mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing, in a roadway or parking area pavement, an autonomous electronic block including an anti-wrenching bushing-case that contains internally an electronic equipment having an autonomous power source, characterized in that it is used a tubular bushing-case of a determined overall diameter and closed at its two opposite ends, one of these two ends being a head portion intended to flush with the pavement surface, said bushing-case including on its external tubular surface a 3D helical thread , and in that , for installing the autonomous electronic block: - an orifice is previously made in the pavement, said orifice having a suitable diameter for said bushing-case to be press fit into the orifice, the orifice having a depth substantially equal to the height of the block's bushing-case so that said bushing-case can be inserted thereinto to bring its head portion flush with the pavement surface, said orifice having a main axis substantially perpendicular to the pavement surface, - the block's bushing-case is placed on the orifice, by its free skirt end, - the block's bushing-case is press fit into the orifice, by applying on the head portion a force of insertion substantially along the main axis of the orifice until the head portion come flush with the pavement surface. - an orifice is previously made in the pavement, said orifice having a suitable diameter for said bushing-case to be press fit into the orifice, the orifice having a depth substantially equal to the height of the block's bushing-case so that said bushing-case can be inserted thereinto to bring its head portion flush with the pavement surface, said orifice having a main axis substantially perpendicular to the pavement surface, - the block's bushing-case is placed on the orifice, by its free skirt end, - the block's bushing-case is press fit into the orifice, by applying on the head portion a force of insertion substantially along the main axis of the orifice until the head portion come flush with the pavement surface.
Cooling device for an electric traction motor of a vehicle , in particular a rail vehicle, the electric motor being surrounded by a casing having a wall provided with at least one opening for the entry of a flow of air for cooling the electric motor , the cooling device comprising: - an casing having a first wall and an opposite second wall , the casing delimiting an air duct connecting an air inlet situated on the first wall to a single annular air outlet defined by the second wall located on the second wall , substantially at the periphery of the second wall ; and - a motorised fan mounted inside the casing and configured to force the flow of air from the air inlet to the air outlet ; the cooling device being configured to be removably fixed to the casing by applying the second wall of the casing against the wall of the casing , the air outlet facing the opening(s) when the cooling device is fixed to the casing , the cooling device being configured to generate the air flow in the air duct between the air inlet and the air outlet and to circulate an air flow through the air inlet axially with respect to a main axis (A-A') of a motor assembly comprising an electric motor and the cooling device , the motorised fan being configured to suck in the flow of air through the air inlet and to circulate this air flow mainly radially with respect to axis (A-A') in the air duct , the air flow then flowing away from the main axis (A-A') in the air duct . - an casing having a first wall and an opposite second wall , the casing delimiting an air duct connecting an air inlet situated on the first wall to a single annular air outlet defined by the second wall located on the second wall , substantially at the periphery of the second wall ; and - a motorised fan mounted inside the casing and configured to force the flow of air from the air inlet to the air outlet ; the cooling device being configured to be removably fixed to the casing by applying the second wall of the casing against the wall of the casing , the air outlet facing the opening(s) when the cooling device is fixed to the casing , the cooling device being configured to generate the air flow in the air duct between the air inlet and the air outlet and to circulate an air flow through the air inlet axially with respect to a main axis (A-A') of a motor assembly comprising an electric motor and the cooling device , the motorised fan being configured to suck in the flow of air through the air inlet and to circulate this air flow mainly radially with respect to axis (A-A') in the air duct , the air flow then flowing away from the main axis (A-A') in the air duct .
A method of operation by a network node of a wireless communication network , the method comprising: monitoring for the existence of an impairment condition for uplink or downlink communications handled by a Transmission Reception Point (TRP) of the wireless communication network , the impairment condition arising from a periodicity of periodic fading affecting the uplink or downlink communications being shorter than a Link Adaptation (LA) time constant for the TRP performing link adaptations with respect to the uplink or downlink communications, the LA time constant being dependent upon a Time Division Duplex (TDD) configuration of the TRP ; and responsive to a trigger condition being fulfilled, adapting the TDD configuration of the TRP so as to reduce the LA time constant, the trigger condition comprising at least detecting the existence of the impairment condition. monitoring for the existence of an impairment condition for uplink or downlink communications handled by a Transmission Reception Point (TRP) of the wireless communication network , the impairment condition arising from a periodicity of periodic fading affecting the uplink or downlink communications being shorter than a Link Adaptation (LA) time constant for the TRP performing link adaptations with respect to the uplink or downlink communications, the LA time constant being dependent upon a Time Division Duplex (TDD) configuration of the TRP ; and responsive to a trigger condition being fulfilled, adapting the TDD configuration of the TRP so as to reduce the LA time constant, the trigger condition comprising at least detecting the existence of the impairment condition.
