mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a first robotic arm and a second robotic arm , each robotic arm configured to be coupled to a surgical table ; and an arm cart configured to contain the first and second robotic arms , wherein the first robotic arm is movable within the arm cart between a first storage position within the arm cart , a second storage position within the arm cart , and a deployment position, the first robotic arm oriented vertically and disposed entirely within the arm cart in the first storage position and the second storage position, the first robotic arm oriented horizontally and at least a portion of the first robotic arm protruding from the arm cart in the deployment position such that the portion of the first robotic arm is configured to mate with the surgical table , characterized in that the second robotic arm is movable between a third storage position in a middle portion of the arm cart and a fourth storage position in a rear portion of the arm cart ; the second robotic arm configured to move from the third storage position to the fourth storage position before the first robotic arm is moved to the deployment position, the first robotic arm configured to pivot from the first storage position to the deployment position, the fourth storage position providing clearance for the first robotic arm to move into the deployment position. a first robotic arm and a second robotic arm , each robotic arm configured to be coupled to a surgical table ; and an arm cart configured to contain the first and second robotic arms , wherein the first robotic arm is movable within the arm cart between a first storage position within the arm cart , a second storage position within the arm cart , and a deployment position, the first robotic arm oriented vertically and disposed entirely within the arm cart in the first storage position and the second storage position, the first robotic arm oriented horizontally and at least a portion of the first robotic arm protruding from the arm cart in the deployment position such that the portion of the first robotic arm is configured to mate with the surgical table , characterized in that the second robotic arm is movable between a third storage position in a middle portion of the arm cart and a fourth storage position in a rear portion of the arm cart ; the second robotic arm configured to move from the third storage position to the fourth storage position before the first robotic arm is moved to the deployment position, the first robotic arm configured to pivot from the first storage position to the deployment position, the fourth storage position providing clearance for the first robotic arm to move into the deployment position.
A lithium ion secondary battery element comprising a positive electrode, a separator , and a negative electrode that are stacked, wherein: the positive electrode includes a positive electrode active material layer formed by applying a positive electrode active material mixture; the negative electrode includes a negative electrode active material layer formed by applying a negative electrode active material mixture; the separator is a uniaxially stretched film of polyolefin and has an air permeability of less than or equal to 100 seconds/100 milliliters, the air permeability being measured in accordance with Japanese Industrial Standards JISP8117:2009 using a Gurley permeability tester; and after a lithium ion secondary battery including the lithium ion secondary battery element is charged and discharged once, a total of a thickness of the separator and a thickness of the negative electrode active material layer formed on one surface of the negative electrode is less than or equal to 50 micrometers. the positive electrode includes a positive electrode active material layer formed by applying a positive electrode active material mixture; the negative electrode includes a negative electrode active material layer formed by applying a negative electrode active material mixture; the separator is a uniaxially stretched film of polyolefin and has an air permeability of less than or equal to 100 seconds/100 milliliters, the air permeability being measured in accordance with Japanese Industrial Standards JISP8117:2009 using a Gurley permeability tester; and after a lithium ion secondary battery including the lithium ion secondary battery element is charged and discharged once, a total of a thickness of the separator and a thickness of the negative electrode active material layer formed on one surface of the negative electrode is less than or equal to 50 micrometers.
A food-grade high-temperature oil, comprising the following components: a) 93.9 to 45 wt.-% of at least one oil selected from the group of estolides; b) 6 to 45 wt.-% of a polymer, selected from the group consisting of a hydrogenated or fully hydrogenated polyisobutylene or a mixture of hydrogenated and fully hydrogenated polyisobutylene; c) 0.1 to 5 wt.-% of additives, individually or in combination, selected from the group consisting of anticorrosion additives, antioxidants, antiwear additives, UV stabilisers, inorganic or organic solid lubricants. a) 93.9 to 45 wt.-% of at least one oil selected from the group of estolides; b) 6 to 45 wt.-% of a polymer, selected from the group consisting of a hydrogenated or fully hydrogenated polyisobutylene or a mixture of hydrogenated and fully hydrogenated polyisobutylene; c) 0.1 to 5 wt.-% of additives, individually or in combination, selected from the group consisting of anticorrosion additives, antioxidants, antiwear additives, UV stabilisers, inorganic or organic solid lubricants.
