mhurhangee/ep-ind-claims huggingface dataset:
Method for continuously treating multiphase fluid flows during operation of fuel cells, comprising the steps of: a) providing a multiphase fluid flow comprising a gas phase and a liquid phase, wherein the gas phase comprises a carrier substance and a process substance, wherein the liquid phase comprises the process substance, wherein the process substance is water, b) introducing the multiphase fluid flow into a continuously operable rotating separator, c) at least partially separating the liquid phase from the multiphase fluid flow by means of the rotating separator to produce a treated fluid flow comprising a treated gas phase, wherein 98 wt.% or more of the liquid phase are separated, wherein the treated gas phase comprises the carrier substance and the process substance, wherein the molar fraction of the process substance in the treated gas phase is 50 % or more of the molar fraction of the process substance in the gas phase of the multiphase fluid flow. a) providing a multiphase fluid flow comprising a gas phase and a liquid phase, wherein the gas phase comprises a carrier substance and a process substance, wherein the liquid phase comprises the process substance, wherein the process substance is water, b) introducing the multiphase fluid flow into a continuously operable rotating separator, c) at least partially separating the liquid phase from the multiphase fluid flow by means of the rotating separator to produce a treated fluid flow comprising a treated gas phase, wherein 98 wt.% or more of the liquid phase are separated,
A DC-to-DC converter, comprising: an error integrator including: a first amplifier and a second amplifier that each includes a first input for receiving a reference voltage (Vref) and a second input for receiving a feedback voltage (Vfb), a capacitor coupled to an output of the second amplifier; and a resistor (Rz) including a first end being coupled to an output of the first amplifier and a second end being coupled to the capacitor, characterized in that a transconductance ratio of the first amplifier is different from a transconductance ratio of the second amplifier. an error integrator including: a first amplifier and a second amplifier that each includes a first input for receiving a reference voltage (Vref) and a second input for receiving a feedback voltage (Vfb), a capacitor coupled to an output of the second amplifier; and a resistor (Rz) including a first end being coupled to an output of the first amplifier and a second end being coupled to the capacitor, a first amplifier and a second amplifier that each includes a first input for receiving a reference voltage (Vref) and a second input for receiving a feedback voltage (Vfb), a capacitor coupled to an output of the second amplifier; and a resistor (Rz) including a first end being coupled to an output of the first amplifier and a second end being coupled to the capacitor, characterized in that a transconductance ratio of the first amplifier is different from a transconductance ratio of the second amplifier.
A blood purification apparatus that includes a blood purifier for giving blood purification treatment by purifying blood of a patient; and a control device that is configured to execute, in accordance with preset treatment conditions and/or operational settings, an operation for performing the blood purification treatment or an operation associated with the blood purification treatment, characterized in that the blood purification apparatus further comprises: a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device, in accordance with the blood purifier to be used in the blood purification treatment. a blood purifier for giving blood purification treatment by purifying blood of a patient; and a control device that is configured to execute, in accordance with preset treatment conditions and/or operational settings, an operation for performing the blood purification treatment or an operation associated with the blood purification treatment, characterized in that the blood purification apparatus further comprises: a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device, in accordance with the blood purifier to be used in the blood purification treatment. a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device, in accordance with the blood purifier to be used in the blood purification treatment.
A cash storage apparatus whose housing is structured such that a length in a depth direction is longer than a length in a height direction in a horizontal orientation state, wherein a portion of an upper surface or undersurface of the housing when the housing is in the horizontal orientation state serves as an open/close cover that is opened frontward, in order to enable use in a vertical orientation state where a front surface when the housing is in the horizontal orientation state serves as an upper surface characterized in that a surface from which a cash storage case is pulled out or pushed out serves as the front surface in the horizontal orientation state.
