mhurhangee/ep-ind-claims huggingface dataset:
Grinding roller shaft on which a grinding roller for a rolling mill is mounted and which is rotatable about its longitudinal axis, wherein the grinding roller shaft comprises an axial bore, in which a cooling device is arranged, comprising at least one pipe (16, 20; 38) which is arranged in the bore, wherein a first channel for guiding a coolant is formed between the pipe (16, 20; 38) and the inner surface of the bore and a second channel for guiding the coolant is formed inside the pipe (16, 20; 38), characterized in that the at least one pipe (16, 20; 38) is made of a plastic.
A method of handling a handover for a communication device in a wireless communication system, the method comprising the steps of: camping on a first cell in a first cell cluster; stopping a handover, when moving from a coverage area of the first cell to a coverage area of a second cell in the first cell cluster; and performing the handover, when moving from the coverage area of the first cell to a coverage area of a third cell in a second cell cluster. camping on a first cell in a first cell cluster; stopping a handover, when moving from a coverage area of the first cell to a coverage area of a second cell in the first cell cluster; and performing the handover, when moving from the coverage area of the first cell to a coverage area of a third cell in a second cell cluster.
A method for conducting flight procedures training in a rotary- wing aircraft with a multi-engine powerplant comprising: determining an available power margin of the multi-engine powerplant; determining a variable bias relative to the available power margin to simulate a reduced power available flight condition; and displaying symbology indicative of the simulated reduced power available flight condition, characterized by an OEI/Bias training panel or a control display 90, which operates as an interface with an OEI/Bias training module for use in a cockpit instrument display system, the training module comprising at least a weight Bias switch (54, 56, 94, 96) and an OEI Training switch (58, 98), which allows an aircrew to enter training and select a desired simulated training condition from a combination of: selecting the reduced power available flight condition based at least in part on predefined maximum internal aircraft weight condition or on a predefined maximum external aircraft weight condition, and/or selecting the reduced power available flight condition based at least in part on one engine inoperable condition. determining an available power margin of the multi-engine powerplant; determining a variable bias relative to the available power margin to simulate a reduced power available flight condition; and displaying symbology indicative of the simulated reduced power available flight condition, characterized by an OEI/Bias training panel or a control display 90, which operates as an interface with an OEI/Bias training module for use in a cockpit instrument display system, the training module comprising at least a weight Bias switch (54, 56, 94, 96) and an OEI Training switch (58, 98), which allows an aircrew to enter training and select a desired simulated training condition from a combination of: selecting the reduced power available flight condition based at least in part on predefined maximum internal aircraft weight condition or on a predefined maximum external aircraft weight condition, and/or selecting the reduced power available flight condition based at least in part on one engine inoperable condition. selecting the reduced power available flight condition based at least in part on predefined maximum internal aircraft weight condition or on a predefined maximum external aircraft weight condition, and/or selecting the reduced power available flight condition based at least in part on one engine inoperable condition.
A self-ligating bracket comprising a bracket body having a mesial side and a distal side, the bracket body comprising an arch wire slot that extends from the mesial side to the distal side of the bracket body, a mesial channel that extends into the bracket body from the mesial side, and a distal channel that extends into the bracket body from the distal side, and a spring clip comprising a distal arm comprising a distal arm body, and a mesial arm comprising a mesial arm body, wherein the spring clip is slidably secured within the bracket body by respective sliding engagement of the distal arm with the distal channel and the mesial arm with the mesial channel, wherein the spring clip is movable between an open position and a closed position, wherein in the open position the arch wire slot is unobstructed and in the closed position the spring clip extends into and across the arch wire slot to occlude the arch wire slot, characterized in that, the distal arm of the spring clip comprises a distal finger in addition to the distal arm body and a mesial finger in addition to the mesial arm body, the distal finger extends in a plane different from the distal arm body and the mesial finger extends in a plane different from the mesial arm body, in the open position of the spring clip the mesial finger is received within the mesial channel and the distal finger is received within the distal channel and in the closed position of the spring clip the mesial finger and the distal finger extend into and across the arch wire slot to occlude the arch wire slot.
