mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling utilization of a network service, the method comprising: a user device (10; 800; 1400) providing a subscriber with access to a network service; the user device (10; 800; 1400) determining service-specific key material; the user device (10; 800; 1400) determining charging-specific key material; the user device (10; 800; 1400) determining a charging record indicating usage of the network service by the subscriber; the user device (10; 800; 1400) associating the charging record with first authentication information based on the charging-specific key material; the user device (10; 800; 1400) generating at least one message (213; 560; 610) comprising the charging record (530; 660) and the associated first authentication information; the user device (10; 800; 1400) associating the at least one message with second authentication information based on the service-specific key material; and the user device (10; 800; 1400) sending the at least one message (213; 560; 610) and the associated second authentication information to a network node (150; 1000; 1500) which is incapable of relating any of the service-specific key material and the charging-specific key material to a subscriber identity of the subscriber. a user device (10; 800; 1400) providing a subscriber with access to a network service; the user device (10; 800; 1400) determining service-specific key material; the user device (10; 800; 1400) determining charging-specific key material; the user device (10; 800; 1400) determining a charging record indicating usage of the network service by the subscriber; the user device (10; 800; 1400) associating the charging record with first authentication information based on the charging-specific key material; the user device (10; 800; 1400) generating at least one message (213; 560; 610) comprising the charging record (530; 660) and the associated first authentication information; the user device (10; 800; 1400) associating the at least one message with second authentication information based on the service-specific key material; and the user device (10; 800; 1400) sending the at least one message (213; 560; 610) and the associated second authentication information to a network node (150; 1000; 1500) which is incapable of relating any of the service-specific key material and the charging-specific key material to a subscriber identity of the subscriber.
A biomaterial comprising at least one biologically compatible polymer having one or more HA binding peptides (HABPep) covalently linked to the biologically compatible polymer, and one or more extracellular matrix binding peptides (ECMBPep) covalently linked to the biologically compatible polymer.
A router adapted to be incorporated in a wide area network while remaining under the control of a proprietor of a dedicated communication network, the router including: a first message switch (9.902); a first interface (9.904); a second interface (9.906); a first message processor (9.920); a remote programming software, RPS, interface (9.918); and RPS message processing means (9.928); the first message processor and the RPS message processing means (9.928) being connected to the first interface, the second interface and the RPS interface via the message switch, the first message processor including a forwarding address extraction capability adapted to extract a forwarding address from a message received on either the first or second interface, the first message processor including a message forwarding capability to forward the message having the extracted address via the other of the first and second interfaces; wherein at least one of the message processor and the first and second interfaces is adapted to be programmed via the RPS interface; wherein the RPS message processing means switch is adapted to carry bidirectional serial traffic between the first interface and the RPS interface via the message switch; wherein carrying the bidirectional serial traffic comprises terminating, by the RPS message processing means, a serial data stream received from the RPS interface by simulating a Hayes compatible modem; and and wherein the message switch is adapted to route an encapsulated version of the serial data stream to the first interface (9.904). a first message switch (9.902); a first interface (9.904); a second interface (9.906); a first message processor (9.920); a remote programming software, RPS, interface (9.918); and RPS message processing means (9.928); the first message processor and the RPS message processing means (9.928) being connected to the first interface, the second interface and the RPS interface via the message switch, the first message processor including a forwarding address extraction capability adapted to extract a forwarding address from a message received on either the first or second interface, the first message processor including a message forwarding capability to forward the message having the extracted address via the other of the first and second interfaces; wherein at least one of the message processor and the first and second interfaces is adapted to be programmed via the RPS interface; wherein the RPS message processing means switch is adapted to carry bidirectional serial traffic between the first interface and the RPS interface via the message switch; wherein carrying the bidirectional serial traffic comprises terminating, by the RPS message processing means, a serial data stream received from the RPS interface by simulating a Hayes compatible modem; and and wherein the message switch is adapted to route an encapsulated version of the serial data stream to the first interface (9.904).
An oral care composition comprising cetylpyridinium chloride encapsulated by polymeric microcapsules having an average diameter of 5 to 50 microns, wherein the polymeric microcapsules comprise chitosan.
