mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the presence of a peripheral device in a service area of a local area network , said local area network comprising an access gateway to a communication network and at least one relay device , the exchanges between said gateway and said at least one relay device being in accordance with a network protocol of UPnP type, said peripheral device and the at least one relay device being able to communicate with other devices via a radio access network of BLE, Bluetooth Low Energy, type, said method comprising the following steps implemented by the gateway as a control point for the local area network: - receiving (E1) a notification from at least one of the relay devices connected to the local area network, said notification advertising an offer, by said relay device, of a discovery service over said radio access network; - commanding (E3) said relay device, said command requiring the execution of a scan of access frequencies for accessing the radio access network; - receiving (E4), from said at least one relay device, a notification of detection of the peripheral device, sent by the relay device following reception (F4) of an advertisement message from the peripheral device on one of said access frequencies for accessing the radio access network, said peripheral device then being identified as present in the service area. - receiving (E1) a notification from at least one of the relay devices connected to the local area network, said notification advertising an offer, by said relay device, of a discovery service over said radio access network; - commanding (E3) said relay device, said command requiring the execution of a scan of access frequencies for accessing the radio access network; - receiving (E4), from said at least one relay device, a notification of detection of the peripheral device, sent by the relay device following reception (F4) of an advertisement message from the peripheral device on one of said access frequencies for accessing the radio access network, said peripheral device then being identified as present in the service area.
A therapeutic agent for use in in the treatment of breast cancer, comprising 5-((2-(4-(1-(2-hydroxyethyl)piperidin-4-yl)benzamide)pyridin-4-yl)oxy)-6-(2-methoxyethoxy)-N-methyl-1H-indole-1-carboxamide: or a pharmacologically acceptable salt thereof, wherein the breast cancer expresses an FGFR.
Strip of flat closures coupled together, made of plastic, wherein each closure comprises a body with an opening therein for receiving and holding the access side of a flexible packaging, as well as a slot delimited by leg parts , which extends between the perimeter of the body and the opening , and coupling parts for coupling to an adjacent closure, characterized in that the plastic is a plastic foam.
The use of a closure device (10', 10", 10"', 10"") with an air spring system , which has an auxiliary vessel and an air spring device attached to a link , in the event of a malfunction of the auxiliary vessel and/or of the air spring device , wherein the air spring device arranged between the link and the vehicle frame comprises a piston and an air bellows, wherein the closure device (10', 10", 10"', 10""), in the installed state, seals off a fluid channel for gas exchange between the air spring device and the auxiliary vessel , characterized in that the closure device (10', 10", 10"', 10"") - comprises a bolt which, in the installed state, seals off the air spring device by means of one end and is supported on the auxiliary vessel by means of another end, or - is designed such that, in a first state, in a section plane, it has a first cross section and, in a second state, it has a second cross section (D2) enlarged in relation to the first cross section, and comprises a deformable filling element and a fixing element , wherein the filling element is transferred by means of the fixing element from the first state into the second state, or - is a covering element in the form of a plug (10'"), wherein the plug (10"') closes the fluid channel at the air spring device side, wherein the plug (10"') comprises an encircling collar , the diameter of which in a section plane (S) is greater than an inner diameter of the fluid channel , wherein said collar lies, in the installed state, on an edge of the fluid channel , wherein the edge defines an opening of the fluid channel at the air spring device side, and wherein owing to a positive pressure prevailing in the air spring device , the plug (10'") is fixed in its position at the opening to the fluid channel and thus seals off the latter. - comprises a bolt which, in the installed state, seals off the air spring device by means of one end and is supported on the auxiliary vessel by means of another end, or - is designed such that, in a first state, in a section plane, it has a first cross section and, in a second state, it has a second cross section (D2) enlarged in relation to the first cross section, and comprises a deformable filling element and a fixing element , wherein the filling element is transferred by means of the fixing element from the first state into the second state, or - is a covering element in the form of a plug (10'"), wherein the plug (10"') closes the fluid channel at the air spring device side, wherein the plug (10"') comprises an encircling collar , the diameter of which in a section plane (S) is greater than an inner diameter of the fluid channel , wherein said collar lies, in the installed state, on an edge of the fluid channel , wherein the edge defines an opening of the fluid channel at the air spring device side, and wherein owing to a positive pressure prevailing in the air spring device , the plug (10'") is fixed in its position at the opening to the fluid channel and thus seals off the latter.
