mhurhangee/ep-ind-claims huggingface dataset:
An inkjet pre-treatment fluid for textile printing, the inkjet pre-treatment fluid comprising: a fixing agent including a multivalent metal cation; a blocked polyisocyanate selected from the group consisting of a non-ionic blocked polyisocyanate, a cationic blocked polyisocyanate, and an anionic blocked polyisocyanate having an acid number less than about 5 mg KOH/g; and a liquid vehicle. a fixing agent including a multivalent metal cation; a blocked polyisocyanate selected from the group consisting of a non-ionic blocked polyisocyanate, a cationic blocked polyisocyanate, and an anionic blocked polyisocyanate having an acid number less than about 5 mg KOH/g; and a liquid vehicle.
Heat exchange system for air-conditioning inside a space, said heat exchange system comprising: - a chamber comprising a base intended to be placed facing the floor of the space, and opposite front and rear faces extending in a vertical direction from the base, with the chamber having an air inlet arranged on at least a portion of the base, and an air outlet, - a grid extending in the air inlet of the chamber, - first and second heat exchangers with one forming a condenser and the other an evaporator, with the first heat exchanger being placed in the chamber and having a lower surface located in the vicinity of the base and facing the air inlet, - a heat transfer fluid circuit suited for circulating a heat transfer fluid in said first and second heat exchangers, with said heat exchange system characterised in that the first heat exchanger is arranged obliquely in the chamber in such a way as to have the lower surface towards the front face of the chamber, in that at least the portion of the base whereon the air inlet is arranged extends obliquely in such a way as to have the air inlet towards the front face of the chamber, and in that the grid comprises a plurality of blades parallel to one another, with each blade having opposite upper and lower surfaces directed respectively towards the first heat exchanger and towards the exterior, the grid extending obliquely in such a way as to have a portion of the lower surface of the blades towards the front face of the chamber, with the upper surfaces of the blades shaped to collect condensates that are formed on the first heat exchanger, and with the lower surfaces of the blades being shaped to allow for inner air to pass through the air inlet. - a chamber comprising a base intended to be placed facing the floor of the space, and opposite front and rear faces extending in a vertical direction from the base, with the chamber having an air inlet arranged on at least a portion of the base, and an air outlet, - a grid extending in the air inlet of the chamber, - first and second heat exchangers with one forming a condenser and the other an evaporator, with the first heat exchanger being placed in the chamber and having a lower surface located in the vicinity of the base and facing the air inlet, - a heat transfer fluid circuit suited for circulating a heat transfer fluid in said first and second heat exchangers,
A method of balancing the demand of electrical power to the availability thereof in a system, the system comprising a plurality of electrical power consuming circuits (16,17,18,30) and supplied at least temporarily with limited electrical power by a supply (11,12,13,15), wherein the method comprises the steps of: - connecting each of said circuits to the supply through a power switch (32,33,34), - providing a controller for controlling operation of the power switches, - closing the power switch of a circuit and - opening the closed power switch, wherein the step of closing the power switch comprises the steps of: - sending a request to the controller for closing the power switch, - analysing the request by the controller in order to verify that the total demand of electrical power of the system will not exceed a predetermined limit upon closing the power switch, - closing the power switch if verification resulted in that said total demand of electrical power will not exceed the predetermined limit upon closing said power switch, characterised in that the controller controls the power switches based on: - an IDLE state wherein the power switch is open and idle, - an ON state wherein the power switch is closed, - a PENDING state wherein the power switch is open and a request for closing the switch is pending, such that each transition from the IDLE state to the ON state passes through the PENDING state, and - a BLOCKED state wherein the power switch is open and the operation of the power switch is blocked, such that a power switch in the ON state is forced to the BLOCKED state after a LOCK-OUT time and is thereafter released to the IDLE state only after a BLOCKING time, said LOCK-OUT and BLOCKING times being determined based on a priority ranking scheme implemented for the plurality of circuits. - connecting each of said circuits to the supply through a power switch (32,33,34), - providing a controller for controlling operation of the power switches, - closing the power switch of a circuit and - opening the closed power switch, - sending a request to the controller for closing the power switch, - analysing the request by the controller in order to verify that the total demand of electrical power of the system will not exceed a predetermined limit upon closing the power switch, - closing the power switch if verification resulted in that said total demand of electrical power will not exceed the predetermined limit upon closing said power switch, - an IDLE state wherein the power switch is open and idle, - an ON state wherein the power switch is closed, - a PENDING state wherein the power switch is open and a request for closing the switch is pending, such that each transition from the IDLE state to the ON state passes through the PENDING state, and - a BLOCKED state wherein the power switch is open and the operation of the power switch is blocked,
