mhurhangee/patent-ind-claim-en huggingface dataset:
An adhesive tape comprising an adhesive layer containing an adhesive composition, wherein: the adhesive composition contains a styrene-butadiene-based block copolymer, a first tackifier, a second tackifier, and a third tackifier; a butadiene portion of the styrene-butadiene-based block copolymer is partially hydrogenated; the first tackifier is at least one of a rosin ester which is liquid at 23°C and a terpene-based resin which is liquid at 23°C; the second tackifier has a softening point of 70 to 120°C, measured in accordance with the softening point test method (ring and ball method) stipulated in JIS K5902 and JIS K2207; the third tackifier has a softening point of 140°C or higher; holding force of the adhesive tape at 70°C based on JIS Z0237 is 100 minutes or more; and a melt viscosity of the adhesive composition at 200°C is 100000 mPa.s (cp) or lower, measured using a rheometer at 200°C and at a shear rate of 10 (1/s); a content of the styrene-butadiene-based block copolymer is 45 to 55 parts by mass; a content of the first tackifier is 5 to 15 parts by mass; a content of the second tackifier is 10 or more parts by mass; and a total content of the second tackifier and the third tackifier is 30 to 50 parts by mass, per 100 parts by mass of the adhesive composition. the adhesive composition contains a styrene-butadiene-based block copolymer, a first tackifier, a second tackifier, and a third tackifier; a butadiene portion of the styrene-butadiene-based block copolymer is partially hydrogenated; the first tackifier is at least one of a rosin ester which is liquid at 23°C and a terpene-based resin which is liquid at 23°C; the second tackifier has a softening point of 70 to 120°C, measured in accordance with the softening point test method (ring and ball method) stipulated in JIS K5902 and JIS K2207; the third tackifier has a softening point of 140°C or higher; holding force of the adhesive tape at 70°C based on JIS Z0237 is 100 minutes or more; and a melt viscosity of the adhesive composition at 200°C is 100000 mPa.s (cp) or lower, measured using a rheometer at 200°C and at a shear rate of 10 (1/s); a content of the styrene-butadiene-based block copolymer is 45 to 55 parts by mass; a content of the first tackifier is 5 to 15 parts by mass; a content of the second tackifier is 10 or more parts by mass; and a total content of the second tackifier and the third tackifier is 30 to 50 parts by mass, per 100 parts by mass of the adhesive composition.
SCR-catalyst for an exhaust gas treatment system for selective catalytic reduction of nitrogen oxides with ammonia in an exhaust gas treatment system for a combustion engine, the SCR-catalyst being prepared by a process comprising the steps of: a) Modifying a Cu/zeolite-containing support by removal of copper and aluminum extra-lattice species from the Cu/zeolite; b) Calcinations of the modified zeolite-containing support at a temperature of at least 550 °C, in particular at 600 °C; c) Insertion of Cu, Cu/Ce, Mn/Ce or Co/Ce into the calcined support by ion-exchange and/or impregnation, whereas the removal of Cu and Al extra-lattice species is carried out with citrate containing solution, in particular comprising citric acid and diammonium hydrogen citrate, whereas the removal and calcinations steps are repeated at least once, until the modified Cu/zeolite is free from copper and extra-lattice aluminum species. a) Modifying a Cu/zeolite-containing support by removal of copper and aluminum extra-lattice species from the Cu/zeolite; b) Calcinations of the modified zeolite-containing support at a temperature of at least 550 °C, in particular at 600 °C; c) Insertion of Cu, Cu/Ce, Mn/Ce or Co/Ce into the calcined support by ion-exchange and/or impregnation,
A medical device for pumping fluid through a conduit, said medical device comprising: one or more sensors configured to detect a parameter associated with the fluid; a circuit configured to (a) receive from said one or more sensors a first signal indicative of one or more characteristics associated with the fluid; (b) to determine a conduit pressure based on the first signal; and (c) based on the conduit pressure differentiate between: i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; a feedback circuit configured to cause a flow rate parameter associated with said medical device to be updated if a catheter is determined to be connected so that a requested flow rate is achieved. one or more sensors configured to detect a parameter associated with the fluid; a circuit configured to (a) receive from said one or more sensors a first signal indicative of one or more characteristics associated with the fluid; (b) to determine a conduit pressure based on the first signal; and (c) based on the conduit pressure differentiate between: i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; i. no catheter is connected to the conduit, and no occlusion is detected; ii. a catheter is connected to the conduit; iii. an occlusion is found in the conduit; a feedback circuit configured to cause a flow rate parameter associated with said medical device to be updated if a catheter is determined to be connected so that a requested flow rate is achieved.