A method for proactive allocation of uplink transmission resources to a wireless device, wherein the wireless device transmits periodic uplink data traffic, the method being performed in a radio access node in a wireless communication system, and wherein a periodicity of the transmission and a packet size of transmitted packets is known to the radio access node , received from the wireless device, retrieved from another source or learnt from observing and averaging over several transmissions, the method comprising: estimating a transmission phase, the transmission phase being a periodically recurring point in time when new periodic data is available for transmission in the wireless device, and adjusting the timing of an uplink transmission resource allocation for the wireless device for a subsequent transmission depending on whether an uplink transmission resource allocated in a previous uplink transmission resource allocation was used by the wireless device or not; and proactively allocating uplink transmission resources to the wireless device, by scheduling the wireless device for uplink transmission without receiving a preceding request for transmission resources from the wireless device, such that the timing of the proactively allocated resources matches the estimated transmission phase, wherein estimating the transmission phase further comprises allocating a first and second uplink transmission resource for each transmission, and adjusting the timing of the first and/or the second resource allocations depending on which of the uplink transmission resources allocated for the previous transmission was used by the wireless device. estimating a transmission phase, the transmission phase being a periodically recurring point in time when new periodic data is available for transmission in the wireless device, and adjusting the timing of an uplink transmission resource allocation for the wireless device for a subsequent transmission depending on whether an uplink transmission resource allocated in a previous uplink transmission resource allocation was used by the wireless device or not; and proactively allocating uplink transmission resources to the wireless device, by scheduling the wireless device for uplink transmission without receiving a preceding request for transmission resources from the wireless device, such that the timing of the proactively allocated resources matches the estimated transmission phase,
A method of preparing esters, the method comprises: reacting in a reaction mixture an organic acid with a dialkyl-carbonate in the presence of an alcohol-containing solvent without an extrinsic catalyst, wherein said alcohol mediates the formation of said esters, and is present in excess of stoichiometric amounts of said dialkylcarbonate.
A smart card for storing information about a user, said smart card comprising: - a biometric sensor for taking a biometric reading from said user through the user making physical contact with the biometric sensor, said biometric sensor is a fingerprint scanner, - an inductive element disposed with the biometric sensor for the generation of an electric charge when the user's finger is in close proximity to the inductive element, a power unit coupled to the inductive element, the power unit having at least one voltage or current amplifier to boost the electric charge induced in the inductive element, - at least one processor powered by the electrical charge of the inductive element, which activates said one processor to analyse the biometric reading obtained from the biometric sensor to verify that the user is an authorised user and prohibit usage of the smart card in the event that the user is not an authorised user, and wherein the processor verifies the user's identity by comparing fingerprint data obtained from the finger print scanner with template data obtained from the authorized user, which template data is encrypted onto the processor. - a biometric sensor for taking a biometric reading from said user through the user making physical contact with the biometric sensor, said biometric sensor is a fingerprint scanner, - an inductive element disposed with the biometric sensor for the generation of an electric charge when the user's finger is in close proximity to the inductive element, a power unit coupled to the inductive element, the power unit having at least one voltage or current amplifier to boost the electric charge induced in the inductive element, - at least one processor powered by the electrical charge of the inductive element, which activates said one processor to analyse the biometric reading obtained from the biometric sensor to verify that the user is an authorised user and prohibit usage of the smart card in the event that the user is not an authorised user, and wherein the processor verifies the user's identity by comparing fingerprint data obtained from the finger print scanner with template data obtained from the authorized user, which template data is encrypted onto the processor.
Measuring assembly with a housing and a housing interior space , - with at least one sensor arranged in the housing interior space , - and also sensor electronics arranged in the housing interior space , - wherein the housing has a measuring input and a signal output , - and with a display held on the housing , - wherein the housing is formed by a tube section with a longitudinal centre axis and a maximum outside diameter (D max ), - and the open ends of the tube section are each closed by a closure plug , - and a mount , which is open towards the housing interior space , for the display is incorporated in the tube wall of the tube section , - characterized - and in that the mount is at least partially formed over its inner circumference with a supporting border , - in that the supporting border protrudes into the mount , - and in that the supporting border forms a support for the display , - wherein the display is a touch display, - and the display is formed as a scroll wheel for setting switching parameters of the measuring assembly . - with at least one sensor arranged in the housing interior space , - and also sensor electronics arranged in the housing interior space , - wherein the housing has a measuring input and a signal output , - and with a display held on the housing , - wherein the housing is formed by a tube section with a longitudinal centre axis and a maximum outside diameter (D max ), - and the open ends of the tube section are each closed by a closure plug , - and a mount , which is open towards the housing interior space , for the display is incorporated in the tube wall of the tube section , - characterized - and in that the mount is at least partially formed over its inner circumference with a supporting border , - in that the supporting border protrudes into the mount , - and in that the supporting border forms a support for the display , - wherein the display is a touch display, - and the display is formed as a scroll wheel for setting switching parameters of the measuring assembly .
