mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger that causes a plurality of fluids to flow therethrough so as to cause heat exchange to occur between the fluids, the heat exchanger comprising a channel structure that includes: a first layer in which a first channel that is a microchannel through which one fluid is caused to flow is arrayed; and a second layer stacked on the first layer , in which a second channel that is a microchannel through which another fluid is caused to flow is arrayed, the other fluid being a fluid different from the one fluid, wherein the first channel has an effective area that overlaps a range where the second channel in the second layer is provided, when viewed in a direction in which the first layer and the second layer are stacked, wherein the effective area includes: a standard heat transfer channel part that includes a high temperature end that is one of ends of the effective area ; and a high heat transfer channel part that is equivalent to a part of the effective area other than the standard heat transfer channel part , the high heat transfer channel part including a low temperature end that is an end of the effective area on a side opposite to the high temperature end and through which the one fluid having a temperature lower than a temperature of the one fluid flowing at the high temperature end , and wherein the high heat transfer channel part has a channel shape bent in such a manner that a channel length thereof per unit distance of an end-to-end distance thereof is greater than a channel length of the standard heat transfer channel part per unit distance of an end-to-end distance thereof, wherein the standard heat transfer channel part is a straight channel, and wherein the high heat transfer channel part is a wavy type channel, wherein the high heat transfer channel part meanders in such a manner as being deflected to both sides with respect to a center line that is a straight line, characterised in that the end-to-end distance of the high heat transfer channel part in a direction along the center line is 60% or less of an end-to-end distance of the effective area . a first layer in which a first channel that is a microchannel through which one fluid is caused to flow is arrayed; and a second layer stacked on the first layer , in which a second channel that is a microchannel through which another fluid is caused to flow is arrayed, the other fluid being a fluid different from the one fluid, a standard heat transfer channel part that includes a high temperature end that is one of ends of the effective area ; and a high heat transfer channel part that is equivalent to a part of the effective area other than the standard heat transfer channel part , the high heat transfer channel part including a low temperature end that is an end of the effective area on a side opposite to the high temperature end and through which the one fluid having a temperature lower than a temperature of the one fluid flowing at the high temperature end , and
A process comprising: - supplying a printing substrate ; - simultaneously making contact with one longitudinal end of the printing substrate , on one face by means of a first surface and a second surface of a creaser , mutually angled, and on another face of the longitudinal end of the printing substrate by means of a first extension and a second extension of a counter creaser , mutually angled, forming a crease by the joint action of the creaser and the counter creaser ; and - subsequently moving the printing substrate by a support table to a printing area defined by the location of printing heads of a digital printing machine, wherein the crease runs transversally to an advance direction of the support table , and the printing substrate is suctioned flat onto the support table by an aspiration assembly. - supplying a printing substrate ; - simultaneously making contact with one longitudinal end of the printing substrate , on one face by means of a first surface and a second surface of a creaser , mutually angled, and on another face of the longitudinal end of the printing substrate by means of a first extension and a second extension of a counter creaser , mutually angled, forming a crease by the joint action of the creaser and the counter creaser ; and - subsequently moving the printing substrate by a support table to a printing area defined by the location of printing heads of a digital printing machine, wherein the crease runs transversally to an advance direction of the support table , and the printing substrate is suctioned flat onto the support table by an aspiration assembly.
A plant for the automatic loading of a container with ordered stacks of sacks comprising: at least one movable carriage along a first direction; said movable carriage having a plurality of first prongs placed cantilevered; a guide aligned with said container ; a beam sliding inside said guide along a second direction perpendicular to said first direction; a seizing apparatus , having second prongs , associated to one end of said beam ; said second prongs being insertable with said first prongs ; said at least one movable carriage being movable from a first position for receiving said ordered stacks of sacks on said first prongs , to a second position where said first prongs are located above said second prongs ; said second prongs being vertically movable; said beam being longitudinally movable to enter inside said container .