A communication method performed by a first access network device, comprising: when a terminal in a radio resource control, RRC, inactive state needs to be paged, sending, by the first access network device, in a cell that is of the first access network device and that is corresponding to a radio network area of the terminal in the RRC inactive state, a first paging message for paging the terminal; sending, by the first access network device to a second access network device, a paging request message for requesting to page the terminal, wherein the second access network device is an access network device other than the first access network device in access network devices corresponding to the radio network area; and starting a timer; sending, by the first access network device, a message to a core network device if the first access network device does not receive, before the timer expires, a paging response from the terminal or a notification that indicates that the terminal enters a connected state from the second access network device, wherein the message to the core network device is used to request the core network device to release a connection between the first access network device and the core network device of the terminal. when a terminal in a radio resource control, RRC, inactive state needs to be paged, sending, by the first access network device, in a cell that is of the first access network device and that is corresponding to a radio network area of the terminal in the RRC inactive state, a first paging message for paging the terminal; sending, by the first access network device to a second access network device, a paging request message for requesting to page the terminal, wherein the second access network device is an access network device other than the first access network device in access network devices corresponding to the radio network area; and starting a timer; sending, by the first access network device, a message to a core network device if the first access network device does not receive, before the timer expires, a paging response from the terminal or a notification that indicates that the terminal enters a connected state from the second access network device, wherein the message to the core network device is used to request the core network device to release a connection between the first access network device and the core network device of the terminal.
A method of duplicating a nano-scaled pattern texture of a surface of an object through electroforming using an imprint mold, comprising: selecting the object having the nano-scaled pattern surface texture on the surface thereof to be duplicated; disposing the selected object, washing the surface of the selected object and subjecting said washed surface to a separation film treatment which forms a thin film on the washed surface of the object, so that an imprint mold is easily separated therefrom; imprinting the pretreated surface of the object, thus duplicating it on a plastic mold; metallizing a surface of the plastic mold and performing electroforming, thus manufacturing metal module master molds; trimming edges of the metal module master molds; performing a pattern processing on predetermined widths of the edges with a predetermined standard pattern; connecting the metal module master molds, and then performing electroforming, thus manufacturing a large-area metal unit master mold; and electroforming the metal unit master mold, thus producing a duplicate having the surface texture. selecting the object having the nano-scaled pattern surface texture on the surface thereof to be duplicated; disposing the selected object, washing the surface of the selected object and subjecting said washed surface to a separation film treatment which forms a thin film on the washed surface of the object, so that an imprint mold is easily separated therefrom; imprinting the pretreated surface of the object, thus duplicating it on a plastic mold; metallizing a surface of the plastic mold and performing electroforming, thus manufacturing metal module master molds; trimming edges of the metal module master molds; performing a pattern processing on predetermined widths of the edges with a predetermined standard pattern; connecting the metal module master molds, and then performing electroforming, thus manufacturing a large-area metal unit master mold; and electroforming the metal unit master mold, thus producing a duplicate having the surface texture.
A method in an IP Multimedia Subsystem core network, for integrating an outgoing cellular call as an enterprise call, wherein said outgoing cellular call is originated by an enterprise user equipment device adapted to operate in a cellular RAT for which it has a cellular telephone number and to operate in another RAT for which it has an enterprise telephone number towards a called party, the method comprising: receiving at a call integration AS a Session Initiation Protocol, SIP, INVITE request via CSCF from said enterprise user equipment device for initiating said integration wherein said SIP INVITE request includes the enterprise telephone number, establishing the outgoing cellular call as a first call to said enterprise user equipment device wherein said establishing is facilitated by sending by the call integration AS, a first SIP INVITE message via the CSCF towards said enterprise user equipment; establishing by the call integration AS a second call leg to said called party; wherein said establishing is facilitated by sending a SIP INVITE message via the CSCF toward said called party; and integrating said outgoing cellular call as an enterprise call by patching said first and second call legs (620, 624) to establish an end-to-end communications path between said enterprise user equipment device and said called party, wherein said enterprise telephone number as received in the SIP INVITE request from said enterprise equipment device is presented to said called party instead of said cellular telephone number relating to the outgoing cellular call. receiving at a call integration AS a Session Initiation Protocol, SIP, INVITE request via CSCF from said enterprise user equipment device for initiating said integration wherein said SIP INVITE request includes the enterprise telephone number, establishing the outgoing cellular call as a first call to said enterprise user equipment device wherein said establishing is facilitated by sending by the call integration AS, a first SIP INVITE message via the CSCF towards said enterprise user equipment; establishing by the call integration AS a second call leg to said called party; wherein said establishing is facilitated by sending a SIP INVITE message via the CSCF toward said called party; and integrating said outgoing cellular call as an enterprise call by patching said first and second call legs (620, 624) to establish an end-to-end communications path between said enterprise user equipment device and said called party, wherein said enterprise telephone number as received in the SIP INVITE request from said enterprise equipment device is presented to said called party instead of said cellular telephone number relating to the outgoing cellular call.
