mhurhangee/ep-ind-claims huggingface dataset:
A method of allocating services to a first subscriber of a first home service provider when the first subscriber is visiting a network associated with a visited service provider, the method comprising: receiving, by a node of the visited network, a request from the visiting first subscriber to receive a first service from the visited network; determining, in response to the request, whether there are sufficient available resources of a first set of resources to provide the requested first service; and when the available resources of the first set of resources are insufficient to provide the requested first service, then: preempting at least one pre-existing service supported by a second set of resources so that sufficient resources from the second set of resources are made available to provide the requested first service, the preempting based at least in part on a determination that a second set of subscribers visiting the network and being associated with a second home service provider are receiving services that exceed a pre-determined allocation of the second set of resources to the second home service provider; and providing the requested first service to the visiting first subscriber. receiving, by a node of the visited network, a request from the visiting first subscriber to receive a first service from the visited network; determining, in response to the request, whether there are sufficient available resources of a first set of resources to provide the requested first service; and when the available resources of the first set of resources are insufficient to provide the requested first service, then: preempting at least one pre-existing service supported by a second set of resources so that sufficient resources from the second set of resources are made available to provide the requested first service, the preempting based at least in part on a determination that a second set of subscribers visiting the network and being associated with a second home service provider are receiving services that exceed a pre-determined allocation of the second set of resources to the second home service provider; and preempting at least one pre-existing service supported by a second set of resources so that sufficient resources from the second set of resources are made available to provide the requested first service, the preempting based at least in part on a determination that a second set of subscribers visiting the network and being associated with a second home service provider are receiving services that exceed a pre-determined allocation of the second set of resources to the second home service provider; and providing the requested first service to the visiting first subscriber.
A conveyor belt element for transporting goods with a base body that is elastically flexible and designed in a belt-shaped manner and with a reception surface for receiving goods, wherein the conveyor belt element includes a lane guidance unit having one or more groove elements formed as material weakening, which groove elements are provided in the elastically flexible base body so as to extend in the running direction of the conveyor belt element, characterised in that the groove elements are designed to be v-shaped.
Combination appliance, which comprises a hob and at least one vapour extraction apparatus, wherein the vapour extraction apparatus is located below the hob, at least in regions, wherein the vapour extraction apparatus has at least one filter unit, which has at least one filter element and at least one filter holder, wherein the hob has a recess and the filter unit is introduced into the recess of the hob, characterised in that the filter holder has a base plate with at least one grip, and at least one holding framework, which is arranged at an incline towards the base plate and is rigidly connected to the base plate, at least one of the filter elements is held in each holding framework, the grip is arranged on the side of the base plate that faces away from the extension direction of the at least one holding framework, the filter holder has at least two holding frameworks, the grip is provided on the top side of the base plate and the holding frameworks extend downwards from the base plate. the hob has a recess and the filter unit is introduced into the recess of the hob, characterised in that the filter holder has a base plate with at least one grip, and at least one holding framework, which is arranged at an incline towards the base plate and is rigidly connected to the base plate, at least one of the filter elements is held in each holding framework, the grip is arranged on the side of the base plate that faces away from the extension direction of the at least one holding framework, the filter holder has at least two holding frameworks, the grip is provided on the top side of the base plate and the holding frameworks extend downwards from the base plate.
A travel route generation device for a work vehicle that enters and leaves a work field divided by a boundary through an entrance passage, the travel route generation device comprising: a starting point registration unit that is configured to position-register a first endpoint on a side of the boundary of the entrance passage as a starting point (Ps); an intermediate point registration unit that is configured to position-register a shape feature point that prescribes a shape of the work field as an intermediate point (P1, P2, P3); an end point registration unit that is configured to position-register a second endpoint facing the first endpoint on a side of the boundary of the entrance passage as an end point (Pe); a basic shape calculation unit that is configured to calculate a basic shape of the work field by connecting a position of the starting point (Ps), a position of the intermediate point (P1, P2, P3), and a position of the end point (Pe); an entrance passage information generation unit that is configured to generate entrance passage information with a quadrangle as a shape of the entrance passage, the quadrangle having the starting point (Ps) and the end point (Pe) as opposite vertices and having two sides along an external shape extension line of the basic shape; and a travel route generation unit that is configured to define a region other than the entrance passage of the work field as a target work region, and to generate a travel route for the work vehicle to automatically travel in the target work region. a starting point registration unit that is configured to position-register a first endpoint on a side of the boundary of the entrance passage as a starting point (Ps); an intermediate point registration unit that is configured to position-register a shape feature point that prescribes a shape of the work field as an intermediate point (P1, P2, P3); an end point registration unit that is configured to position-register a second endpoint facing the first endpoint on a side of the boundary of the entrance passage as an end point (Pe); a basic shape calculation unit that is configured to calculate a basic shape of the work field by connecting a position of the starting point (Ps), a position of the intermediate point (P1, P2, P3), and a position of the end point (Pe); an entrance passage information generation unit that is configured to generate entrance passage information with a quadrangle as a shape of the entrance passage, the quadrangle having the starting point (Ps) and the end point (Pe) as opposite vertices and having two sides along an external shape extension line of the basic shape; and a travel route generation unit that is configured to define a region other than the entrance passage of the work field as a target work region, and to generate a travel route for the work vehicle to automatically travel in the target work region.
