mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a transparent member comprising: inserting a first transparent substrate and a second transparent substrate into a first cavity of a lower mold having a first depth and a second cavity of a lower mold connected to the first cavity and having a second depth , respectively; positioning an upper mold on to the lower mold, wherein the upper mold corresponds to the lower mold and includes a pressing portion having at least one pressing surface; preheating at least one of the lower mold or the upper mold to a predetermined temperature, thereby resulting in preheated transparent substrates; and pressing the upper mold onto the lower mold, thereby thermoforming the preheated transparent substrates. inserting a first transparent substrate and a second transparent substrate into a first cavity of a lower mold having a first depth and a second cavity of a lower mold connected to the first cavity and having a second depth , respectively; positioning an upper mold on to the lower mold, wherein the upper mold corresponds to the lower mold and includes a pressing portion having at least one pressing surface; preheating at least one of the lower mold or the upper mold to a predetermined temperature, thereby resulting in preheated transparent substrates; and pressing the upper mold onto the lower mold, thereby thermoforming the preheated transparent substrates.
Pump for high-density powder transfer, comprising a pump body and a valve assembly comprising a plurality of valves , said pump body in turn comprising a plurality of pumping chambers , a pneumatic circuit for actuating said pumping chambers also comprising a dedicated branch for actuating said valves , characterized in that the pump comprises a first pumping chamber , a second pumping chamber , a third pumping chamber and a fourth pumping chamber (llld), and further comprises a first valve , a second valve , a third valve and a fourth valve , each of said pumping chambers being in direct fluid connection with a corresponding valve , wherein said first pumping chamber is in fluid connection, in line, with said fourth pumping chamber (llld), and said third pumping chamber is in fluid connection, in line, with said second pumping chamber , wherein said first valve and said second valve are in fluid connection, by means of a first connection duct (123a, 123 b), with a powder inlet duct for the inlet of powder into said valve assembly and wherein said third valve and said fourth valve are in fluid connection, by means of a second connection duct , with a powder outlet duct for the outlet of powder from said valve assembly .
Method for cooling solid residues of a combustion process, which are deposited onto the conveying surface of a conveyor belt of a conveying device and are conveyed in the direction of a solid residue outlet , wherein during conveying heat is transferred from the solid residues to a gaseous coolant, characterized in that the conveyor belt is acted upon by the gaseous coolant only on its side oriented away from the conveying surface , wherein the conveyor belt is essentially impermeable to the coolant and at least part of the coolant heated by contact with the conveyor belt is extracted on that side oriented away from the conveying surface .
A laser device , comprising - an element made of laser-active material, which emits laser light (Y) when excited by pump light (X), wherein the laser-active material is a glass; and wherein - at least one cladding element is bonded to said element made of laser-active material so as to allow for heat exchange by heat conduction between the cladding element and the element made of laser-active material; and wherein - the materials of said cladding element and of said element made of laser-active material differ in that the cladding element exhibits an absorption coefficient for the pump light (X), which is lower than the corresponding absorption coefficient of the element made of laser-active material; and wherein the laser device is designed so that the pump light (X) is directed through the cladding element and into the element made of laser-active material, and/or so that the pump light (X) is directed through the element made of laser-active material and into the cladding element ; characterized in that - the cladding element comprises a phosphate crown glass, a phosphate dense crown glass, or a borosilicate crown glass. - an element made of laser-active material, which emits laser light (Y) when excited by pump light (X), wherein the laser-active material is a glass; and wherein - at least one cladding element is bonded to said element made of laser-active material so as to allow for heat exchange by heat conduction between the cladding element and the element made of laser-active material; and wherein - the materials of said cladding element and of said element made of laser-active material differ in that the cladding element exhibits an absorption coefficient for the pump light (X), which is lower than the corresponding absorption coefficient of the element made of laser-active material; and wherein the laser device is designed so that the pump light (X) is directed through the cladding element and into the element made of laser-active material, and/or so that the pump light (X) is directed through the element made of laser-active material and into the cladding element ; - the cladding element comprises a phosphate crown glass, a phosphate dense crown glass, or a borosilicate crown glass.
