mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a microfluidic cartridge and a cartridge covering element for sealing off the microfluidic cartridge , the cartridge covering element comprising: at least one stratified adhesive mass characterized in that the stratified adhesive mass is adapted to be UV-activatable to induce curing and adapted to be tacky after activation until expiration of an open time at room temperature, wherein the stratified adhesive mass comprises: i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, such that shares of the components by weight add up to 100 %. at least one stratified adhesive mass characterized in that the stratified adhesive mass is adapted to be UV-activatable to induce curing and adapted to be tacky after activation until expiration of an open time at room temperature, wherein the stratified adhesive mass comprises: i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, such that shares of the components by weight add up to 100 %.
A chainsaw comprising a guide bar and a chain moveably arranged around the guide bar , wherein the chain comprises a number of cutting members , wherein the chainsaw further comprises a motor comprising a motor shaft , wherein the motor is configured to drive the chain via the motor shaft , characterized in that the chainsaw comprises a tension estimation arrangement configured to sense a load on the motor shaft , and configured to estimate the tension of the chain around the guide bar on the basis of the sensed load on the motor shaft , wherein the chainsaw further comprises an input unit providing selection of a tension estimation mode, wherein the tension estimation arrangement is configured to only enter the tension estimation mode upon selection of the tension estimation mode. the chainsaw comprises a tension estimation arrangement configured to sense a load on the motor shaft , and configured to estimate the tension of the chain around the guide bar on the basis of the sensed load on the motor shaft , wherein the chainsaw further comprises an input unit providing selection of a tension estimation mode, wherein the tension estimation arrangement is configured to only enter the tension estimation mode upon selection of the tension estimation mode.
A spheroidal graphite cast iron excellent in gas defect resistance, characterized by consisting of, in mass ratio: C: 3.3 to 4%; Si: 2 to 3%; P: not more than 0.05%; S: not more than 0.02%; Mn: not more than 0.8%; Cu: not more than 0.8% and not less than 0.1%; Mg: 0.02 to 0.06%; Ti: 0.01 to 0.04%; V: 0.001 to 0.01%; Nb: 0.001 to 0.01%, the total content of Ti, V and Nb being in the range of 0.015 to 0.045%; and N: 0.004 to 0.008%, with the remnant consisting of Fe and an inevitable impurity. C: 3.3 to 4%; Si: 2 to 3%; P: not more than 0.05%; S: not more than 0.02%; Mn: not more than 0.8%; Cu: not more than 0.8% and not less than 0.1%; Mg: 0.02 to 0.06%; Ti: 0.01 to 0.04%; V: 0.001 to 0.01%; Nb: 0.001 to 0.01%, the total content of Ti, V and Nb being in the range of 0.015 to 0.045%; and N: 0.004 to 0.008%,
A Base Station, BS, apparatus comprising: a determination unit configured to determine service flow for downlink packets to be transmitted to a terminal ; an identification unit configured to identify a particular Quality of Service, QoS, parameter defined for the service flow from QoS parameters defined for each of service flows; and a transmitter configured to apply the particular QoS parameter to the downlink packet and transmit the downlink packet to the terminal with particular QoS for the service flow, characterized by an interworking controller configured to, when the terminal is handed over to another network supporting a QoS control policy different from that of the BS apparatus , provide QoS conversion information for converting the particular QoS parameter into a QoS parameter according to the different QoS control policy to the terminal . a determination unit configured to determine service flow for downlink packets to be transmitted to a terminal ; an identification unit configured to identify a particular Quality of Service, QoS, parameter defined for the service flow from QoS parameters defined for each of service flows; and a transmitter configured to apply the particular QoS parameter to the downlink packet and transmit the downlink packet to the terminal with particular QoS for the service flow, characterized by an interworking controller configured to, when the terminal is handed over to another network supporting a QoS control policy different from that of the BS apparatus , provide QoS conversion information for converting the particular QoS parameter into a QoS parameter according to the different QoS control policy to the terminal .
A fastening unit for fastening to a workpiece , said fastening unit comprising a rivet element and a reshaping element coupled to the rivet element and movable relative thereto, wherein the rivet element has a rivet section and the reshaping element has a reshaping section and a support section arranged at a region of the reshaping element remote from the reshaping section for axially supporting the fastening unit at an abutment, wherein the rivet section and the reshaping section are designed such that, on an axial relative movement between the rivet element and the reshaping element , the rivet section cooperates with the reshaping section and can be reshaped by it in a radial direction, wherein the support section and the reshaping section are arranged at oppositely disposed ends of the reshaping element and are spaced apart from one another, characterized in that an axial extent of the rivet element is smaller than that of the reshaping element . the support section and the reshaping section are arranged at oppositely disposed ends of the reshaping element and are spaced apart from one another, characterized in that an axial extent of the rivet element is smaller than that of the reshaping element .