An air-conditioning apparatus, comprising: a heat source unit; a plurality of indoor units (C to E); a plurality of pipes (6, 7) connecting the heat source unit and the indoor units (C to E) so as to circulate a refrigerant; and a switching device including a plurality of shut-off valves (10, 11) integrally formed into pairs, the shut-off valves (10, 11) being provided in the pipes (6, 7) that connect the heat source unit and indoor units (C to E) so as to circulate a refrigerant, the shut-off valves (10, 11) each cutting off a flow of the refrigerant based on an instruction, and characterized by a connecting portion (Fa, Fb) provided in a connection between a shut-off valve (10, 11) of each pair and a pipe (6c to 6e, 7c to 7e) on a side of the corresponding indoor unit (C to E), the connecting portion (Fa, Fb) being capable of flowing a fluid into or out from the pipe wherein a number of pairs of the shut-off valves (10, 11) corresponding to the number of indoor units (C to E) are grouped together. a heat source unit; a plurality of indoor units (C to E); a plurality of pipes (6, 7) connecting the heat source unit and the indoor units (C to E) so as to circulate a refrigerant; and a switching device including
A process of wet grinding and flocculating a mineral ore comprising: providing the mineral ore in the presence of a liquid medium and at least one anionic grinding aid to yield an aqueous slurry; grinding the aqueous slurry with a means for comminuting the mineral ore; and subsequently adding at least one flocculating agent selected fromacationic flocculating agent having a viscosity of from 400cP to 700cP and a molar charge of less than 17%, an anionic flocculant containing sulphonated groups having a viscosity of 90cP or above and a molar charge of less than 18% and a carboxylated group, wherein the carboxylated group has a viscosity of 90cP or above and a molar charge of greater than 18%, aterpolymer having a viscosity of 90cP or above and a molar charge of less than 18%, and/or combinations thereof, at a flocculating stage in the mineral ore processing application, wherein the viscosities are determined by stirring at a temperature of between 19°C and 21°C. providing the mineral ore in the presence of a liquid medium and at least one anionic grinding aid to yield an aqueous slurry; grinding the aqueous slurry with a means for comminuting the mineral ore; and subsequently adding at least one flocculating agent selected fromacationic flocculating agent having a viscosity of from 400cP to 700cP and a molar charge of less than 17%, an anionic flocculant containing sulphonated groups having a viscosity of 90cP or above and a molar charge of less than 18% and a carboxylated group, wherein the carboxylated group has a viscosity of 90cP or above and a molar charge of greater than 18%, aterpolymer having a viscosity of 90cP or above and a molar charge of less than 18%, and/or combinations thereof, at a flocculating stage in the mineral ore processing application, wherein the viscosities are determined by stirring at a temperature of between 19°C and 21°C.
A stop arrangement having a first and second brake lever arrangement (5, 6) which together form a brake lever pair of a brake caliper arrangement and which are respectively articulated at the first end (8, 9) thereof on a support and, at the second end (15, 16) thereof, are coupled to one another by means of a positioning arrangement, characterized in that a first stop element (33, 33') is disposed between the first and second end (8, 15) of the first brake lever arrangement and a second stop element (34; 34') is disposed between the first and second end (9, 16) of the second brake lever arrangement, and the first and second stop element (33; 33', 34; 34') engage with one another by means of effective areas designed in such a way that they allow operating movements in opposite directions towards and away from one another between a braking position and a ventilating position of the brake lever arrangements (5, 6) and inhibit an aligned tilting movement of the brake lever arrangements (5, 6) in a tilting direction, such that, in the ventilating position, the brake lever arrangements (5, 6) are retained against a tilting action in a centering position within a defined centering position range with respect to a brake element.