A method for communication, comprising: Accepting, in an Access Point, AP, , downlink data items; for transmission over a wireless downlink channel to multiple terminals served by the AP ; characterised by assessing aggregate airtimes for the respective terminals by summing, for each terminal , an aggregate downlink airtime that was previously allocated to the terminal on the wireless downlink channel and an aggregate uplink airtime that was previously allocated by the terminal on a wireless uplink channel from the terminal to the AP; and scheduling transmission of the downlink data items on the wireless downlink channel, depending on the aggregate airtimes assessed for the terminals. Accepting, in an Access Point, AP, , downlink data items; for transmission over a wireless downlink channel to multiple terminals served by the AP ; characterised by assessing aggregate airtimes for the respective terminals by summing, for each terminal , an aggregate downlink airtime that was previously allocated to the terminal on the wireless downlink channel and an aggregate uplink airtime that was previously allocated by the terminal on a wireless uplink channel from the terminal to the AP; and scheduling transmission of the downlink data items on the wireless downlink channel, depending on the aggregate airtimes assessed for the terminals.
An electronic device comprising: a housing ; a flexible display disposed to be viewable from an outside of the electronic device through at least a part of the housing , the flexible display including: a display panel including a first opening (431, OP1); a window layer laminated on a surface of the display panel facing the outside of the electronic device ; and a protection layer laminated on a surface of the window layer facing the outside of the electronic device ; and a camera device disposed to be substantially aligned with the first opening (431, OP1), characterized in that when the flexible display is viewed from the outside, the protection layer includes a peeling part configured to overlap at least a viewing angle of the camera device and disposed to be separable from the protection layer . a housing ; a flexible display disposed to be viewable from an outside of the electronic device through at least a part of the housing , the flexible display including: a display panel including a first opening (431, OP1); a window layer laminated on a surface of the display panel facing the outside of the electronic device ; and a protection layer laminated on a surface of the window layer facing the outside of the electronic device ; and a display panel including a first opening (431, OP1); a window layer laminated on a surface of the display panel facing the outside of the electronic device ; and a protection layer laminated on a surface of the window layer facing the outside of the electronic device ; and a camera device disposed to be substantially aligned with the first opening (431, OP1), characterized in that when the flexible display is viewed from the outside, the protection layer includes a peeling part configured to overlap at least a viewing angle of the camera device and disposed to be separable from the protection layer .
A storage device , comprising: a nonvolatile memory device ; and a storage controller configured to control the nonvolatile memory device, said storage controller comprising: a quality of experience, QoE, manager configured to schedule a request received from an external user equipment, based on storage device information and network information; and a software-defined networking, SDN, manager configured to set a network transfer path to the external user equipment, which is associated with video data corresponding to the request; characterized by : wherein the storage controller is configured to perform a workload balancing operation on the request, and to drive an application offloaded from an external streaming server to perform the workload balancing operation. a nonvolatile memory device ; and a storage controller configured to control the nonvolatile memory device, said storage controller comprising: a quality of experience, QoE, manager configured to schedule a request received from an external user equipment, based on storage device information and network information; and a software-defined networking, SDN, manager configured to set a network transfer path to the external user equipment, which is associated with video data corresponding to the request; characterized by : wherein the storage controller is configured to perform a workload balancing operation on the request, and to drive an application offloaded from an external streaming server to perform the workload balancing operation.
An interrupter assembly for power distribution systems, the interrupter assembly comprising a drive lever , a linking rod , and an interrupter unit , wherein the interrupter unit comprises a movable contact and a stationary contact , the movable contact having a stem and being movable along an axis of the movable contact ; wherein the drive lever is adapted for being driven by the linking rod to drive the stem for moving the movable contact , wherein the linking rod is connected to the drive lever via a linking connection allowing at least a rotation of the linking rod relative to the drive lever , wherein the drive lever is connected to the stem via a stem connection allowing at least a rotation of the drive lever relative to the stem , wherein the drive lever is mounted via a revolute joint , the revolute joint allowing a rotation of the drive lever for transmitting a movement of the linking rod to a movement of the stem , wherein a rotation axis of the linking connection , a rotation axis of the revolute joint , and a rotation axis of the stem connection are parallel to each other, wherein the linking connection is arranged in an axially intermediate location between the stem connection and the stationary contact , and characterised in that the axially intermediate location is defined along the axis of the movable contact . wherein the interrupter unit comprises a movable contact and a stationary contact , the movable contact having a stem and being movable along an axis of the movable contact ; wherein the drive lever is adapted for being driven by the linking rod to drive the stem for moving the movable contact , wherein the linking rod is connected to the drive lever via a linking connection allowing at least a rotation of the linking rod relative to the drive lever , wherein the drive lever is connected to the stem via a stem connection allowing at least a rotation of the drive lever relative to the stem , wherein the drive lever is mounted via a revolute joint , the revolute joint allowing a rotation of the drive lever for transmitting a movement of the linking rod to a movement of the stem , wherein a rotation axis of the linking connection , a rotation axis of the revolute joint , and a rotation axis of the stem connection are parallel to each other, wherein the linking connection is arranged in an axially intermediate location between the stem connection and the stationary contact , and characterised in that the axially intermediate location is defined along the axis of the movable contact .