A fastener assembly that is configured to securely couple to one or more components, the fastener assembly comprising: - a retaining clip; and - a fluid-tight housing coupled to the retaining clip, wherein the fluid-tight housing is configured to provide fluid-tight interfaces with the retaining clip and the one or more components, wherein the fluid-tight housing is overmolded onto a portion of the retaining clip, characterized in that the fluid-tight housing comprises an outer cap and an outwardly-flared skirt extending from the cap, wherein a central clip channel is formed through the fluid tight housing, wherein the fluid-tight housing provides a cover that fits over and onto an upper portion of the retaining clip. - a retaining clip; and - a fluid-tight housing coupled to the retaining clip, wherein the fluid-tight housing is configured to provide fluid-tight interfaces with the retaining clip and the one or more components, wherein the fluid-tight housing is overmolded onto a portion of the retaining clip, characterized in that the fluid-tight housing comprises an outer cap and an outwardly-flared skirt extending from the cap, wherein a central clip channel is formed through the fluid tight housing, wherein the fluid-tight housing provides a cover that fits over and onto an upper portion of the retaining clip.
MEMS comprising: a diaphragm; a stroke structure coupled to the diaphragm; and at least two piezoelectric actuators (106_1:106_n) coupled to a plurality of mutually spaced-apart contact points (110_1:110_m) of the stroke structure via a plurality of mutually spaced-apart connecting elements (108_1:108_m); the at least two piezoelectric actuators (106_1:106_n) being configured to cause a stroke movement of the stroke structure so as to deflect the diaphragm; and wherein each of the at least two piezoelectric actuators (106_1:106_n) is connected to at least two mutually spaced-apart contact points (110_1:110_m) of the stroke structure via at least two mutually spaced-apart connecting elements (108_1:108_m). a diaphragm; a stroke structure coupled to the diaphragm; and at least two piezoelectric actuators (106_1:106_n) coupled to a plurality of mutually spaced-apart contact points (110_1:110_m) of the stroke structure via a plurality of mutually spaced-apart connecting elements (108_1:108_m); the at least two piezoelectric actuators (106_1:106_n) being configured to cause a stroke movement of the stroke structure so as to deflect the diaphragm; and wherein each of the at least two piezoelectric actuators (106_1:106_n) is connected to at least two mutually spaced-apart contact points (110_1:110_m) of the stroke structure via at least two mutually spaced-apart connecting elements (108_1:108_m).
A heating installation comprising: • a main thermal power generation source comprising a first heat exchanger connected to two fluid circuits and wherein a first fluid of a primary circuit is capable of transmitting thermal power to a second fluid of a secondary circuit; • at least one storage vessel allowing a temporary storage of the second fluid, the at least one storage vessel and said first heat exchanger being hydraulically arranged in parallel in the said secondary circuit; • at least one secondary heat generation source enabling to transmit thermal power to the second fluid stored in the at least one storage vessel; • distribution means enabling to direct all or part of the flow of the second fluid into the at least one storage vessel and/or into said first heat exchanger; said installation being characterized in that it comprises: • a second heat exchanger hydraulically connected in series with the first heat exchanger, said second heat exchanger being arranged downstream of the first heat exchanger along the direction of circulation of the second fluid; • a return pipe allowing the flow of the second fluid coming from the at least one storage vessel to pass through said second heat exchanger. • a main thermal power generation source comprising a first heat exchanger connected to two fluid circuits and wherein a first fluid of a primary circuit is capable of transmitting thermal power to a second fluid of a secondary circuit; • at least one storage vessel allowing a temporary storage of the second fluid, the at least one storage vessel and said first heat exchanger being hydraulically arranged in parallel in the said secondary circuit; • at least one secondary heat generation source enabling to transmit thermal power to the second fluid stored in the at least one storage vessel; • distribution means enabling to direct all or part of the flow of the second fluid into the at least one storage vessel and/or into said first heat exchanger; said installation being characterized in that it comprises: • a second heat exchanger hydraulically connected in series with the first heat exchanger, said second heat exchanger being arranged downstream of the first heat exchanger along the direction of circulation of the second fluid; • a return pipe allowing the flow of the second fluid coming from the at least one storage vessel to pass through said second heat exchanger.
Actuator comprising a housing, a signal processing circuit, an encoder portion comprising an encoder disk, and a motor portion comprising a stator with electric coils and a rotor comprising a rotor body and shaft rotatably supported by rotor bearings (24a, 24b) at opposite ends (41a, 41b) of the shaft, the encoder disk being positioned around the shaft adjacent the rotor body and sandwiched between one of the rotor bearings and the rotor body, the encoder disk comprising a rim at a periphery of the disk, and a center support portion connecting the rim to the shaft of the rotor, the rim comprising position elements configured for being read by the encoder position sensor, characterized in that the center support portion is offset in a axial direction defined by an axis of rotation of the rotor, with respect to the rim such that the rotor bearing is positioned at least partially within said offset of said encoder disk.
