermost position in the frontward and rearward directions .
An information processing apparatus, comprising: a behavior recognition unit configured to recognize behavior of a user on a basis of sensing information of a sensor , wherein a recognized user behavior is at least one of stopping, walking, running, and being on a vehicle; a processing controller configured to control, on a basis of the recognized user behavior, signal processing; and a signal processing unit configured to execute signal processing of noise reduction and external sound monitor in accordance with a control from the processing controller . a behavior recognition unit configured to recognize behavior of a user on a basis of sensing information of a sensor , wherein a recognized user behavior is at least one of stopping, walking, running, and being on a vehicle; a processing controller configured to control, on a basis of the recognized user behavior, signal processing; and a signal processing unit configured to execute signal processing of noise reduction and external sound monitor in accordance with a control from the processing controller .
A sealing member comprising: a rubber stopper including an electric wire through portion including a plurality of through holes through which electric wires are passed, respectively; and a rear guide member including a plurality of guide holes located more to a rear than the electric wire through portion in an extending direction (A) in which the electric wires passed through the plurality of through holes extend and through which the electric wires are passed, the plurality of guide holes being aligned with the plurality of through holes of the rubber stopper , characterized in that the rear guide member includes a lock catch portion for locking with the rubber stopper , the rubber stopper includes a lock portion with which the lock catch portion is engaged and a holding portion inside the rubber stopper for holding the rear guide member , the lock portion is configured to protrude inward from the inner periphery of the holding portion , and the rubber stopper is held at a position relative to the rear guide member with the lock portion engaged with the lock catch portion such that the plurality of through holes of the rubber stopper are aligned with the plurality of guide holes of the rear guide member . a rubber stopper including an electric wire through portion including a plurality of through holes through which electric wires are passed, respectively; and a rear guide member including a plurality of guide holes located more to a rear than the electric wire through portion in an extending direction (A) in which the electric wires passed through the plurality of through holes extend and through which the electric wires are passed, the plurality of guide holes being aligned with the plurality of through holes of the rubber stopper , characterized in that the rear guide member includes a lock catch portion for locking with the rubber stopper , the rubber stopper includes a lock portion with which the lock catch portion is engaged and a holding portion inside the rubber stopper for holding the rear guide member , the lock portion is configured to protrude inward from the inner periphery of the holding portion , and the rubber stopper is held at a position relative to the rear guide member with the lock portion engaged with the lock catch portion such that the plurality of through holes of the rubber stopper are aligned with the plurality of guide holes of the rear guide member .
An emergency hydraulic unit for a hydraulic closed circuit motorization system for controlling the driving of a transport vehicle ; the hydraulic circuit comprising at least a motorized pump for sending pressurised fluid in a delivery branch and for receiving the fluid from a return branch of the hydraulic circuit; the unit comprising: - pressure detection means for detecting the pressure in the delivery branch and in the return branch and for outputting respective electric signals; - an emergency solenoid valve designed to be hydraulically connected to the delivery branch , on one side, and to the return branch on the other side; - a command and control unit in emergency conditions configured to receive said electric signals from said pressure detecting means and connected to said solenoid valve to switch the solenoid valve between an open position, in which it directly connects, in use, the delivery branch with the return branch , and a closed position in which it hydraulically isolates the delivery branch and the return branch ; said command and control unit in emergency conditions comprising: - first computation means for calculating the difference (D) between the delivery pressure and the return pressure; - second computation means for calculating, during the advancing of the vehicle , an instantaneous first derivative as a function of the time of said pressure difference (D); - comparator means for comparing the instantaneous first derivative with a value of the first reference derivative; and - actuator means for commanding said solenoid valve to open when a deviation between the value of the instantaneous first derivative and the value of the first reference derivative occurs. - pressure detection means for detecting the pressure in the delivery branch and in the return branch and for outputting respective electric signals; - an emergency solenoid valve designed to be hydraulically connected to the delivery branch , on one side, and to the return branch on the other side; - a command and control unit in emergency conditions configured to receive said electric signals from said pressure detecting means and connected to said solenoid valve to switch the solenoid valve between an open position, in which it directly connects, in use, the delivery branch with the return branch , and a closed position in which it hydraulically isolates the delivery branch and the return branch ; - first computation means for calculating the difference (D) between the delivery pressure and the return pressure; - second computation means for calculating, during the advancing of the vehicle , an instantaneous first derivative as a function of the time of said pressure difference (D); - comparator means for comparing the instantaneous first derivative with a value of the first reference derivative; and - actuator means for commanding said solenoid valve to open when a deviation between the value of the instantaneous first derivative and the value of the first reference derivative occurs.
