mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical socket having a cover , the cover being attached to the socket by a hinged joint possessing a force which resists opening of the cover , the socket comprises a front side , a rear side , and a sheath between the front side and the rear side , the cover comprises a first portion that covers the front side of the socket and a second portion that extends over the sheath from the front side toward the rear side , characterized in that the second portion of the cover comprises a retainer, the retainer including a slot and a hole in the bottom of the slot, the slot decreasing in width from an edge of the second portion to the hole .
Insulating glazing having a pressure-equalizing body comprising a. a first pane and second pane , b. a circumferential spacer between the first pane and the second pane , wherein the spacer comprises a hollow main body with at least two parallel pane contact walls , an outer wall , and a glazing interior wall , as well as a bore opening through the outer wall , c. a hollow pressure-equalizing body having no valve and no moving parts comprising a surrounding outer wall as well as a gas-permeable and semipermeable membrane fastened inside the pressure-equalizing body , wherein the pressure-equalizing body and a sealing compound are arranged in an outer pane intermediate space between the first pane and the second pane , d. the pressure-equalizing body is connected via the bore opening to the spacer , and a sealing means is arranged between the bore opening and the outer wall of the pressure-equalizing body , e. the hollow main body contains a desiccant, and f. the hollow main body has at least one partition wall . a. a first pane and second pane , b. a circumferential spacer between the first pane and the second pane , wherein the spacer comprises a hollow main body with at least two parallel pane contact walls , an outer wall , and a glazing interior wall , as well as a bore opening through the outer wall , c. a hollow pressure-equalizing body having no valve and no moving parts comprising a surrounding outer wall as well as a gas-permeable and semipermeable membrane fastened inside the pressure-equalizing body , wherein the pressure-equalizing body and a sealing compound are arranged in an outer pane intermediate space between the first pane and the second pane , d. the pressure-equalizing body is connected via the bore opening to the spacer , and a sealing means is arranged between the bore opening and the outer wall of the pressure-equalizing body , e. the hollow main body contains a desiccant, and f. the hollow main body has at least one partition wall .
Method to measure the ability of a flowing powder to electrostatically charge by allowing the powder to flow through a tube under the influence of gravity and measuring the electrostatic charge of the powder as discharged from the tube ,wherein the tube comprises a straight upper part fluidly connected to a straight lower part , the upper and lower part being positioned in a vertical plane and wherein the upper part is positioned under a first angle with the horizontal plane and the lower part is positioned under a second angle with the horizontal plane and wherein upper and lower part are positioned under a third angle relative to each other defining a bend at the intersection of the upper and lower part; characterized in that the first angle is between 30° and 55 °
One-piece spring-loaded terminal for at least one electrical conductor , comprising at least one connection module , wherein the respective connection module comprises a clamping unit and a release unit , wherein the respective clamping unit has a clamping section for contacting and clamping an electrical conductor and a clamping spring section in order to urge the clamping section into an end position with a spring force in a released state of the respective connection module , wherein the respective clamping unit further has an actuating surface section , wherein the connection module can be brought from the released state into a pretensioned state by pressing on the actuating surface section against the spring force of the clamping spring section , wherein in the pretensioned state the clamping section is held in position by a retaining tongue of the respective release unit located in a retaining position , wherein the respective release unit further comprises a release surface section and a release spring section , wherein the retaining tongue can be brought from the retaining position into a release position by pressing on the release surface section against a spring force of the release spring section in order to transfer the connection module from the pretensioned state to the released state by releasing the clamping section , characterized in that the clamping section of the clamping unit of the respective connection module has a recess , preferably in the form of a centering embossing, in which the retaining tongue of the release unit of the respective connection module is countersunk in the pretensioned state .
A method of receiving, by a user equipment, UE , a plurality of physical downlink shared channels, PDSCHs, in a wireless communication system, the method comprising: transmitting UE capability information related to a number of simultaneously supportable reception beams; receiving a plurality of physical downlink control channels, PDCCHs, including PDSCH scheduling information; and based on at least one PDSCH among the plurality of PDSCHs being scheduled within a time required to apply spatial quasi co-location, QCL, information, receiving the plurality of PDSCHs using spatial QCL information of a control resource set, CORESET, with a lowest CORESET identity, ID, among monitored CORESETs in a latest slot. transmitting UE capability information related to a number of simultaneously supportable reception beams; receiving a plurality of physical downlink control channels, PDCCHs, including PDSCH scheduling information; and based on at least one PDSCH among the plurality of PDSCHs being scheduled within a time required to apply spatial quasi co-location, QCL, information, receiving the plurality of PDSCHs using spatial QCL information of a control resource set, CORESET, with a lowest CORESET identity, ID, among monitored CORESETs in a latest slot.
