mhurhangee/ep-ind-claims huggingface dataset:
A solder joining method comprising: preliminary soldering with a solder alloy composed of 2 to 9 weight% of zinc, 0.0001 to 0.1 weight% of manganese, and a remainder of Sn on a first joint surface of an Ag electrode provided on the surface of a glass plate as well as on a second joint surface of an Cu alloy terminal, so that the first joint surface and the second joint surface of the joint have a solder plating; heating, to a temperature of 230°C - 300°C, the solder platings on the first joint surface and the second joint surface to be molten while bringing the solder platings into contact with each other, thereby forming a silver-zinc intermetallic compound of silver of the surface layer of the joint and zinc in the solder alloy, such that the intermetallic compound has a grain size of 5 μm or less; and cooling the solder platings until the solder platings are solidified. preliminary soldering with a solder alloy composed of 2 to 9 weight% of zinc, 0.0001 to 0.1 weight% of manganese, and a remainder of Sn on a first joint surface of an Ag electrode provided on the surface of a glass plate as well as on a second joint surface of an Cu alloy terminal, so that the first joint surface and the second joint surface of the joint have a solder plating; heating, to a temperature of 230°C - 300°C, the solder platings on the first joint surface and the second joint surface to be molten while bringing the solder platings into contact with each other, thereby forming a silver-zinc intermetallic compound of silver of the surface layer of the joint and zinc in the solder alloy, such that the intermetallic compound has a grain size of 5 μm or less; and cooling the solder platings until the solder platings are solidified.
A composite liftgate system, comprising an inner panel; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations, the plurality of composite preforms comprise: a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel, characterized in further comprising a plurality of reinforcement brackets operable to connect to the plurality of composite preforms, the plurality of reinforcement brackets comprising: a pair of strut reinforcement brackets adhered to the pair of strut reinforcements; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements. an inner panel; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations, the plurality of composite preforms comprise: a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel, a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel, characterized in further comprising a plurality of reinforcement brackets operable to connect to the plurality of composite preforms, the plurality of reinforcement brackets comprising: a pair of strut reinforcement brackets adhered to the pair of strut reinforcements; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements. a pair of strut reinforcement brackets adhered to the pair of strut reinforcements; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements.
A lithium battery packaging material comprising a laminate configured by laminating an adhesive layer, an aluminum foil layer provided with a corrosion prevention treatment layer on at least one surface thereof, an adhesive resin layer, and a sealant layer in this order on one surface of a substrate layer, wherein the adhesive resin layer contains an adhesive resin composition and a polypropylene having an atactic structure or propylene-α-olefin copolymer having an atactic structure, wherein the adhesive resin layer further contains a propylene-α-olefin copolymer having an isotactic structure.
Method for managing a climate regulation assembly, said assembly comprising a climate regulation apparatus and a control device for said apparatus, said device and said apparatus being arranged in series on one and the same electrical power supply line (L1, L2), said device comprising a first electrical power supply switch, a human/machine interface suitable for receiving, from a user of said assembly, climate regulation setpoints, and a transmitter suitable for transmitting said setpoints to a driving device for said apparatus, said driving device being suitable for receiving, via a receiver, said setpoints and for driving a setting means of a climate regulation means of said apparatus, the method being characterized in that: - when the first switch is closed, the apparatus is supplied with electricity and the setting means is driven, - when the first switch is open, the transmitter of the control device transmits, via the power supply line, said setpoints to the receiver of the apparatus, and in that said first switch - is opened when the control device receives a climate regulation setpoint from the user, - is closed when the receiver of the climate regulation apparatus receives said setpoint. - when the first switch is closed, the apparatus is supplied with electricity and the setting means is driven, - when the first switch is open, the transmitter of the control device transmits, via the power supply line, said setpoints to the receiver of the apparatus, - is opened when the control device receives a climate regulation setpoint from the user, - is closed when the receiver of the climate regulation apparatus receives said setpoint.