A plasmin and a therapeutic agent for use in a method of enhancing the delivery of the therapeutic agent to an eye in a subject suffering from an ocular disease or disorder, wherein the plasmin and the therapeutic agent are administered to the eye of the subject, wherein the therapeutic agent is a nucleic acid expression vector comprising a therapeutic transgene encoding an opsin.
A method for making a foam article for a component of footwear , the method comprising: forming a mixture of molten thermoplastic elastomer composition and a foaming agent; injecting the mixture into a mold cavity ; causing a foaming of said mixture to form a foam article having a microcellular foam structure; and removing the foam article from the mold cavity , wherein the injection step comprises injecting the mixture through a plurality of injection gates, characterized in that the method further comprising forming a gate vestige (160a-160f) for each of the plurality of injection gates during the caused foaming, wherein the foam article has an article volume comprising a plurality of sub-volumes (164a-164f) with one gate vestige (160a-160f) for each sub-volume (164a-164f), the method further comprising determining an aspect ratio for each of the plurality of sub-volumes (164a-164f), the method further comprising designing the mold cavity such that the aspect ratio for each of the plurality of sub-volumes (164a-164f) is greater than 2.7. forming a mixture of molten thermoplastic elastomer composition and a foaming agent; injecting the mixture into a mold cavity ; causing a foaming of said mixture to form a foam article having a microcellular foam structure; and removing the foam article from the mold cavity , wherein the injection step comprises injecting the mixture through a plurality of injection gates, characterized in that the method further comprising forming a gate vestige (160a-160f) for each of the plurality of injection gates during the caused foaming, wherein the foam article has an article volume comprising a plurality of sub-volumes (164a-164f) with one gate vestige (160a-160f) for each sub-volume (164a-164f), the method further comprising determining an aspect ratio for each of the plurality of sub-volumes (164a-164f), the method further comprising designing the mold cavity such that the aspect ratio for each of the plurality of sub-volumes (164a-164f) is greater than 2.7.
An electromechanical actuator , comprising an electrical motor , a first rotational member being in driving connection with the electrical motor , a second rotational member being connected to the first rotational member by means of a plurality of rolling elements such that the first rotational member and the second rotational member together form a ball ramp mechanism, and a return spring pressing the first and second rotational members towards each other, characterized in that the ball ramp mechanism is configured to allow for mutual rotation of the first and second rotational member up to a first torque of the electrical motor , and to allow for axial separation of the first and second rotational members at a second torque of the electrical motor .
A method for converting binary image data received from a first platform at a first resolution to binary image data at a second resolution for delivery to a second platform, the method comprising: receiving, from a first platform, binary image data at a first resolution, the first resolution equal to a first number of dots per inch, dpi, the binary image data including an array of binary dots, each of which is either zero, "0", or one "1", depicting a white/black or black/white square, respectively; defining an edge as a common side of one or more adjacent pairs of two adjacent squares having the first binary value, "0" or "1", and having the second binary value, "1" or "0", respectively, and defining for the defined edge a corresponding point on the edge as a sampling point; detecting a plurality of edges (24a-24k) of the received binary image data ; for each of the detected plurality of edges (24a-24k), selecting a point on the edge as a corresponding sampling point (26a-26k); fitting a curve to the sampled points (26a-26k); responsive to fitting the curve , sampling the curve at the second resolution using a 1-bit quantization technique to provide output binary data, "0" or "1", at the second resolution for each square intersecting the curve ; and transmitting the output binary data at the second resolution for delivery to a second platform. receiving, from a first platform, binary image data at a first resolution, the first resolution equal to a first number of dots per inch, dpi, the binary image data including an array of binary dots, each of which is either zero, "0", or one "1", depicting a white/black or black/white square, respectively; defining an edge as a common side of one or more adjacent pairs of two adjacent squares having the first binary value, "0" or "1", and having the second binary value, "1" or "0", respectively, and defining for the defined edge a corresponding point on the edge as a sampling point; detecting a plurality of edges (24a-24k) of the received binary image data ; for each of the detected plurality of edges (24a-24k), selecting a point on the edge as a corresponding sampling point (26a-26k); fitting a curve to the sampled points (26a-26k); responsive to fitting the curve , sampling the curve at the second resolution using a 1-bit quantization technique to provide output binary data, "0" or "1", at the second resolution for each square intersecting the curve ; and transmitting the output binary data at the second resolution for delivery to a second platform.