A mounting system for an architectural covering, the system comprising a roller for winding and unwinding a flexible member of the architectural covering, and an end bearing that is connected or connectable to an axial end portion of the roller for rotatably mounting the roller to a holding member, wherein the end bearing comprises a length variation member which is biased to be in a first state yielding a bearing length which allows the roller to be held by the holding member, and which can be manipulated into a second state, in which the bearing length is reduced such that the roller is removable from the holding member wherein the length variation member comprises at least one sloped portion that extends along at least part of its outer circumference and in the first state extends largely or completely outside the roller, wherein the sloped portion is dimensioned such that the length variation member can be urged to the second state by applying a force on the sloped portion in a single direction perpendicular to the centre axis of the end bearing; characterized in that in the first state, the at least one sloped portion extends up to or into the roller.
A method of providing a unified interface to a communication terminal, said method operable in a control unit of said communication terminal, said method instructing said control unit to execute the steps of: receiving via a radio communication unit of said communication terminal a message from a third party, the message including text information; extracting at least one keyword from the message; determining whether the at least one keyword conforms to one of pre-set grammatical constraints, a grammatical constraint being a rule for arranging tokens in text information; extracting tokens according to the grammatical constraints matched with the at least one of keyword, a token being a piece of data composed of one or more consecutive characters in text information; determining a function between multiple functions to handle the extracted tokens; and executing the determined function with the extracted tokens. receiving via a radio communication unit of said communication terminal a message from a third party, the message including text information; extracting at least one keyword from the message; determining whether the at least one keyword conforms to one of pre-set grammatical constraints, a grammatical constraint being a rule for arranging tokens in text information; extracting tokens according to the grammatical constraints matched with the at least one of keyword, a token being a piece of data composed of one or more consecutive characters in text information; determining a function between multiple functions to handle the extracted tokens; and executing the determined function with the extracted tokens.
A wireless communication device for use in a Coordinated Multi-Point communication system, comprising: an identifying unit configured to identify an edge user equipment; an interference determining unit configured to determine a presence of interference on Enhanced Physical Downlink Control Channel (ePDCCH) of the edge user equipment; and an interference coordinating unit configured to, in response to the determination of a presence of the interference, determine different interference coordinating manners based on different relationships of channels with mutual interference, to control a transmission of ePDCCHs or Physical Downlink Sharing Channels (PDSCH) of neighboring cells related to the interference, characterized in that, when ePDCCH mutual interference occurs in the neighboring cells, the interference coordinating unit is configured to determine the interference coordinating manner according to transmission powers of the neighboring cells. an identifying unit configured to identify an edge user equipment; an interference determining unit configured to determine a presence of interference on Enhanced Physical Downlink Control Channel (ePDCCH) of the edge user equipment; and an interference coordinating unit configured to, in response to the determination of a presence of the interference, determine different interference coordinating manners based on different relationships of channels with mutual interference, to control a transmission of ePDCCHs or Physical Downlink Sharing Channels (PDSCH) of neighboring cells related to the interference, characterized in that, when ePDCCH mutual interference occurs in the neighboring cells, the interference coordinating unit is configured to determine the interference coordinating manner according to transmission powers of the neighboring cells.
Gear system for the transmission of a rotary movement from a drive system to a drive output, which is accommodated at least partially inside a casing and which comprises: a driving shaft on a gear system input, a driven shaft on a gear system output and a step-up gear for the conversion of an input speed from the driving shaft into an output speed of the driven shaft that comprises a planetary gear system with a ring gear, a sun wheel and also a planet carrier, on which a number of planet wheels are arranged, which engage with the sun wheel and the ring gear, whereby in order to switch between at least two conversion steps of the gear system two freewheels (32, 46) are provided, the locking directions of which function counter to the directions of rotation (D1, D2) of the driving shaft, so that by reversing the direction of rotation (D1, D2) of the driving shaft, a switching operation is achieved between at least two switching steps, whereby the first of the freewheels (32, 46) is arranged between the driving shaft and the driven shaft, characterised in that the second freewheel is arranged between the housing and the ring gear of the planetary system and releases the ring gear in a first direction of rotation so that this latter can rotate freely with the drive shaft without any torque being transmitted, while in a second direction of rotation the ring gear is held securely in its housing, as a result of which torque can be transmitted through the ring gear. a driving shaft on a gear system input, a driven shaft on a gear system output and a step-up gear for the conversion of an input speed from the driving shaft into an output speed of the driven shaft that comprises a planetary gear system with a ring gear, a sun wheel and also a planet carrier, on which a number of planet wheels are arranged, which engage with the sun wheel and the ring gear, whereby in order to switch between at least two conversion steps of the gear system two freewheels (32, 46) are provided, the locking directions of which function counter to the directions of rotation (D1, D2) of the driving shaft, so that by reversing the direction of rotation (D1, D2) of the driving shaft, a switching operation is achieved between at least two switching steps, whereby the first of the freewheels (32, 46) is arranged between the driving shaft and the driven shaft, characterised in that the second freewheel is arranged between the housing and the ring gear of the planetary system and releases the ring gear in a first direction of rotation so that this latter can rotate freely with the drive shaft without any torque being transmitted, while in a second direction of rotation the ring gear is held securely in its housing, as a result of which torque can be transmitted through the ring gear.
