mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical machine comprising a rotor , wherein the electrical machine has a stator which is arranged around the rotor , wherein the rotor has at least one magnetic element and one sleeve which is designed in such a way that the at least one magnetic element can be inserted into the sleeve, wherein the electrical machine has a shaft which is divided into two and has a first and a second shaft part , wherein the rotor is arranged between the two shaft parts and is fixedly connected to the two shaft parts , wherein the at least one magnetic element which is received in the sleeve forms a bushing for guiding a connecting rod of the electrical machine through the sleeve , wherein the electrical machine has a first and a second impeller and the connecting rod which is guided through the bushing of the rotor and through bushings of the two shaft parts , wherein the two impellers are fixedly connected to the connecting rod and to the rotor by clamping elements , characterized in that the first and the second impeller are arranged at the ends of the connecting rod in a manner situated opposite the respectively associated first and second shaft parts , and in that a thermal compensation device is provided between at least one of the shaft parts and its associated impeller for compensating for an expansion of the first and second shaft parts and the rotor , which is arranged between them, in the axial direction.
A coupling element for connecting a first fluid-conducting line to a second fluid-conducting line , wherein the coupling element can be connected to the first line and is designed to receive a coupling counter-element which can be connected to the second line and which comprises an at least partially circumferential latching collar , wherein the coupling element has a latching device which comprises a main part and an elastically deformable ring , arranged on the main part , with at least one latching projection protruding inward in the radial direction, wherein, viewed in the axial direction, between an end abutment surface of the main part and a latching surface of the latching projection , a latch receiving area for receiving the latching collar lies, and wherein the ring and the latching projection are formed in such a manner that, when the coupling element and the coupling counter-element are connected, the latching projection is elastically deflected outward in the radial direction by the latching collar , and, after the arrangement of the latching collar in the latch receiving area , the latching projection assumes a latched position in which it pushes the latching collar from behind in a latching manner in order to retain the coupling counter-element relative to the coupling element , and wherein an indicator device is mounted in the latching device , characterized in that the indicator device has a retaining element which can be elastically deflected in the radial direction relative to a guide element of the indicator device , and which in a latched position engages in the latch receiving area and secures the indicator device in the axial direction by interacting with the main part , and in a non-latched position lies outside of the latch receiving area and releases the indicator device to move in the axial direction.
A microfluidic magnetic selector comprising a microfluidic channel comprising at least one bifurcation, forming a selection portion of the selector and splitting the microfluidic channel into a main channel and at least one selection channel , at least one magnetic flux concentrator for concentrating a magnetic flux at the level of the bifurcation, and means for generating a magnetic field within the magnetic flux concentrator , and a controller for controlling magnetic pulses through the magnetic flux concentrator , characterised in that the magnetic flux concentrator comprises hard magnetic materials, and in that the magnetic pulses are pulsed at a frequency between 0.1 MHz and 1 GHz through the magnetic flux concentrator.
A discharge container comprising: an outer container , an inner container accommodated in the outer container, and a valve assembly fixed by engaging with the outer periphery of the outer container , closing the outer container and the inner container ; characterised in that a content (C) is accommodated in an accommodating chamber (S1) between the outer container and the inner container , and a pressurizing agent (P) is filled in a pressurizing chamber (S2) in the inner container, wherein the valve assembly is provided with a valve mechanism communicating/shutting off a discharge passage of the content (C) which communicates the accommodating chamber (S1) and atmospheric air, a valve holder which accommodates the valve mechanism, and a cap which fixes the valve holder to the outer container so as to cover the valve holder and the outer container , and wherein it is possible to make the pressurizing chamber (S2) and atmospheric air communicated by applying a switching operation to the valve assembly ; and further wherein the valve holder has a housing to accommodate the valve mechanism and an annular flange arranged above the outer container , wherein the accommodating chamber (S1) and atmospheric air are communicated through the housing and the annular flange .