A control device or system that is configured to control a target vacuum pump including a motor , the control device or system comprising: a decision unit that is configured to decide a normal fluctuation range or a normal time fluctuation behavior of at least one target state quantity at the time of a pump stop process based on a fluctuation range or a time fluctuation behavior of the at least one target state quantity at a time of a past stop process of the target vacuum pump or another vacuum pump, wherein the at least one target state quantity is a state quantity which fluctuates in accordance with a load at a time of a process of stopping a vacuum pump; and a control unit that is configured to control the motor, characterised in that after starting a pump stop process of the target vacuum pump , the control unit is configured to compare the target state quantity at the time of the process of stopping the target vacuum pump with the normal fluctuation range or the normal time fluctuation behavior, and when the target state quantity deviates from the normal fluctuation range or the normal time fluctuation behavior, the control unit is configured to change, during the stop process, one of an output of the motor, an ON period and/or an OFF period of the motor, or a rotation direction of the motor. a decision unit that is configured to decide a normal fluctuation range or a normal time fluctuation behavior of at least one target state quantity at the time of a pump stop process based on a fluctuation range or a time fluctuation behavior of the at least one target state quantity at a time of a past stop process of the target vacuum pump or another vacuum pump, wherein the at least one target state quantity is a state quantity which fluctuates in accordance with a load at a time of a process of stopping a vacuum pump; and a control unit that is configured to control the motor,
A test chamber for conditioning air, comprising a temperature-insulated test space sealable against an environment for receiving test materials and a temperature control device for controlling the temperature of the test space, ° °said temperature control device comprising a cooling device having a cooling cycle having a refrigerant, a heat transmitter , a compressor , a condenser and an expanding element , characterized in that the cooling cycle comprises an internal heat transmitter , the internal heat transmitter being connected to a high-pressure side of the cooling cycle upstream of the expanding element and downstream of the condenser in a flow direction, said refrigerant being able to be cooled by means of the internal heat transmitter which is coupled to an adjustable supplementary internal refrigeration of the cooling device, a temperature ranging from -30 °C to + 180 °C in temperature being able to be realized within the test space by means of the temperature control device, a first bypass having at least one adjustable second expanding element being realized in the cooling cycle as the adjustable internal supplementary refrigeration , said first bypass being connected to the cooling cycle upstream of the internal heat transmitter and downstream of the condenser in a flow direction, the internal heat transmitter being connected to a low-pressure side of the cooling cycle upstream of the compressor and downstream of the heat transmitter in a flow direction, the first bypass forming a back-injection device for the refrigerant, said first bypass being connected to a low-pressure side of the internal heat transmitter via a back-injection valve , the refrigerant being able to be supplied to the back-injection valve from the adjustable second expanding element.
Attenuation filter (AF, AF', AF1, AF2, AF3) for the defined attenuation of the intensity of ultraviolet radiation (LR1I, LR2I) with a specified working wavelength from a wavelength range of 150 nm to 370 nm according to a specifiable local distribution in a projection lens (PO, PO') of a microlithographic projection exposure apparatus (WSC), comprising: a substrate (SU, SU'), which is sufficiently transparent at the working wavelength, and an absorption layer (AL), which is arranged on the substrate and is configured to absorb incident ultraviolet radiation of the working wavelength according to the specifiable local distribution at different locations (Z1, Z2) of a used area (UA) to varying degrees, characterized in that the attenuation filter (AF, AF', AF1, AF2, AF3) is configured to reduce or avoid a thermally induced wavefront variation error in the ultraviolet radiation (LR1O, LR2O) which has passed through the attenuation filter owing to a locally varying heating of the substrate (SU, SU') caused by the absorption of the ultraviolet radiation (LR1I, LR2I) which varies locally over the substrate, wherein a thickness (TS, TS') of the substrate is less than 100 μm. a substrate (SU, SU'), which is sufficiently transparent at the working wavelength, and an absorption layer (AL), which is arranged on the substrate and is configured to absorb incident ultraviolet radiation of the working wavelength according to the specifiable local distribution at different locations (Z1, Z2) of a used area (UA) to varying degrees, characterized in that the attenuation filter (AF, AF', AF1, AF2, AF3) is configured to reduce or avoid a thermally induced wavefront variation error in the ultraviolet radiation (LR1O, LR2O) which has passed through the attenuation filter owing to a locally varying heating of the substrate (SU, SU') caused by the absorption of the ultraviolet radiation (LR1I, LR2I) which varies locally over the substrate, wherein a thickness (TS, TS') of the substrate is less than 100 μm.
