mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing assembly for a fluid kinetic machine for sealing a radial gap between a rotor and a stator, including at least one sealing support for retaining and/or fixing at least one sealing element , wherein the sealing support includes a first and a second radial web extending in a radial extension direction (R) as well as an axial web extending in an axial extension direction (A), firmly bonded to the radial webs , and the radial webs form a receptacle for receiving an element of the stator, wherein the radial webs are formed as flat sheet elements formed elongated in radial direction, wherein a radially interior, non-bent end of the radial webs is respectively firmly bonded to a radially exterior surface of the axial web edge to edge.
A method performed by an Access Management Function, AMF, entity in a wireless communication system, the method comprising: receiving, from a user equipment, LTE, a first registration request message for a mobility registration procedure through a 3rd Generation Partnership Project, 3GPP, access; and transmitting, to the UE, a registration accept message including information indicating that the UE is not registered for a non-3GPP access as a result of the mobility registration procedure, wherein the first registration request message includes a 5G-Globally Unique Temporary Identifier, GUTI, mapped from 4G-GUTI and an additional 5G-GUTI, and wherein the additional 5G-GUTI is a 5G-GUTI for the non-3GPP access where the UE was registered before starting the mobility registration procedure. receiving, from a user equipment, LTE, a first registration request message for a mobility registration procedure through a 3rd Generation Partnership Project, 3GPP, access; and transmitting, to the UE, a registration accept message including information indicating that the UE is not registered for a non-3GPP access as a result of the mobility registration procedure, wherein the first registration request message includes a 5G-Globally Unique Temporary Identifier, GUTI, mapped from 4G-GUTI and an additional 5G-GUTI, and wherein the additional 5G-GUTI is a 5G-GUTI for the non-3GPP access where the UE was registered before starting the mobility registration procedure.
A method of manufacturing a vehicle axle comprising an intermediate element with a shaft journal at each of the two ends of the intermediate element , wherein the intermediate element and the respective shaft journals have mutual contact surfaces with substantially the same material thickness, each shaft journal and respective end of the intermediate element having a shell surface running in the circumferential direction internally and a shell surface running externally, characterised in that a chamfer is arranged at least on the transition between the internal surfaces and contact surfaces of each shaft journal and of the respective end of the intermediate element , and the method being further characterised by the following step : connecting, by means of laser welding, each shaft journal to the respective end of the intermediate element with a weld seam .
An improver composition comprising a phospholipase having a phospholipase A1 activity / phospholipase A2 activity ratio ranging between 0.01 and 100, preferably ranging between 0.01 and 80, more preferably ranging between 0.01 and 50, more preferably ranging between 0.01 and 25, more preferably ranging between 0.01 and 10, even more preferably ranging between 1 and 10, when measured as described in Example 1; and having a phospholipase optimum temperature of 45°C or more, wherein the improver is a bread improver composition or a patisserie mix or premix; wherein said phospholipase has a sequence identity of at least 85% with any of SEQ ID NO 1, SEQ ID NO 2, or SEQ ID NO 3.
A scroll compressor , comprising: a partition plate that divides an inside of a hermetic container into a high-pressure space and a low-pressure space ; a non-orbiting scroll provided in the low-pressure space and positioned adjacent to the partition plate ; an orbiting scroll that engages the non-orbiting scroll and defines a compression chamber that is formed between the orbiting scroll and the non-orbiting scroll ; a rotating shaft that causes the orbiting scroll to orbit; a main bearing that supports the orbiting scroll ; a columnar member that is inserted into and movable in a receiver of the non-orbiting scroll and is supported by the main bearing ; and an elastic body that is provided between the main bearing and the non-orbiting scroll and biases the non-orbiting scroll away from the orbiting scroll , wherein the non-orbiting scroll biased by the elastic body is movable between the partition plate and the main bearing in an axial direction of the rotating shaft , and wherein the non-orbiting scroll includes a first end plate and a first spiral body that stands on the first end plate , the orbiting scroll includes a second end plate and a second spiral body that stands on the second end plate and engages the first spiral body , characterized in that a ratio of a gap (E) between an end of the first spiral body and the second end plate to a height of the second spiral body is at least 0.005 and less than 0.1 when the scroll compressor is not in operation. a partition plate that divides an inside of a hermetic container into a high-pressure space and a low-pressure space ; a non-orbiting scroll provided in the low-pressure space and positioned adjacent to the partition plate ; an orbiting scroll that engages the non-orbiting scroll and defines a compression chamber that is formed between the orbiting scroll and the non-orbiting scroll ; a rotating shaft that causes the orbiting scroll to orbit; a main bearing that supports the orbiting scroll ; a columnar member that is inserted into and movable in a receiver of the non-orbiting scroll and is supported by the main bearing ; and an elastic body that is provided between the main bearing and the non-orbiting scroll and biases the non-orbiting scroll away from the orbiting scroll , wherein the non-orbiting scroll biased by the elastic body is movable between the partition plate and the main bearing in an axial direction of the rotating shaft , and wherein the non-orbiting scroll includes a first end plate and a first spiral body that stands on the first end plate , the orbiting scroll includes a second end plate and a second spiral body that stands on the second end plate and engages the first spiral body , characterized in that a ratio of a gap (E) between an end of the first spiral body and the second end plate to a height of the second spiral body is at least 0.005 and less than 0.1 when the scroll compressor is not in operation.
