mhurhangee/patent-ind-claim-en huggingface dataset:
Device for heating and cooling, respectively, of more than one house, where at least two houses are connected to a common energy storage in the ground , where a control device is arranged to transport a heat carrier in a pipe work connected to the energy storage , where the houses are each arranged having a separate respective heat pump device, where each heat pump device is connected to the pipe work , so that the heat carrier can flow through the heat pump device, where said heat pump devices are connected in parallel in relation to each other to the pipe work by way of, firstly, the pipe work comprising two main conduits for heat carrier, said two main conduits being interconnected at their respective distant ends in relation to the energy storage , one of said main conduits being arranged to convey heat carrier from the energy storage and the other one to thereafter convey heat carrier back to the energy storage , and, secondly, each respective heat pump device being connected to, on the one hand, one of the main conduits from which heat carrier is conveyed to the respective heat pump device, and on the other hand to the other main conduit via which heat carrier is again conveyed back to the energy storage , wherein several of the heat pump devices arranged in the houses are liquid-liquid type heat pump devices arranged to be able to generate heat or coldness for local use in the house in the form of heating of indoors air and/or tap water or cooling of indoors air, characterised in that the energy storage comprises at least four energy wells , through which the control device is arranged to circulate the heat carrier in a closed system and to thereby heat or cool, respectively, the ground , in that the energy wells are arranged essentially along at least two concentrical circles (22;23;24), in that the control device comprises a control member , arranged to control a first valve system , which in turn is arranged to direct the heat carrier to energy wells arranged along a circle and to thereby heat or cool, respectively, the ground along the circle, and in that the control member is arranged to control the first valve system so that, when the temperature of the heat carrier is higher than the temperature of the surrounding ground , inner circles are heated before outer circles, and, when the temperature of the heat carrier is lower than the temperature of the ground , outer circles are cooled before inner circles.
Method for the controlled feeding of a reducing agent into an exhaust gas treatment unit with a storage capability for a component of the exhaust gas which is to be reduced from a mobile internal combustion engine , in which urea is fed in as reducing agent to an exhaust gas treatment unit of an SCR catalytic converter type with a nitrogen oxide storage capability, the component of the exhaust gas which is to be reduced being nitrogen oxides and furthermore the SCR catalytic converter being designed with an electric heater , comprising at least the following steps: a) determination of a quantity of the component of the exhaust gas which is generated by the mobile internal combustion engine and is to be reduced; b) determination of a storage capability, which varies in respect of different operating situations of the internal combustion engine, of the exhaust gas treatment unit , comprising an adsorption behavior and desorption behavior of the component of the exhaust gas which is to be reduced; c) determination of metering of the reducing agent into the exhaust gas treatment unit as a function of the steps a) and b); and d) feeding of the reducing agent into the exhaust gas treatment unit ; the storage capability of the exhaust gas treatment unit being controlled actively, the temperature in the region of the exhaust gas treatment unit being controlled actively. a) determination of a quantity of the component of the exhaust gas which is generated by the mobile internal combustion engine and is to be reduced; b) determination of a storage capability, which varies in respect of different operating situations of the internal combustion engine, of the exhaust gas treatment unit , comprising an adsorption behavior and desorption behavior of the component of the exhaust gas which is to be reduced; c) determination of metering of the reducing agent into the exhaust gas treatment unit as a function of the steps a) and b); and d) feeding of the reducing agent into the exhaust gas treatment unit ;
A combustor liner for a gas turbine comprising: a wall (62; 64); and a plurality of airflow injection holes in the wall arranged in a circumferentially-extending row, the plurality of airflow injection holes including a plurality of circular first airflow injection holes and a plurality of axially-elongated non-circular second airflow injection holes , the axially elongated airflow injection holes elongated along a general airflow direction through the combustor; characterised in that the plurality of airflow injection holes is an alternating arrangement of one first airflow injection hole and one second airflow injection hole, such that one first airflow injection hole is adjacent to one second airflow injection hole in each circumferential direction along the circumferentially-extending row, and one second airflow injection hole is adjacent to one first airflow injection hole in each circumferential direction along the circumferentially-extending row; and the areas of each circular first airflow injection hole and each axially-elongated second airflow injection hole are equal. a wall (62; 64); and a plurality of airflow injection holes in the wall arranged in a circumferentially-extending row, the plurality of airflow injection holes including a plurality of circular first airflow injection holes and a plurality of axially-elongated non-circular second airflow injection holes , the axially elongated airflow injection holes elongated along a general airflow direction through the combustor; characterised in that the plurality of airflow injection holes is an alternating arrangement of one first airflow injection hole and one second airflow injection hole, such that one first airflow injection hole is adjacent to one second airflow injection hole in each circumferential direction along the circumferentially-extending row, and one second airflow injection hole is adjacent to one first airflow injection hole in each circumferential direction along the circumferentially-extending row; and the areas of each circular first airflow injection hole and each axially-elongated second airflow injection hole are equal.