A method for running an applet, comprising: obtaining uniform resource identifier (URI) information of the applet based on an opening request when the opening request of the applet is received, wherein a format of the URI comprises a protocol name of a target boot protocol and content corresponding to the protocol, and the target boot protocol is a universal boot protocol applied to a plurality of host applications when opening the applet; characterized by , analyzing the URI information based on grammatical format description rules of the target boot protocol, to obtain a first parameter and a second parameter, wherein the second parameter comprises a path of an applet page to be opened, a page parameter of the page to be opened and an anchor point of the page to be opened, wherein the page parameter of the page to be opened refers to a query term parameter used when a search query is requested in the page to be opened, and the anchor point of the page to be opened refers to a specific position in the page to be opened; obtaining an execution file package of the applet based on the first parameter; and rendering corresponding page resources in the execution file package based on the second parameter. obtaining uniform resource identifier (URI) information of the applet based on an opening request when the opening request of the applet is received, wherein a format of the URI comprises a protocol name of a target boot protocol and content corresponding to the protocol, and the target boot protocol is a universal boot protocol applied to a plurality of host applications when opening the applet; characterized by , analyzing the URI information based on grammatical format description rules of the target boot protocol, to obtain a first parameter and a second parameter, wherein the second parameter comprises a path of an applet page to be opened, a page parameter of the page to be opened and an anchor point of the page to be opened, wherein the page parameter of the page to be opened refers to a query term parameter used when a search query is requested in the page to be opened, and the anchor point of the page to be opened refers to a specific position in the page to be opened; obtaining an execution file package of the applet based on the first parameter; and rendering corresponding page resources in the execution file package based on the second parameter.
A process for producing a propylene-based polymer in a fluidized-bed reactor, the propylene-based polymer having a seal initiation temperature (SIT) of 75°C to 110°C, wherein the SIT is the temperature at which the seal strength determined from a graph of seal strength against sealing temperature under conditions of specimen width of 25.4 mm (1 inch), sealing pressure of 40 psi (0.27 N/mm 2 ), sealing dwell time of 0.5 seconds, delay time of 24 hours conditioning at recommended ASTM F88 conditions and peel speed of 10 seconds is 0.175 N/mm (1 pound force/inch), wherein: the fluidized-bed reactor comprises polymer product particles and a catalyst, and the process is conducted under copolymerization conditions comprising a reactor temperature that is 20°C to 40°C less than the SIT of the propylene-based polymer and a propylene partial pressure in a range of 80% to 120% of the maximum partial pressure, PP C 3_ max , as determined by the following equation: PP C 3 _ max = 625 − 43.7 E t − 20.0 B t − 2.2 T where E t , the ethylene content in the propylene-based polymer, is in a range of 0 to 2.5 wt%, B t , the butene content in the propylene-based polymer, is in a range of 8 to 20 wt%, and where (2*Et + B t ) is less than or equal to 21 wt%, and T is the reactor temperature with a unit of °C, and the partial pressure is with a unit of psi (1 psi = 6.89476 kPa), in which the catalyst comprises a catalyst/donor system comprising a Ziegler-Natta pro-catalyst composition, a co-catalyst, and a mixed external electron donor (M-EED) system comprising (a) an activity limiting agent comprising a C 4 -C 30 aliphatic acid ester, and (b) a selectivity control agent comprising an alkoxysilane. the fluidized-bed reactor comprises polymer product particles and a catalyst, and the process is conducted under copolymerization conditions comprising a reactor temperature that is 20°C to 40°C less than the SIT of the propylene-based polymer and a propylene partial pressure in a range of 80% to 120% of the maximum partial pressure, PP C 3_ max , as determined by the following equation: PP C 3 _ max = 625 − 43.7 E t − 20.0 B t − 2.2 T where E t , the ethylene content in the propylene-based polymer, is in a range of 0 to 2.5 wt%, B t , the butene content in the propylene-based polymer, is in a range of 8 to 20 wt%, and where (2*Et + B t ) is less than or equal to 21 wt%, and T is the reactor temperature with a unit of °C, and the partial pressure is with a unit of psi (1 psi = 6.89476 kPa), in which the catalyst comprises a catalyst/donor system comprising a Ziegler-Natta pro-catalyst composition, a co-catalyst, and a mixed external electron donor (M-EED) system comprising (a) an activity limiting agent comprising a C 4 -C 30 aliphatic acid ester, and (b) a selectivity control agent comprising an alkoxysilane.