A pump assembly comprising: a housing having a chamber that is in communication with an inlet and an outlet; a variable displacement vane pump received in the chamber for imparting energy to fluid in the chamber, the vane pump assembly comprising a rotating ring and a cam sleeve which includes first and second actuating surfaces that cooperate with first and second actuator assemblies to selectively alter the pump stroke; a fluid bearing supporting the pump in the chamber ; characterised by a valve configured to regulate fluid flow to the fluid bearing ; and a control configured to detect the position of one of the first and second actuator assemblies to thus monitor the pump stroke of the vane pump and for selectively altering fluid flow to the fluid bearing in response to the pump stroke by actuating the valve. a housing having a chamber that is in communication with an inlet and an outlet; a variable displacement vane pump received in the chamber for imparting energy to fluid in the chamber, the vane pump assembly comprising a rotating ring and a cam sleeve which includes first and second actuating surfaces that cooperate with first and second actuator assemblies to selectively alter the pump stroke; a fluid bearing supporting the pump in the chamber ; characterised by a valve configured to regulate fluid flow to the fluid bearing ; and a control configured to detect the position of one of the first and second actuator assemblies to thus monitor the pump stroke of the vane pump and for selectively altering fluid flow to the fluid bearing in response to the pump stroke by actuating the valve.
Motor vehicle device comprising an attachment system to a part of the motor vehicle, characterized in that the attachment system comprises : - at least one mounting flange , the mounting flange comprising a first portion having at least one orifice , - at least one guide member projecting opposite the orifice along an axis (A) substantially orthogonal to the said first portion , the guide member comprising at least one support member against a first face of the said first portion , helping to hold the guide member in a first position, the support member being able to penetrate into the orifice when a force experienced by the device has an intensity greater than a threshold value, the force having a direction substantially parallel to the axis (A), - at least one bearing surface (15; 17; 40) which helps to hold the guide member in said first position, - at least one elastically deformable part exerting a return force capable of returning the guide member to said first position. - at least one mounting flange , the mounting flange comprising a first portion having at least one orifice , - at least one guide member projecting opposite the orifice along an axis (A) substantially orthogonal to the said first portion , the guide member comprising at least one support member against a first face of the said first portion , helping to hold the guide member in a first position, the support member being able to penetrate into the orifice when a force experienced by the device has an intensity greater than a threshold value, the force having a direction substantially parallel to the axis (A), - at least one bearing surface (15; 17; 40) which helps to hold the guide member in said first position, - at least one elastically deformable part exerting a return force capable of returning the guide member to said first position.
A method performed by an accessing apparatus for use in a heterogeneous network, the method comprising: grouping access points, which can serve an accessing user equipment, into a plurality of competing groups, determining an access overhead of each competing group, and selecting a target competing group for the accessing user equipment from the competing groups, according to the determined access overhead; wherein the accessing user equipment can access each access point in the target competing group; and the access overhead of each competing group is determined according to a gain of unit information of the competing group, and access rates to be provided for the user equipment by the respective access points in the competing group, the method being characterized in that the access points in a competing group belong to at least two operators. grouping access points, which can serve an accessing user equipment, into a plurality of competing groups, determining an access overhead of each competing group, and selecting a target competing group for the accessing user equipment from the competing groups, according to the determined access overhead; wherein the accessing user equipment can access each access point in the target competing group; and the access overhead of each competing group is determined according to a gain of unit information of the competing group, and access rates to be provided for the user equipment by the respective access points in the competing group, the method being characterized in that the access points in a competing group belong to at least two operators.