A packet transmission method, applied to a virtual extensible local area network VXLAN, wherein the VXLAN comprises a first virtual extensible local area network tunnel end point VTEP, a second VTEP, and a network address translation NAT device, the first VTEP communicates with the second VTEP through the NAT device, the first VTEP is located in a public network, the second VTEP is located in a private network, and the method comprises: performing (S501), by the first VTEP, VXLAN encapsulation on a first packet, to obtain a second packet, wherein the first packet is a to-be-sent packet, a destination port number of the second packet is obtained based on a first mapping relationship between a destination Internet Protocol IP address of the second packet and the destination port number, and a source port number of the second packet is a preset port number; and sending (S502), by the first VTEP, the second packet to the second VTEP through the NAT device. performing (S501), by the first VTEP, VXLAN encapsulation on a first packet, to obtain a second packet, wherein the first packet is a to-be-sent packet, a destination port number of the second packet is obtained based on a first mapping relationship between a destination Internet Protocol IP address of the second packet and the destination port number, and a source port number of the second packet is a preset port number; and sending (S502), by the first VTEP, the second packet to the second VTEP through the NAT device.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and comprising a fresh water container which is arranged next to the washing container as a side tank, is formed in one piece and consists of plastics material, a side wall of the fresh water container that faces the washing container having a wall portion which rests in a connection-free manner on the washing container and is designed to be deformable under water pressure, characterized in that the side wall of the wall portion has a reduced wall thickness relative to a side wall of an adjacent wall portion , and/or in that the wall portion is surrounded by a circumferential fold designed as a bead. the side wall of the wall portion has a reduced wall thickness relative to a side wall of an adjacent wall portion , and/or in that the wall portion is surrounded by a circumferential fold designed as a bead.
A method of sterilizing a container , wherein a sterilizing agent is applied to an outer surface of a container by blasting the sterilizing agent toward the outer surface of the container from a plurality of sterilizer nozzles wherein an inner surface of the container is sterilized by heat of a hot-water (w) supplied into the container from a nozzle for hot-water , characterized in that at least one sterilizer nozzle among the plurality of sterilizer nozzles is provided so as to extend along the outer surface of a cylindrical wall portion of a mouth portion of the container , such that the sterilizing agent jetted from the sterilizer nozzle reaches a support ring provided around a base portion of the mouth portion and a shoulder portion formed between the mouth portion and a body portion of the container , wherein a nozzle axis of at least one sterilizer nozzle among the plurality of sterilizer nozzles is provided so as to intersect vertically with the cylindrical wall portion of the mouth portion of the container , such that the sterilizing agent jetted from the sterilizer nozzle enters threads of male screw threads formed to the mouth portion , and wherein the sterilizing agent, which is jetted from the sterilizer nozzles and which adheres to the outer surface of the container , is activated by the heat transferred from the hot-water (w) to thereby sterilize the outer surface of the container .
A method for producing a composite part , in which a substrate is coated with a component system , preferably a multi-component system, wherein the method has the following steps: providing (S1) a substrate with a moulded part portion remaining in the composite part which is to be produced and with an integrated mixing portion , to be separated from the composite part which is to be produced, for the mixing of the component system close to the substrate; introducing (S2) the substrate into a cavity of a coating tool ; coating (S3) the substrate by flooding the cavity with the component system , wherein the component system is mixed by the mixing portion of the substrate in the cavity before it reaches the moulded part portion . providing (S1) a substrate with a moulded part portion remaining in the composite part which is to be produced and with an integrated mixing portion , to be separated from the composite part which is to be produced, for the mixing of the component system close to the substrate; introducing (S2) the substrate into a cavity of a coating tool ; coating (S3) the substrate by flooding the cavity with the component system , wherein the component system is mixed by the mixing portion of the substrate in the cavity before it reaches the moulded part portion .