Propranolol and an immune checkpoint inhibitor for use in a method of therapy of cancer in an individual having the cancer, wherein: a) the cancer is selected from breast cancer and melanoma; b) the immune checkpoint inhibitor is selected from an anti-PD-1 antibody or a PD-1 binding fragment thereof; and c) the propranolol and the immune checkpoint inhibitor synergistically inhibit cancer progression, and/or inhibit increase in the tumor volume, and/or reduce tumor volume, and/or reduce tumor growth rate, and/or eradicate the tumor or tumor cells. a) the cancer is selected from breast cancer and melanoma; b) the immune checkpoint inhibitor is selected from an anti-PD-1 antibody or a PD-1 binding fragment thereof; and c) the propranolol and the immune checkpoint inhibitor synergistically inhibit cancer progression, and/or inhibit increase in the tumor volume, and/or reduce tumor volume, and/or reduce tumor growth rate, and/or eradicate the tumor or tumor cells.
A light-emitting diode (LED) light source , comprising: a plurality of LED dies , a plurality of electricity-conducting holding elements being metal sheets respectively, wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar; and a transparent packaging body made of transparent resin material, transparent silicone material, or transparent polymer material; wherein the LED dies and the electricity-conducting holding elements are sealed in the transparent packaging body , characterised in that each LED die is a double-sided light emission LED with a light emitting surface on the bottom surface of the LED die and another light-emitting surface on the top surface of the LED die , wherein the light emitting surface on the bottom surface is located and not covered between the holding elements; and in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die . a plurality of LED dies , a plurality of electricity-conducting holding elements being metal sheets respectively, wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar; and a transparent packaging body made of transparent resin material, transparent silicone material, or transparent polymer material; wherein the LED dies and the electricity-conducting holding elements are sealed in the transparent packaging body , characterised in that each LED die is a double-sided light emission LED with a light emitting surface on the bottom surface of the LED die and another light-emitting surface on the top surface of the LED die , wherein the light emitting surface on the bottom surface is located and not covered between the holding elements; and in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die .
A medical device for treating a target site including an atrial septal wall, the medical device comprising: a frame configured to transition from a constricted configuration to an expanded configuration upon deployment thereof at the target site, the frame having proximal and distal ends , wherein the frame comprises a proximal disc at the proximal end , a distal disc at the distal end , and a connecting segment extending between the proximal end and the distal end and connecting the proximal and distal discs , wherein each of the proximal and distal discs comprises a respective plurality of lobes , wherein each lobe is defined by a peripheral strut ; and at least one patch , wherein the at least one patch is coupled to at least one of the proximal and distal discs of the frame characterized in that the proximal disc comprises at least two layers , each layer comprising a respective subset of the plurality of lobes of the proximal disc . a frame configured to transition from a constricted configuration to an expanded configuration upon deployment thereof at the target site, the frame having proximal and distal ends , wherein the frame comprises a proximal disc at the proximal end , a distal disc at the distal end , and a connecting segment extending between the proximal end and the distal end and connecting the proximal and distal discs , wherein each of the proximal and distal discs comprises a respective plurality of lobes , wherein each lobe is defined by a peripheral strut ; and at least one patch , wherein the at least one patch is coupled to at least one of the proximal and distal discs of the frame characterized in that the proximal disc comprises at least two layers , each layer comprising a respective subset of the plurality of lobes of the proximal disc .
A method for diagnosing Alzheimer's disease in a symptomatic human subject comprising the steps of (a) culturing two otherwise identical populations of B lymphocytes from the subject under conditions that preserve B lymphocyte viability and/or permit the B lymphocytes to proliferate, the first population comprising a suitable concentration of amylospheroid of greater than 0 nM and less than 500 nM and the second population being free of amylospheroid; (b) separately measuring the amount of PKCε in the cultured B lymphocytes from the first and second populations; and (c) comparing the measurements of step (b), whereby the subject is afflicted with Alzheimer's disease if the amount of PKCε in the cultured B lymphocytes from the first population is greater than or equal to the amount of PKCε in the cultured B lymphocytes from the second population.