Device for reinforcing, sealing or insulating a structural element in a motor vehicle, comprising: a support having a clip for pre-fixing the device in the structural element , wherein the clip comprises a base and two flexible wings (6.1, 6.2) arranged on the base ; an adhesive for adhesively bonding the support in the structural element ; wherein the device furthermore comprises an insertion element , which can be inserted in such a way into an interspace between the base and the wings (6.1, 6.2) of the clip when the device is pre-fixed on the structural element by the clip that the flexible wings (6.1, 6.2) are restricted in their freedom of movement; characterized in that the support has a pocket-shaped depression in a region of the clip , and wherein the insertion element has a foot , which engages in the pocket-shaped depression when the insertion element is introduced into the clip . a support having a clip for pre-fixing the device in the structural element , wherein the clip comprises a base and two flexible wings (6.1, 6.2) arranged on the base ; an adhesive for adhesively bonding the support in the structural element ; wherein the device furthermore comprises an insertion element , which can be inserted in such a way into an interspace between the base and the wings (6.1, 6.2) of the clip when the device is pre-fixed on the structural element by the clip that the flexible wings (6.1, 6.2) are restricted in their freedom of movement; characterized in that the support has a pocket-shaped depression in a region of the clip , and wherein the insertion element has a foot , which engages in the pocket-shaped depression when the insertion element is introduced into the clip .
A multilumen catheter shaft body , which catheter shaft body comprises: a proximal end segment having a first durometer and a first longitudinal length dimension; a proximal intermediate segment fixedly joined to a distal end of the proximal end segment and having a second durometer and a second longitudinal length dimension; a distal intermediate segment fixedly joined to a distal end of the proximal intermediate segment and having a third durometer and a third longitudinal length dimension; and a distal terminal end segment fixedly joined to a distal end of the distal intermediate segment and having a fourth durometer and a fourth longitudinal length dimension; where the first durometer is greater than at least the second durometer and the third durometer; where the fourth durometer is greater than at least the second durometer and the third durometer; and where a plurality of parallel longitudinal lumens extends through at least a major length of the catheter shaft body. a proximal end segment having a first durometer and a first longitudinal length dimension; a proximal intermediate segment fixedly joined to a distal end of the proximal end segment and having a second durometer and a second longitudinal length dimension; a distal intermediate segment fixedly joined to a distal end of the proximal intermediate segment and having a third durometer and a third longitudinal length dimension; and a distal terminal end segment fixedly joined to a distal end of the distal intermediate segment and having a fourth durometer and a fourth longitudinal length dimension; where the first durometer is greater than at least the second durometer and the third durometer; where the fourth durometer is greater than at least the second durometer and the third durometer; and where a plurality of parallel longitudinal lumens extends through at least a major length of the catheter shaft body.
A system which comprises an electronic device (100; 1200; 1300; 1400; 1500) and an external electronic device which is capable of connecting to a server device over a network , wherein the electronic device comprises: a first communication module configured to establish a communication channel to the external electronic device based on wired communications or short-range communications; a second communication module that supports a communication service provided via a base station; a control module configured to obtain a communication profile required for operating the second communication module by requesting through the first communication module that the external electronic device connect to the server device and acquire the communication profile from the server device; and a memory configured to store the communication profile. a first communication module configured to establish a communication channel to the external electronic device based on wired communications or short-range communications; a second communication module that supports a communication service provided via a base station; a control module configured to obtain a communication profile required for operating the second communication module by requesting through the first communication module that the external electronic device connect to the server device and acquire the communication profile from the server device; and a memory configured to store the communication profile.
