mhurhangee/ep-ind-claims huggingface dataset:
A guide vane assembly having at least one guide vane with a radial inner journal, which engages in a borehole of a bushing, which is disposed in a borehole of an inner ring segment, with a rotation-resistant connection being present between the journal and the bushing and a slide mounting being present between the bushing and the borehole of the inner ring segment, characterized in that the journal has an outer thread and the bushing has an inner thread screwed thereto.
Rotary boring tool with detachable inserts, comprising a rotary insert-holder body provided with cartridges which retain detachable cutting inserts (7, 8, 9) designed to machine a cylindrical shaft by axial displacement of the tool in the shaft, characterized in that it comprises a generally triangular first roughing insert which can rough-cut grooves in the material to be machined, a second finishing insert for finishing the grooves rough-cut by the first insert, this second insert having a triangular cutting ridge whose tip angle is narrower than the cutting angle of the first, and a third, flattening insert, which is of rhombic form with a flat cutting ridge and which can flatten the peaks of material raised by the two first inserts.
An integrated pole-to-ski coupling arrangement for releasably and rigidly connecting a ski pole to a ski, comprising: - a binding group having a toe piece and a heel piece, - a rear ski coupling formation attached to or incorporated into the heel piece of the binding group; - a rear pole coupling formation being operable to attach to a grip of a ski pole, and being operable to releasably connect the ski pole to the rear ski coupling formation, wherein the rear pole coupling formation comprises a rear pole mounted base, and the rear pole mounted base comprises a first elongated node, and wherein the rear ski coupling formation comprises a rear ski mounted base, and a first elongated cavity; - a front pole coupling formation operable to attach to the ski pole, wherein the front pole coupling formation comprises a front pole mounted base, and a second elongated node; and - a front ski coupling formation attached to or incorporated into the toe piece of the binding group, said front pole coupling formation being operable to attach to a shaft of the ski pole, wherein the front ski coupling formation comprises a second elongated cavity, wherein the nodes (78, 96) and the cavities form a snap fit for firm coupling of the ski pole to the ski; wherein a tail of the ski extending substantially from a back of the heel piece to a rear of the ski is clear and unencumbered when the rear pole coupling formation and the rear ski coupling formation couple together to releasably and rigidly connect the ski pole to the ski. - a binding group having a toe piece and a heel piece, - a rear ski coupling formation attached to or incorporated into the heel piece of the binding group; - a rear pole coupling formation being operable to attach to a grip of a ski pole, and being operable to releasably connect the ski pole to the rear ski coupling formation, wherein the rear pole coupling formation comprises a rear pole mounted base, and the rear pole mounted base comprises a first elongated node, and wherein the rear ski coupling formation comprises a rear ski mounted base, and a first elongated cavity; - a front pole coupling formation operable to attach to the ski pole, wherein the front pole coupling formation comprises a front pole mounted base, and a second elongated node; and - a front ski coupling formation attached to or incorporated into the toe piece of the binding group, said front pole coupling formation being operable to attach to a shaft of the ski pole, wherein the front ski coupling formation comprises a second elongated cavity, wherein the nodes (78, 96) and the cavities form a snap fit for firm coupling of the ski pole to the ski; wherein a tail of the ski extending substantially from a back of the heel piece to a rear of the ski is clear and unencumbered when the rear pole coupling formation and the rear ski coupling formation couple together to releasably and rigidly connect the ski pole to the ski.
A system for detecting an analyte with a reagentless dry test strip, comprising: a collector for collecting a blood sample from a user; a mixer, for receiving the collector and mixing the blood sample, the mixer separate from and shaped to mate with the collector; reagents in liquid form, located in the mixer, for mixing with the blood sample and forming a mixture; and a dry test strip for receiving the blood sample mixed with the reagents, the dry test strip including a reaction membrane that does not include any reagents prior to the application of the mixture, wherein the reagents are effective to cause a color change of the mixture prior to dosing the mixture to the dry test strip; an optical meter or handheld device for detecting the color change on the dry test strip. a collector for collecting a blood sample from a user; a mixer, for receiving the collector and mixing the blood sample, the mixer separate from and shaped to mate with the collector; reagents in liquid form, located in the mixer, for mixing with the blood sample and forming a mixture; and a dry test strip for receiving the blood sample mixed with the reagents, the dry test strip including a reaction membrane that does not include any reagents prior to the application of the mixture, wherein the reagents are effective to cause a color change of the mixture prior to dosing the mixture to the dry test strip; an optical meter or handheld device for detecting the color change on the dry test strip.