Frame system for a grille to protect against insects and/or pollen, having a number of longitudinal profiles and cross profiles which are assembled perpendicularly to one another in the frame corner region, wherein the longitudinal profiles and the cross profiles are formed as hollow profiles having a receiving chamber which runs in a profile longitudinal direction and is accessible via a profile longitudinal slot for receiving a retaining element to fix a fabric mesh on the side of the frame, characterised in that in a corner connection of the longitudinal profile to the cross profile, at least one screw element is able to be screwed into a screw-in opening, allocated to the cross profile on the front side, via a side opening in the longitudinal profile, and that a sealing collar is formed on the longitudinal profile on the outside of the profile, said sealing collar protruding over the longitudinal profile transversely to the profile longitudinal direction and overlapping the cross profile on the front side in the corner connection.
A thermal actuating element, which from an initial position in the case of a temperature change, which leads to the exceeding or deceeding of a switching temperature, performs a bending or elastic deflection into an activated position when reaching the switching temperature, wherein the bending or deflection generates an actuating force, which can be used as a thermo-sensitive actuator, and in the case of a reduction in the temperature change, which leads to the deceeding or exceeding of the switching temperature, returns to the initial position from the activated position, with a layered arrangement of a packet of connected lamellar layers, wherein at least one of the layers is an actuating force-generating layer, which generates the actuating force of the actuating element in the case of a temperature change, and the actuating force-generating layer is formed from a shape memory alloy, characterized in that the packet comprises multiple actuating force-generating layers, which are each formed from shape memory alloy, wherein the shape memory alloys of the actuating force-generating layers are the same or have the same switching temperature, and a restoring force-generating layer is arranged between at least two adjacent actuating force-generating layers, which is formed from a metal or metal alloy and which generates a mechanical restoring force during the bending or deflection of the actuating element, which acts as a counteracting force to the actuating force and effects the return of the actuating element into the initial position upon a reduction in the temperature change.
A radial turbine comprising: a turbine wheel provided with blades extending into a main pathway that converts swirling flow energy from a swirling fluid that flows into the main pathway from a main inlet formed in the turbine casing positioned on an outer circumferential side and having a flow in the radial direction as the main component thereof into rotational motive power, and that expels the flow, whose energy has been released, in the axial direction, wherein a sub-inlet is formed in the turbine casing at the blade tip side, wherein a fluid flows into the sub-inlet at a position separated from the main inlet in the radial direction and the axial direction; characterized in that a blade height progressively increases while curving toward an axial direction from a radial direction, the pressure of the fluid that flows into the sub-inlet is lower than the pressure of the fluid supplied from the main inlet; and the blade shape at the sub-inlet is such that, in a plane orthogonal to the axial line of the turbine wheel, a center line of the blade is inclined at a predetermined angle (β2) toward the rotation direction with respect to the radial direction. a turbine wheel provided with blades extending into a main pathway that converts swirling flow energy from a swirling fluid that flows into the main pathway from a main inlet formed in the turbine casing positioned on an outer circumferential side and having a flow in the radial direction as the main component thereof into rotational motive power, and that expels the flow, whose energy has been released, in the axial direction, a blade height progressively increases while curving toward an axial direction from a radial direction, the pressure of the fluid that flows into the sub-inlet is lower than the pressure of the fluid supplied from the main inlet; and the blade shape at the sub-inlet is such that, in a plane orthogonal to the axial line of the turbine wheel, a center line of the blade is inclined at a predetermined angle (β2) toward the rotation direction with respect to the radial direction.
A method for determining the oxygen status of a squamous cell carcinoma or a sarcoma of an individual comprising i) in a sample comprising cells of said squamous cell carcinoma or a sarcoma ii) determining the transcriptional expression level of the ADM gene (SEQ ID NO:1) or a variant at least 95% identical thereto, iii) correlating said transcriptional expression level of the ADM gene to the expression level of at least one reference gene selected from ACTR3 (SEQ ID NO: 53), NDFIP1 (SEQ ID NO: 54), RPL37A (SEQ ID NO: 55) and/or variants at least 95% identical thereto, and iv) evaluating the oxygen status of said squamous cell carcinoma or a sarcoma by comparing the correlated transcriptional expression level of iii) with a predetermined correlated transcriptional expression level of ADM. i) in a sample comprising cells of said squamous cell carcinoma or a sarcoma ii) determining the transcriptional expression level of the ADM gene (SEQ ID NO:1) or a variant at least 95% identical thereto, iii) correlating said transcriptional expression level of the ADM gene to the expression level of at least one reference gene selected from ACTR3 (SEQ ID NO: 53), NDFIP1 (SEQ ID NO: 54), RPL37A (SEQ ID NO: 55) and/or variants at least 95% identical thereto, and iv) evaluating the oxygen status of said squamous cell carcinoma or a sarcoma by comparing the correlated transcriptional expression level of iii) with a predetermined correlated transcriptional expression level of ADM.