Method of preparing a recombinant IgE monoclonal antibody or a Fab or scFv fragment thereof capable of preventing binding of a ligand to a drug-resistance pump, wherein the binding site of the ligand contains a depression, cleft, channel or a planar surface, and said site is weakly IgG or IgM immunoreactive; said method comprising the steps of a) isolating total mRNA from IgE producing cells from a human derived sample; b) synthesizing of the cDNAs encoding the IgE Fd gene region and kappa/lambda light chain genes based on the total mRNA obtained in step a) to create an IgE expression library; c) screening the expressed library against a desired target protein or cell or particle expressing said target protein on its surface, wherein said target protein is said drug-resistance pump; d) isolating clones from the library showing medium or high affinity over 10 7 M -1 towards said protein; e) selecting those clones obtained from step d) that bind to a depression, cleft, channel or a planar surface in the binding site of the ligand and prevent the binding of said ligand to said drug-resistance pump. a) isolating total mRNA from IgE producing cells from a human derived sample; b) synthesizing of the cDNAs encoding the IgE Fd gene region and kappa/lambda light chain genes based on the total mRNA obtained in step a) to create an IgE expression library; c) screening the expressed library against a desired target protein or cell or particle expressing said target protein on its surface, wherein said target protein is said drug-resistance pump; d) isolating clones from the library showing medium or high affinity over 10 7 M -1 towards said protein; e) selecting those clones obtained from step d) that bind to a depression, cleft, channel or a planar surface in the binding site of the ligand and prevent the binding of said ligand to said drug-resistance pump.
A dressing for treating a tissue site, the dressing comprising: a contact layer formed from a porous material and having a first side and a second side, the first side positioned adjacent to the tissue site, the contact layer having a plurality of holes extending through the contact layer from the first side to the second side; a cover layer formed from a porous material and having a first side and a second side, the first side coupled to the contact layer; and at least one retainer layer formed from a porous material, the at least one retainer layer removably coupled to the second side of the cover layer. a contact layer formed from a porous material and having a first side and a second side, the first side positioned adjacent to the tissue site, the contact layer having a plurality of holes extending through the contact layer from the first side to the second side; a cover layer formed from a porous material and having a first side and a second side, the first side coupled to the contact layer; and at least one retainer layer formed from a porous material, the at least one retainer layer removably coupled to the second side of the cover layer.
A refrigerator comprising: a heat exchanger comprising a refrigerant tube in which a refrigerant flows and a heat exchange fin into which the refrigerant tube is inserted; a temperature sensor disposed on an inlet-side or outlet-side of the heat exchanger to detect a temperature of the refrigerant; and a fixing device (100; 700) for fixing a guide tube disposed on an inlet-side or outlet-side of the refrigerant tube and the temperature sensor in a state where the guide tube is in contact with the temperature sensor, the fixing device (100; 700) comprises: a first frame having a tube rib configured to support the guide tube, the tube rib configured to be rounded and having a first curvature radius to surround at least one portion of the guide tube; a second frame having a sensor rib extending from the tube rib to support the temperature sensor, the sensor rib configured to be rounded and having a second curvature radius to surround at least one portion of the temperature sensor; and characterized by a guide rib extended from the first frame and spaced apart from the tube rib and the sensor rib, the guide rib supporting a portion of the guide tube that is not in contact with the temperature sensor. a heat exchanger comprising a refrigerant tube in which a refrigerant flows and a heat exchange fin into which the refrigerant tube is inserted; a temperature sensor disposed on an inlet-side or outlet-side of the heat exchanger to detect a temperature of the refrigerant; and a fixing device (100; 700) for fixing a guide tube disposed on an inlet-side or outlet-side of the refrigerant tube and the temperature sensor in a state where the guide tube is in contact with the temperature sensor, the fixing device (100; 700) comprises: a first frame having a tube rib configured to support the guide tube, the tube rib configured to be rounded and having a first curvature radius to surround at least one portion of the guide tube; a second frame having a sensor rib extending from the tube rib to support the temperature sensor, the sensor rib configured to be rounded and having a second curvature radius to surround at least one portion of the temperature sensor; and characterized by a guide rib extended from the first frame and spaced apart from the tube rib and the sensor rib, the guide rib supporting a portion of the guide tube that is not in contact with the temperature sensor. a first frame having a tube rib configured to support the guide tube, the tube rib configured to be rounded and having a first curvature radius to surround at least one portion of the guide tube; a second frame having a sensor rib extending from the tube rib to support the temperature sensor, the sensor rib configured to be rounded and having a second curvature radius to surround at least one portion of the temperature sensor; and characterized by a guide rib extended from the first frame and spaced apart from the tube rib and the sensor rib, the guide rib supporting a portion of the guide tube that is not in contact with the temperature sensor.