Method in which the driving behavior of a vehicle is influenced as a function of surroundings data in order to assist an avoidance maneuver as soon as a risk of collision is detected using the data from one or more ambient sensors , in particular radar sensors and/or cameras, and the data from one or more vehicle sensors, in particular steering angle sensor and/or yaw rate sensor and/or wheel rotational speed sensors (9a-9d), wherein the vehicle has an electronically controlled brake system which permits a build-up and a modulation of the braking forces at the individual wheels of the vehicle independently of the driver, wherein when a risk of collision is detected, turning in of the driver is assisted by means of a braking intervention which is independent of the driver, characterized in that in a first phase of the avoidance maneuver a brake slip at at least one wheel of the vehicle is limited to a first slip threshold value, and in a second phase of the avoidance maneuver it is limited to a second slip threshold value, wherein the first slip threshold value is lower than the second slip threshold value, wherein the second phase starts when the driver steers counter to the avoidance direction.
A composition comprising a) treprostinil or a pharmaceutically acceptable salt therof and b) an anion ion-exchange resin.
A static mixing apparatus for mixing a fluid, preferably a liquid, comprising a plurality of chambers in series, the first chamber of the series comprising a fluid inlet , and the final chamber of the series comprising a fluid outlet , each chamber other than the final chamber in the series being in fluid connection with a subsequent chamber, the fluid connection comprising a plurality of orifices dispersed along a direction of flow, the nearest point to the fluid inlet of each subsequent orifice overlapping with the furthest point from the fluid inlet of the previous orifice, and being off-set along the direction of flow from the previous orifice characterized in that the static mixing apparatus further comprises a gas outlet located at the opposite end of the static mixing apparatus to the fluid inlet and fluid outlet .
Support structure which is composed of a plurality of hollow bodies , wherein a poncho, in particular a rain poncho , can be placed on the structure , wherein: - a second and a third hollow body extend from the ends of a first hollow body , which second and third hollow bodies extend in parallel with one another and are angled in such a way that a first leg connected to the first hollow body transitions into a second leg , the end of which points in a direction opposite the first hollow body , - a fourth and a fifth hollow body extend from the first hollow body , the ends of which fourth and fifth hollow bodies are arranged in the region of the ends of the second legs of the second or third hollow body , and - a sixth hollow body is oriented in parallel with the first hollow body and arranged in the region of the ends of the second, third, fourth and fifth hollow body , - at least the first hollow body and the second hollow body and the third hollow body form a common first air chamber , and at least the fourth hollow body and the fifth hollow body and the sixth hollow body form a common second air chamber , wherein - the first and the second air chambers each have a tightly closable air inlet , or - the first and the second air chambers are in flow connection with one another and have at least one tightly closable air inlet. - a second and a third hollow body extend from the ends of a first hollow body , which second and third hollow bodies extend in parallel with one another and are angled in such a way that a first leg connected to the first hollow body transitions into a second leg , the end of which points in a direction opposite the first hollow body , - a fourth and a fifth hollow body extend from the first hollow body , the ends of which fourth and fifth hollow bodies are arranged in the region of the ends of the second legs of the second or third hollow body , and - a sixth hollow body is oriented in parallel with the first hollow body and arranged in the region of the ends of the second, third, fourth and fifth hollow body , - at least the first hollow body and the second hollow body and the third hollow body form a common first air chamber , and at least the fourth hollow body and the fifth hollow body and the sixth hollow body form a common second air chamber , wherein - the first and the second air chambers each have a tightly closable air inlet , or - the first and the second air chambers are in flow connection with one another and have at least one tightly closable air inlet. - the first and the second air chambers each have a tightly closable air inlet , or - the first and the second air chambers are in flow connection with one another and have at least one tightly closable air inlet.
A system for treating and disposing of fluid, the system comprising: a drain through which a fluid may pass; an open cavity in open fluid communication with the drain such that fluids may freely pass from the drain into the open cavity ; a drain trap positioned adjacent a bottom portion of the open cavity and in open fluid communication with the drain ; an exhaust port in open fluid communication with the open cavity , the drain , the drain trap , and an exhaust system that is configured to place a draft on the exhaust port and maintain the open cavity under a negative pressure in relation to an area in which the system is located to continuously pull air through the drain ; and a germicidal ultra-violet light disposed within the open cavity . a drain through which a fluid may pass; an open cavity in open fluid communication with the drain such that fluids may freely pass from the drain into the open cavity ; a drain trap positioned adjacent a bottom portion of the open cavity and in open fluid communication with the drain ; an exhaust port in open fluid communication with the open cavity , the drain , the drain trap , and an exhaust system that is configured to place a draft on the exhaust port and maintain the open cavity under a negative pressure in relation to an area in which the system is located to continuously pull air through the drain ; and a germicidal ultra-violet light disposed within the open cavity .