A transceiver device for providing Fixed Wireless Access Services to customer premises , where said premises are bordered by a perimeter , said transceiver device being configured to be mounted on the inner edge of said perimeter , and said transceiver device comprising: - a low-end module configured to receive and transmit a standard-speed communication signal via a wireless connection with a base station of a first telecommunication network outside said perimeter , said standard-speed communication signal being supported by a first level subscription; the transceiver device characterized by : - a high-end interface configured to receive and transmit a high-speed communication signal via a wireless connection established throughout said perimeter , said high-end interface being configured to establish said wireless connection with an outside transceiver device , when said outside transceiver device is mounted on the outer edge of said perimeter and said outside transceiver device wirelessly connects with a base station of a second telecommunication network , wherein said high-speed communication signal is supported by a second level subscription, said high-speed communication signal having a transmission speed higher than the transmission speed of said standard-speed communication signal ; - an activation module configured to receive an activation command and to activate said high-end interface upon receipt of said activation command . - a low-end module configured to receive and transmit a standard-speed communication signal via a wireless connection with a base station of a first telecommunication network outside said perimeter , said standard-speed communication signal being supported by a first level subscription; - a high-end interface configured to receive and transmit a high-speed communication signal via a wireless connection established throughout said perimeter , said high-end interface being configured to establish said wireless connection with an outside transceiver device , when said outside transceiver device is mounted on the outer edge of said perimeter and said outside transceiver device wirelessly connects with a base station of a second telecommunication network , wherein said high-speed communication signal is supported by a second level subscription, said high-speed communication signal having a transmission speed higher than the transmission speed of said standard-speed communication signal ; - an activation module configured to receive an activation command and to activate said high-end interface upon receipt of said activation command .
A method for creating at least one new dataset , in particular comprising infrastructure data for vehicles, this method comprising the following steps: inputting (S1, S2) at least one existing dataset from at least one source , this at least one existing dataset containing data that describe a section of infrastructure, converting the at least one dataset into at least one new dataset with a uniform format, the at least one new dataset being suited to enabling the operation of vehicles in particular by means of support from drive-assistance systems, a data merger (S5, 14) of at least two existing datasets into at least one new dataset being carried out, and characterised in that an evaluation (S4) of the quality of the datasets is carried out, certain data being identified as reliable datasets for further merging on the basis of this quality. inputting (S1, S2) at least one existing dataset from at least one source , this at least one existing dataset containing data that describe a section of infrastructure, converting the at least one dataset into at least one new dataset with a uniform format, the at least one new dataset being suited to enabling the operation of vehicles in particular by means of support from drive-assistance systems, a data merger (S5, 14) of at least two existing datasets into at least one new dataset being carried out, and characterised in that an evaluation (S4) of the quality of the datasets is carried out, certain data being identified as reliable datasets for further merging on the basis of this quality.
A terminal comprising: a receiving section that receives a system information block before establishing a radio resource control connection; and a control section that determines one physical uplink control channel, PUCCH, resource set from a plurality of PUCCH resource sets based on an index within the system information block, and determines one PUCCH resource from a plurality of PUCCH resources within the PUCCH resource set based on a control channel element, CCE, index and a PUCCH resource indicator field within a downlink control information, DCI, wherein all of the plurality of PUCCH resources includes a same number of symbols and a same start symbol index, and at least two PUCCH resources out of the plurality of PUCCH resources include different initial cyclic shift indexes, and characterised in that a set of the initial cyclic shift indexes is different for each PUCCH format. a receiving section that receives a system information block before establishing a radio resource control connection; and a control section that determines one physical uplink control channel, PUCCH, resource set from a plurality of PUCCH resource sets based on an index within the system information block, and determines one PUCCH resource from a plurality of PUCCH resources within the PUCCH resource set based on a control channel element, CCE, index and a PUCCH resource indicator field within a downlink control information, DCI, wherein all of the plurality of PUCCH resources includes a same number of symbols and a same start symbol index, and at least two PUCCH resources out of the plurality of PUCCH resources include different initial cyclic shift indexes, and characterised in that a set of the initial cyclic shift indexes is different for each PUCCH format.
A method of scheduling instructions within a parallel processing unit comprising: decoding, in an instruction decoder, an instruction in a scheduled task that is scheduled and in an active state; checking , by an instruction controller, if a targeted ALU , that is capable of executing the decoded instruction, is denoted as a primary instruction pipeline of a plurality of instruction pipelines; in response to determining that the targeted ALU is denoted as the primary instruction pipeline, checking a list associated with the primary instruction pipeline to determine whether the scheduled task is already included in the list , wherein the list associated with the primary instruction pipeline identifies scheduled tasks currently active on the primary instruction pipeline; and in response to determining that the scheduled task is already included in the list, sending the decoded instruction to the primary instruction pipeline . decoding, in an instruction decoder, an instruction in a scheduled task that is scheduled and in an active state; checking , by an instruction controller, if a targeted ALU , that is capable of executing the decoded instruction, is denoted as a primary instruction pipeline of a plurality of instruction pipelines; in response to determining that the targeted ALU is denoted as the primary instruction pipeline, checking a list associated with the primary instruction pipeline to determine whether the scheduled task is already included in the list , wherein the list associated with the primary instruction pipeline identifies scheduled tasks currently active on the primary instruction pipeline; and in response to determining that the scheduled task is already included in the list, sending the decoded instruction to the primary instruction pipeline .