A deployable docking station coupleable to a mobile robot to provide support services to the mobile robot and to selectively move in tandem with the mobile robot, the mobile robot being of the type that is capable of traversing a surface, comprising- a housing; characterized in that the deployable docking station further comprises: - an anchor connected to the housing, wherein the deployable docking station is configured to selectively engage and disengage with the surface via the anchor; - a coupling connected to the housing and configured to selectively connect and disconnect with the mobile robot, wherein when the anchor is engaged with the surface, the coupling is disconnected from the mobile robot, and when the anchor is disengaged with the surface, the coupling is connected to the mobile robot; and - a sensor connected to the housing and configured to verify engagement of the anchor with the surface and connection of the coupling with the mobile robot, wherein confirmation by the sensor of engagement of the anchor with the surface is required before the coupling is configured to disconnect from the mobile robot. - an anchor connected to the housing, wherein the deployable docking station is configured to selectively engage and disengage with the surface via the anchor; - a coupling connected to the housing and configured to selectively connect and disconnect with the mobile robot, wherein when the anchor is engaged with the surface, the coupling is disconnected from the mobile robot, and when the anchor is disengaged with the surface, the coupling is connected to the mobile robot; and - a sensor connected to the housing and configured to verify engagement of the anchor with the surface and connection of the coupling with the mobile robot, wherein confirmation by the sensor of engagement of the anchor with the surface is required before the coupling is configured to disconnect from the mobile robot.
An anode active material for a lithium secondary battery, the anode active material comprising: (a) a complex composed of nanoscale Si phase particles and an oxide comprising aluminium surrounding the nanoscale Si phase particles, and (b) a carbon material; characterised in that: (i) the complex and the carbon material are chemically bonded by ball milling, and (ii) the complex and the carbon material are surface-modified by coating them with a low crystalline or amorphous carbon material. (a) a complex composed of nanoscale Si phase particles and an oxide comprising aluminium surrounding the nanoscale Si phase particles, and (b) a carbon material; (i) the complex and the carbon material are chemically bonded by ball milling, and (ii) the complex and the carbon material are surface-modified by coating them with a low crystalline or amorphous carbon material.
Method for securing a processing machine, in particular a portable machine tool, wherein in one method step a location detection variable is transmitted to a communication unit of an external unit (18, 46) by means of a communication unit of the processing machine, and in one method step an operator-specific characteristic variable is transmitted to the communication unit of the processing machine by means of the communication unit of the external unit (18, 46), wherein in one method step the location characteristic variable of the processing machine is evaluated, and in one method step the processing machine is enabled in accordance with the operator-specific characteristic variable, characterized in that in one method step the communication unit of the processing machine is activated automatically in accordance with a movement characteristic variable of the communication unit, and in one method step the communication unit of the external unit (18, 46) is activated automatically in accordance with a movement characteristic variable of the communication unit of the external unit.
Sealed container comprising: - a container body defining an interior space and having a through opening which is delimited by a flange and closed by a removable door which is mounted on the flange, and - an annular seal located between the flange and the door, - the flange, the door and the seal forming a sealed connection device which is connectable to a complementary connection device of a sterile enclosure so as to allow sterile communication between the sealed container and the sterile enclosure, characterized in that the flange consists of two separate coaxial sleeves, - one of the sleeves, defining a so-called outer flange body, comprising connection means to allow connection of the container body to the sterile enclosure, and - the other sleeve, defining a so-called inner flange body, comprising connection means to allow connection of the door to the flange, - the outer flange body being furthest from the interior space of the container while the inner flange body is closest to the interior space of the container, - the outer flange body being made entirely or partially of a resistant plastics material chosen from plastics resistant to autoclave sterilization cycles, while the inner flange body is made of a metal alloy, the outer flange body being removably assembled on the inner flange body. - a container body defining an interior space and having a through opening which is delimited by a flange and closed by a removable door which is mounted on the flange, and - an annular seal located between the flange and the door, - the flange, the door and the seal forming a sealed connection device which is connectable to a complementary connection device of a sterile enclosure so as to allow sterile communication between the sealed container and the sterile enclosure, characterized in that the flange consists of two separate coaxial sleeves, - one of the sleeves, defining a so-called outer flange body, comprising connection means to allow connection of the container body to the sterile enclosure, and - the other sleeve, defining a so-called inner flange body, comprising connection means to allow connection of the door to the flange, - the outer flange body being furthest from the interior space of the container while the inner flange body is closest to the interior space of the container, - the outer flange body being made entirely or partially of a resistant plastics material chosen from plastics resistant to autoclave sterilization cycles, while the inner flange body is made of a metal alloy, the outer flange body being removably assembled on the inner flange body.