A treatment method for a getter material comprising titanium and/or zirconium, characterized in that it comprises at least one oxidation and/or nitriding step of the getter material conducted under dry atmosphere of dioxygen and/or dinitrogen at a pressure greater than approximately 10 -2 mbar and at a temperature between approximately 50°C and 120°C and over a period between approximately 1 minute and 10 minutes, forming a protective layer comprising oxide and/or nitride of the getter material.
Device for the continuous homogeneous catalytic reaction of a liquid with a gas and optionally a further fluid, wherein the device comprises at least one jet loop reactor having an external liquid circuit driven by at least one pump, and wherein the device has at least one membrane separation unit, preferably retaining the homogeneous catalyst, which membrane separation unit is arranged in the external liquid circuit of the jet loop reactor, characterized by a gas separator arranged in the external liquid circuit of the jet loop reactor, which gas separator is installed for separating off gas from the external liquid circuit and feeding it back into the jet loop reactor, and characterized in that, in the external liquid circuit, upstream of the membrane separation unit, a heat exchanger is arranged for cooling the feed of the membrane separation unit, and in that the gas separator is arranged downstream of the heat exchanger ahead of the membrane separation unit.
A sliding engine component having a plastic polymer-based composite layer on a substrate, the composite layer comprising: a matrix of plastic polymer-based material having distributed throughout the matrix; functionalised graphene nano platelets. a matrix of plastic polymer-based material having distributed throughout the matrix; functionalised graphene nano platelets.
A portable containment device for manipulating organic and/or chemical substances, comprising: - a transporting case including two half-cases (2, 3) connected by a hinged structure such as to be movable between a closed position, in which the half-cases (2, 3) are against one another and define a stowing space for at least the hinged structure, and an open position, in which the half-cases (2, 3) are spaced apart from one another by being maintained vertical by the hinged structure and in which the half-cases (2, 3) and the hinged structure form a supporting structure for a flexible containment enclosure, - and a plastic, removable and flexible containment enclosure that is at least partially transparent, for forming a generally parallelepiped foldable isolation chamber provided with means (31, 32) for accessing the inside of the enclosure and with means for attachment to the supporting structure, the containment enclosure being adapted to remain fixed to the supporting structure, when it is collapsible inside the transporting case in a closed position, in such a way to be uncollapsed or popped up automatically when the transporting case is placed in an open position. - a transporting case including two half-cases (2, 3) connected by a hinged structure such as to be movable between a closed position, in which the half-cases (2, 3) are against one another and define a stowing space for at least the hinged structure, and an open position, in which the half-cases (2, 3) are spaced apart from one another by being maintained vertical by the hinged structure and in which the half-cases (2, 3) and the hinged structure form a supporting structure for a flexible containment enclosure, - and a plastic, removable and flexible containment enclosure that is at least partially transparent, for forming a generally parallelepiped foldable isolation chamber provided with means (31, 32) for accessing the inside of the enclosure and with means for attachment to the supporting structure, the containment enclosure being adapted to remain fixed to the supporting structure, when it is collapsible inside the transporting case in a closed position, in such a way to be uncollapsed or popped up automatically when the transporting case is placed in an open position.