A temperature sensing apparatus comprising: a first voltage generator including a first resistor and a first temperature sensor; a second voltage generator configured to generate a control voltage; a voltage adjuster connected in parallel with the first resistor and configured to adjust a voltage applied to the first temperature sensor based on the control voltage; and a controller configured to sense a temperature based on the voltage applied to the first temperature sensor, and wherein the first temperature sensor is a device configured to convert a temperature into a voltage and wherein the first temperature sensor is negative temperature coefficient resistor, characterized in that the second voltage generator includes a third resistor and a second temperature sensor, and wherein the second temperature sensor is a device configured to convert a temperature into a voltage. a first voltage generator including a first resistor and a first temperature sensor; a second voltage generator configured to generate a control voltage; a voltage adjuster connected in parallel with the first resistor and configured to adjust a voltage applied to the first temperature sensor based on the control voltage; and a controller configured to sense a temperature based on the voltage applied to the first temperature sensor, and wherein the first temperature sensor is a device configured to convert a temperature into a voltage and wherein the first temperature sensor is negative temperature coefficient resistor, characterized in that the second voltage generator includes a third resistor and a second temperature sensor, and wherein the second temperature sensor is a device configured to convert a temperature into a voltage.
Metal cage for a tank , comprising a base , a plurality of annular tubular horizontal elements and a plurality of vertical tubular elements associated to said annular tubular horizontal elements and to said base so as to define a containment volume for a tank , the upper portion of said vertical tubular elements being flattened, the tubular horizontal perimeter upper element comprising a plurality of recesses , characterised in that said upper portion of said vertical tubular elements has a folded end , tilted with respect to the longitudinal extension direction of the vertical tubular element , and in that said recesses are configured to accommodate said folded ends of said vertical tubular elements , said folded ends being welded to said tubular horizontal perimeter upper element at said recesses , wherein said folded ends of said vertical tubular elements are entirely contained within said recesses of said tubular horizontal perimeter upper element .
Method for securely transmitting time-critical data within a communication system, in which - the communication system comprises multiple local area networks (101-104), in which data are transmitted by means of switching, at least one network at a higher level than the local area networks, in which data are transmitted by means of routing, and a gateway system for linking the communication system to at least one unsecured external network , - network layer communication by way of the higher-level network is authorized only between authenticated system components, - switches (201-205) each authenticate connected terminals (111-114, 121-122, 131-133, 141-142) and assign them to a physical or logical local area network in accordance with a respective terminal identity, - data link layer communication within the local area networks is implicitly authorized on the basis of an association between the respective terminals and the same local area network, - communication on OSI layers 3-7 between terminals in different local area networks and/or with terminals in the unsecured external network is authorized by means of zero trust proxies that are each associated with a local area network, - the terminals are each authenticated for each session by way of the zero trust proxy associated with their respective local area network, wherein for each physical local area network (103-104) a respective zero trust proxy therein and/or for each logical local area network (101-102) a respective zero trust proxy instance is provided in the gateway system. - the communication system comprises multiple local area networks (101-104), in which data are transmitted by means of switching, at least one network at a higher level than the local area networks, in which data are transmitted by means of routing, and a gateway system for linking the communication system to at least one unsecured external network , - network layer communication by way of the higher-level network is authorized only between authenticated system components, - switches (201-205) each authenticate connected terminals (111-114, 121-122, 131-133, 141-142) and assign them to a physical or logical local area network in accordance with a respective terminal identity, - data link layer communication within the local area networks is implicitly authorized on the basis of an association between the respective terminals and the same local area network, - communication on OSI layers 3-7 between terminals in different local area networks and/or with terminals in the unsecured external network is authorized by means of zero trust proxies that are each associated with a local area network, - the terminals are each authenticated for each session by way of the zero trust proxy associated with their respective local area network, wherein for each physical local area network (103-104) a respective zero trust proxy therein and/or for each logical local area network (101-102) a respective zero trust proxy instance is provided in the gateway system.