Method for controlling a solar air conditioning installation, the installation comprising a photovoltaic production unit , a thermal energy accumulator , a refrigeration unit comprising a compressor , the refrigeration unit and the thermal energy accumulator being placed in series, the installation comprising means for controlling the absorbed electrical power as a function of the electrical power coming from the photovoltaic production unit , the method being characterised in that it comprises the following steps: - distinction between day time and night time; - measurement of the electrical power supplied by the photovoltaic production unit ; - comparison between a threshold electrical power value and the value of the electrical power supplied by the photovoltaic production unit ; - when the value of the electrical power supplied by the photovoltaic production unit exceeds the threshold value, comparison between the available cold store and a predetermined threshold value; - when the value of the available cold store is below the threshold value, control of the refrigeration unit with an absorbed electrical power equal to the electrical power supplied by the photovoltaic production unit . - distinction between day time and night time; - measurement of the electrical power supplied by the photovoltaic production unit ; - comparison between a threshold electrical power value and the value of the electrical power supplied by the photovoltaic production unit ; - when the value of the electrical power supplied by the photovoltaic production unit exceeds the threshold value, comparison between the available cold store and a predetermined threshold value; - when the value of the available cold store is below the threshold value, control of the refrigeration unit with an absorbed electrical power equal to the electrical power supplied by the photovoltaic production unit .
A method for identifying an active administration function 'ADMF' in a lawful interception deployment that utilizes an ADMF set comprising a plurality of ADMFs, the method being implemented by a network element , the method comprising: identifying a first ADMF (104-1) among the plurality of ADMFs in the ADMF set as the active ADMF , wherein at any given point in time only one ADMF among the plurality of ADMFs is identified as the active ADMF ; exchanging first lawful interception signaling with the first ADMF (104-1) when the first ADMF (104-1) is the active ADMF ; receiving an auditing request message from one of the plurality of ADMFs in the ADMF set , wherein the auditing request message does not identify a specific ADMF in the ADMF set as a sender of the auditing request message; sending a ping request message to each ADMF in the ADMF set ; receiving a ping response message from a second ADMF among the plurality of ADMFs in the ADMF set ; identifying the second ADMF as the active ADMF based at least in part on receiving the ping response message from the second ADMF; and exchanging second lawful interception signaling with the second ADMF when the second ADMF is the active ADMF . identifying a first ADMF (104-1) among the plurality of ADMFs in the ADMF set as the active ADMF , wherein at any given point in time only one ADMF among the plurality of ADMFs is identified as the active ADMF ; exchanging first lawful interception signaling with the first ADMF (104-1) when the first ADMF (104-1) is the active ADMF ; receiving an auditing request message from one of the plurality of ADMFs in the ADMF set , wherein the auditing request message does not identify a specific ADMF in the ADMF set as a sender of the auditing request message; sending a ping request message to each ADMF in the ADMF set ; receiving a ping response message from a second ADMF among the plurality of ADMFs in the ADMF set ; identifying the second ADMF as the active ADMF based at least in part on receiving the ping response message from the second ADMF; and exchanging second lawful interception signaling with the second ADMF when the second ADMF is the active ADMF .
