mhurhangee/patent-ind-claim-en huggingface dataset:
A toothed V-belt with (a) a tensile cord , (b) a belt back and (c) a core , which features a toothing with a multitude of teeth, (d) wherein each tooth has (i) a tooth tip , (ii) a tooth base , (iii) a first tooth flank , (iv) a second tooth flank and (v) a tooth base radius of curvature R G in a tooth root , characterised by the fact that (e) for a base height h between a neutral fibre of the tensile cord and the tooth base and an overall belt height H between the tooth tip and a belt back surface of the belt back , the relation 0.40 ≥ h / H ≥ 0.45 applies. (a) a tensile cord , (b) a belt back and (c) a core , which features a toothing with a multitude of teeth, (d) wherein each tooth has (i) a tooth tip , (ii) a tooth base , (iii) a first tooth flank , (iv) a second tooth flank and (v) a tooth base radius of curvature R G in a tooth root , characterised by the fact that (i) a tooth tip , (ii) a tooth base , (iii) a first tooth flank , (iv) a second tooth flank and (v) a tooth base radius of curvature R G in a tooth root , (e) for a base height h between a neutral fibre of the tensile cord and the tooth base and an overall belt height H between the tooth tip and a belt back surface of the belt back , the relation 0.40 ≥ h / H ≥ 0.45 applies.
A method for characterizing a microorganism forming a colony cultured in a nonchromogenic and nonfluorescent culture medium, comprising: - illuminating, in the wavelength range 390nm-900nm, the colony of the microorganism having a natural electromagnetic response in said range; - acquiring, in said range, a luminous intensity reflected by, or transmitted through, said illuminated colony of the microorganism, the luminous intensity acquisition comprising the acquisition of a hyperspectral or multispectral image, and the luminous being determined based on at least one pixel of said image corresponding to the colony; and - determining the microorganism as being a yeast or a bacterial strain, depending on the luminous intensity acquired in said range. - illuminating, in the wavelength range 390nm-900nm, the colony of the microorganism having a natural electromagnetic response in said range; - acquiring, in said range, a luminous intensity reflected by, or transmitted through, said illuminated colony of the microorganism, the luminous intensity acquisition comprising the acquisition of a hyperspectral or multispectral image, and the luminous being determined based on at least one pixel of said image corresponding to the colony; and - determining the microorganism as being a yeast or a bacterial strain, depending on the luminous intensity acquired in said range.
A polycarbonate resin composition comprising a polycarbonate resin, a black colorant, a yellow colorant, and at least one ultraviolet absorber selected from the group consisting of a benzotriazole-based compound, a benzophenone-based compound, and a triazine-based compound, wherein the yellow colorant is included in an amount of 0.5 ppmw to 5.0 ppmw with respect to the total dry weight of the composition, and wherein an average transmittance in a wavelength region of 380 nm to 420 nm is 1.0 % to 6.5 %, as measured in accordance with ASTM D1003. wherein the yellow colorant is included in an amount of 0.5 ppmw to 5.0 ppmw with respect to the total dry weight of the composition, and wherein an average transmittance in a wavelength region of 380 nm to 420 nm is 1.0 % to 6.5 %, as measured in accordance with ASTM D1003.
Composition comprising as active ingredient ectoine, hydroxyectoine and/or salts, esters or amides of these compounds for use in a method of treatment and/or prophylaxis of lung ageing symptoms, excluding COPD, and/or idiopathic interstitial pneumonia (IIP), wherein the lung ageing symptom is senile emphysema.
Dental prosthesis system made of ceramic, comprising an implant made of ceramic for osseointegration in a jaw bone and having a receiving opening , and an abutment made of ceramic and a bolt, the abutment having a through-bore for receiving the bolt , the bolt being produced from a fibre-reinforced thermoplastic and being configured to connect abutment and implant , and an anti-rotation arrangement, the anti-rotation arrangement being formed by first form-fit means arranged at a proximal end of the abutment and second form-fit means arranged at a distal end of the implant , wherein, when the first form-fit means engage in the second form-fit means , the first and second form-fit means are arranged at a distance from each other, such that the abutment, without an inserted bolt , is tiltable relative to the implant, and, with the bolt inserted, the bolt extends in the through-bore of the abutment and the receiving opening of the implant , an oversize fit being provided between the bolt and the receiving opening of the implant .
