mhurhangee/patent-ind-claim-en huggingface dataset:
Gripping device, in particular for loading/unloading apparatuses, comprising: a) a main body ; b) at least one first and a second articulated structure ; c) at least one first and a second gripping head , respectively mounted on said first and second articulated structure , d) a first motorised member , mounted on said main body and active on said first articulated structure to modify the position of said first gripping head with respect to said main body ; e) a second motorised member , mounted on said main body and active on said second articulated structure to modify the position of said second gripping head with respect to said main body ; wherein each of said first and second articulated structures has: a first arm hinged to said main body ; a second arm , hinged to said main body ; a rod , hinged to said first arm and to said second arm , wherein each of said first and second gripping head is attached to a respective gripping tool, the latter being of the magnetic, electromagnetic or suction cup type. a) a main body ; b) at least one first and a second articulated structure ; c) at least one first and a second gripping head , respectively mounted on said first and second articulated structure , d) a first motorised member , mounted on said main body and active on said first articulated structure to modify the position of said first gripping head with respect to said main body ; e) a second motorised member , mounted on said main body and active on said second articulated structure to modify the position of said second gripping head with respect to said main body ; a first arm hinged to said main body ; a second arm , hinged to said main body ; a rod , hinged to said first arm and to said second arm , wherein each of said first and second gripping head is attached to a respective gripping tool, the latter being of the magnetic, electromagnetic or suction cup type.
A process for preparing a container for a consumable good, in particular food or comestible, a personal care or a pharmaceutical product, the process comprising the steps of: a) providing a container having a container wall having an inner side facing the inner space of the container; b) providing a coating layer on the inner side of the container wall, the coating layer containing resveratrol, characterised in that a concentration profile of resveratrol is preset through the cross-section of the coating layer before the addition of the consumable good, the concentration of resveratrol differing through the cross-section of the coating layer. wherein the process comprises the further step of filling the container with the consumable good, and wherein the consumable good is a non-beverage consumable good. a) providing a container having a container wall having an inner side facing the inner space of the container; b) providing a coating layer on the inner side of the container wall, the coating layer containing resveratrol, characterised in that a concentration profile of resveratrol is preset through the cross-section of the coating layer before the addition of the consumable good, the concentration of resveratrol differing through the cross-section of the coating layer.
A fiber reinforced resin sheet, in which chopped prepregs made by chopping a prepreg of reinforcing fibers impregnated with a thermosetting resin having a cure extent of 3% or more and less than 50% are dispersed two-dimensionally and are thermally bonded to each other.
Method for detecting a target comprising a processing of a radar image of the SAR type, comprising the steps involving: - loading an initial radar image (I SAR ) of the SAR type of a first zone, - loading an initial optical image (I opt ) of a second zone which at least partially covers the first zone, the initial images having been, if necessary, pre-processed so that they have the same acquisition axis, - loading additional graphic data (Data) associated with the initial optical image and relating to geographical elements present in the initial optical image, the geographical elements comprising structures which are fixed to the ground and the additional graphic data comprising geometric shapes which are close to the structures fixed to the ground, - processing at least one of the two initial images in order to make them capable of being superimposed in a coverage zone between the first zone and the second zone in order to obtain a superimposed radar image (I SAR / sup ) and a superimposed optical image (I opt/sup ), - determining additional superimposed graphic data (Data sup ) from the additional graphic data (Data) and the superimposed optical image (I opt/sup ), - locating geographical elements present in the superimposed SAR image (I SAR/sup ) at least from the additional superimposed graphic data (Data sup ), - determining positions of potential targets from the superimposed SAR image, - identifying potentially false alarms by comparing the position of potential targets identified in the radar image superimposed with geometric shapes close to structures which are fixed to the ground located in the location step. - loading an initial radar image (I SAR ) of the SAR type of a first zone, - loading an initial optical image (I opt ) of a second zone which at least partially covers the first zone, the initial images having been, if necessary, pre-processed so that they have the same acquisition axis, - loading additional graphic data (Data) associated with the initial optical image and relating to geographical elements present in the initial optical image, the geographical elements comprising structures which are fixed to the ground and the additional graphic data comprising geometric shapes which are close to the structures fixed to the ground, - processing at least one of the two initial images in order to make them capable of being superimposed in a coverage zone between the first zone and the second zone in order to obtain a superimposed radar image (I SAR / sup ) and a superimposed optical image (I opt/sup ), - determining additional superimposed graphic data (Data sup ) from the additional graphic data (Data) and the superimposed optical image (I opt/sup ), - locating geographical elements present in the superimposed SAR image (I SAR/sup ) at least from the additional superimposed graphic data (Data sup ), - determining positions of potential targets from the superimposed SAR image, - identifying potentially false alarms by comparing the position of potential targets identified in the radar image superimposed with geometric shapes close to structures which are fixed to the ground located in the location step.