Resin-extended elastomer, the elastomer of which is a synthetic diene elastomer with a number-average molar mass in a range extending from 250 000 g/mol to 450 000 g/mol and the resin of which is a plasticizing hydrocarbon-based resin, and the content of plasticizing hydrocarbon-based resin is in a range extending from 30 to 100 phr, the resin-extended elastomer being obtained by mixing the synthetic diene elastomer in solution in an organic solvent and the plasticizing hydrocarbon-based resin in the liquid state and the resin-extended elastomer having a Mooney viscosity index of greater than or equal to 40 MU .
A method for the denitrification of exhaust gases from industrial plants by means of chemical reduction of the nitrogen oxides, wherein at least one nitrogen-containing reducing agent is introduced into the stream of the nitrogen oxide-containing exhaust gases by means of injection devices and the amount of the reducing agent introduced into the exhaust gas stream is adjusted depending on the exhaust gas velocity and can be regulated individually or at least in groups for each individual injection device , characterised in that a temperature profile and/or a temperature gradient of the exhaust gas stream is created to calculate and/or determine the exhaust gas velocity, wherein the relative velocity of the exhaust gas stream is determined on the basis of the temperature profile and/or the temperature gradient of the exhaust gas stream in each case by defining planes of sections (measuring regions) , wherein the planes of the sections are arranged in succession and in alignment with one another in the flow direction of the exhaust gases and are correlated with one another, wherein the exhaust gas temperature in the different sections of the respective planes is determined in each case at least in a first plane upstream of the injection devices and at least in a second plane downstream of the injection devices , and, on the basis of the calculated exhaust gas temperatures of the different sections of the respective planes, temperature profiles and/or temperature gradients are determined between those sections which are successive in the flow of direction and are aligned and correlated with one another, and wherein, on the basis of the temperature profiles and/or the temperature gradients in the exhaust gas stream, the relative velocity of the exhaust gases in the different sections to one another is determined, and individual defined injection devices and/or defined groups of injection devices for introducing the reducing agent are assigned to the planes of sections .
Compressible rotor for a fluid pump having at least one blade, characterised by at least one cavity which has a greater extension in a first direction than in the directions essentially perpendicular thereto, wherein the cavity is a deformable cavity that is or can be filled with fluid.
A naphthalenesulfonamide compound, wherein the chemical structure is represented by general formula I, II, III, IV, V or VI: wherein, in general formula I or II, a substituent R is: General formula I -number Substituent R General formula II-number Substituent R DDO-1160 -H DDO-1161 -H DDO-1162 4-CH 3 DDO-1163 4-CH 3 DDO-1164 4-Cl DDO-1165 4-Cl DDO-1166 4-F DDO-1167 4-F DDO-1168 3-CH 3 DDO-1169 3-CH 3 DDO-1170 2-CH 3 DDO-1171 2-CH 3 DDO-1172 3-Cl DDO-1173 3-Cl DDO-1174 2-Cl DDO-1175 2-Cl DDO-1176 3-F DDO-1177 3-F DDO-1178 2-F DDO-1179 2-F wherein, in general formula III or IV, a substituent R is: General formula III-number Substituent R General formula IV-number Substituent R DDO-1186 H DDO-1187 H DDO-1188 4-NHCOCH 3 DDO-1189 4-NHCOCH 3 DDO-1180 4-OCH 3 DDO-1181 4-OCH 3 DDO-1190 4-F DDO-1191 4-F DDO-1192 4-Cl DDO-1193 4-Cl DDO-1194 4-CH(CH 3 ) 2 DDO-1195 4-CH(CH 3 ) 2 DDO-1196 4-CH 3 DDO-1197 4-CH 3 DDO-1198 2-OCH 3 DDO-1199 2-OCH 3 DDO-1200 3-OCH 3 DDO-1201 3-OCH 3 DDO-1202 2-CH 3 DDO-1203 2-CH 3 000-1204 2,4-CH 3 DDO-1205 2,4-CH 3 000-1206 2,4,6-CH 3 DDO-1207 2,4,6-CH 3 000-1208 2,3,5,6-CH 3 DDO-1209 2,3,5,6-CH 3 wherein, in general formula V or VI, a substituent R is: General formula V-number Substituent R General formula-VI-number Substituent R DDO-1210 3-OMe DDO-1211 3-OMe DDO-1212 3-F DDO-1213 3-F DDO-1214 3-Cl DDO-1215 3-Cl DDO-1216 3-Me DDO-1217 3-Me DDO-1218 2,3,6-3Me DDO-1219 2,3,6-3Me DDO-1220 2,6-2Me DDO-1221 2,6-2Me DDO-1222 DDO-1223