A magnetic resonance imaging system , the system comprising a magnetic resonance imaging device for acquiring MR data from a moving subject , wherein the subject is moving naturally, uninfluenced by the outside, especially a fetus or a part of said fetus; and an image generator for generating an image of said moving subject , wherein the magnetic resonance imaging device is configured to acquire the MR data from the subject at different orientations of said subject with respect to a magnetization direction Bo, utilizing a natural movement of the subject ; and wherein the image generator is configured to - determine the orientation of said subject during the respective data acquisition and utilize said natural motion of the subject to complete missing data; - for the different orientations, reconstruct phase images from the acquired data; and - generate a susceptibility map based on the reconstructed phase images; using the determined orientations of the subject to perform a calculation according to the "calculation of susceptibility using multiple orientation sampling (COSMOS)"approach using the differen orientations of the subject to overcome the ill-posed nature of the inverse problem of quantitative susceptibility mapping. - determine the orientation of said subject during the respective data acquisition and utilize said natural motion of the subject to complete missing data; - for the different orientations, reconstruct phase images from the acquired data; and - generate a susceptibility map based on the reconstructed phase images; using the determined orientations of the subject to perform a calculation according to the "calculation of susceptibility using multiple orientation sampling (COSMOS)"approach using the differen orientations of the subject to overcome the ill-posed nature of the inverse problem of quantitative susceptibility mapping.
A polycrystalline diamond body comprising diamond particles, the diamond particles having a mean particle size of 50 nm or less, the diamond particles having a ratio of an X-ray diffraction intensity I in a plane with respect to an X-ray diffraction intensity I in a plane according to X-ray diffraction, expressed as a ratio I /I , of not less than 0.1 and not more than 0.3, and a crack initiation load being 10 N or more as measured in a fracture strength test by pressing a diamond indenter with a tip radius of 50 μm against a surface of the polycrystalline diamond body at a load rate of 100 N/min.
Sanitary outflow unit for insertion into a water dispensing appliance , in particular an item of furniture or a fitting , having a water connection and a water outlet , wherein the sanitary outflow unit comprises at least one holding element which can be switched between a release position and a holding position, wherein insertion into a water dispensing appliance is enabled in the release position and the sanitary outflow unit has a larger peripheral contour in the holding position than in the release position, characterized in that the sanitary outflow unit comprises a locking element , which can be displaced in order to move or hold the holding element between a first position, in which the holding element is in its release position, and a second position, in which the holding element is in its holding position.
A surgical robot , comprising: a robot body on which a medical instrument is mounted; an input unit configured to input a control information of the robot body ; a control unit configured to control the robot body based on the control information input to the input unit ; an input side abnormality detection unit comprising a detection switch configured to detect an abnormality of an operator; an output side abnormality detection unit configured to detect an abnormality of a surgery state with the medical instrument , and an abnormality countermeasure unit configured to deal with the abnormality of the surgery state detected by the output side abnormality detection unit , the abnormality countermeasure unit being configured to change a content of an abnormality countermeasure action based on a detection result of the input side abnormality detection unit , characterized in that the abnormality countermeasure unit is configured to judge whether the detection switch measuring a gripping force of an operator provided on an operation handle is ON or OFF, if it is ON, a threshold for a detection value from the output side abnormality detection unit is set to a first value, if it is OFF, the threshold is set to a second value, different from the first value, wherein the abnormality countermeasure unit is configured to start an abnormality countermeasure action if the detection value from the output side abnormality detecting sensor exceeds the threshold. a robot body on which a medical instrument is mounted; an input unit configured to input a control information of the robot body ; a control unit configured to control the robot body based on the control information input to the input unit ; an input side abnormality detection unit comprising a detection switch configured to detect an abnormality of an operator; an output side abnormality detection unit configured to detect an abnormality of a surgery state with the medical instrument , and an abnormality countermeasure unit configured to deal with the abnormality of the surgery state detected by the output side abnormality detection unit , the abnormality countermeasure unit being configured to change a content of an abnormality countermeasure action based on a detection result of the input side abnormality detection unit , characterized in that the abnormality countermeasure unit is configured to judge whether the detection switch measuring a gripping force of an operator provided on an operation handle is ON or OFF, if it is ON, a threshold for a detection value from the output side abnormality detection unit is set to a first value, if it is OFF, the threshold is set to a second value, different from the first value, wherein the abnormality countermeasure unit is configured to start an abnormality countermeasure action if the detection value from the output side abnormality detecting sensor exceeds the threshold.