An interferometric distance measuring arrangement for measuring surfaces , in particular according to the principle of optical coherence tomography, comprising at least - a tunable laser having a coherence length for generating measurement radiation (MS) modulated with a wavelength ramp, wherein the coherence length of the laser defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface , characterized by n ≥ 2 channels for the parallel emission of measurement radiation (MS), which are allocated, by at least one beam splitter , in each case a different subrange of the wavelength ramp for a given emission instant. - a tunable laser having a coherence length for generating measurement radiation (MS) modulated with a wavelength ramp, wherein the coherence length of the laser defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface ,
A dilution refrigerator comprising: a still ; a mixing chamber ; a cold plate arranged between the still and the mixing chamber , the cold plate arranged to obtain a base temperature between that of the still and the mixing during operation of the dilution refrigerator; a first conduit arranged to flow an operational fluid from the still to the mixing chamber ; a second conduit is arranged to flow the operational fluid from the mixing chamber to the still ; a heat exchanger assembly comprising one or more heat exchangers (53, 53', 53") arranged along a portion of the first conduit extending between the cold plate and the mixing chamber, characterised in that each said heat exchanger comprises: a chamber arranged to receive the operational fluid from the first conduit , wherein the second conduit is thermally coupled to the outside of the chamber, the chamber having a first region and a second region , the first region separated from the second region by a plate extending through the chamber, the plate comprising one or more apertures for allowing a flow of the fluid from the first region to the second region , the heat exchanger configured to thermally couple the operational fluid in the first conduit with the operational fluid in the second conduit . a still ; a mixing chamber ; a cold plate arranged between the still and the mixing chamber , the cold plate arranged to obtain a base temperature between that of the still and the mixing during operation of the dilution refrigerator; a first conduit arranged to flow an operational fluid from the still to the mixing chamber ; a second conduit is arranged to flow the operational fluid from the mixing chamber to the still ; a heat exchanger assembly comprising one or more heat exchangers (53, 53', 53") arranged along a portion of the first conduit extending between the cold plate and the mixing chamber, characterised in that each said heat exchanger comprises: a chamber arranged to receive the operational fluid from the first conduit , wherein the second conduit is thermally coupled to the outside of the chamber, the chamber having a first region and a second region , the first region separated from the second region by a plate extending through the chamber, the plate comprising one or more apertures for allowing a flow of the fluid from the first region to the second region , the heat exchanger configured to thermally couple the operational fluid in the first conduit with the operational fluid in the second conduit .
A helmet assembly comprising: a helmet ; a mandible guard having a mouth covering portion; a first attachment arm arranged to removably secure a first side of the mandible guard to the helmet , the first attachment arm extending from a helmet connection region to a mandible guard connection region; and a second attachment arm arranged to removably secure a second side of the mandible guard to the helmet , the second attachment arm extending from a helmet connection region to a mandible guard connection region; wherein, when the mandible guard is secured to the helmet with the first and second attachment arms : the mouth covering portion maintains a protection position in which the mouth covering portion is aligned with a midline (M2) of the helmet ; and movement of the mandible guard in a direction from a front of the helmet to a back of the helmet is prevented by the helmet assembly ; characterized in that when the second attachment arm is detached from the helmet and the first attachment arm remains secured to the helmet , the mandible guard is movable out of the protection position. a helmet ; a mandible guard having a mouth covering portion; a first attachment arm arranged to removably secure a first side of the mandible guard to the helmet , the first attachment arm extending from a helmet connection region to a mandible guard connection region; and a second attachment arm arranged to removably secure a second side of the mandible guard to the helmet , the second attachment arm extending from a helmet connection region to a mandible guard connection region; wherein, when the mandible guard is secured to the helmet with the first and second attachment arms : the mouth covering portion maintains a protection position in which the mouth covering portion is aligned with a midline (M2) of the helmet ; and movement of the mandible guard in a direction from a front of the helmet to a back of the helmet is prevented by the helmet assembly ; characterized in that when the second attachment arm is detached from the helmet and the first attachment arm remains secured to the helmet , the mandible guard is movable out of the protection position. the mouth covering portion maintains a protection position in which the mouth covering portion is aligned with a midline (M2) of the helmet ; and movement of the mandible guard in a direction from a front of the helmet to a back of the helmet is prevented by the helmet assembly ; characterized in that when the second attachment arm is detached from the helmet and the first attachment arm remains secured to the helmet , the mandible guard is movable out of the protection position.