A method for sending signaling information, comprising: sending, by a base station, signaling information corresponding to an uplink channel to a terminal, wherein the signaling information comprises information related to a correspondence between a sequence parameter and a time domain symbol, wherein the sequence parameter corresponds to a sequence on the uplink channel, and wherein the sequence parameter comprises at least a sequence group number or a sequence number; wherein the correspondence between the sequence parameter and the time domain symbol comprises: the sequence parameter changes every R3 time domain symbols and remains unchanged for the R3 time domain symbols wherein R3 is an integer, wherein each of the R3 time domain symbols comprises the uplink channel, wherein R3 is equal to a frequency domain repeated transmission parameter R, wherein R is a positive integer, and wherein R represents that a signal corresponding to the sequence on the uplink channel changes in frequency domain every R time domain symbols and remains unchanged for the R time domain symbols; and receiving, by the base station, the sequence from the terminal on the uplink channel according to the sequence parameter. sending, by a base station, signaling information corresponding to an uplink channel to a terminal, wherein the signaling information comprises information related to a correspondence between a sequence parameter and a time domain symbol, wherein the sequence parameter corresponds to a sequence on the uplink channel, and wherein the sequence parameter comprises at least a sequence group number or a sequence number; wherein the correspondence between the sequence parameter and the time domain symbol comprises: the sequence parameter changes every R3 time domain symbols and remains unchanged for the R3 time domain symbols wherein R3 is an integer, wherein each of the R3 time domain symbols comprises the uplink channel, wherein R3 is equal to a frequency domain repeated transmission parameter R, wherein R is a positive integer, and wherein R represents that a signal corresponding to the sequence on the uplink channel changes in frequency domain every R time domain symbols and remains unchanged for the R time domain symbols; and receiving, by the base station, the sequence from the terminal on the uplink channel according to the sequence parameter.
A compound selected from the group consisting of: and pharmaceutically acceptable salts and solvates thereof.
Endosseous screw assembly for an internal fixation system (SC), comprising: a stem extending longitudinally and having at least one threaded proximal portion for allowing anchoring to a bone site of a patient; a connection sleeve suitable for introduction inside a connection hole of a fixation member ; the stem and the connection sleeve being formed as one piece or by two separate bodies with the stem partially inserted inside the connection sleeve and movable with respect to the connection sleeve; a ring nut rotatably mounted on the connection sleeve by means of a threaded connection and comprising a rim with teeth designed to cooperate by means of contact with a step formed on the fixation member , in the vicinity of the connection hole , so as to prevent rotation of said ring nut with respect to the fixation member when the connection sleeve is introduced into the connection hole of the fixation member ; said ring nut further comprising a plurality of deformable interference means which lie along a conical portion of the connection sleeve ; said conical portion being designed to be seated inside the connection hole when the connection sleeve is introduced inside said connection hole and being oriented so that relative sliding of the ring nut and the connection sleeve , due to screwing of the ring nut with respect to said connection sleeve , results in deformation of the deformable interference means so as to obtain a contact force between the fixation member and the ring nut inside the connection hole and lock the endosseous screw assembly inside said connection hole of the fixation member . a stem extending longitudinally and having at least one threaded proximal portion for allowing anchoring to a bone site of a patient; a connection sleeve suitable for introduction inside a connection hole of a fixation member ; the stem and the connection sleeve being formed as one piece or by two separate bodies with the stem partially inserted inside the connection sleeve and movable with respect to the connection sleeve; a ring nut rotatably mounted on the connection sleeve by means of a threaded connection and comprising a rim with teeth designed to cooperate by means of contact with a step formed on the fixation member , in the vicinity of the connection hole , so as to prevent rotation of said ring nut with respect to the fixation member when the connection sleeve is introduced into the connection hole of the fixation member ; said ring nut further comprising a plurality of deformable interference means which lie along a conical portion of the connection sleeve ; said conical portion being designed to be seated inside the connection hole when the connection sleeve is introduced inside said connection hole and being oriented so that relative sliding of the ring nut and the connection sleeve , due to screwing of the ring nut with respect to said connection sleeve , results in deformation of the deformable interference means so as to obtain a contact force between the fixation member and the ring nut inside the connection hole and lock the endosseous screw assembly inside said connection hole of the fixation member .