A space structure comprising: a solar power generation paddle comprising: - a blanket; - an extension mast having a function of storing, by taking up, the blanket into a roll, and a function of extending the blanket; - a plurality of solar battery cells disposed on one surface of the blanket; - a plurality of thermoelectric conversion elements disposed on the other surface of the blanket; and - a plurality of heat dissipation members disposed on surfaces of the thermoelectric conversion elements which are opposite to surfaces near the blanket, along an extending direction of the extension mast; wherein the space structure further comprises a structure body to which the solar power generation paddle is attached. a solar power generation paddle comprising: - a blanket; - an extension mast having a function of storing, by taking up, the blanket into a roll, and a function of extending the blanket; - a plurality of solar battery cells disposed on one surface of the blanket; - a plurality of thermoelectric conversion elements disposed on the other surface of the blanket; and - a plurality of heat dissipation members disposed on surfaces of the thermoelectric conversion elements which are opposite to surfaces near the blanket, along an extending direction of the extension mast; - a blanket; - an extension mast having a function of storing, by taking up, the blanket into a roll, and a function of extending the blanket; - a plurality of solar battery cells disposed on one surface of the blanket; - a plurality of thermoelectric conversion elements disposed on the other surface of the blanket; and - a plurality of heat dissipation members disposed on surfaces of the thermoelectric conversion elements which are opposite to surfaces near the blanket, along an extending direction of the extension mast; wherein the space structure further comprises a structure body to which the solar power generation paddle is attached.
A method of adapting operation for communication between communications devices (2a,..., 2j, 3a, 3b, 8), the method being performed by a first communications device, comprising the steps of: executing an application, wherein the application involves data communications with a second communications device (3b, 2a,..., 2j, 8); acquiring a predicted impact on at least one communications link (6a, 6b) used for said data communications, the predicted impact being based on information of current link parameters of said at least one communications link; and adapting operation of the first communications device based on the predicted impact; the method being characterized in that the adapting comprises: establishing (S108b) at least one further communications link to be used for said data communications; reconfiguring (S108c) the execution of the application; notifying (S108d) the second communications device of the predicted impact; and/or instructing (S108e) the second communications device to, based on the predicted impact, perform reconfiguration of its own execution of the application. executing an application, wherein the application involves data communications with a second communications device (3b, 2a,..., 2j, 8); acquiring a predicted impact on at least one communications link (6a, 6b) used for said data communications, the predicted impact being based on information of current link parameters of said at least one communications link; and adapting operation of the first communications device based on the predicted impact; the method being characterized in that the adapting comprises: establishing (S108b) at least one further communications link to be used for said data communications; reconfiguring (S108c) the execution of the application; notifying (S108d) the second communications device of the predicted impact; and/or instructing (S108e) the second communications device to, based on the predicted impact, perform reconfiguration of its own execution of the application. establishing (S108b) at least one further communications link to be used for said data communications; reconfiguring (S108c) the execution of the application; notifying (S108d) the second communications device of the predicted impact; and/or instructing (S108e) the second communications device to, based on the predicted impact, perform reconfiguration of its own execution of the application.
An information processing apparatus comprising: an antenna member; a cover of a non-metallic member; a display unit having a display panel of which the rear surface is covered with a metallic panel other than at the cover; wherein the antenna member is disposed in a notch formed in part of said metallic panel; the cover is disposed in said notch so as to cover said antenna member; and the antenna member is located in an off-centre position of a side portion of the display unit. an antenna member; a cover of a non-metallic member; a display unit having a display panel of which the rear surface is covered with a metallic panel other than at the cover; wherein the antenna member is disposed in a notch formed in part of said metallic panel; the cover is disposed in said notch so as to cover said antenna member; and the antenna member is located in an off-centre position of a side portion of the display unit.
A medical device, comprising: an elongate member configured to be implanted within a patient's body, the elongate member including an outermost diameter and a plurality of support members disposed within a matrix of biodegradable or resorbable material; wherein degradation of the biodegradable or resorbable material results in a reduction of the outermost diameter; and wherein at least two of the support members are arranged non-concentrically; and wherein the elongate member does not include a lumen. an elongate member configured to be implanted within a patient's body, the elongate member including an outermost diameter and a plurality of support members disposed within a matrix of biodegradable or resorbable material; wherein degradation of the biodegradable or resorbable material results in a reduction of the outermost diameter; and wherein at least two of the support members are arranged non-concentrically; and wherein the elongate member does not include a lumen.