A thermoplastic resin composition comprising: 100 parts by weight of a thermoplastic resin; and ≥ 0.5 parts by weight to ≤ 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of ≥ 0.01 to less than ≤ 0.1, where A indicates a peak in the wavelength range of ≥ 370 nm to ≤ 390 nm and B indicates a peak in the wavelength range of ≥ 450 nm to ≤ 600 nm in photoluminescence measurement. wherein the zinc oxide has a photocatalytic efficiency of ≥ 90% to ≤ 99%, as calculated by Equation 1: Photocatalytic efficiency % = N 1 − N 2 N 1 × 100 where N1 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, and N2 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, as measured after 1,000 ppm of the zinc oxide is deposited in the methylene blue solution, followed by irradiation with UV-B in the wavelength range of 280 nm to 360 nm for 2 hours. 100 parts by weight of a thermoplastic resin; and ≥ 0.5 parts by weight to ≤ 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of ≥ 0.01 to less than ≤ 0.1, where A indicates a peak in the wavelength range of ≥ 370 nm to ≤ 390 nm and B indicates a peak in the wavelength range of ≥ 450 nm to ≤ 600 nm in photoluminescence measurement. wherein the zinc oxide has a photocatalytic efficiency of ≥ 90% to ≤ 99%, as calculated by Equation 1: Photocatalytic efficiency % = N 1 − N 2 N 1 × 100 where N1 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, and N2 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, as measured after 1,000 ppm of the zinc oxide is deposited in the methylene blue solution, followed by irradiation with UV-B in the wavelength range of 280 nm to 360 nm for 2 hours.
A process for removing hydrogen and methanol from a CO2 stream which contains hydrogen and methanol as contaminants, characterized in that hydrogen and methanol are removed by contacting said CO2 stream with a catalyst which oxidizes hydrogen to water and methanol to carbon dioxide, obtaining a purified CO2 stream, wherein at least part of said purified CO2 stream, after removing of methanol and hydrogen, is fed into a urea synthesis process, and wherein said CO2 stream is extracted from the ammonia section of an ammonia-urea integrated plant, wherein urea is produced at a urea synthesis pressure; said CO2 stream is extracted at a pressure lower than said urea synthesis pressure; the CO2 stream is compressed to a first pressure intermediate between said pressure of extraction and said urea synthesis pressure; the removal of hydrogen and methanol is carried out at said first pressure; at least part of the so obtained purified CO2 stream is further compressed to said pressure of urea synthesis and is fed into a urea synthesis process.
A process to produce a compound of formula (I) wherein a first step (a) a compound of formula (IV) is reacted with a compound of formula (X) R 1 -O-R 2 (X) , wherein R 1 is a C 1 -C 4 alkyl group and R 2 is a C 3 -C 6 alkylene group, or R 1 and R 2 form together a C 5 -C 7 aliphatic ring, comprising at least one C=C bond, and the reaction product of step (a) is reacted in a second step (b) with a compound of formula (XI) wherein X is Cl, Br, or I (preferably Br), and in step (c) the reaction product of step (b) reacted with a compound of formula (III) to form the compound of formula (I), and wherein the reactions of step (b) and of step (c) are carried out in 2-methyltetrahydrofuran. R 1 is a C 1 -C 4 alkyl group and R 2 is a C 3 -C 6 alkylene group, or R 1 and R 2 form together a C 5 -C 7 aliphatic ring, comprising at least one C=C bond, and the reaction product of step (a) is reacted in a second step (b) with a compound of formula (XI) wherein X is Cl, Br, or I (preferably Br), and in step (c) the reaction product of step (b) reacted with a compound of formula (III) to form the compound of formula (I), and wherein the reactions of step (b) and of step (c) are carried out in 2-methyltetrahydrofuran. X is Cl, Br, or I (preferably Br), and in step (c) the reaction product of step (b) reacted with a compound of formula (III) to form the compound of formula (I), and wherein the reactions of step (b) and of step (c) are carried out in 2-methyltetrahydrofuran. to form the compound of formula (I), and wherein the reactions of step (b) and of step (c) are carried out in 2-methyltetrahydrofuran.