A wireless communication device comprising: a wireless communication unit configured to perform wireless communication with another wireless communication device in accordance with an IEEE 802.11 standard; and a control unit configured to control the wireless communication unit so that the wireless communication unit includes schedule information in a physical layer convergence protocol PLCP header defined in the IEEE 802.11 standard and transmits the schedule information to the other wireless communication device , the schedule information relating to orthogonal frequency-division multiple access OFDMA characterized in that the PLCP header includes, as the schedule information, segmentation pattern identification information indicating one segment pattern to be used among one or more segmentation patterns, wherein a segmentation pattern is a pattern used to divide one or more subcarriers forming a frequency channel into one or more frequency segments, and wherein the segmentation pattern identification information is used in common by users multiplexed by the OFDMA, wherein the PLCP header includes a flag indicating whether communication with the other wireless communication device is performed using OFDMA. a wireless communication unit configured to perform wireless communication with another wireless communication device in accordance with an IEEE 802.11 standard; and a control unit configured to control the wireless communication unit so that the wireless communication unit includes schedule information in a physical layer convergence protocol PLCP header defined in the IEEE 802.11 standard and transmits the schedule information to the other wireless communication device , the schedule information relating to orthogonal frequency-division multiple access OFDMA characterized in that the PLCP header includes, as the schedule information, segmentation pattern identification information indicating one segment pattern to be used among one or more segmentation patterns, wherein a segmentation pattern is a pattern used to divide one or more subcarriers forming a frequency channel into one or more frequency segments, and wherein the segmentation pattern identification information is used in common by users multiplexed by the OFDMA, wherein the PLCP header includes a flag indicating whether communication with the other wireless communication device is performed using OFDMA.
A composition comprising an amine and an epoxy wherein the von Mises strain is at least 0.300, the composition comprising one of the following combinations of amine and epoxy a Bisphenol F based tri-functional novolac epoxy resin and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 3,3' diaminodiphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 1,3 bis(3-aminophenoxy) benzene; a diglycidyl α, α'-bis(4-hydroxyphenyl)-p-diisopropylbenzene and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a 1,3 bis(4-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A; and a 1,3 bis(3-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A. a Bisphenol F based tri-functional novolac epoxy resin and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 3,3' diaminodiphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 1,3 bis(3-aminophenoxy) benzene; a diglycidyl α, α'-bis(4-hydroxyphenyl)-p-diisopropylbenzene and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a 1,3 bis(4-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A; and a 1,3 bis(3-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A.