Continuous conveyor , in particular belt conveyor or roller conveyor, for conveying objects , having a front conveyor segment , a central conveyor segment and a rear conveyor segment , wherein at least the central conveyor segment having a conveying device for conveying objects and at least one height adjustment device for height adjustment of at least the conveying device from at least one lower position of use (G, G1, G2) for conveying objects into an upper position relative to the front conveyor segment and the rear conveyor segment , wherein in a conveying position the front conveyor segment , the conveying device of the central conveyor segment and the rear conveyor segment being arranged one behind the other in at least one conveying device (R), wherein below the conveying device of the central conveyor segment in the upper position a free space (F), in particular a passage (D), with a height (Z) of at least 160 cm, preferably at least 175 cm, in particular at least 190 cm, a width (B) of at least 70 cm, preferably at least 90 cm, in particular at least 110 cm, and a depth corresponding to the width of the conveying device of the central conveyor segment is provided, and wherein the height adjustment device has at least one counterweight for at least partially compensating for the weight of the conveying device of the central conveyor segment when the conveying device is moved from the lower position of use (G, G1, G2) into the upper position and back, characterized in that the height adjustment device for height adjustment of the conveying device of the central conveyor segment is designed as a purely mechanical height adjustment device for purely mechanical, manual height adjustment of the conveying device of the central conveyor segment , and in that the conveying device of the central conveyor segment has at least one handle for manual height adjustment of the conveying device of the central conveyor segment .
A process for the preparation of a compound of formula II, comprising; a) contacting a compound of Formula I with hydrogen in the presence of hydrogenation catalyst to obtain the compound of Formula II, and b) isolating the compound of Formula II obtained from step a), wherein the step a) takes place in absence of a solvent and wherein the hydrogenation catalyst of step a) is palladium supported on carbon and containing an alkali metal component selected from alkali metal hydroxides, preferably sodium hydroxide and potassium hydroxide or alkali metal carbonate, preferably sodium carbonate and potassium carbonate. a) contacting a compound of Formula I with hydrogen in the presence of hydrogenation catalyst to obtain the compound of Formula II, and b) isolating the compound of Formula II obtained from step a),
Connector for two components , the first component of which has a groove with a bore crossing the groove, comprising a plate-shaped first fitting with a slot and a first opening crossing the slot, which first fitting can be immersed into the groove under an at least approximate alignment of the first opening with the bore , a second fitting which can be anchored on the second component and has a fin and a second opening passing through the fin , which fin can be inserted into the slot under an at least approximate alignment of the second opening with the first opening , and a bolt which has a conical end and can be passed through the bore , the first and the second opening in order to align them exactly with each other, characterized in that the bolt is a screw bolt and the first opening and the second opening are each threaded. a plate-shaped first fitting with a slot and a first opening crossing the slot, which first fitting can be immersed into the groove under an at least approximate alignment of the first opening with the bore , a second fitting which can be anchored on the second component and has a fin and a second opening passing through the fin , which fin can be inserted into the slot under an at least approximate alignment of the second opening with the first opening , and a bolt which has a conical end and can be passed through the bore , the first and the second opening in order to align them exactly with each other, characterized in that the bolt is a screw bolt and the first opening and the second opening are each threaded.
A system for producing a three-dimensional object , the system comprising: an extrusion assembly including at least one actuator and an extrusion head ; and a controller , the controller configured to control the at least one actuator to supply a build material to the extrusion head based on an input control value, the extrusion head configured to heat the build material within a melting zone of the extrusion head prior to extruding an output flow of the build material to produce the 3D object , characterized in that the input control value is a function of (i) a hydraulic capacitance and a hydraulic resistance , representing hydraulic capacitance values and hydraulic resistance values , respectively, associated with the build material , the extrusion assembly , or a combination thereof at one or more locations of the extrusion assembly relative to the melting zone and (ii) a target output flow , the input control value enabling the output flow to match the target output flow . an extrusion assembly including at least one actuator and an extrusion head ; and a controller , the controller configured to control the at least one actuator to supply a build material to the extrusion head based on an input control value, the extrusion head configured to heat the build material within a melting zone of the extrusion head prior to extruding an output flow of the build material to produce the 3D object , characterized in that the input control value is a function of (i) a hydraulic capacitance and a hydraulic resistance , representing hydraulic capacitance values and hydraulic resistance values , respectively, associated with the build material , the extrusion assembly , or a combination thereof at one or more locations of the extrusion assembly relative to the melting zone and (ii) a target output flow , the input control value enabling the output flow to match the target output flow .