A method of separating a monomeric protein of interest from protein aggregates in a sample, the method comprising contacting the sample with a porous membrane comprising a co-polymer of benzyl acrylamide and acrylamide, wherein the membrane selectively binds protein aggregates, thereby separating the monomeric protein of interest from the protein aggregates.
A method comprising, at a mobile terminal : communicating with a serving base station over broadcast or multicast; receiving a first broadcast or multicast signal from the serving base station; determining an indication of the length of a first cyclic prefix of the first broadcast or multicast signal; the method characterised by : receiving a second signal from a second base station, determining an indication of the length of a second cyclic prefix of the second signal, and where the mobile terminal determines that the lengths of the first and second cyclic prefixes are different, initiating a switch in communication between the mobile terminal and the serving base station to unicast. communicating with a serving base station over broadcast or multicast; receiving a first broadcast or multicast signal from the serving base station; determining an indication of the length of a first cyclic prefix of the first broadcast or multicast signal; the method characterised by : receiving a second signal from a second base station, determining an indication of the length of a second cyclic prefix of the second signal, and where the mobile terminal determines that the lengths of the first and second cyclic prefixes are different, initiating a switch in communication between the mobile terminal and the serving base station to unicast. receiving a second signal from a second base station, determining an indication of the length of a second cyclic prefix of the second signal, and where the mobile terminal determines that the lengths of the first and second cyclic prefixes are different, initiating a switch in communication between the mobile terminal and the serving base station to unicast.
Method of applying a coating to a motor vehicle bodywork part by means of a robot equipped with a nozzle for spraying the coating, this method comprising an operation of controlling the robot to make the nozzle follow a predetermined trajectory, this method being characterised in that it also comprises an operation of real-time restitution, on the bodywork part , of an image of the presumed coated surfaces to enable them to be viewed directly and in real time by a trajectory operator, comprising the operations consisting in : calculating in real time, during the application of the coating, a real coating application path, corresponding to a projection, on the bodywork part , of the trajectory followed by the nozzle ; restoring in real time on the bodywork part , during the application of the coating, an image of the real path thus calculated. calculating in real time, during the application of the coating, a real coating application path, corresponding to a projection, on the bodywork part , of the trajectory followed by the nozzle ; restoring in real time on the bodywork part , during the application of the coating, an image of the real path thus calculated.
Method for extracting liquid from a liquid dispenser which comprises: - a liquid container , - a liquid dispensing device which is able to take up liquid from the container and convey it along a path as far as at least one liquid outlet (54a; 72a; 82a) of the device so as to dispense the taken-up liquid to outside the dispenser, the dispenser comprising at least one compensating-air inlet for letting air into the container and which, when open, by letting a volume of air in from outside makes it possible to compensate for a volume of liquid taken up by the device , the device comprising a pumping device for pumping the liquid contained in the container, said pumping device being able to occupy a rest position and, under the action of an actuating command, one or more actuated positions in which or in each of which said at least one compensating-air inlet is open to the outside, characterized in that the method comprises a step of injecting a volume of extraction gas under pressure into the container through said at least one compensating-air inlet open to the outside when the pumping device is in an actuated position, so as to apply pressure to the liquid contained in the container in order to cause it to flow along the liquid-conveying path and thus extract a predetermined quantity of liquid from the dispenser, the injection of the volume of extraction gas into the container through said at least one open compensating-inlet having the effect of expelling said predetermined quantity of liquid from the container. - a liquid container , - a liquid dispensing device which is able to take up liquid from the container and convey it along a path as far as at least one liquid outlet (54a; 72a; 82a) of the device so as to dispense the taken-up liquid to outside the dispenser, the dispenser comprising at least one compensating-air inlet for letting air into the container and which, when open, by letting a volume of air in from outside makes it possible to compensate for a volume of liquid taken up by the device , the device comprising a pumping device for pumping the liquid contained in the container, said pumping device being able to occupy a rest position and, under the action of an actuating command, one or more actuated positions in which or in each of which said at least one compensating-air inlet is open to the outside, characterized in that the method comprises a step of injecting a volume of extraction gas under pressure into the container through said at least one compensating-air inlet open to the outside when the pumping device is in an actuated position, so as to apply pressure to the liquid contained in the container in order to cause it to flow along the liquid-conveying path and thus extract a predetermined quantity of liquid from the dispenser, the injection of the volume of extraction gas into the container through said at least one open compensating-inlet having the effect of expelling said predetermined quantity of liquid from the container.