An image-recording/pixel-forming coloring composition comprising at least one of copper mono- to tetra-methylphthalocyanine colorants and at least one of copper mono- to tetra-methylphthalocyanine colorants having at least one of sulfonic, phthalimidomethyl, carboxyl and amino groups.
Hydraulic actuator comprising a cylinder in which a piston secured to a rod is mounted so as to slide in a sealed manner in order to delimit in the cylinder a hydraulic extension chamber and a hydraulic retraction chamber that are connected to respective ports, the hydraulic actuator comprising means for slowing the piston when the piston approaches a retracted position, the slowing means comprising first and second hydraulic lines extending between the extension port and the extension chamber, the first hydraulic line comprising a seat while the piston bears a retractable finger having an end that comes to bear against the seat in order to close the first hydraulic line when the piston approaches the retracted position, such that only the second hydraulic line remains open while the piston completes its travel towards the retracted position, characterized in that the seat is preceded by a ferrule intended to cooperate with the end of the finger before the latter comes to bear against the seat in order to gradually reduce a flow cross section of the first hydraulic line .
A wireless communications user terminal comprising an antenna arrangement and a plurality of modems coupled to the antenna arrangement, the antenna arrangement supporting a plurality of simultaneous communications links with a plurality of base stations of a communications system, wherein the wireless communications user terminal is arranged to receive content data units on said plurality of simultaneous communications links, wherein the content data units borne by each of the plurality of simultaneous communications links comprise non-identical portions of content data, wherein said antenna arrangement comprises a plurality of antenna elements , and wherein each antenna element is arranged to communicate with a different one of said plurality of base stations .
A method for measuring a direction of incidence of a wave for an instantaneous wideband receiver , said receiver including an array of at least two antennas (i) pointing in different directions and the respective radiation patterns of which overlap one another, each antenna of the array being a wideband printed spiral antenna, characterized in that , each antenna including at least one pair of radiating elements so as to be able to work in a first operating mode associated with a first radiation pattern (Δ), the two radiating elements being in phase, and according to a second operating mode associated with a second radiation pattern (Σ), different from the first radiation pattern, the two radiating elements being in phase opposition, the method consists of: - acquiring, for each antenna (i), a first signal (SΔi) corresponding to the first operating mode of the antenna considered and a second signal (SΣi) corresponding to the second operating mode of the antenna considered; - determining, for each antenna, an opening half-angle (pi) of a cone of possible directions of incidence from the amplitude of the first signal and the amplitude of the second signal; - calculating the bearing angle (θ0) and/or the elevation angle (Φ0) of the direction of incidence by intersecting the cones of possible directions of incidence determined for each antenna. - acquiring, for each antenna (i), a first signal (SΔi) corresponding to the first operating mode of the antenna considered and a second signal (SΣi) corresponding to the second operating mode of the antenna considered; - determining, for each antenna, an opening half-angle (pi) of a cone of possible directions of incidence from the amplitude of the first signal and the amplitude of the second signal; - calculating the bearing angle (θ0) and/or the elevation angle (Φ0) of the direction of incidence by intersecting the cones of possible directions of incidence determined for each antenna.