A method for decontaminating and sterilizing objects, characterized by the following steps: (a) generating a plasma-activated gas mixture containing at least 0,3 % NO 2 (b) contacting the plasma-activated gas mixture generated in step (a) with water in one or more of its states of aggregation, (c) contacting the gas mixture generated according to point (b) with the objects to be decontaminated or sterilized characterized in that the generation of a plasma-activated gas mixture in step a) comprises the steps a 1) generating a hot air plasma, wherein the air plasma has a gas temperature of at least 1200°C, from air as a process gas which forms reactive nitrogen and oxygen species, wherein a2) NO is oxidized to NO 2 at temperatures below 400°C. (a) generating a plasma-activated gas mixture containing at least 0,3 % NO 2 (b) contacting the plasma-activated gas mixture generated in step (a) with water in one or more of its states of aggregation, (c) contacting the gas mixture generated according to point (b) with the objects to be decontaminated or sterilized characterized in that the generation of a plasma-activated gas mixture in step a) comprises the steps a 1) generating a hot air plasma, wherein the air plasma has a gas temperature of at least 1200°C, from air as a process gas which forms reactive nitrogen and oxygen species, wherein a2) NO is oxidized to NO 2 at temperatures below 400°C. a 1) generating a hot air plasma, wherein the air plasma has a gas temperature of at least 1200°C, from air as a process gas which forms reactive nitrogen and oxygen species, wherein a2) NO is oxidized to NO 2 at temperatures below 400°C.
A chemical sensor comprising: a) a multilayer body comprising: i) a semireflective layer; ii) a detection layer and that is responsive to the presence of a chemical agent by providing a visual change; iii) a reflective layer; and b) an adhesive masking layer affixed to the surface of the reflective layer, said adhesive masking layer having a T g of ≥ 0°C comprising a (meth)acryloyl adhesive copolymer comprising a) high T g monomer units and b) alkyl (meth)acryloyl monomer units. a) a multilayer body comprising: i) a semireflective layer; ii) a detection layer and that is responsive to the presence of a chemical agent by providing a visual change; iii) a reflective layer; and i) a semireflective layer; ii) a detection layer and that is responsive to the presence of a chemical agent by providing a visual change; iii) a reflective layer; and b) an adhesive masking layer affixed to the surface of the reflective layer, said adhesive masking layer having a T g of ≥ 0°C comprising a (meth)acryloyl adhesive copolymer comprising a) high T g monomer units and b) alkyl (meth)acryloyl monomer units.
A transport and/or storage apparatus for transporting and/or storing at least one receiving container, in particular a drug container, having a top side which is at least region-wise and in particular completely open in order to be able to introduce the receiving container into the transport and/or storage apparatus and/or to be able to remove it from the transport and/or storage apparatus, an underside which is opposite to the top side and on which the receiving container can be arranged, and a lateral boundary by way of which the top side is connected to the underside, wherein the lateral boundary has at least one moveable device for securing in position the receiving container arranged in the transport and/or storage apparatus, wherein the moveable device has an apparatus (23, 36, 37, 38, 41) for moveably connecting the device to the lateral boundary of the transport and/or storage apparatus and at least one force storage means (24, 34, 35) which is adapted to space the device from the lateral boundary of the transport and/or storage apparatus and to exert a force on the receiving container arranged in the transport and/or storage apparatus, wherein a support surface for the receiving container to stand on is provided on the underside, wherein the support surface is delimited by the lateral boundary and the at least one moveable position-securing device, wherein provided at the at least one moveable position-securing device is at least one actuating element by means of which the position-securing device is moveable, wherein the support surface can be increased in size by a movement of the at least one moveable position-securing device by way of the at least one actuating element, wherein the lateral boundary has precisely four side surfaces which respectively include an angle relative to each other, wherein the underside of the transport and/or storage apparatus is of a substantially rectangular base configuration, characterised in that arranged at two adjacent side surfaces is at least one moveable position-securing device, wherein the moveable devices respectively have a recess for region-wise receiving a further device for securing the position of receiving containers arranged in the transport and/or storage apparatus.