An apparatus for processing coating compositions, the apparatus comprising: • at least one pump for displacing liquid, the pump being driven by an electric motor ; • at least one sensor for determining flow behaviour of a coating composition in the liquid displacement during operation of the pump ; • a control unit responsive to output signals from the sensor to generate a parameter representing rheological quality of the coating composition, characterized in that the sensor is an encoder , wherein the parameter includes rotor movement detected by the encoder, wherein the parameter is determined during a displacement stroke by the pump , and wherein the control unit is programmed to compare the determined parameter with a set value of the number of steps counted by the encoder. • at least one pump for displacing liquid, the pump being driven by an electric motor ; • at least one sensor for determining flow behaviour of a coating composition in the liquid displacement during operation of the pump ; • a control unit responsive to output signals from the sensor to generate a parameter representing rheological quality of the coating composition,
A method of testing or determining in vivo acute neurotoxicity of a molecule comprising measuring calcium oscillations in vitro in neuronal cells which are in contact with the molecule, wherein the molecule comprises a polynucleotide having a sequence score of greater than or equal to 0.2, wherein the polynucleotide refers to two or more nucleotides linked in sequence, and wherein the sequence score is calculated by formula (I): number of C nucleotides or analogs thereof in the polynucleotide − number of G nucleotides or analogs thereof in the polynucleotide / total nucleotide length number of the polynucleotide and wherein the molecule has tolerable in vivo acute neurotoxicity when the neuronal cells in contact with the molecule exhibit calcium oscillations at a level as much as 30% less than or more than that of vehicle control cells, or at a level higher than that of vehicle control cells.
A storage system for storing board stacks in storage rows , for use in factories fabricating boards, especially OSB, MDF, or particle boards, wherein each storage row comprises three parallel elongated supports , which are supported on top of support structures (9") arranged at a distance from each other, and between which supports are spaces for satellite wagons transporting board stacks, characterized in that the horizontal load-bearing part of a support is formed from one or more glued laminated beams .
A fastener tab (10; 310; 410; 500) defining a first end (12; 312; 412; 512) and a second end (14; 314; 414; 514), and a first face and a second face (18; 318; 418; 518) oppositely directed from the first face (16; 316; 416; 516), the fastener tab (10; 310; 410; 500) comprising: a plurality of hook members disposed on at least one region on the first face (16; 316; 416; 516) of the fastener tab (10; 310; 410; 500); at least one region on at least one of the first face (16; 316; 416; 516) and the second face (18; 318; 418; 518) of a plurality of loop members, wherein the loop members are in the form of a spunlace material, characterized in that the spunlace material is free of melt bonded intersections. a plurality of hook members disposed on at least one region on the first face (16; 316; 416; 516) of the fastener tab (10; 310; 410; 500); at least one region on at least one of the first face (16; 316; 416; 516) and the second face (18; 318; 418; 518) of a plurality of loop members, wherein the loop members are in the form of a spunlace material, characterized in that the spunlace material is free of melt bonded intersections.
A read control method based on a non-volatile memory express over fabric, NOF, wherein the method comprises: receiving , by a NOF engine by using a communication link, a read request sent by a host; sending , by the NOF engine, at least one read command to a non-volatile memory express, NVMe, hard disk based on the read request; generating , by the NOF engine when congestion occurs on the communication link, a congestion flag corresponding to the communication link; and sending , by the NOF engine, the congestion flag to the NVMe hard disk, wherein the congestion flag is used to instruct the NVMe hard disk to suspend processing of the read command corresponding to the communication link. receiving , by a NOF engine by using a communication link, a read request sent by a host; sending , by the NOF engine, at least one read command to a non-volatile memory express, NVMe, hard disk based on the read request; generating , by the NOF engine when congestion occurs on the communication link, a congestion flag corresponding to the communication link; and sending , by the NOF engine, the congestion flag to the NVMe hard disk, wherein the congestion flag is used to instruct the NVMe hard disk to suspend processing of the read command corresponding to the communication link.
A method of fault location in a DC power transmission network comprising: in the event of a fault, controlling at least one current limiting element of the network so as limit a fault current (I F ) flowing to below a first current level which is within the expected current operating range of the network in normal operation; controlling said at least one current limiting element to maintain a non-zero level of fault current flow at a level below said first current level; determining the characteristics of said fault current flow at different parts of the network; and determining the location of the fault based on the determined characteristics of said fault current flow at different parts of the network. in the event of a fault, controlling at least one current limiting element of the network so as limit a fault current (I F ) flowing to below a first current level which is within the expected current operating range of the network in normal operation; controlling said at least one current limiting element to maintain a non-zero level of fault current flow at a level below said first current level; determining the characteristics of said fault current flow at different parts of the network; and determining the location of the fault based on the determined characteristics of said fault current flow at different parts of the network.