A fabrication method for fabricating a layer structure comprising at least a patterned first layer and a patterned second layer on a substrate , wherein a layer structure with an unpatterned first layer and an unpatterned second layer are provided on the substrate , the unpatterned first layer being located between the substrate and the unpatterned second layer , the fabrication method comprising: - applying protective material at least on parts of the provided layer structure , - applying a patterned etch mask on the unpatterned second layer after the protective material has been applied, - ablating the unpatterned first layer through the protective material such that the first patterned layer is generated, - removing the protective material , and - etching the unpatterned second layer for forming the patterned second layer . - applying protective material at least on parts of the provided layer structure , - applying a patterned etch mask on the unpatterned second layer after the protective material has been applied, - ablating the unpatterned first layer through the protective material such that the first patterned layer is generated, - removing the protective material , and - etching the unpatterned second layer for forming the patterned second layer .
A method for surveillance of a predetermined region (V), characterized in that it comprises the following steps: - a) preparing at least one surveillance device provided with a sensor configured to detect moving entities in a predetermined region (V) under surveillance; - b) preparing at least one remote control device which can be carried by a user; - c) detecting a moving entity in the predetermined region (V) under surveillance, by means of said surveillance device ; - d) sending, by the surveillance device , of a request for authorization; - e) responding, by the remote control device , to said request for authorization by sending authorization data; - f) comparing said authorization data with check data for authorizing the entity detected if the result of said comparison is positive; - g) making available an alarm signal associated with the moving entity detected if the result of said comparison is negative or not making available said alarm signal associated with the moving entity detected if the result of said comparison is positive, the method further comprising a step of detecting a movement of the remote control device and wherein said step of responding, by the remote control device , to said request for authorization by sending authorization data is carried out after the detection of remote control device movement. - a) preparing at least one surveillance device provided with a sensor configured to detect moving entities in a predetermined region (V) under surveillance; - b) preparing at least one remote control device which can be carried by a user; - c) detecting a moving entity in the predetermined region (V) under surveillance, by means of said surveillance device ; - d) sending, by the surveillance device , of a request for authorization; - e) responding, by the remote control device , to said request for authorization by sending authorization data; - f) comparing said authorization data with check data for authorizing the entity detected if the result of said comparison is positive; - g) making available an alarm signal associated with the moving entity detected if the result of said comparison is negative or not making available said alarm signal associated with the moving entity detected if the result of said comparison is positive, the method further comprising a step of detecting a movement of the remote control device and wherein said step of responding, by the remote control device , to said request for authorization by sending authorization data is carried out after the detection of remote control device movement.
A voltage converter arrangement (500; 1000; 1200; 1300; 1380; 1390; 1395; 1400; 1500; 1580; 1590), comprising: a clocked voltage converter (510; 1030; 1330; 1330′; 1330ʺ; 1330′′′; 1530; 1530′) capable of generating an output voltage (V aus ; V out ; V Out ) on the basis of an input voltage (U ein , V in ; V IN ); and a first input regulating element (LR4; 520; 1050; 1250; 1350; 1550) connected between a first input voltage node (504; 1032; 1232; 1332; 1432; 1532) and a second input voltage node (506; 1034; 1234; 1334; 1434; 1534), the second input voltage node having a reference potential, wherein the first input regulating element (LR4) is configured to allow a current flow (I regel ; I LR4 ) in order to counteract fluctuations in an input current (I ein ; I IN ; I in ) of the voltage converter arrangement. a clocked voltage converter (510; 1030; 1330; 1330′; 1330ʺ; 1330′′′; 1530; 1530′) capable of generating an output voltage (V aus ; V out ; V Out ) on the basis of an input voltage (U ein , V in ; V IN ); and a first input regulating element (LR4; 520; 1050; 1250; 1350; 1550) connected between a first input voltage node (504; 1032; 1232; 1332; 1432; 1532) and a second input voltage node (506; 1034; 1234; 1334; 1434; 1534), the second input voltage node having a reference potential, wherein the first input regulating element (LR4) is configured to allow a current flow (I regel ; I LR4 ) in order to counteract fluctuations in an input current (I ein ; I IN ; I in ) of the voltage converter arrangement.