A system comprising: a shot tuning chamber configured to receive a molten polymeric material from an upstream device , to adjust one or more of a temperature of and a pressure applied to the molten polymeric material to create an adjusted molten polymeric material, and to dispense the adjusted molten polymeric material; and a temperature and pressure control assembly coupled to the shot tuning chamber and configured to adjust the temperature of and/or the pressure applied to the molten polymeric material in the shot tuning chamber ; where the temperature and pressure control assembly includes a coolant loop traversing a housing of the shot tuning chamber . a shot tuning chamber configured to receive a molten polymeric material from an upstream device , to adjust one or more of a temperature of and a pressure applied to the molten polymeric material to create an adjusted molten polymeric material, and to dispense the adjusted molten polymeric material; and a temperature and pressure control assembly coupled to the shot tuning chamber and configured to adjust the temperature of and/or the pressure applied to the molten polymeric material in the shot tuning chamber ; where the temperature and pressure control assembly includes a coolant loop traversing a housing of the shot tuning chamber .
Building with at least one reinforced concrete floor (12; 112) comprising a water-based cooling/heating system integrated in the reinforced concrete floor as a circuit system for heating and for cooling the interior space covered by the reinforced concrete floor (14; 114) and an air ducting pipe system with a supply air ducting part for the purpose of supplying fresh air to the interior space, wherein the pipe system has at least one main supply air duct (36; 136) integrated in the reinforced concrete floor and sections (38; 138) branching off from the main supply air duct and leading to individual subsections of the interior space, wherein at least one section of the supply air ducting part of the pipe system dedicated to a respective subsection of the interior space is integrated in the reinforced concrete floor of the interior space and opens into the interior space through an inflow port (40; 140) so that the temperature of the temperature-conditioned fresh air as it flows through the section adjusts to the temperature of the reinforced concrete floor which is temperature-conditioned by water, characterized in that at least one of the sections (38; 138) is connected to the main supply air duct by means of a sound absorber and a volume flow controller , wherein both the sound absorber as well as the volume flow controller are also integrated in the reinforced concrete floor, wherein both the volume flow controller as well as the sound absorber are arranged in a hollow space inside the reinforced concrete floor which is accessible from the interior space via a concealable inspection opening, and wherein the volume flow controller can be adjusted individually and by remote control independent of any other volume flow controllers present in other sections.
A shield for a needle comprising: a top portion forming a top surface and opposing side surfaces that extend downwardly from the top surface; a bottom portion forming a bottom surface and opposing side surfaces that extend upwardly from the bottom surface; a proximal portion that interconnects the top portion and the bottom portion, the proximal portion forming a proximal needle opening ; a top distal portion that extends downwardly from the top surface; and a bottom distal portion that extends upwardly from the bottom surface; wherein, when the shield is in an unlocked position, the top distal portion and the bottom distal portion are spaced to expose a distal needle opening and the opposing side surfaces of the top portion partially overlap the opposing side surfaces of the bottom portion, whereas, when the shield is in a locked position, the top distal portion and the bottom distal portion do not expose the distal needle opening and the opposing side surfaces of the top portion fully overlap the opposing side surfaces of the bottom portion. a top portion forming a top surface and opposing side surfaces that extend downwardly from the top surface; a bottom portion forming a bottom surface and opposing side surfaces that extend upwardly from the bottom surface; a proximal portion that interconnects the top portion and the bottom portion, the proximal portion forming a proximal needle opening ; a top distal portion that extends downwardly from the top surface; and a bottom distal portion that extends upwardly from the bottom surface; wherein, when the shield is in an unlocked position, the top distal portion and the bottom distal portion are spaced to expose a distal needle opening and the opposing side surfaces of the top portion partially overlap the opposing side surfaces of the bottom portion, whereas, when the shield is in a locked position, the top distal portion and the bottom distal portion do not expose the distal needle opening and the opposing side surfaces of the top portion fully overlap the opposing side surfaces of the bottom portion.