Shelf serving device with a chassis , which can be moved on a rail arrangement in a direction of movement and has a mast support, and a belt arrangement, which is in engagement with a drive pulley arrangement arranged on the chassis and connected to a drive, wherein the belt arrangement has at least two drive belts , which are arranged transversely to the direction of movement on both sides of the chassis , the drive pulley arrangement having a number of drive pulleys corresponding to the number of drive belts , characterized in that the rail arrangement forms a support surface for each drive belt .
Retroreflective sheeting, comprising: an array of microreplicated cube corner elements having a surface texture with an average surface roughness between about 0.0005 microns and about 0.0060 microns, wherein the surface texture forms a haze that at an entrance angle of -4 degrees provides a uniform decrease in total light return over observation angles of 0.5 to 4 degrees, and wherein at an entrance angle of -4 degrees the retroreflective sheeting exhibits a fractional retroreflectance slope measured in accordance with ASTM D 4956-04 and ASTM E 808-01 of between about 3% and about 15% of fractional retroreflectance per degree of observation angle at an observation angle of about 0.5 degree.
A turbine ring assembly comprising a plurality of ring sectors made of ceramic matrix composite material forming a turbine ring and a ring support structure having first and second annular flanges , each ring sector having an annular base forming portion having an inner face defining the inside face of the turbine ring and an outer face from which there extend first and second tabs , the tabs of each ring sector being retained between the two annular flanges of the ring support structure ; the turbine ring assembly being characterized in that the first tab of each ring sector includes an annular groove in its face facing the first annular flange of the ring support structure , the first annular flange of the ring support structure including an annular projection on its face facing the first tab of each ring sector , the annular projection of the first flange being received in the annular groove of the first tab of each ring sector, clearance (J1) being present when cold between the annular projection and the annular groove ; in that at least the second tab of each ring sector is connected to the ring support structure by at least one resilient retention element ; and in that the second tab of each ring sector includes at least one opening in which there is received a portion of a retention element secured to the second annular flange of the ring support structure , clearance (J2) being present when cold between the opening in the second tab and the portion of the retention element present in said opening, said retention element being made of a material having a coefficient of thermal expansion that is greater than the coefficient of thermal expansion of the ceramic matrix composite material of the ring sectors.
Remote control with a housing and a multifunction button which has a plurality of button areas which are arranged radially offset with respect to a center point and movable relative to the housing , wherein the multifunction button having plurality of button areas which are arranged radially offset with respect to their center point have a plurality of magnets to which counter-magnets are assigned connected to the housing , characterised in that - the magnets and counter-magnets are polarized and arranged such that the multifunction button is pushed away in a first direction towards the outside of the housing , - a plurality of pins with thickened heads are attached to the multifunction button , - a housing-fixed carrying plate has bearing shells adapted to the thickened heads , - the pins extend through openings in the carrying plate - and the bearing shells and the thickened heads are formed as a limiting stop for a movement of the multifunction button against the first direction. - the magnets and counter-magnets are polarized and arranged such that the multifunction button is pushed away in a first direction towards the outside of the housing , - a plurality of pins with thickened heads are attached to the multifunction button , - a housing-fixed carrying plate has bearing shells adapted to the thickened heads , - the pins extend through openings in the carrying plate - and the bearing shells and the thickened heads are formed as a limiting stop for a movement of the multifunction button against the first direction.
A steering device , comprising: a steering mechanism for steering tires of a vehicle under a steering force from a steering wheel ; and a speed reducer connected to a motor for outputting a steering assistance force corresponding to the steering force, the speed reducer being configured to enlarge the steering assistance force and transmit the enlarged steering assistance force to the steering mechanism , wherein the speed reducer is connected to the steering mechanism via a speed reducer arm , wherein the steering device further comprises a gearbox having a gearbox arm , the gearbox being provided between the steering wheel and the steering mechanism , characterized in that both the gearbox arm and the speed reducer arm are connected to the steering mechanism via a coupling rod . a steering mechanism for steering tires of a vehicle under a steering force from a steering wheel ; and a speed reducer connected to a motor for outputting a steering assistance force corresponding to the steering force, the speed reducer being configured to enlarge the steering assistance force and transmit the enlarged steering assistance force to the steering mechanism , wherein the speed reducer is connected to the steering mechanism via a speed reducer arm , wherein the steering device further comprises a gearbox having a gearbox arm , the gearbox being provided between the steering wheel and the steering mechanism , characterized in that both the gearbox arm and the speed reducer arm are connected to the steering mechanism via a coupling rod .