A cryptographic processing device for securely performing a cryptographic processing operation in a manner resistant to discovery of a secret by external monitoring, comprising: a) an input interface for receiving a quantity to be cryptographically processed; b) a source of unpredictable information; c) a processor connected to said input interface for receiving and cryptographically processing said quantity; and d) an output interface for outputting said cryptographically processed quantity to a recipient thereof; characterized in that said processor is configured to use said unpredictable information to conceal a correlation between externally monitorable signals and said secret during said processing of said quantity by means adapted for selecting between: 1) performing a computation and incorporating the result of said computation in said cryptographic processing; and 2) performing a computation whose output is not incorporated in said cryptographic processing. a) an input interface for receiving a quantity to be cryptographically processed; b) a source of unpredictable information; c) a processor connected to said input interface for receiving and cryptographically processing said quantity; and d) an output interface for outputting said cryptographically processed quantity to a recipient thereof;
A fastening device for a sliding board comprising a base that defines a housing in which a shoe is designed to be immobilized by maintaining means that includes a vertical locking pivot cooperating with an anchor element secured to the board on the one hand, and with rotational blocking elements on the other hand, said base comprising a lower plate and an upper plate designed to support the shoe said pivot ensuring sliding locking of the two plates (1, 2), characterized in that the lower plate and the upper plate may slide longitudinally relative to one another to adjust the length of said housing to the size of the shoe.
A device for dispensing powdered food product, comprising a tank, a passage for pouring the food product connected to the tank, and a means for transporting the food product, said transport means being located inside the tank, characterised in that the transport means includes a worm screw, the device further comprising a means for recycling a mixture of air and powdered food product suspended in the pouring passage, the tank being delimited by a closed enclosure, the recycling means comprising a tube connecting the pouring passage to the closed enclosure, and a shell integral with the tank delimiting the pouring passage.
Mould support for a piece of fruit cutter comprising i) sections for confinement of a body of the piece of fruit in place and ii) a lower base, wherein the sections for confinement is fixed to the lower base and comprises a piece of fruit entry portion and at least two confinement elements - first and second confinement elements - with mirrored configurations and spaced apart, which project from the lower base, such two confinement elements: - comprising side and lower walls, connected at least partially to each other, which confine a piece of fruit perpendicularly to the lower base, and - providing an entry portion between the first and second confinement elements, characterised in that the mould support further comprises two crown positioning elements with mirrored configurations and spaced apart, each crown positioning element: - comprising a crown positioning wall and a corresponding crown positioning plate, each crown positioning plate projecting from one of the crown positioning walls with an angle between 20°-45°, the crown positioning plates being such that when pushed towards the entry portion, the crown of a piece of fruit is directed in between the crown positioning walls, - being placed in parallel with one of the confinement elements, in particular each crown positioning wall being parallel to a corresponding side wall of the confinement elements. - comprising side and lower walls, connected at least partially to each other, which confine a piece of fruit perpendicularly to the lower base, and - providing an entry portion between the first and second confinement elements, - comprising a crown positioning wall and a corresponding crown positioning plate, each crown positioning plate projecting from one of the crown positioning walls with an angle between 20°-45°, the crown positioning plates being such that when pushed towards the entry portion, the crown of a piece of fruit is directed in between the crown positioning walls, - being placed in parallel with one of the confinement elements, in particular each crown positioning wall being parallel to a corresponding side wall of the confinement elements.