A bursting capsule comprising a hollow cavity completely enclosed and delimited by a vessel wall comprising a frangible material; a rupturing fluid disposed in the hollow cavity; an electrical conductor disposed on an outside surface of the vessel wall; and a conformal coating on at least a portion of the outside surface, wherein the conformal coating comprises a polyurethane polymer and the conformal coating covers the electrical conductor; wherein the bursting capsule is configured to be actuated either by a predetermined trigger temperature or by an electrical current. a frangible material; a rupturing fluid disposed in the hollow cavity; an electrical conductor disposed on an outside surface of the vessel wall; and a conformal coating on at least a portion of the outside surface, wherein the conformal coating comprises a polyurethane polymer and the conformal coating covers the electrical conductor; wherein the bursting capsule is configured to be actuated either by a predetermined trigger temperature or by an electrical current.
A method for controlling the admission of slices in a virtualized telecommunications network having a core network and a radio access network RAN and the congestion generated by services having different priorities instantiated on said slices and likely to share a given quantity of resources, comprising the following steps of: - defining a priority scale to be assigned to the slices, - determining the quantity of available s p ( t) and used x p ( t) network resources, the method being characterized by the following steps of: - defining a low priority threshold, - determining the quantity of resources allocated to slices with a priority lower than the low priority threshold and which may be temporarily assigned to new slices with a priority higher than said threshold, and - determining the slices likely to be accepted into the network, taking into account the available resources, the priority of the slices and the result of the preceding step. - defining a priority scale to be assigned to the slices, - determining the quantity of available s p ( t) and used x p ( t) network resources, - defining a low priority threshold, - determining the quantity of resources allocated to slices with a priority lower than the low priority threshold and which may be temporarily assigned to new slices with a priority higher than said threshold, and - determining the slices likely to be accepted into the network, taking into account the available resources, the priority of the slices and the result of the preceding step.
A mobile communication device comprising: a cellular communication module adapted to communicate with a wireless cellular network; a Wi-Fi communication module adapted to communicate with an access point associated with a Wi-Fi network using a VoIP protocol; a network switching circuit adapted to automatically switch operation between the cellular communication module and the Wi-Fi communication module; a timer unit; and a Wi-Fi signal monitor; wherein the Wi-Fi signal monitor is adapted such that if the Wi-Fi signal monitor detects that a first Wi-Fi signal level is greater than a first predefined threshold value V th1, the timer unit is adapted to activate to establish a first time window of a first predefined size T 1, wherein the Wi-Fi signal monitor is adapted such that if during T 1 the Wi-Fi signal monitor detects that a second Wi-Fi signal level remains equal to or greater than V th1, at the expiration of the first time window, the network switching circuit is adapted to send a tear-down signal to the cellular communication module and a link-up signal to the Wi-Fi communication module, wherein said tear-down signal is adapted to cause the cellular communication module to discontinue handling a previously established cellular communication and wherein said link-up signal is adapted to cause the Wi-Fi communication module to handle the previously established cellular communication via a VoIP network, wherein said tear-down signal causes the cellular communication module to go into a sleep mode, wherein the Wi-Fi signal monitor is adapted such that if the Wi-Fi signal monitor detects that the Wi-Fi signal level falls below a second predefined threshold value V th2, the timer unit is adapted to activate to establish a second time window of a second predefined size T 2, wherein the Wi-Fi signal monitor is adapted such that if during the second time window T 2, the Wi-Fi signal monitor detects that the Wi-Fi signal level is equal to or greater than a third predefined threshold value V th3, the previously established VoIP communication continues without switching, wherein V th3 is smaller than V th2. a cellular communication module adapted to communicate with a wireless cellular network; a Wi-Fi communication module adapted to communicate with an access point associated with a Wi-Fi network using a VoIP protocol; a network switching circuit adapted to automatically switch operation between the cellular communication module and the Wi-Fi communication module; a timer unit; and a Wi-Fi signal monitor;