An adapter device for positioning at least one conductor , for example a conductor pair, of a cable to be measured, which adapter device comprises a receiving device and a holding clamp which can be attached to the receiving device , wherein attaching the holding clamp to the receiving device fixes the holding clamp in its position and orientation relative to the receiving device , and wherein the holding clamp is configured to receive and clamp part of the at least one conductor of the cable to be measured in order to fix the conductor in its position and orientation relative to the holding clamp , so that an end portion of the at least one conductor extends beyond the holding clamp , and characterized in that the adapter device comprises a cutting and stripping device which is fixedly connected to the receiving device , wherein the receiving device is integrated into the cutting and stripping device , wherein the cutting and stripping device further - has a cutting tool which is configured to cut the end portion, extending beyond the holding clamp , of the at least one conductor received and clamped by the holding clamp to a predetermined length, and/or - has a stripping tool which is configured to strip a predetermined region of the end portion, extending beyond the holding clamp , of the at least one conductor received and clamped by the holding clamp wherein the holding clamp , which is received in the receiving device of the adapter device , is displaceable by the receiving device relative to the cutting and stripping device and can be fixed in different positions relative to the cutting and stripping device , while the orientation of the holding clamp relative to the cutting and stripping device is fixed. - has a cutting tool which is configured to cut the end portion, extending beyond the holding clamp , of the at least one conductor received and clamped by the holding clamp to a predetermined length, and/or - has a stripping tool which is configured to strip a predetermined region of the end portion, extending beyond the holding clamp , of the at least one conductor received and clamped by the holding clamp
A method for operating a Diesel machine that is retrofitted for dual fuel operation, that is the operation with Diesel or heavy oil and the operation with a gaseous fuel consisting of mixtures of ammonia and hydrogen, characterised in that - a Diesel engine with direct injection serves as the basis that rests unmodified for the Diesel operation, - in the case of operation with gaseous fuels, the gaseous fuel is admixed in the intake duct and the direct injection with Diesel oil is reduced, in the sense of a pilot injection engine, to the extent that it substantially only serves for the ignition of the ammonia-hydrogen-air mixture, the energy content of hydrogen relative to the energy content of the ammonia-hydrogen mixture being between 2 - 50 %, preferably between 5 - 25 %, - wherein the power of the engine during operation with gaseous fuels is regulated via the degree of filling of the cylinders, as in the gasoline engine, by a corresponding adjustment of a throttle valve in the intake duct, and wherein during operation with gaseous fuels an air-fuel ratio of 0.9 < λ < 2 is maintained. - a Diesel engine with direct injection serves as the basis that rests unmodified for the Diesel operation, - in the case of operation with gaseous fuels, the gaseous fuel is admixed in the intake duct and the direct injection with Diesel oil is reduced, in the sense of a pilot injection engine, to the extent that it substantially only serves for the ignition of the ammonia-hydrogen-air mixture, the energy content of hydrogen relative to the energy content of the ammonia-hydrogen mixture being between 2 - 50 %, preferably between 5 - 25 %, - wherein the power of the engine during operation with gaseous fuels is regulated via the degree of filling of the cylinders, as in the gasoline engine, by a corresponding adjustment of a throttle valve in the intake duct, and wherein during operation with gaseous fuels an air-fuel ratio of 0.9 < λ < 2 is maintained.
An apparatus comprising at least one processor and at least one memory comprising computer code that, when executed by the at least one processor, causes the apparatus to perform the steps of: determining the occurrence of a change in System Information; determining whether or not the System Information was transmitted to a user equipment by at least one network apparatus during a time period immediately prior to determining said occurrence; and causing an indication of the occurrence of said change to be transmitted to the user equipment when it is determined that the System Information was transmitted to the user equipment within the time period. determining the occurrence of a change in System Information; determining whether or not the System Information was transmitted to a user equipment by at least one network apparatus during a time period immediately prior to determining said occurrence; and causing an indication of the occurrence of said change to be transmitted to the user equipment when it is determined that the System Information was transmitted to the user equipment within the time period.