A method of prognosing prostate cancer recurrence after prostatectomy in a subject, comprising determining the genotype of the subject at one or more positions of single nucleotide polymorphism, including at least the SNP rs1800247 (SNP 58) or an SNP having R 2 >0.8 with said SNP rs1800247wherein said SNP having R 2 >0.8 with rs1800247 comprises an SNP that has been determined to have R 2 >0.8 with rs1800247 in a Caucasian male population, and wherein the presence of at least one T allele at said SNP rs1800247 is indicative of a likelihood of prostate cancer recurrence after prostatectomy in said subject..
Wheel suspension system having at least one wheel support, a first coupling rod, a second coupling rod and at least one track rod; the first coupling rod and the second coupling rod being connected to one another in an articulated manner; the second coupling rod and the wheel support being connected to one another in an articulated manner; the track rod being configured to apply a steering torque to the first coupling rod; the steering torque being transmitted from the first coupling rod via the second coupling rod to the wheel support; having at least one chassis link; the chassis link being mounted in an articulated manner in a vehicle body or a vehicle frame and being connected to the wheel support in an articulated manner; and the chassis link and the first coupling rod being connected to one another in an articulated manner; characterized by at least one wishbone; the wishbone configuring the chassis link.
Device for detecting entry into a protected space of a residence and for recognising radiofrequency transponder badges, designed to work with a central alarm unit and/or anti-intrusion surveillance unit of a surveillance system of said residence, and more particularly transponder badges present at the opening of a door for access to said protected space or in the immediate vicinity of said access door, said device comprising a proximity reader of said transponder badges, said proximity reader being located in the protected space and also integrating an autonomous source for supplying electrical power, the device being characterised in that on the one hand it comprises a set of means (8, 9; 13) for detecting entry into the protected space comprising means (8, 9) for detecting the opening of said access door and/or means for detecting the passage of a subject or user crossing the threshold of the access door, and on the other hand means that are able, during a detection of entry, to automatically control the activation of said proximity reader and the communication of the latter with the central alarm unit and/or anti-intrusion surveillance unit of said surveillance system and with a transponder badge that is present, for the purpose of establishing a data transfer within the framework of an identification and recognition process of the relevant transponder badge, and then if no authorised badge is recognised and an entry detection is effective, an alarm and/or intervention process by said central unit and in that a time-out period makes it possible to maintain the proximity reader in said activation mode for a predetermined period.
Heat exchanger, notably for a motor vehicle, for an exchange of heat between at least a first fluid and a second fluid, the said exchanger being able to act as a condenser and comprising a heat-exchange core with a plurality of heat-exchange tubes (5; 51, 53) comprising circulation canals: - through which the first fluid is intended to pass, and - which are intended to be in fluidic communication with a fluid reservoir able to separate the gas phase and the liquid phase of the condensed first fluid, such that: - the heat-exchange tubes (5; 51, 53) comprise: • circulation canals for condensing the first fluid, defining a condensation zone of the heat-exchange core, and • circulation canals for supercooling the condensed first fluid, defining a supercooling zone of the heat-exchange core, characterized in that - the heat exchanger comprises a stack of frames (13, 15, 16) among which at least certain frames, referred to as receiving frames that receive the heat-exchange tubes (5; 51, 53), are able to receive the heat-exchange tubes (5; 51, 53) and are respectively configured in such a way as to separate the condensing zone and the supercooling zone of the heat-exchange core, and in that - at least one fluidic coupling frame is configured to place the reservoir in fluidic communication: • on the one hand, with the circulation canals for condensing, and • on the other hand, and distinctly, with the circulation canals for supercooling. - through which the first fluid is intended to pass, and - which are intended to be in fluidic communication with a fluid reservoir able to separate the gas phase and the liquid phase of the condensed first fluid, - the heat-exchange tubes (5; 51, 53) comprise: • circulation canals for condensing the first fluid, defining a condensation zone of the heat-exchange core, and • circulation canals for supercooling the condensed first fluid, defining a supercooling zone of the heat-exchange core, characterized in that • circulation canals for condensing the first fluid, defining a condensation zone of the heat-exchange core, and • circulation canals for supercooling the condensed first fluid, defining a supercooling zone of the heat-exchange core, characterized in that - the heat exchanger comprises a stack of frames (13, 15, 16) among which at least certain frames, referred to as receiving frames that receive the heat-exchange tubes (5; 51, 53), are able to receive the heat-exchange tubes (5; 51, 53) and are respectively configured in such a way as to separate the condensing zone and the supercooling zone of the heat-exchange core, and in that - at least one fluidic coupling frame is configured to place the reservoir in fluidic communication: • on the one hand, with the circulation canals for condensing, and • on the other hand, and distinctly, with the circulation canals for supercooling. • on the one hand, with the circulation canals for condensing, and • on the other hand, and distinctly, with the circulation canals for supercooling.