An alignment apparatus that aligns a multi-core optical fiber whose cross section has a marker , comprising: an acquisition unit that acquires one or more side images of the multi-core optical fiber and corresponding one or more reference side images, wherein the reference side images are previously stored side images of the multi-core optical fiber at an aligned rotation angle or are side images of another multi-core optical fiber to which the multi-core optical fiber is being aligned; a calculation unit that averages luminance of the side image in the axis direction of the multi-core optical fiber, averages luminance of the reference side images in the axis direction of the multi-core optical fiber, and calculates correlation coefficients between averaged luminance of the side image and averaged luminance of the reference side image; and a rotation processing unit that rotates the multi-core optical fiber in the axis direction of the multi-core optical fiber so that the correlation coefficients peak, wherein the calculation unit calculates correlation coefficients according to ZNCC = ∑ i = 0 M − 1 L i − L ̅ R i − R ̅ ∑ i = 0 M − 1 L i − L ̅ 2 × ∑ i = 0 M − 1 R i − R ̅ 2 ; the i indicates positions in a cross-section direction of the multi-core optical fiber; L(i) indicates the i-th average luminance of the side image; R(i) indicates the i-th average luminance of the reference side image; M indicates the total number of i; L indicates the average value of L(i); and R indicates the average value of R(i). an acquisition unit that acquires one or more side images of the multi-core optical fiber and corresponding one or more reference side images, wherein the reference side images are previously stored side images of the multi-core optical fiber at an aligned rotation angle or are side images of another multi-core optical fiber to which the multi-core optical fiber is being aligned; a calculation unit that averages luminance of the side image in the axis direction of the multi-core optical fiber, averages luminance of the reference side images in the axis direction of the multi-core optical fiber, and calculates correlation coefficients between averaged luminance of the side image and averaged luminance of the reference side image; and a rotation processing unit that rotates the multi-core optical fiber in the axis direction of the multi-core optical fiber so that the correlation coefficients peak, wherein the calculation unit calculates correlation coefficients according to ZNCC = ∑ i = 0 M − 1 L i − L ̅ R i − R ̅ ∑ i = 0 M − 1 L i − L ̅ 2 × ∑ i = 0 M − 1 R i − R ̅ 2 ; the i indicates positions in a cross-section direction of the multi-core optical fiber; L(i) indicates the i-th average luminance of the side image; R(i) indicates the i-th average luminance of the reference side image; M indicates the total number of i; L indicates the average value of L(i); and R indicates the average value of R(i).
Synergistic mixtures comprising, as active components, 1) one fungicidal compound IA selected from the group consisting of pyraclostrobin and triticonazole; or 2) the insecticidal compound IB tefluthrin; and 3) Bacillus subtilis MBI600 as compound II having the accession number NRRL B-50595 wherein the ratio by weight from compound IA to compound II is from 1:50 to 50:1 and wherein the ratio by weight from compound IB to compound II is from 50:1 to 1:1. 1) one fungicidal compound IA selected from the group consisting of pyraclostrobin and triticonazole; or 2) the insecticidal compound IB tefluthrin; and 3) Bacillus subtilis MBI600 as compound II having the accession number NRRL B-50595
An inflatable penile prosthesis comprising: a fluid reservoir configured to hold fluid; an inflatable member ; and a pump assembly (106; 206) configured to transfer the fluid between the fluid reservoir and the inflatable member , the pump assembly (106; 206) including a pump bulb (108; 208), a valve body (110; 210), a push valve (124; 224) movably coupled to the valve body (110; 210), a first fluid port configured to be fluidly coupled to the fluid reservoir , and a second fluid port configured to be fluidly coupled to the inflatable member , the push valve including a movable valve element (140; 240) configured to move between an inflation position and a deflation position within a main bore of the valve body (110; 210), the pump assembly (106; 206) including an anti-auto inflate valve disposed within a post area of the valve body , the movable valve element (140; 240) in the inflation position defining a fluid passageway through the main bore to transfer fluid from the pump bulb (108; 208) to the second fluid port , the movable valve element (140; 240), when moved to the deflation position, configured to change the fluid passageway through the main bore , to transfer fluid from the second fluid port to the main bore , where the movable valve element (140; 240) causes the fluid to flow into the post area , such that the fluid flows through the anti-auto inflate valve and into the first fluid port , such that the pump bulb (108; 208) is bypassed. a fluid reservoir configured to hold fluid; an inflatable member ; and a pump assembly (106; 206) configured to transfer the fluid between the fluid reservoir and the inflatable member , the pump assembly (106; 206) including a pump bulb (108; 208), a valve body (110; 210), a push valve (124; 224) movably coupled to the valve body (110; 210), a first fluid port configured to be fluidly coupled to the fluid reservoir , and a second fluid port configured to be fluidly coupled to the inflatable member , the push valve including a movable valve element (140; 240) configured to move between an inflation position and a deflation position within a main bore of the valve body (110; 210), the pump assembly (106; 206) including an anti-auto inflate valve disposed within a post area of the valve body , the movable valve element (140; 240) in the inflation position defining a fluid passageway through the main bore to transfer fluid from the pump bulb (108; 208) to the second fluid port , the movable valve element (140; 240), when moved to the deflation position, configured to change the fluid passageway through the main bore , to transfer fluid from the second fluid port to the main bore , where the movable valve element (140; 240) causes the fluid to flow into the post area , such that the fluid flows through the anti-auto inflate valve and into the first fluid port , such that the pump bulb (108; 208) is bypassed.