An apparatus comprising: a keypad frame; a metal spacer disposed on a backside of the keypad frame; at least one metal fret disposed amongst keycaps on a frontside of the keypad frame, characterised in that the metal fret is laser welded to the metal spacer. a keypad frame; a metal spacer disposed on a backside of the keypad frame; at least one metal fret disposed amongst keycaps on a frontside of the keypad frame, characterised in that the metal fret is laser welded to the metal spacer.
Method for transporting a semi-trailer on a railcar which is mounted at its two end portions (31,32) on one bogie (33,34) respectively and which has a region which is lowered with respect to the end portions (31,32), connects the end portions (31,32) and has a base for the semi-trailer, wherein the semi-trailer has a chassis with at least one axle (8,9,10) mounted thereon and wheels mounted on the axle (8,9,10) and with a rearward portion ending at its rear side projects beyond the respective axle of the semi-trailer that is located behind relative to the normal direction of forwards travel of the semi-trailer, the length (Lue) of which portion is greater than the free horizonal spacing which is present when the semi-trailer is on the railcar between the axle located at the back and the beginning of the end portion of the railcar associated wit the rear side of the semi-trailer and elevated with respect to the lowered region of the railcar, so that with the semi-trailer set down on the railcar, the rearward portion of the semi-trailer and the associated end portion of the railcar overlap in an overlap region (Ub), the method comprising the following steps: - lifting the semi-trailer by means of a lifting device; - supporting the chassis by means of a supporting device in a support position, wherein, after setting down of the semi-trailer on the base of the railcar, there is a spacing between the upper side of the associated end portion of the railcar and the lower side of the semi-trailer in the entire overlap region (Ub); - setting down the semi-trailer with its wheels on the base of the railcar. - lifting the semi-trailer by means of a lifting device; - supporting the chassis by means of a supporting device in a support position, wherein, after setting down of the semi-trailer on the base of the railcar, there is a spacing between the upper side of the associated end portion of the railcar and the lower side of the semi-trailer in the entire overlap region (Ub); - setting down the semi-trailer with its wheels on the base of the railcar.
A system comprising: an aircraft; a probe that includes a heater comprising a resistive heating element routed through the probe, wherein an operational voltage is provided to the resistive heating element to provide heating for the probe; characterised by comprising a radio frequency antenna configured to provide to the probe a radio-frequency signal that comprises a plurality of signal frequencies; and a control circuit configured to determine a resonant frequency from the resistive heating element in response to the plurality of signal frequencies and determine a remaining useful life of the probe based on the response of the resistive heating element to the RF signal over time. an aircraft; a probe that includes a heater comprising a resistive heating element routed through the probe, wherein an operational voltage is provided to the resistive heating element to provide heating for the probe; characterised by comprising a radio frequency antenna configured to provide to the probe a radio-frequency signal that comprises a plurality of signal frequencies; and a control circuit configured to determine a resonant frequency from the resistive heating element in response to the plurality of signal frequencies and determine a remaining useful life of the probe based on the response of the resistive heating element to the RF signal over time.
Method for producing packs with folding flaps (13, 14) connected to one another by adhesive bonding, namely by cold glue and/or hot glue, in particular for producing cigarette packs in the form of hinge-lid boxes with at least partially overlapping box side flaps and/or lid side flaps connected by adhesive bonding, and referred to hereinbelow as outer flaps and inner flaps, wherein the packs first of all are folded with the exception of the folding flaps (13, 14), which are to be connected to one another by adhesive bonding, and at least one of the folding flaps (13, 14) is provided with glue, namely with regions of glue, in particular with spots (28, 31) of glue, and the packs are then introduced into a pocket of a forming subassembly, namely of a forming turret, in order for the folding operation to be completed, wherein once the glue, in particular the spots (28, 31) of glue, have been applied, the folding flaps (13, 14) which are to be connected to one another are folded into an intermediate folding position, in particular into an oblique position of the glued folding flaps (13, 14) relative to one another, wherein, in the intermediate folding position, pack parts and the folding flaps (13, 14) are adjusted into a precise, pack-appropriate position relative to one another with the intermediate folding position of the folding flaps (13, 14) which are to be connected being maintained in the process, wherein, in the intermediate folding position of the pack, an inner flap, in particular a box inner flap and/or lid inner flap of a hinge-lid box, is located in the pack-appropriate end position, in particular in an upright plane with abutment against cuboidal pack contents, wherein other folding flaps or outer flaps, in particular exterior box side flaps and/or lid side flaps, are located in a spaced-apart intermediate folding position, namely at an acute angle in relation to the plane of the inner flap, and wherein, in the intermediate folding position of the folding flaps (13, 14), the packs are introduced into a shape-giving or shaperetaining holder, namely into a pocket of the forming turret, characterized in that, following the adjustment of the pack or of the folding flaps (13, 14) which are to be connected to one another, the latter are folded by an active folding operation using movable folding members, wherein the outer flaps, which are directed at the acute angle in relation to the plane of the inner flap, are moved into the pack-appropriate end position, in the pocket of the forming turret, by the movable folding members, in particular by pivotable folding levers, with the outer flaps being pushed onto the inner flaps in the process and the two being connected to one another under contact pressure.