A robotic device (10.1) for handling catalyst material in an interior of a reactor, characterized in that the robotic device (10.1) comprises: a body configured to engage a flange of the reactor, wherein an inner edge of the flange defines an opening in the reactor; and a handling arm connected to the body and having a free end, the handling arm comprising at least one segment which is telescopically extendible/retractable relative to the body, wherein at least a part of the handling arm including the free end is configured to extend through the opening in the reactor into the interior of the reactor, and wherein the handling arm is configured to receive or connect to a vacuum line to form a cleaning arm for removing catalyst material from the interior of the reactor such that the free end of the handling arm and an inlet end of the vacuum line are proximate each other, wherein the body includes a base plate which is configured to engage the flange of the reactor and a head which is articulated to the base plate for rotation relative to the base plate about a rotation axis; wherein the handling arm is in the form of a multistage telescopic handling arm which comprises a frame assembly which defines a central passageway along its length which is configured to receive or connect to the vacuum line to form the cleaning arm, and wherein the head of the body defines a longitudinally extending receiving channel therein, the handling arm being connected to the head of the body and being longitudinally displaceable relative to the head of the body within the receiving channel. a body configured to engage a flange of the reactor, wherein an inner edge of the flange defines an opening in the reactor; and a handling arm connected to the body and having a free end, the handling arm comprising at least one segment which is telescopically extendible/retractable relative to the body, wherein at least a part of the handling arm including the free end is configured to extend through the opening in the reactor into the interior of the reactor, and wherein the handling arm is configured to receive or connect to a vacuum line to form a cleaning arm for removing catalyst material from the interior of the reactor such that the free end of the handling arm and an inlet end of the vacuum line are proximate each other, wherein the body includes a base plate which is configured to engage the flange of the reactor and a head which is articulated to the base plate for rotation relative to the base plate about a rotation axis; wherein the handling arm is in the form of a multistage telescopic handling arm which comprises a frame assembly which defines a central passageway along its length which is configured to receive or connect to the vacuum line to form the cleaning arm, and wherein the head of the body defines a longitudinally extending receiving channel therein, the handling arm being connected to the head of the body and being longitudinally displaceable relative to the head of the body within the receiving channel.
A method for wireless communication, comprising: identifying a control region in a downlink transmission; demodulating the identified control region of the downlink transmission, wherein the control region comprises information for an uplink transmission subsequent to the downlink transmission and information for the downlink transmission; identifying a micro sleep indicator received in the control region that indicates a micro sleep state may be entered for at least a portion of one or more transmission time intervals "TTIs"; and entering the micro sleep state for at least the portion of the one or more TTIs based at least in part on the micro sleep indicator. identifying a control region in a downlink transmission; demodulating the identified control region of the downlink transmission, wherein the control region comprises information for an uplink transmission subsequent to the downlink transmission and information for the downlink transmission; identifying a micro sleep indicator received in the control region that indicates a micro sleep state may be entered for at least a portion of one or more transmission time intervals "TTIs"; and entering the micro sleep state for at least the portion of the one or more TTIs based at least in part on the micro sleep indicator.