Method for associating a communicating object with at least one user, comprising: - a remote server receiving (C) an association request signal between an identifier of the user called "user identifier" and an identifier of the object called "object identifier"; - the server verifying (D) an association authorisation between the object identifier and the user identifier; - if the association is authorised, associating (E) the object identifier with the user identifier in a database accessible by the remote server , said database comprising at least one list of user identifiers and one list of object identifiers; - the server verifying (D) an association authorisation comprising verifying a pre-existing association of the object identifier with at least one other user identifier, associating the user identifier with the object identifier being authorised if the result of verifying a pre-existing association is negative; characterised in that : - if the result of verifying a pre-existing association is positive, the server verifying (D) an association authorisation comprises the server sending an association authorisation request signal to a terminal associated with said other user identifier; - associating the user identifier with the object identifier being authorised upon receiving an authorisation signal subsequent to said association authorisation request signal. - a remote server receiving (C) an association request signal between an identifier of the user called "user identifier" and an identifier of the object called "object identifier"; - the server verifying (D) an association authorisation between the object identifier and the user identifier; - if the association is authorised, associating (E) the object identifier with the user identifier in a database accessible by the remote server , said database comprising at least one list of user identifiers and one list of object identifiers; - the server verifying (D) an association authorisation comprising verifying a pre-existing association of the object identifier with at least one other user identifier, associating the user identifier with the object identifier being authorised if the result of verifying a pre-existing association is negative; characterised in that : - if the result of verifying a pre-existing association is positive, the server verifying (D) an association authorisation comprises the server sending an association authorisation request signal to a terminal associated with said other user identifier; - associating the user identifier with the object identifier being authorised upon receiving an authorisation signal subsequent to said association authorisation request signal. - if the result of verifying a pre-existing association is positive, the server verifying (D) an association authorisation comprises the server sending an association authorisation request signal to a terminal associated with said other user identifier; - associating the user identifier with the object identifier being authorised upon receiving an authorisation signal subsequent to said association authorisation request signal.
A water-soluble shopping bag, comprising the following components according to parts by weight: polyvinyl alcohol 100 composite plasticizer 8-20 polysaccharide and the derivative thereof 10-30 processing aid 1-5 film slipping agent 0.1-0.5 and film anti-blocking agent 0.5-3.0; the composite plasticizer comprises polyol, polyol ether and fatty famine or fatty alcohol amine, and the composite plasticizer is composed of polyol, polyol ether and fatty amine or fatty alcohol amine in a mass ratio of 6:3:1; the polysaccharide and the derivative thereof is selected from alkyl glycoside substances synthesized from renewable natural fatty alcohol and glucose, which comprise one of alkyl polyglucoside 0810, alkyl polyglucoside 1214, alkyl polyglucoside 0814, alkyl polyglucoside 0816 and alkyl polyglucoside 1216; the processing aid mainly comprises an internal lubrication processing aid and an external lubrication processing aid, the internal lubrication processing aid is selected from polyethylene oxide and comprises one of PE0-3, PE0-6, PE0-8, PE0-10 and PE0-15; the external lubrication processing aid is selected from saturated fatty acid or saturated fatty alcohol with a carbon chain of 12 to 18, wherein the fatty acid comprises one of dodecanoic acid, tetradecanoic acid, hexadecanoic acid and octadecanoic acid, and the fatty alcohol comprises one of lauryl alcohol, tetradecyl alcohol, hexadecyl alcohol and octadecyl alcohol, and the processing aid is composed of an inner lubricant and an outer lubricant in a mass ratio of 8:2.
A method of manufacturing a fishing line guide which has a guide ring for guiding a fishing line and is attachable to a tubular rod of a fishing rod, the method comprising: working a ring support composed of a metallic thin plate, the ring support comprising: a ring holding portion holding the guide ring ; and a ring supporting portion integrally formed with the ring holding portion, wherein the ring supporting portion is bent at a first bending angle (BA1) with reference to a first bending portion which extends to a lower end of the ring supporting portion in a downward direction toward the tubular rod when the fishing line guide is attached to the fishing rod; and injection molding an annular attachment portion , which has an inner peripheral surface to be fitted with an outer peripheral surface of the tubular rod, from a resin material by using the ring support as an insert such that a lower portion of the ring supporting portion including a lower portion of the first bending portion is embedded in the attachment portion and the ring support and the attachment portion are partially coupled to each other. working a ring support composed of a metallic thin plate, the ring support comprising: a ring holding portion holding the guide ring ; and a ring supporting portion integrally formed with the ring holding portion, wherein the ring supporting portion is bent at a first bending angle (BA1) with reference to a first bending portion which extends to a lower end of the ring supporting portion in a downward direction toward the tubular rod when the fishing line guide is attached to the fishing rod; and injection molding an annular attachment portion , which has an inner peripheral surface to be fitted with an outer peripheral surface of the tubular rod, from a resin material by using the ring support as an insert such that a lower portion of the ring supporting portion including a lower portion of the first bending portion is embedded in the attachment portion and the ring support and the attachment portion are partially coupled to each other.