A coupling structure of an in-wheel motor drive device and a strut type suspension device, comprising: an in-wheel motor drive device having a wheel-hub bearing portion rotatably supporting a wheel hub, a motor portion that is provided offset from an axis (O) of the wheel hub and drives the wheel hub, and a speed reduction portion that reduces a rotational speed of the motor portion to transmit the reduced rotational speed to the wheel hub; and a strut type suspension device having a retractable strut that rigidly connects to the in-wheel motor drive device and takes the charge of a wheel load and a swingable lower arm that is coupled to the in-wheel motor drive device in any direction, permitting vertical swinging of the in-wheel motor drive device and also permitting steering of the in-wheel motor drive device about a steering shaft (S) that passes through a coupling point between the lower arm and the in-wheel motor drive device , wherein an axis (M) of the motor portion is arranged above the coupling point of the lower arm , wherein the axis (M) of the motor portion is arranged on a vehicle front side from a vehicle longitudinal position of the axis (O) of the wheel-hub bearing portion , characterised in that the speed reduction portion is a parallel three-shaft type speed reducer having an input shaft that extends along the axis (M) of the motor portion ; an output shaft that extends along the axis of the wheel-hub bearing portion ; and an intermediate shaft that extends in parallel to the input shaft and the output shaft, and the intermediate shaft is arranged on a vehicle front side from the strut . an in-wheel motor drive device having a wheel-hub bearing portion rotatably supporting a wheel hub, a motor portion that is provided offset from an axis (O) of the wheel hub and drives the wheel hub, and a speed reduction portion that reduces a rotational speed of the motor portion to transmit the reduced rotational speed to the wheel hub; and a strut type suspension device having a retractable strut that rigidly connects to the in-wheel motor drive device and takes the charge of a wheel load and a swingable lower arm that is coupled to the in-wheel motor drive device in any direction, permitting vertical swinging of the in-wheel motor drive device and also permitting steering of the in-wheel motor drive device about a steering shaft (S) that passes through a coupling point between the lower arm and the in-wheel motor drive device , wherein an axis (M) of the motor portion is arranged above the coupling point of the lower arm , wherein the axis (M) of the motor portion is arranged on a vehicle front side from a vehicle longitudinal position of the axis (O) of the wheel-hub bearing portion , characterised in that the speed reduction portion is a parallel three-shaft type speed reducer having an input shaft that extends along the axis (M) of the motor portion ; an output shaft that extends along the axis of the wheel-hub bearing portion ; and an intermediate shaft that extends in parallel to the input shaft and the output shaft, and the intermediate shaft is arranged on a vehicle front side from the strut .
A two-wheeled motor vehicle with a sidestand structure, in which part of a body frame (FA, FB) is configured with: a head pipe steerably supporting a steering handlebar ; a pair of left and right main frames extending rearward from the head pipe ; and a pair of left and right pivot frames connected to rear end portions of the main frames , the pivot frames extending in an up-down direction, a front portion of a swing arm is located inward of the paired left and right pivot frames in a vehicle width direction and swingably supported through a pivot on lower portions of the left and right pivot frames , a rear end portion of the swing arm pivotally supporting a rear wheel (WR), a step holder located under the pivot is abuttingly fixed on an outer surface of the lower portion of each of the paired left and right pivot frames while supporting a step , the step protruding outward from the step holder in a state of use, a sidestand is located either left or right of the body frame (FA, FB), the sidestand being rotatable between a usage position enabling contact of the sidestand with a ground and a retracted position where the sidestand is swung up rearward from the usage position in a vehicle longitudinal direction so as to be retracted, and a coil-shaped spring is provided between the sidestand and a spring lock portion fixedly located on the body frame (FA, FB) side, and the step holder located either left or right of the body frame (FA, FB) has a sidestand support portion rotatably supporting the sidestand and the spring lock portion located above the sidestand support portion , characterised in that the spring lock portion is located in a position to overlap the pivot frame when viewed from back in the vehicle longitudinal direction and at least partially overlap the swing arm as seen in a side view.