A method for smear-ripening a cheese comprising the steps (a) applying an envelope on a pressed and freshly brined cheese, wherein said envelope being in direct physical contact with the surface of the cheese, said envelope being permeable for metabolites produced by microorganisms and for microorganisms themselves and for components of the cheese and for gaseous elements, in particular surrounding air, and said envelope comprising knitted or woven fabrics or non-woven fabrics; (b) ripening the cheese within the envelope; (c) removing the envelope with thereon adherent part of a smear formed during ripening; and (d) packaging the cheese for transport and/or sale. (a) applying an envelope on a pressed and freshly brined cheese, wherein said envelope being in direct physical contact with the surface of the cheese, said envelope being permeable for metabolites produced by microorganisms and for microorganisms themselves and for components of the cheese and for gaseous elements, in particular surrounding air, and said envelope comprising knitted or woven fabrics or non-woven fabrics; (b) ripening the cheese within the envelope; (c) removing the envelope with thereon adherent part of a smear formed during ripening; and (d) packaging the cheese for transport and/or sale.
Planarity measuring device for measuring a planarity of a hot strip within a hot-rolling mill, comprising at least one deflecting roller at the inlet side for contacting a first large side of the hot strip , at least one deflecting roller at the outlet side for contacting the first large side of the hot strip and at least one middle deflecting roller which with respect to a strip running direction of the hot strip is arranged between the inlet-side deflecting roller and the outlet-side deflecting roller and is adjustable against a second large side of the hot strip opposite the first large side of the hot strip and which serves as a planarity measuring roller, characterised by at least one detecting device for detecting an actual position (L Ist ) of the hot strip and at least one adjusting device which is connected with the detecting device and at least one of the deflecting rollers and which is arranged to vary an angle (α) between a longitudinal centre axis of the respective deflecting roller connected with the adjusting device and a longitudinal axis , which extends transversely to the deflecting rollers , of the planarity measuring device in dependence on a deviation of the actual position (L Ist ) of the hot strip from a predetermined target position (L Soll ) of the hot strip .
A page push method, comprising: receiving, by a centralized network management controller, a page push request message carrying page push information transmitted by a page push server ; determining, by the centralized network management controller, a target user of a page required to be pushed and a target page corresponding to the target user according to the page push information ; and issuing, by the centralized network management controller, a page push instruction to a target access device corresponding to the target user, wherein, the page push instruction is used to indicate the target access device to push the target page to the target user in a case of receiving a request for a HyperText Transfer Protocol, HTTP, link initiated by the target user . receiving, by a centralized network management controller, a page push request message carrying page push information transmitted by a page push server ; determining, by the centralized network management controller, a target user of a page required to be pushed and a target page corresponding to the target user according to the page push information ; and issuing, by the centralized network management controller, a page push instruction to a target access device corresponding to the target user, wherein, the page push instruction is used to indicate the target access device to push the target page to the target user in a case of receiving a request for a HyperText Transfer Protocol, HTTP, link initiated by the target user .
Drainage tray for collecting condensate from a heat pump adapted to be connected to an indoor unit for providing heat or cooling and regulating an indoor climate, the heat pump being adapted to be mounted on a support , said support being mountable to at least one supporting structure to carry the weight of the heat pump and the support , wherein the tray comprises a peripheral edge portion defining a central recessed tray portion configured to collect condensate, wherein the tray further comprises a condensate outlet for removing the condensate from the tray , and wherein the tray is configured to be arranged between an underside of the heat pump and the support , characterized in that the tray has an essentially trapezoidal shape corresponding to an L-shaped condenser of the heat pump in a horizontal plane parallel to the underside of the heat pump.
Assembly for monitoring the occupancy state of a switch or a track region, comprising a track section which is designed as a resonant circuit , wherein the resonant circuit contains a rail and an additional rail of the track section with a galvanic bridge on both sides and a capacitor arranged between the rails , characterised in that the assembly has at least one adaptation coil assembly which is placed in a compartment of the track section formed by the galvanic bridges on both sides and is connected to a rail-free connection of the capacitor with a single-sided connection to one rail on one side and to the other rail on the other side.