A suction unit for a vacuum cleaner comprising: a cover provided with an air inlet; a noise reduction part provided on the cover and disposed outside the air inlet so as to spaced apart from the air inlet; an impeller to allow air passing through the air inlet via the noise reduction part to flow; a motor provided with a rotating shaft connected to the impeller; a guide mechanism to guide the air discharged from an outlet of the impeller; and a shaft coupling part coupled to the rotating shaft and connected to the impeller. a cover provided with an air inlet; a noise reduction part provided on the cover and disposed outside the air inlet so as to spaced apart from the air inlet; an impeller to allow air passing through the air inlet via the noise reduction part to flow; a motor provided with a rotating shaft connected to the impeller; a guide mechanism to guide the air discharged from an outlet of the impeller; and a shaft coupling part coupled to the rotating shaft and connected to the impeller.
A method comprising: forming, by a user equipment, a session establishment message including an indication of at least one session management capability supported by the user equipment; sending, by the user equipment, the session establishment message including the indication towards a session management function; and receiving, by the user equipment and from the session management function, a response indicative of whether the session management function and/or a corresponding network supports the at least one session management capability to enable the user equipment to operate in accordance with the at least one session management capability. forming, by a user equipment, a session establishment message including an indication of at least one session management capability supported by the user equipment; sending, by the user equipment, the session establishment message including the indication towards a session management function; and receiving, by the user equipment and from the session management function, a response indicative of whether the session management function and/or a corresponding network supports the at least one session management capability to enable the user equipment to operate in accordance with the at least one session management capability.
A ventilation inlet for a gas turbine engine comprising - a ventilation pipe to receive flow from a first flow zone and to deliver the flow to a second flow zone (z2, z3); the ventilation pipe extending substantially perpendicularly to the flow through the first flow zone; the ventilation inlet being characterized by further comprising - a divider arranged to divide a portion of the ventilation pipe into a static pressure zone and a total pressure zone; and - a deflector arranged to direct flow from the total pressure zone at least partially across the static pressure zone to restrict delivery of the flow from the static pressure zone to the second flow zone (z2, z3) dependent on the pressure of the flow in the first flow zone. - a ventilation pipe to receive flow from a first flow zone and to deliver the flow to a second flow zone (z2, z3); the ventilation pipe extending substantially perpendicularly to the flow through the first flow zone; the ventilation inlet being characterized by further comprising - a divider arranged to divide a portion of the ventilation pipe into a static pressure zone and a total pressure zone; and - a deflector arranged to direct flow from the total pressure zone at least partially across the static pressure zone to restrict delivery of the flow from the static pressure zone to the second flow zone (z2, z3) dependent on the pressure of the flow in the first flow zone.
Filter device for a vapor extraction device with a suction opening, by way of which air is sucked away downwards, wherein the filter device has a grease filter and a collecting container for collecting liquid with an opening for receiving at least part of an edge of the grease filter and the width of the interior of the collecting container is greater than the thickness of the grease filter in the region in which the latter is located in the interior of the collecting container, the grease filter is V-shaped and the collecting container encloses the grease filter at the tip of the V-shape, characterised in that the filter device has at least one deflector element, which partially covers the opening of the collecting container and represents a web, which points from an upper edge of the collecting container into the opening of the collecting container.
Punch-riveting apparatus (200, 300, 400, 500) for connecting at least two component parts (11, 12) by means of a rivet, having a punch and a dolly, between which the at least two component parts (11, 12) and the rivet are arrangeable, having a vibrating system having the punch and a vibration converter that is coupled or able to be coupled to a vibration generator such that the vibrating system is able to be excited to vibrate, and having a drive, by means of which the vibrating system and thus the punch are able to be subjected to a force and are movable in a joining direction in order to push a rivet arranged between the punch and a component part, facing the punch, of the at least two component parts into the at least two component parts (11, 12) by means of the punch, characterized by a combined driving and guiding unit for guiding the vibrating system by means of bearings in the driving and guiding unit and in the joining direction, which has the drive and is arranged on a frame of the punch-riveting apparatus, and which surrounds the vibrating system in a portion extending in the joining direction, wherein the driving and guiding unit has a guiding device for guiding the vibrating system by means of bearings in the guiding unit, which, as part of the driving and guiding unit, surrounds the vibrating system in the portion extending in the joining direction, and which is that part of the driving and guiding unit that is arranged on the frame.