A method of distinguishing diarrhea predominant irritable bowel syndrome (D-IBS) from both inflammatory bowel disease (IBD) and celiac disease, comprising: examining a biological sample that has been obtained from a subject desiring a diagnosis to distinguish D-IBS from both IBD and celiac disease; detecting in the biological sample, levels of anti-vinculin and anti- cytolethal distending toxin B (CdtB) antibodies; and making a diagnosis of D-IBS if the level of anti-vinculin antibodies is significantly higher than a control level from healthy individuals of anti-vinculin antibodies, the level of anti-CdtB antibodies is significantly higher than a control level from healthy individuals_of anti-CdtB antibodies, or both levels of anti-vinculin antibodies and anti-CdtB antibodies are significantly higher than the control level from healthy individuals_of anti-vinculin antibodies and anti-CdtB antibodies. examining a biological sample that has been obtained from a subject desiring a diagnosis to distinguish D-IBS from both IBD and celiac disease; detecting in the biological sample, levels of anti-vinculin and anti- cytolethal distending toxin B (CdtB) antibodies; and making a diagnosis of D-IBS if the level of anti-vinculin antibodies is significantly higher than a control level from healthy individuals of anti-vinculin antibodies, the level of anti-CdtB antibodies is significantly higher than a control level from healthy individuals_of anti-CdtB antibodies, or both levels of anti-vinculin antibodies and anti-CdtB antibodies are significantly higher than the control level from healthy individuals_of anti-vinculin antibodies and anti-CdtB antibodies.
A method in a system for delivering and/or picking up shipments, the method comprising: - obtaining a message by a first apparatus from a second apparatus , which is used to request the causing of an action, - checking, by the first apparatus , the authorization for the request on the basis of the obtained message, - checking, by the first apparatus , whether the action is an action that is to be performed or caused by the first apparatus or an action that comprises enabling access to a secured area and that is to be caused by a control unit that is separate from the first apparatus , wherein the first apparatus is an access control apparatus of a parcel box or a parcel butler or an access control apparatus for a parcel box or parcel butler, and wherein the control unit is a control unit of a home automation system or a control unit of a central locking system of a building, and - if it is established that authorization exists and that the action is to be caused by the control unit , transmitting, by the first apparatus , a request to the control unit to cause the action, and - causing of the action in response to obtaining the request of the first apparatus by the control unit . - obtaining a message by a first apparatus from a second apparatus , which is used to request the causing of an action, - checking, by the first apparatus , the authorization for the request on the basis of the obtained message, - checking, by the first apparatus , whether the action is an action that is to be performed or caused by the first apparatus or an action that comprises enabling access to a secured area and that is to be caused by a control unit that is separate from the first apparatus , wherein the first apparatus is an access control apparatus of a parcel box or a parcel butler or an access control apparatus for a parcel box or parcel butler, and wherein the control unit is a control unit of a home automation system or a control unit of a central locking system of a building, and - if it is established that authorization exists and that the action is to be caused by the control unit , transmitting, by the first apparatus , a request to the control unit to cause the action, and - causing of the action in response to obtaining the request of the first apparatus by the control unit .
A liquid discharging device , comprising: ahead configured to eject liquid from a nozzle which is an opening in a nozzle surface of the head , a cap configured to abut against the nozzle surface at a covered position and to separate from the nozzle surface in a retracted position, a first wiper configured to wipe the nozzle surface , a discharge channel connecting an internal space of the cap to the outside of the cap , and a controller , characterized in that the controller executes: a first maintenance process in which a first maintenance liquid is brought into contact with the cap in the retracted position and the first wiper , and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space of the cap and the discharge channel. ahead configured to eject liquid from a nozzle which is an opening in a nozzle surface of the head , a cap configured to abut against the nozzle surface at a covered position and to separate from the nozzle surface in a retracted position, a first wiper configured to wipe the nozzle surface , a discharge channel connecting an internal space of the cap to the outside of the cap , and a controller , characterized in that the controller executes: a first maintenance process in which a first maintenance liquid is brought into contact with the cap in the retracted position and the first wiper , and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space of the cap and the discharge channel. a first maintenance process in which a first maintenance liquid is brought into contact with the cap in the retracted position and the first wiper , and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space of the cap and the discharge channel.