Manufacturing process for producing hermetic single-use food containers, including : - forming a container body having a peripheral rim , - placing the container body in a sealing head having a first die and a second die , at least one of which being mobile, the first die and the second die having cooperating annular sealing surfaces facing the rim , - applying a closing lid over the container body , - sealing the closing lid with the rim of the container body by applying the first die and the second die one against the other, the first die being provided with an annular rib in its sealing surface , the rib having a height (h) which is at least equal to a maximum depth of wrinkles that might appear on the rim upon forming the container body, whereby a sealing groove is formed by the rib in a side of the rim when sealing the closing lid to the container body , the closing lid being bound to the rim in front of the sealing groove, wherein the container body is made from a sheet of paper/PLA laminate. - forming a container body having a peripheral rim , - placing the container body in a sealing head having a first die and a second die , at least one of which being mobile, the first die and the second die having cooperating annular sealing surfaces facing the rim , - applying a closing lid over the container body , - sealing the closing lid with the rim of the container body by applying the first die and the second die one against the other, the first die being provided with an annular rib in its sealing surface , the rib having a height (h) which is at least equal to a maximum depth of wrinkles that might appear on the rim upon forming the container body, whereby a sealing groove is formed by the rib in a side of the rim when sealing the closing lid to the container body , the closing lid being bound to the rim in front of the sealing groove, wherein the container body is made from a sheet of paper/PLA laminate.
A welding system , comprising: a welding-type power supply configured to provide power to a welding torch , the welding torch configured to receive welding wire from a wire feeder and provide the power to the welding wire to establish an electrical arc between the welding wire and a workpiece , the welding-type power supply comprising control circuitry configured to: detect an end of a welding process, in response to detecting the end of the welding process, output a signal to control a current magnitude of the power to a magnitude above zero, and output a signal to the wire feeder to feed the welding wire forward, detect a contact between the welding wire and the workpiece , characterised in that the control circuitry is further configured to: in response to detecting the contact, output a signal to the wire feeder to feed the welding wire forward for a first time period or first distance, and in response to the first time period or first distance expiring, retract the welding wire . a welding-type power supply configured to provide power to a welding torch , the welding torch configured to receive welding wire from a wire feeder and provide the power to the welding wire to establish an electrical arc between the welding wire and a workpiece , the welding-type power supply comprising control circuitry configured to: detect an end of a welding process, in response to detecting the end of the welding process, output a signal to control a current magnitude of the power to a magnitude above zero, and output a signal to the wire feeder to feed the welding wire forward, detect a contact between the welding wire and the workpiece , characterised in that the control circuitry is further configured to: in response to detecting the contact, output a signal to the wire feeder to feed the welding wire forward for a first time period or first distance, and in response to the first time period or first distance expiring, retract the welding wire . detect an end of a welding process, in response to detecting the end of the welding process, output a signal to control a current magnitude of the power to a magnitude above zero, and output a signal to the wire feeder to feed the welding wire forward, detect a contact between the welding wire and the workpiece , characterised in that the control circuitry is further configured to: in response to detecting the contact, output a signal to the wire feeder to feed the welding wire forward for a first time period or first distance, and in response to the first time period or first distance expiring, retract the welding wire . in response to detecting the contact, output a signal to the wire feeder to feed the welding wire forward for a first time period or first distance, and in response to the first time period or first distance expiring, retract the welding wire .
A projection data decomposer for decomposing projection data into different energy-dependent components, the projection data being generated from a detector array detecting radiation that traverses an examination region, wherein the radiation is emitted from a radiation source , and the emission voltage of the radiation source is controlled by a radiation source controller allowing multi-energy acquisitions, the projection data decomposer comprising: a spectral decomposer configured to determine at least two energy dependent components based on non-agent based projection data from at least two data acquisitions, wherein a first of the at least two data acquisitions is performed at a first emission voltage and a second of the at least two data acquisitions is performed at a second emission voltage, wherein the first and second emission voltages are different; a time series decomposer configured to determine an agent-based component based on agent-based time series projection data and on the at least two energy dependent components that were determined based on projection data from the at least two non-agent based data acquisitions, wherein the at least two energy dependent components include a photo-electric component and a Compton component. a spectral decomposer configured to determine at least two energy dependent components based on non-agent based projection data from at least two data acquisitions, wherein a first of the at least two data acquisitions is performed at a first emission voltage and a second of the at least two data acquisitions is performed at a second emission voltage, wherein the first and second emission voltages are different; a time series decomposer configured to determine an agent-based component based on agent-based time series projection data and on the at least two energy dependent components that were determined based on projection data from the at least two non-agent based data acquisitions, wherein the at least two energy dependent components include a photo-electric component and a Compton component.