Actuator device of a braking device and a clutch comprising - a pump provided with a manually operated device for pressurizing a fluid by means of a float , - a first delivery circuit and a second delivery circuit fluidly connected to an outlet of said pump , - the first delivery circuit being fluidly connected to a braking device , - the second delivery circuit is fluidly connected to a clutch , wherein the actuator device comprises diverter means suitable for fluidly connecting the output of the pump alternately with the first delivery circuit and with the second delivery circuit , so as to alternately actuate the braking device or the clutch , characterized in that said diverter means are operatively connected with a switch able to arrange the diverter means to set the fluid connection of the outlet of the pump with the first delivery circuit or with the second delivery circuit respectively. - a pump provided with a manually operated device for pressurizing a fluid by means of a float , - a first delivery circuit and a second delivery circuit fluidly connected to an outlet of said pump , - the first delivery circuit being fluidly connected to a braking device , - the second delivery circuit is fluidly connected to a clutch , the actuator device comprises diverter means suitable for fluidly connecting the output of the pump alternately with the first delivery circuit and with the second delivery circuit , so as to alternately actuate the braking device or the clutch , characterized in that said diverter means are operatively connected with a switch able to arrange the diverter means to set the fluid connection of the outlet of the pump with the first delivery circuit or with the second delivery circuit respectively.
An electrochemical cell comprising: a hermetic container having a base member , a jointing material fixed to the base member and a lid member welded on the base member via the jointing material, and in which a sealed housing space (S) formed between the base member and the lid member is defined; and an electrochemical element which is housed inside the housing space (S) and which is available to effect charging and discharging, wherein the base member is formed in the shape of a closed-end tube having a flat-plate bottom wall portion and a frame peripheral wall portion , the lid member is made of stainless steel, the lid member is welded on an upper surface of the peripheral wall portion of the base member via the jointing material by seam welding in which welded parts are overlapped continuously on a boundary surface between the lid member and the jointing material, characterized in that the lid member has a thickness less than or equal to 30 μm, and a wall thickness T (μm) of the peripheral wall portion and a welded diameter φ (μm) of the welded parts satisfy the following formula Welded diameter φ Wall thickness T < 0.5 a hermetic container having a base member , a jointing material fixed to the base member and a lid member welded on the base member via the jointing material, and in which a sealed housing space (S) formed between the base member and the lid member is defined; and an electrochemical element which is housed inside the housing space (S) and which is available to effect charging and discharging, wherein the base member is formed in the shape of a closed-end tube having a flat-plate bottom wall portion and a frame peripheral wall portion , the lid member is made of stainless steel, the lid member is welded on an upper surface of the peripheral wall portion of the base member via the jointing material by seam welding in which welded parts are overlapped continuously on a boundary surface between the lid member and the jointing material, characterized in that the lid member has a thickness less than or equal to 30 μm, and a wall thickness T (μm) of the peripheral wall portion and a welded diameter φ (μm) of the welded parts satisfy the following formula Welded diameter φ Wall thickness T < 0.5
One or more non-transitory computer-readable media having instructions, stored thereon, that when executed cause a device to: obtain, from a user equipment, UE, of a wireless communication network, a Third Generation Partnership, 3GP, Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, profile associated with the UE , wherein the 3GP-DASH profile is a stereoscopic three-dimensional, 3-D, video profile that indicates that video device capabilities of the UE to render frame-packed 3D video content include a base view and a non-base view packed in a same frame; identify a first media presentation that complies with the obtained 3GP-DASH profile and is available for delivery to the UE ; obtain a media presentation description, MPD, that includes information associated with the identified first media presentation and information associated with a second media presentation that does not comply with the obtained 3GP-DASH profile; modify the MPD to exclude the information associated with the second media presentation that does not comply with the obtained 3GP-DASH profile; and transmit the modified MPD to the UE . obtain, from a user equipment, UE, of a wireless communication network, a Third Generation Partnership, 3GP, Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, profile associated with the UE , wherein the 3GP-DASH profile is a stereoscopic three-dimensional, 3-D, video profile that indicates that video device capabilities of the UE to render frame-packed 3D video content include a base view and a non-base view packed in a same frame; identify a first media presentation that complies with the obtained 3GP-DASH profile and is available for delivery to the UE ; obtain a media presentation description, MPD, that includes information associated with the identified first media presentation and information associated with a second media presentation that does not comply with the obtained 3GP-DASH profile; modify the MPD to exclude the information associated with the second media presentation that does not comply with the obtained 3GP-DASH profile; and transmit the modified MPD to the UE .