A method for discovering a service, comprising: receiving, by a first access point AP, a service discovery request frame from a first station STA, wherein the service discovery request frame comprises M service query items, and M is an integer greater than or equal to 0; querying, by the first AP, a service information table of the first AP according to the service discovery request frame, and obtaining a query result that meets the M service query items; and returning, by the first AP, a service discovery response frame to the first STA, wherein the service discovery response frame comprises the query result; wherein the obtaining a query result that meets the M service query items specifically comprises: obtaining all service information that meets the M service query items and is in the service information table of the first AP; and forwarding the service discovery request frame to a second AP, and receiving a service discovery response frame returned by the second AP, wherein the service discovery response frame returned by the second AP comprises all service information that meets the M service query items and is in a service information table of the second AP; the query result specifically comprises: all the service information that meets the M service query items and is in the service information table of the first AP, and the service information comprised in the service discovery response frame returned by the second AP. receiving, by a first access point AP, a service discovery request frame from a first station STA, wherein the service discovery request frame comprises M service query items, and M is an integer greater than or equal to 0; querying, by the first AP, a service information table of the first AP according to the service discovery request frame, and obtaining a query result that meets the M service query items; and returning, by the first AP, a service discovery response frame to the first STA, wherein the service discovery response frame comprises the query result; obtaining all service information that meets the M service query items and is in the service information table of the first AP; and forwarding the service discovery request frame to a second AP, and receiving a service discovery response frame returned by the second AP, wherein the service discovery response frame returned by the second AP comprises all service information that meets the M service query items and is in a service information table of the second AP; the query result specifically comprises: all the service information that meets the M service query items and is in the service information table of the first AP, and the service information comprised in the service discovery response frame returned by the second AP.
A profile strip arrangement, comprising a profile strip made of a profile material, having a first connecting area for purposes of creating a connection to an edge area of the windshield of a motor vehicle, and having a second connecting area for purposes of creating a connection to a part that is adjacent to the windshield in the form of a radiator tank cover, whereby the second connecting area has a receiving space with a U-shaped or V-shaped profile for purposes of receiving a latching element of the radiator tank cover, whereby the profile strip has at least one reinforcement insert (32, 40), whereby the first connecting area has a lower connecting section which interacts with the inside of the edge area of the windshield and which has at least one surface section that is free of the profile material, whereby the free surface section is formed by the surface of an additional element that is made of a material that differs from that of the profile strip, characterized in that the additional element is provided separately from the reinforcement inserts (32, 40) that at least a partial area of the free surface section of the additional element is covered by an adhesive section that serves for purposes of creating an adhesive connection to the edge area of the windshield, that the adhesive section is in the form of a double-sided adhesive tape, and that the additional element is made of a plastic material, which has a higher surface energy than the profile material.
An arrangement of a receptacle of a dashboard capable of receiving an additional element fastened by screwing, the outer surface of the wall comprising at least one means for anchoring a screw intended to absorb the transverse dispersion of the end of said screw in one direction, characterized in that the inner surface of the wall of the receptacle does not comprise an opening for engaging s screw.
An aircraft passenger seat unit comprising: a seat; a privacy shell at least partially surrounding the seat, the privacy shell having a primary opening to allow entry to and exit from the seat unit; a storage unit contained within the aircraft passenger seat unit and being located against an interior face of the privacy shell adjacent the primary opening; wherein the storage unit comprises one or more holders for supporting clothes stored in the storage unit, a back side located against the interior face of the privacy shell and a front side; a door, movable in relation to the storage unit between a first position in which the door at least partially blocks off the primary opening, and a second position in which the door at least partially closes access to holders of the storage unit, wherein the front side of the storage unit provides access from the aircraft passenger seat unit to the holders of the storage unit when the door is in the first position. a seat; a privacy shell at least partially surrounding the seat, the privacy shell having a primary opening to allow entry to and exit from the seat unit; a storage unit contained within the aircraft passenger seat unit and being located against an interior face of the privacy shell adjacent the primary opening; wherein the storage unit comprises one or more holders for supporting clothes stored in the storage unit, a back side located against the interior face of the privacy shell and a front side; a door, movable in relation to the storage unit between a first position in which the door at least partially blocks off the primary opening, and a second position in which the door at least partially closes access to holders of the storage unit, wherein the front side of the storage unit provides access from the aircraft passenger seat unit to the holders of the storage unit when the door is in the first position.