Use of a stomach cancer marker polynucleotide miR-4257 in an in vitro method of detection or diagnosis of stomach cancer.
An axle assembly comprising: a drive pinion assembly (74") that includes: a drive pinion body (110") that defines a drive pinion passage that extends around an axis , the drive pinion body (110") having a first end portion and a second end portion disposed opposite the first end portion ; a pinion gear that is fixedly disposed on the first end portion , wherein the pinion gear has a pinion gear hole that receives the drive pinion body (110"); characterised in that the drive pinion assembly (74") further includes: a side gear (114") that is fixedly disposed on the second end portion ; and wherein the side gear (114") has a side gear hole that receives the drive pinion body (110"), and a side gear spline that is disposed in the side gear hole and that mates with a second spline that is disposed on the drive pinion body (110"), and the drive pinion body (110") has a flange that extends away from the axis , wherein the flange has a first flange surface that engages a roller bearing assembly that rotatably supports the drive pinion assembly (74") and a second flange surface that is disposed opposite the first flange surface and that engages the side gear; and the side gear has a side gear end surface that engages the second flange surface , and a rim that extends from the side gear end surface toward the roller bearing assembly and at least partially around the flange . a drive pinion body (110") that defines a drive pinion passage that extends around an axis , the drive pinion body (110") having a first end portion and a second end portion disposed opposite the first end portion ; a pinion gear that is fixedly disposed on the first end portion , wherein the pinion gear has a pinion gear hole that receives the drive pinion body (110"); characterised in that the drive pinion assembly (74") further includes: a side gear (114") that is fixedly disposed on the second end portion ; and wherein the side gear (114") has a side gear hole that receives the drive pinion body (110"), and a side gear spline that is disposed in the side gear hole and that mates with a second spline that is disposed on the drive pinion body (110"), and the drive pinion body (110") has a flange that extends away from the axis , wherein the flange has a first flange surface that engages a roller bearing assembly that rotatably supports the drive pinion assembly (74") and a second flange surface that is disposed opposite the first flange surface and that engages the side gear; and the side gear has a side gear end surface that engages the second flange surface , and a rim that extends from the side gear end surface toward the roller bearing assembly and at least partially around the flange .
A compliant catheter adapter comprising: a catheter adapter body formed of a compression set resistant elastomeric material, the catheter adapter body integrally manufactured to form: a port ; a catheter wedge ; one or more stabilization platforms ; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; an inner chamber disposed within the catheter adapter body , the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; a compression resistant septum disposed toward the proximal end of the catheter adapter body ; and a lumen formed through the compression resistant septum , the lumen configured to receive an elongate object therein; and a compression cap coupled to the compression resistant septum , the compression cap configured to impart a compression force to the compression resistant septum such that the lumen narrows and seals when the elongate object is removed from the lumen . a catheter adapter body formed of a compression set resistant elastomeric material, the catheter adapter body integrally manufactured to form: a port ; a catheter wedge ; one or more stabilization platforms ; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; an inner chamber disposed within the catheter adapter body , the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; a compression resistant septum disposed toward the proximal end of the catheter adapter body ; and a lumen formed through the compression resistant septum , the lumen configured to receive an elongate object therein; and a port ; a catheter wedge ; one or more stabilization platforms ; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; an inner chamber disposed within the catheter adapter body , the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body ; a compression resistant septum disposed toward the proximal end of the catheter adapter body ; and a lumen formed through the compression resistant septum , the lumen configured to receive an elongate object therein; and a compression cap coupled to the compression resistant septum , the compression cap configured to impart a compression force to the compression resistant septum such that the lumen narrows and seals when the elongate object is removed from the lumen .