A drive device for a movable furniture part, in particular a drawer, comprising a first and a second lockable ejection device (3a, 3b) and a synchronizing device for synchronizing the two ejection devices (3a, 3b), wherein the synchronizing device comprises a synchronizing rod and a first and second synchronizing element (6a, 6b), which can be connected to the synchronizing rod, and wherein a relative movement takes place between the synchronizing elements (6a, 6b) and the ejection devices (3a, 3b) during the synchronizing operation, wherein - in an active synchronizing mode (S 1) during the synchronizing operation a movement transmission takes place from the first ejection device via the first synchronizing element, the synchronizing rod and the second synchronizing element to the second ejection device and - in an inactive synchronizing mode (S 0) the synchronizing rod is removed and the synchronizing elements (6a, 6b) each remain in contact with one of the ejection devices (3a, 3b), and wherein the ejection devices (3a, 3b) each comprise a housing and a transmission element (8a, 8b) supported movably, preferably rotatably, on the housing, wherein the synchronizing elements (6a, 6b) each are movably coupled with one of the transmission elements (8a, 8b), each ejection device (3a, 3b) comprises a force-actuated ejection element for ejecting the movable furniture part from a closed position into an open position and a locking device for locking the ejection element in a locking position, wherein the locking device comprises a locking peg and a, preferably heart curve-shaped, sliding guide track formed in the housing, wherein each transmission element (8a, 8b) forms a part of each sliding guide track, preferably a latch recess of the heart curve-shaped sliding guide track, wherein the locking device can be unlocked by over-pressing the movable furniture part into an over-pressing position lying behind the closing position, wherein only the first section of an opening movement of the movable furniture part which section directly follows to the over-pressing position can be synchronized by the synchronizing device. - in an active synchronizing mode (S 1) during the synchronizing operation a movement transmission takes place from the first ejection device via the first synchronizing element, the synchronizing rod and the second synchronizing element to the second ejection device and - in an inactive synchronizing mode (S 0) the synchronizing rod is removed and the synchronizing elements (6a, 6b) each remain in contact with one of the ejection devices (3a, 3b), and wherein
An inlet baffle assembly for an in-line interceptor used to separate fats, oil and grease from wastewater, the interceptor having a wastewater inflow opening, an outflow opening and a grease collecting chamber hydraulically located between said inflow opening and said outflow opening, the inlet baffle assembly comprising: an inlet baffle sized and shaped to fit within the grease collecting chamber of the interceptor, and adapted to operatively connect to said wastewater inflow opening of said interceptor, said inlet baffle defining a flow channel therethrough for directing wastewater entering from the wastewater inflow opening into the grease collecting chamber; said inlet baffle comprising a first section, and a second section moveable from said first section between an open position and a closed position and a flow control element positioned in said inlet baffle at an upstream end of said flow channel; wherein said flow control element is adapted to control a rate or flow characteristic of said wastewater entering said flow channel when said second section of said inlet baffle is in said closed position; and wherein, said flow control element is accessible for cleaning and inspection when said second section of the said inlet baffle is in said open position. an inlet baffle sized and shaped to fit within the grease collecting chamber of the interceptor, and adapted to operatively connect to said wastewater inflow opening of said interceptor, said inlet baffle defining a flow channel therethrough for directing wastewater entering from the wastewater inflow opening into the grease collecting chamber; said inlet baffle comprising a first section, and a second section moveable from said first section between an open position and a closed position and a flow control element positioned in said inlet baffle at an upstream end of said flow channel; wherein said flow control element is adapted to control a rate or flow characteristic of said wastewater entering said flow channel when said second section of said inlet baffle is in said closed position; and wherein, said flow control element is accessible for cleaning and inspection when said second section of the said inlet baffle is in said open position.