A method comprising: obtaining, by a computer system, a seismic data volume; identifying, by the computer system, a plurality of patches (512, 514, 516) in the seismic data volume, and the identifying thereby creating a patch volume, the patch volume distinct from the seismic data volume; and then displaying, on a display device, a view of at least a portion of the seismic data volume and simultaneously displaying on a display device a corresponding view of the plurality of patches of the patch volume; assigning a patch of the plurality of patches to a subsurface horizon of the seismic data volume by selecting from a display device a first patch of the patch volume and designating the first patch to be a portion of a first subsurface horizon, the assigned patch being removed from the patch volume, and thus no longer being displayed in the view of the patch volume, and an area within the view of the seismic data volume corresponding to the assigned patch being shown as part of the subsurface horizon; and discarding a patch from the patch volume by selecting from a display device a second patch of the patch volume, identifying the second patch as not belonging to a subsurface horizon, and removing the second patch from the patch volume. obtaining, by a computer system, a seismic data volume; identifying, by the computer system, a plurality of patches (512, 514, 516) in the seismic data volume, and the identifying thereby creating a patch volume, the patch volume distinct from the seismic data volume; and then displaying, on a display device, a view of at least a portion of the seismic data volume and simultaneously displaying on a display device a corresponding view of the plurality of patches of the patch volume; assigning a patch of the plurality of patches to a subsurface horizon of the seismic data volume by selecting from a display device a first patch of the patch volume and designating the first patch to be a portion of a first subsurface horizon, the assigned patch being removed from the patch volume, and thus no longer being displayed in the view of the patch volume, and an area within the view of the seismic data volume corresponding to the assigned patch being shown as part of the subsurface horizon; and discarding a patch from the patch volume by selecting from a display device a second patch of the patch volume, identifying the second patch as not belonging to a subsurface horizon, and removing the second patch from the patch volume.
An actuation mechanism for applying a mechanical diode clutch, comprising: a capsule including a cylindrical body defining an interior chamber, the cylindrical body defining a first opening at a first end and a second opening at a second end thereof; characterized in that the actuation mechanism further comprises a pin having a body and a radially-extending arm, the pin being retained within the interior chamber of the capsule; an apply spring coupled at one end to the pin; and a return spring being retained within the interior chamber of the capsule, the return spring being disposed between the pin on one end and the cylindrical body on the opposite end thereof; wherein, both the apply spring and the return spring contact the pin; wherein, the pin is movable along a substantially linear axis between an apply position and an unapply position; wherein, the return spring substantially surrounds the apply spring; wherein, the apply spring is a coil spring and the return spring is a conical spring. a capsule including a cylindrical body defining an interior chamber, the cylindrical body defining a first opening at a first end and a second opening at a second end thereof; characterized in that the actuation mechanism further comprises a pin having a body and a radially-extending arm, the pin being retained within the interior chamber of the capsule; an apply spring coupled at one end to the pin; and a return spring being retained within the interior chamber of the capsule, the return spring being disposed between the pin on one end and the cylindrical body on the opposite end thereof; wherein, both the apply spring and the return spring contact the pin; wherein, the pin is movable along a substantially linear axis between an apply position and an unapply position; wherein, the return spring substantially surrounds the apply spring; wherein, the apply spring is a coil spring and the return spring is a conical spring.
Transverse link of a motor vehicle, comprising a wheel-side structure for the coupling-on of a wheel, having a device, which has an opening, for receiving a ball joint in a press-fit connection, characterized in that the material of the device has, in a region which is provided for non-positive contact with the ball joint, a local reinforcement structure which is produced by deformation and has greater structural strength in relation to material which has not been deformed in this way, wherein the wall of the device, in a region which is directed towards the brake disc of the wheel to be coupled on, has a reduced material thickness, and the region of reduced material thickness is formed by a depression in the inner surface of the wall of the device in relation to the remaining region of the wall in the case of a uniform outer surface.