A mobile terminal communication method, comprising: entering into an active touch screen mode allowing information to be entered on a touch screen of the mobile terminal; entering a function mode which executes a function and displays information related to the executed function on the touch screen, wherein the function corresponds to a phone call being connected; entering (S110, S310) into an inactive touch screen mode preventing information from being entered on the touch screen when the phone call is connected; displaying a window (20, 21) indicating the phone call being connected on the touch screen in the inactive touch screen mode; receiving (S120, S320) an input signal through a specified key arranged on the mobile terminal during a time when the inactive touch screen mode is entered; entering into the active touch screen mode allowing information to be entered on the touch screen when the input signal is received; and displaying the information related to the executed function and a list of selectable applications on the touch screen, in accordance with the received input signal. entering into an active touch screen mode allowing information to be entered on a touch screen of the mobile terminal; entering a function mode which executes a function and displays information related to the executed function on the touch screen, wherein the function corresponds to a phone call being connected; entering (S110, S310) into an inactive touch screen mode preventing information from being entered on the touch screen when the phone call is connected; displaying a window (20, 21) indicating the phone call being connected on the touch screen in the inactive touch screen mode; receiving (S120, S320) an input signal through a specified key arranged on the mobile terminal during a time when the inactive touch screen mode is entered; entering into the active touch screen mode allowing information to be entered on the touch screen when the input signal is received; and displaying the information related to the executed function and a list of selectable applications on the touch screen, in accordance with the received input signal.
A computer-implemented method operative to generate a customized software development kit, SDK, in a provider of code, comprising: analyzing a plurality of process code corresponding to a plurality of predefined functions offered by a plurality of service components (210 N), wherein each of the plurality of service components (210 N) comprises an interface (206 N), an application layer (218 N), a virtualization layer (212 N) and physical equipment (215 N), wherein the physical equipment (215 N) is virtualized in the virtualization layer (212 N) to make processing and storage resources available to the application layer (208 N), and wherein the application layer (208 N) is communicating data to and from the provider of code via a cloud client; wherein each of the plurality of service components (210 N) s an Internet service or a computer offering data information processing, such as image rendering, code compiling and data analytics; retrieving native SDKs for each function of the plurality of functions; receiving a selection of at least two functions among the plurality of predefined functions; parsing SDK code from the native SDKs for the at least two selected functions; linking the parsed SDK code; and storing the linked parsed SDK code as a custom SDK. analyzing a plurality of process code corresponding to a plurality of predefined functions offered by a plurality of service components (210 N), wherein each of the plurality of service components (210 N) comprises an interface (206 N), an application layer (218 N), a virtualization layer (212 N) and physical equipment (215 N), wherein the physical equipment (215 N) is virtualized in the virtualization layer (212 N) to make processing and storage resources available to the application layer (208 N), and wherein the application layer (208 N) is communicating data to and from the provider of code via a cloud client; wherein each of the plurality of service components (210 N) s an Internet service or a computer offering data information processing, such as image rendering, code compiling and data analytics; retrieving native SDKs for each function of the plurality of functions; receiving a selection of at least two functions among the plurality of predefined functions; parsing SDK code from the native SDKs for the at least two selected functions; linking the parsed SDK code; and storing the linked parsed SDK code as a custom SDK.