A method (S100) performed by an evolved Node B, eNB, of a Long Term Evolution system for enabling the use of a downlink carrier of an un-licensed frequency band, said method comprises: - determining (S110) a measurement configuration for at least one user equipment, UE, served by the eNB; - sending (S120) on a licensed frequency band the measurement configuration to said at least one UE; - receiving (S130) on the licensed frequency band a measurement report from the at least one UE; - deciding (S140) to use a downlink carrier of an un-licensed frequency band based on the received measurement report; and - using (S150) adapted fractional loading of the downlink carrier of the unlicensed frequency band based on the received measurement report, wherein the active subframe ratio of the downlink carrier for each UE is configured in dependence of measured interference from surrounding radio systems. - determining (S110) a measurement configuration for at least one user equipment, UE, served by the eNB; - sending (S120) on a licensed frequency band the measurement configuration to said at least one UE; - receiving (S130) on the licensed frequency band a measurement report from the at least one UE; - deciding (S140) to use a downlink carrier of an un-licensed frequency band based on the received measurement report; and - using (S150) adapted fractional loading of the downlink carrier of the unlicensed frequency band based on the received measurement report, wherein the active subframe ratio of the downlink carrier for each UE is configured in dependence of measured interference from surrounding radio systems.
An aircraft stowage bin, comprising a door and an electronic latching system for the aircraft stowage bin, the electronic latching system comprising: an energy storage device ; an electronic latching mechanism for opening the door of the aircraft stowage bin, the electronic latching mechanism being configured to open the door upon receipt of a signal on an input, the electronic latching mechanism being coupled to the energy storage device and configured to receive electrical power only from the energy storage device ; a latch button configured to generate the signal in an electronic switch coupled to the input of the electronic latching mechanism upon activation of the latch button ; and one or more energy harvesting systems coupled to the energy storage device , each of the one or more energy harvesting systems configured to generate electricity and to provide the generated electricity to the energy storage device , wherein one of the one or more energy harvesting systems is configured to generate electricity by harvesting aircraft cabin vibrations. an energy storage device ; an electronic latching mechanism for opening the door of the aircraft stowage bin, the electronic latching mechanism being configured to open the door upon receipt of a signal on an input, the electronic latching mechanism being coupled to the energy storage device and configured to receive electrical power only from the energy storage device ; a latch button configured to generate the signal in an electronic switch coupled to the input of the electronic latching mechanism upon activation of the latch button ; and one or more energy harvesting systems coupled to the energy storage device , each of the one or more energy harvesting systems configured to generate electricity and to provide the generated electricity to the energy storage device , wherein one of the one or more energy harvesting systems is configured to generate electricity by harvesting aircraft cabin vibrations.
Actuating assembly for a motor vehicle, having a detection device for the detection of a gesture of a vehicle occupant, a lighting device for the illumination of a passenger compartment of the motor vehicle and having a control apparatus for controlling the lighting device depending on the detected gesture, wherein the lighting device includes a plurality of light sources which are arranged in a row and thus form a light strip , the width (B) of which is less than a length (L) of the light strip , wherein the control apparatus is configured to change a switching state of at least one of the light sources of the light strip depending on the detected gesture, characterised in that the detection device is configured to detect a change in a distance between two body parts of the vehicle occupant used to carry out the gesture, wherein the control apparatus is configured to change the switching state of light sources arranged in the row next to one another in a manner corresponding to this gesture, in that by means of enlarging the distance between the body parts it is effected that the control apparatus switches on an increasing number of light sources , arranged next one another, in the light strip , wherein the detection device is configured to detect a displacement along the light strip of the two body parts of the vehicle occupant which are used for carrying out the gesture and which have the distance from one another which remains at least substantially the same, wherein the control apparatus is configured to change the switching state of light sources arranged in the row next to one another in a manner corresponding to this gesture.
A zirconia sintered body, wherein, when a cross-sectional area of each zirconia crystal grain is calculated in an image of a cross section of the zirconia sintered body; based on said cross-sectional area, a converted crystal grain size of each zirconia crystal grain is calculated on the assumption that each zirconia crystal grain has a circular cross-sectional shape; based on said converted crystal grain size, the zirconia crystal grains are classified into a class of smaller than 0.4μm, a class of from 0.4μm to smaller than 0.76μm, and a class of 0.76μm or greater; a total cross-sectional area of the zirconia crystal grains is calculated in each of the classes; and a rate of the cross-sectional area to a total cross-sectional area of all zirconia crystal grains whose cross-sectional area has been calculated is calculated in each class, the rate of the cross-sectional area of the zirconia crystal grains in the class of said converted crystal grain size of smaller than 0.4μm ranges from 4% to 35%, the rate of the cross-sectional area of the zirconia crystal grains in the class of said converted crystal grain size of from 0.4μm to smaller than 0.76μm ranges from 24% to 57%, and the rate of the cross-sectional area of the zirconia crystal grains in the class of said converted crystal grain size of 0.76μm or greater ranges from 16% to 62%.