An in vitro method for promoting ventricular cardiomyocyte formation from a stem cell, which method comprises inhibiting retinoic acid signaling pathway in a stem cell that has differentiated to form mesoderm, wherein the retinoic acid signaling pathway is inhibited by contacting the stem cell with a pan-retinoic acid receptor antagonist, a retinoic acid antagonist, a retinoic acid receptor antagonist, an inhibitor of retinoic acid synthesis, or a retinoic X receptor antagonist, or by depleting vitamin A in the culture medium for the stem cell.
A method for designing a drilling template , wherein a dental situation is measured using a 3D surface measurement device and a 3D surface model of the dental situation is generated and/or the dental situation is measured using an X-ray device or an MRI device and a volume model of the dental situation is generated, characterised in that an artificial neural network for machine learning (convolutional neural network; CNN) is applied to the 3D surface model the dental situation and/or the volume model of the dental situation and/or to an initial 3D model of the drilling template and a fully designed 3D model of the drilling template is automatically generated.
An electronic device comprising: a display ; at least one sensor disposed under a region of the display ; and at least one processor configured to: detect , using the at least one sensor, a touch input on the region of the display , identify a size of the detected touch input by determining a width or height of the detected touch input, and display , using the display , a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input. a display ; at least one sensor disposed under a region of the display ; and at least one processor configured to: detect , using the at least one sensor, a touch input on the region of the display , identify a size of the detected touch input by determining a width or height of the detected touch input, and display , using the display , a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input. detect , using the at least one sensor, a touch input on the region of the display , identify a size of the detected touch input by determining a width or height of the detected touch input, and display , using the display , a user interface in a size corresponding to the width or height of the touch input, which guides to remove a mark caused by the touch input, wherein the mark includes biometric information in association with the touch input.
A solid beverage containing barley leaves, the solid beverage obtainable by: a) mixing a barley leaf micro-powder, inulin, konjac powder and matcha powder and then wet granulating to obtain granulated powders; b) drying the granulated powders of step a) and passing through a 841μm (20-mesh) sieve to obtain whole granules; and c) uniformly mixing the whole granules of step b) with xylitol particles, sucralose and silicon dioxide, and then packaging them to obtain a solid beverage; wherein the solid beverage contains: 15-60 wt.% of barley leaf micro-powders, 10-50 wt.% of xylitol granules, 5-20 wt.% of matcha powders, 1-10 wt.% of inulin, 0.5-4.0 wt.% of konjac powders, 0.2-3.0 wt.% of silicon dioxide, and 0.1-3.0 wt.% of sucralose. a) mixing a barley leaf micro-powder, inulin, konjac powder and matcha powder and then wet granulating to obtain granulated powders; b) drying the granulated powders of step a) and passing through a 841μm (20-mesh) sieve to obtain whole granules; and c) uniformly mixing the whole granules of step b) with xylitol particles, sucralose and silicon dioxide, and then packaging them to obtain a solid beverage; wherein the solid beverage contains: 15-60 wt.% of barley leaf micro-powders, 10-50 wt.% of xylitol granules, 5-20 wt.% of matcha powders, 1-10 wt.% of inulin, 0.5-4.0 wt.% of konjac powders, 0.2-3.0 wt.% of silicon dioxide, and 0.1-3.0 wt.% of sucralose. 15-60 wt.% of barley leaf micro-powders, 10-50 wt.% of xylitol granules, 5-20 wt.% of matcha powders, 1-10 wt.% of inulin, 0.5-4.0 wt.% of konjac powders, 0.2-3.0 wt.% of silicon dioxide, and 0.1-3.0 wt.% of sucralose.