Radar sensor for measuring a fill level and/or limit level of a filling material in a container, the radar sensor comprising: a sensor unit for emitting and/or receiving a radar signal; an evaluation unit for determining, based on the radar signal, a measurement signal correlating with the fill level and/or the limit level; and a housing having at least one housing portion configured to be disposed opposite a container wall of the container for measuring the fill level and/or the limit level; wherein the housing portion is configured such that the radar signal is transmittable through the housing portion; wherein an adhesive surface with an adhesive material is arranged on an outside of the housing at least along a part of an outer circumference of the housing portion, which adhesive surface is formed for attaching the radar sensor to the container wall of the container; wherein a sealing surface with a sealing material is arranged on the outside of the housing at least along a part of the outer circumference of the housing portion, which sealing surface is configured to at least partially seal the housing portion when the radar sensor is attached to the container wall; and wherein the sensor unit is configured to transmit and/or receive the radar signal through the housing portion. a sensor unit for emitting and/or receiving a radar signal; an evaluation unit for determining, based on the radar signal, a measurement signal correlating with the fill level and/or the limit level; and a housing having at least one housing portion configured to be disposed opposite a container wall of the container for measuring the fill level and/or the limit level; wherein the housing portion is configured such that the radar signal is transmittable through the housing portion; wherein an adhesive surface with an adhesive material is arranged on an outside of the housing at least along a part of an outer circumference of the housing portion, which adhesive surface is formed for attaching the radar sensor to the container wall of the container; wherein a sealing surface with a sealing material is arranged on the outside of the housing at least along a part of the outer circumference of the housing portion, which sealing surface is configured to at least partially seal the housing portion when the radar sensor is attached to the container wall; and wherein the sensor unit is configured to transmit and/or receive the radar signal through the housing portion.
A motor controlling device that controls an alternating-current motor by outputting a pulse width modulation signal to a switching element included in an inverter that is connected to a direct-current power source and is operable to output an alternating current having an arbitrary frequency and an arbitrary voltage to the alternating-current motor, the motor controlling device comprising: a pulse mode controlling unit that is operable to selectively switch among a plurality of pulse modes each of which can serve as an output pattern of the pulse width modulation signal, the plurality of pulse modes including a synchronous pulse mode, an asynchronous pulse mode, and a one-pulse mode, wherein the pulse mode controlling unit selects the asynchronous pulse mode when a modulation factor is equal to or smaller than a first set value, characterized in that to stop the inverter while the inverter is operating in the one-pulse mode, the motor controlling device executes controlling steps in an order of: the one-pulse mode, the synchronous pulse mode, and an inverter gate-off process, without switching the pulse mode to the asynchronous pulse mode even if the modulation factor has become smaller than the first set value.
A method for receiving system information, SI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, minimum SI which is broadcasted periodically, the minimum SI including information indicating whether a SI message for other SI is broadcast periodically or provisioned on demand, and configuration information on a physical random access channel, PRACH, wherein the configuration information includes information on PRACH resource for the other SI; in case that the information indicates that the SI message for the other SI is provisioned on demand, transmitting, to the BS, a PRACH preamble corresponding to the SI message based on the configuration information; and receiving, from the BS, the SI message for the other SI in response to the PRACH preamble. receiving, from a base station, BS, minimum SI which is broadcasted periodically, the minimum SI including information indicating whether a SI message for other SI is broadcast periodically or provisioned on demand, and configuration information on a physical random access channel, PRACH, wherein the configuration information includes information on PRACH resource for the other SI; in case that the information indicates that the SI message for the other SI is provisioned on demand, transmitting, to the BS, a PRACH preamble corresponding to the SI message based on the configuration information; and receiving, from the BS, the SI message for the other SI in response to the PRACH preamble.
A peptide-grafted antibody or antibody fragment comprising at least one peptide grafted into at least one CDR of the antibody or antibody fragment, the peptide comprising the sequence of exendin, GLP1, glucagon or oxyntomodulin peptide or a functional fragment thereof, wherein the peptide-grafted antibody has agonist activity against the GLP1 receptor, the glucagon receptor, or both, wherein the grafted peptide comprises a basic amino acid upstream and adjacent to the natural N-terminal histidine of the exendin, GLP1, glucagon or oxyntomodulin peptide, and wherein the basic amino acid is an arginine or a lysine.