A package for storing smoking articles, the package comprising: a body comprising a plurality of walls defining a volume for storing the smoking articles, including a front wall and a rear wall substantially opposite the front wall , and an opening for accessing the volume and inserting or removing any smoking articles stored therein; a lid for closing the opening of the body , the lid comprising a plurality of walls and being hinged on the rear wall of the body , allowing the lid to be moved between a closed position and an open position; a locking tab ; an engagement recess for engaging with the locking tab when the lid is in the closed position; wherein the locking tab is formed in one of either (a) the front wall of the body of the package or (b) an inner side of a front wall of the lid and is rotatable relative to the package about a locking tab hinge , wherein the engagement recess is located on the other one of either (a) the front wall of the body of the package , or (b) the inner side of the front wall of the lid ; and the locking tab and the engagement recess each have a respective engagement edge for mutual engagement between the locking tab and the engagement recess , the package characterised in that the engagement edge of at least one of the locking tab and the engagement recess follows a continuously curved line. a body comprising a plurality of walls defining a volume for storing the smoking articles, including a front wall and a rear wall substantially opposite the front wall , and an opening for accessing the volume and inserting or removing any smoking articles stored therein; a lid for closing the opening of the body , the lid comprising a plurality of walls and being hinged on the rear wall of the body , allowing the lid to be moved between a closed position and an open position; a locking tab ; an engagement recess for engaging with the locking tab when the lid is in the closed position; wherein the locking tab is formed in one of either (a) the front wall of the body of the package or (b) an inner side of a front wall of the lid and is rotatable relative to the package about a locking tab hinge , wherein the engagement recess is located on the other one of either (a) the front wall of the body of the package , or (b) the inner side of the front wall of the lid ; and the locking tab and the engagement recess each have a respective engagement edge for mutual engagement between the locking tab and the engagement recess , the package characterised in that the engagement edge of at least one of the locking tab and the engagement recess follows a continuously curved line.
A coordinating node of a network, the coordinating node comprising: processing circuitry; and memory including instructions, which when executed by the processing circuitry, cause the processing circuitry to perform operations including: receiving a first packet including a compute task and a reference to a second packet; wherein the first packet includes a context including the reference that defines a relationship between the first packet and the second packet; identifying a destination node for the first packet; determining a first route for the first packet to the destination node, the first route including an intermediary node determined based on available resources at the intermediary node to execute the compute task of the first packet at the intermediary node; determining a second route for the second packet to the destination node based on the reference, the second route including the intermediary node; and forwarding the first packet to a next node along the first route; forwarding the second packet to a next node of the second route, the next node of the first route being a different node than the next node of the second route. processing circuitry; and memory including instructions, which when executed by the processing circuitry, cause the processing circuitry to perform operations including: receiving a first packet including a compute task and a reference to a second packet; wherein the first packet includes a context including the reference that defines a relationship between the first packet and the second packet; identifying a destination node for the first packet; determining a first route for the first packet to the destination node, the first route including an intermediary node determined based on available resources at the intermediary node to execute the compute task of the first packet at the intermediary node; determining a second route for the second packet to the destination node based on the reference, the second route including the intermediary node; and forwarding the first packet to a next node along the first route; forwarding the second packet to a next node of the second route, the next node of the first route being a different node than the next node of the second route. receiving a first packet including a compute task and a reference to a second packet; wherein the first packet includes a context including the reference that defines a relationship between the first packet and the second packet; identifying a destination node for the first packet; determining a first route for the first packet to the destination node, the first route including an intermediary node determined based on available resources at the intermediary node to execute the compute task of the first packet at the intermediary node; determining a second route for the second packet to the destination node based on the reference, the second route including the intermediary node; and forwarding the first packet to a next node along the first route; forwarding the second packet to a next node of the second route, the next node of the first route being a different node than the next node of the second route.
A method for controlling access of a user to a set of equipments of a secure site from a communication terminal , said user being associated with a communicating portable device containing an identifier, said method comprising the steps of: - opening of a temporary session by a biometric activator for said user by means of a biometric authentication of said user; - authorizing the access by said user to an equipment of said set, following verification on the one hand of the opening of said temporary session; said user being identified by said equipment by means of said communicating portable device , and, on the other hand, authentication of said communication terminal by comparison between a signature determined at the time of the access and a control signature stored in a database within said secure site . - opening of a temporary session by a biometric activator for said user by means of a biometric authentication of said user; - authorizing the access by said user to an equipment of said set, following verification on the one hand of the opening of said temporary session; said user being identified by said equipment by means of said communicating portable device , and, on the other hand, authentication of said communication terminal by comparison between a signature determined at the time of the access and a control signature stored in a database within said secure site .
Motor vehicle , comprising two rear longitudinal beams extending rearwards from a passenger compartment floor of said vehicle , each of said beams having a hollow main section ; characterized in that the vehicle further comprises: reinforcement profile fixed in the hollow section of each of the two rear longitudinal beams .