Apparatus for the examination of the internal wall of a tube by turning inside out a tube portion the section of which is open over an arc of its circumference, in particular over approximately a quarter of its circumference, characterized in that it includes: - two adjacent parallel bars , mounted to slide in a frame and adapted to be moved in their plane, around which bars may be engaged the concave side of the open portion of the tube, with its geometrical axis parallel to the bars, - pusher means (P) for pushing in a direction substantially orthogonal to the mean plane of the bars, adapted to come to bear against the exterior convex area of the tube portion , and - spreader means adapted to move the bars apart in response to the pushing against the convex area of the tube portion, wherein the tube portion may be turned inside out on either side of the pushing area. wherein the pusher means (P) comprise, in order to come into contact with the tube portion , an interchangeable cylindrical element having a geometrical axis parallel to the bars, disposed on the convex side of the tube portion opposite the bars, the cylindrical element being carried at each end by a pusher moved by a rod , so that the conjugate action of the movement apart of the bars and the cylindrical element pushing causes relative flattening of the portion 1 followed by complete turning inside out, this portion 1 finding itself wound over substantially 180° onto the cylindrical element. - two adjacent parallel bars , mounted to slide in a frame and adapted to be moved in their plane, around which bars may be engaged the concave side of the open portion of the tube, with its geometrical axis parallel to the bars, - pusher means (P) for pushing in a direction substantially orthogonal to the mean plane of the bars, adapted to come to bear against the exterior convex area of the tube portion , and - spreader means adapted to move the bars apart in response to the pushing against the convex area of the tube portion,
An idling stop control device provided with controlling means for automatically stopping an engine when there is an engine-stop command and automatically restarting the engine when there is an engine-restart command, the controlling means being configured to perform a control to add air into an intake passage downstream of a throttle valve by opening the throttle valve ; the controlling means being configured to perform the control when the engine is stopped (Mode 3), wherein the speed of the engine is zero when the engine is stopped; characterized in that : the controlling means is configured to prohibit the execution of the control (ST5) if the engine-restart command occurs (ST1) in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed (ST4) after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied (ST2) even though the engine has finished warming up; wherein the controlling means is configured to execute the control (ST3) in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed. the controlling means being configured to perform a control to add air into an intake passage downstream of a throttle valve by opening the throttle valve ; the controlling means being configured to perform the control when the engine is stopped (Mode 3), wherein the speed of the engine is zero when the engine is stopped; characterized in that : the controlling means is configured to prohibit the execution of the control (ST5) if the engine-restart command occurs (ST1) in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed (ST4) after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied (ST2) even though the engine has finished warming up; wherein the controlling means is configured to execute the control (ST3) in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed. the controlling means is configured to prohibit the execution of the control (ST5) if the engine-restart command occurs (ST1) in response to a clutch pedal being depressed when the speed of the engine is higher than a predetermined speed (ST4) after a predetermined period of time has passed since the condition to issue the engine-stop command was satisfied (ST2) even though the engine has finished warming up; wherein the controlling means is configured to execute the control (ST3) in a response to a clutch pedal being depressed if the predetermined period of time has not passed; or if the predetermined period of time has passed but the speed of the engine is equal to or less than the predetermined speed.
A laboratory instrument comprising a lid mechanism for securing a sample container for a laboratory instrument, comprising: a nut positioned at least partially around the circumference of a jackscrew and containing a threaded portion that is mated to a threaded portion of the jackscrew ; a motor translationally attached to the nut for driving rotational motion of the nut around the jackscrew and vertical motion of the jackscrew; a main shaft positioned around the jackscrew with a bearing support positioned on the main shaft; a moving support comprising a bearing guide track and positioned on the main shaft so that the bearing support is positioned within the bearing guide track; a lid plate positioned on the moving support so that vertical movement of the moving support causes vertical movement of the lid plate and rotational movement of the moving support causes rotational movement of the lid plate; wherein the jackscrew is connected to the moving support in a relation so that vertical movement of the jackscrew causes vertical movement of the moving support . a nut positioned at least partially around the circumference of a jackscrew and containing a threaded portion that is mated to a threaded portion of the jackscrew ; a motor translationally attached to the nut for driving rotational motion of the nut around the jackscrew and vertical motion of the jackscrew; a main shaft positioned around the jackscrew with a bearing support positioned on the main shaft; a moving support comprising a bearing guide track and positioned on the main shaft so that the bearing support is positioned within the bearing guide track;