Method for detecting cells or particles in a transparent liquid container , comprising: dispensing a free-flying drop in which at least one cell or at least one particle is encapsulated into a defined sub-volume of a liquid with which a liquid container is at least partially filled, wherein the defined sub-volume is directly underneath the surface of the liquid and extends downward by a predetermined depth from the surface of the liquid with which the liquid container is at least partially filled; sensing the at least one cell or the at least one particle when entering the liquid or immediately after entering the liquid no later than five seconds after entering the liquid by performing , in a time-coordinated manner with dispensing the at least one cell or the at least one particle , a detection in the defined sub-volume and/or in one or several sub-volumes (18a-18d) of the liquid underneath the defined sub-volume , wherein performing a detection comprises focusing an image capturing apparatus arranged underneath the liquid container on the defined sub-volume and/or the one or several sub-volumes (18a-18d) underneath the defined sub-volume and capturing an image of the defined sub-volume and/or of the one or several sub-volumes (18a-18d) underneath the defined sub-volume . dispensing a free-flying drop in which at least one cell or at least one particle is encapsulated into a defined sub-volume of a liquid with which a liquid container is at least partially filled, wherein the defined sub-volume is directly underneath the surface of the liquid and extends downward by a predetermined depth from the surface of the liquid with which the liquid container is at least partially filled; sensing the at least one cell or the at least one particle when entering the liquid or immediately after entering the liquid no later than five seconds after entering the liquid by performing , in a time-coordinated manner with dispensing the at least one cell or the at least one particle , a detection in the defined sub-volume and/or in one or several sub-volumes (18a-18d) of the liquid underneath the defined sub-volume , wherein performing a detection comprises focusing an image capturing apparatus arranged underneath the liquid container on the defined sub-volume and/or the one or several sub-volumes (18a-18d) underneath the defined sub-volume and capturing an image of the defined sub-volume and/or of the one or several sub-volumes (18a-18d) underneath the defined sub-volume .
Device for reducing odor, smoke and/or steam emissions during a boiling, cooking and/or roasting process from a food at a working area , comprising the working area for preparing and/or providing the food , a hood at least partially covering the working area , an extractor configured to suck off at least odor, smoke and/or steam emissions originating from the food , a plasma source configured to generate ionized air, an outlet nozzle configured for the directed emission of the ionized air and a recirculated air purification means , wherein between the working area and the hood on the operating side a working opening is formed enabling an operator access to the working area , the recirculated air purification means is configured to filter the sucked off odor, smoke and/or steam emissions and/or ambient air and to supply at least a part of the filtered air which is ionized by the plasma source to the outlet nozzle , the outlet nozzle is arranged and configured on the operating side such that the ionized air flows out in a direction which forms an angle of ≥ 0° and ≤ 60° with respect to the normal of the working area , and by forming an air curtain prevents the odor, smoke and/or steam emissions from leaking at least from the working opening , and the recirculated air purification means comprises an electron tube as a plasma source arranged outside the odor, smoke and/or steam emissions . wherein between the working area and the hood on the operating side a working opening is formed enabling an operator access to the working area , the recirculated air purification means is configured to filter the sucked off odor, smoke and/or steam emissions and/or ambient air and to supply at least a part of the filtered air which is ionized by the plasma source to the outlet nozzle , the outlet nozzle is arranged and configured on the operating side such that the ionized air flows out in a direction which forms an angle of ≥ 0° and ≤ 60° with respect to the normal of the working area , and by forming an air curtain prevents the odor, smoke and/or steam emissions from leaking at least from the working opening , and the recirculated air purification means comprises an electron tube as a plasma source arranged outside the odor, smoke and/or steam emissions .