A light irradiation apparatus , comprising an optical plate and a light source , wherein: the optical plate comprises: a light input surface configured to input light; a light diffusion portion formed at least inside the optical plate by laser processing using converging laser light, and configured to diffuse the light input from the light input surface , a light output surface configured to output the light diffused in the light diffusion portion ; a back surface opposite to the light output surface ; wherein the light input surface is a surface which extends between the light output surface and the back surface and the light diffusion portion being formed of a light diffusion layer extending in the thickness direction of the optical plate , this direction being between the light output surface and the back surface , the light diffusion layer being perpendicular to the output surface and the back surface ; and the light source is configured to output the light to be input to the light input surface . a light input surface configured to input light; a light diffusion portion formed at least inside the optical plate by laser processing using converging laser light, and configured to diffuse the light input from the light input surface , a light output surface configured to output the light diffused in the light diffusion portion ; a back surface opposite to the light output surface ; wherein the light input surface is a surface which extends between the light output surface and the back surface and the light diffusion portion being formed of a light diffusion layer extending in the thickness direction of the optical plate , this direction being between the light output surface and the back surface , the light diffusion layer being perpendicular to the output surface and the back surface ; and the light source is configured to output the light to be input to the light input surface .
Tyre provided with an external sidewall, the said external sidewall comprising at least one composition based on at least: - from 15 to 70 phr of isoprene elastomer, - from 25 to 85 phr of butadiene elastomer, - from 10 to 100 phr of carbon black, - from 0.5 to 10 phr of an antiozone wax exhibiting a distribution of its alkanes in which, among the linear and non-linear alkanes comprising from 18 to 52 carbon atoms, the content A of linear alkanes comprising from 28 to 34 carbon atoms, expressed as % by weight, and the content B of non-linear alkanes comprising from 29 to 35 carbon atoms, expressed as % by weight, are such that their sum A + B is greater than 50% by weight of the alkanes comprising from 18 to 52 carbon atoms, and such that the ratio of B with respect to A + B is greater than or equal to 0.38, - a crosslinking system. - from 15 to 70 phr of isoprene elastomer, - from 25 to 85 phr of butadiene elastomer, - from 10 to 100 phr of carbon black, - from 0.5 to 10 phr of an antiozone wax exhibiting a distribution of its alkanes in which, among the linear and non-linear alkanes comprising from 18 to 52 carbon atoms, the content A of linear alkanes comprising from 28 to 34 carbon atoms, expressed as % by weight, and the content B of non-linear alkanes comprising from 29 to 35 carbon atoms, expressed as % by weight, are such that their sum A + B is greater than 50% by weight of the alkanes comprising from 18 to 52 carbon atoms, and such that the ratio of B with respect to A + B is greater than or equal to 0.38, - a crosslinking system.
A chair , comprising: a seat frame having a front edge , a rear edge , a first lateral edge , a second lateral edge , a bottom side , and a top side ; a seat base disposed on the top side of the seat frame that is pivotally coupled to the front edge of the seat frame , the seat base being moveable with respect to the seat frame between a depressed position and an extended position; a first arm support having a proximate end that is coupled to the first lateral edge of the seat frame and a distal end that extends from the top side of the seat frame ; a first arm having a front end and a rear end , the first arm being pivotally coupled to the first arm support about a point located between the front end and the rear end of the first arm ; and a component coupling the first arm to the seat base in a manner that permits movement of the first arm to translate into movement of the seat base ; a base having a top side and a bottom side , the base being disposed on a bottom side of the seat frame ; and a swivel mounted to the top side of the base and coupled to the seat frame . a seat frame having a front edge , a rear edge , a first lateral edge , a second lateral edge , a bottom side , and a top side ; a seat base disposed on the top side of the seat frame that is pivotally coupled to the front edge of the seat frame , the seat base being moveable with respect to the seat frame between a depressed position and an extended position; a first arm support having a proximate end that is coupled to the first lateral edge of the seat frame and a distal end that extends from the top side of the seat frame ; a first arm having a front end and a rear end , the first arm being pivotally coupled to the first arm support about a point located between the front end and the rear end of the first arm ; and a component coupling the first arm to the seat base in a manner that permits movement of the first arm to translate into movement of the seat base ; a base having a top side and a bottom side , the base being disposed on a bottom side of the seat frame ; and a swivel mounted to the top side of the base and coupled to the seat frame .