mhurhangee/ep-ind-claims huggingface dataset:
A process to produce thermoplastic polyurethane foam via microcellular foaming process, which comprises: a) dosing a supercritical fluid into the thermoplastic polyurethane melt to form a mixture; b) injecting the mixture into a mold and foaming the mixture; c) before or during the injection of the mixture, introducing a counter pressure gas into the mold; d) releasing the counter pressure gas after the injection; and e) releasing the thermoplastic polyurethane foam from the mold, wherein the mold has venting holes distributed all over the mold, characterized in that the venting holes in the mold have a diameter in the range of 0.05-1 mm and the density of the venting holes in the mold is 1-8 holes/cm 3 on average. a) dosing a supercritical fluid into the thermoplastic polyurethane melt to form a mixture; b) injecting the mixture into a mold and foaming the mixture; c) before or during the injection of the mixture, introducing a counter pressure gas into the mold; d) releasing the counter pressure gas after the injection; and e) releasing the thermoplastic polyurethane foam from the mold, wherein the mold has venting holes distributed all over the mold, characterized in that the venting holes in the mold have a diameter in the range of 0.05-1 mm and the density of the venting holes in the mold is 1-8 holes/cm 3 on average.
Electrical switching device, which is formed with at least one pole and which comprises a housing made of insulating material, wherein each pole (3, 3', 3") has at least one incoming and one outgoing connection contact (4, 4', 4"), and each of the connection contacts (4, 4', 4") has a plate-shaped connection contact busbar on which a first connection means (6, 6', 6") in the form of a spring clamping connection is formed for the connection of at least one first external electrical conductor, wherein, for at least one of the connection contacts a second connection means is formed on the connection contact busbar and located behind the first connection means in the direction of longitudinal extent of said busbar, for the connection of a second electrical conductor, wherein the second connection means are formed with a clamping member for receiving the second electrical conductor in a clamping manner, characterized in that the clamping member is spaced apart from the connection contact busbar in the direction toward an outer side of the housing and is electrically and mechanically connected to the connection contact busbar.
A method for unlocking a screen of a terminal, the method comprising: detecting an entering operation performed by a user in an entering location of an unlock password; decrypting a ciphertext stored in advance using a preset encryption algorithm, the ciphertext stored in advance being obtained by encrypting the length of the password preset by the user using the preset encryption algorithm; performing a comparison to determine whether the length of all the characters in the entering location of the unlock password matches the length of the password preset by the user; and if the length of all the characters in the entering location of the unlock password matches the length of the password preset by the user, performing a comparison to determine whether all characters in the entering location of the unlock password match a password preset by the user; and unlocking the screen if all the characters in the entering location of the unlock password match the password preset by the user. detecting an entering operation performed by a user in an entering location of an unlock password; decrypting a ciphertext stored in advance using a preset encryption algorithm, the ciphertext stored in advance being obtained by encrypting the length of the password preset by the user using the preset encryption algorithm; performing a comparison to determine whether the length of all the characters in the entering location of the unlock password matches the length of the password preset by the user; and if the length of all the characters in the entering location of the unlock password matches the length of the password preset by the user, performing a comparison to determine whether all characters in the entering location of the unlock password match a password preset by the user; and unlocking the screen if all the characters in the entering location of the unlock password match the password preset by the user.
Method for use in a home communication gateway for communication between analogue door stations (TS1, TS2) and analogue residence stations on an analogue home communication bus (TK_Bus_In, TK_Bus_Out) and digital IP terminals (PC1, PC2, PC3, Tel1, Tel2, Tel3) in an IP network, the home communication gateway connected to the analogue home communication bus (TK_Bus_In, TK_Bus_Out) in the form of a two-wire bus system transmitting a communication between the analogue door stations (TS1, TS2) connected to the home communication bus (TK_Bus_In, TK_Bus_Out) and the analogue residence stations connected to the home communication bus (TK_Bus_In, TK_Bus_Out) and the digital IP terminals (PC1, PC2, PC3, Tel1, Tel2, Tel3) connected to an IP network interface (IP_Ethernet), analogue audio and/or video signals from the home communication bus (TK_Bus_In, TK_Bus_Out) being converted into digital audio and/or video data streams and being forwarded to at least one IP terminal (PC1, PC2, PC3, Tel1, Tel2, Tel3) via at least one IP network interface (IP_Ethernet), characterized in that the home communication gateway converts a digital video data stream from a further first IP terminal (IP-Cam1) from the IP network interface (IP_Ethernet) into an analogue video signal and combines it with the analogue audio signal from the analogue door station (TS1, TS2) from a home communication bus interface (TK_Bus_In) to form an analogue audio/video signal and forwards it to at least one of the analogue residence stations via another home communication bus interface (TK_Bus_Out).
Temperature control device for charge air or a fuel-air mixture of an internal combustion engine, with a housing which encloses an interior space and has at least one inlet connection and at least one outlet connection for the charge air to be temperature-controlled or the mixture to be temperature-controlled and at least one feed connection and at least one discharge connection for temperature control medium, wherein a heat exchanger is arranged or formed in the interior space of the housing, via which a heat exchange takes place between the temperature control medium and the charge air or mixture during operation of the temperature control device, characterized in that at least one bypass, via which temperature control medium can flow from the at least one feed connection to the at least one discharge connection without entering the heat exchanger, is arranged between the at least one feed connection and the at least one discharge connection for temperature control medium, wherein - at least one panel is arranged in the at least one bypass, - the at least one panel is in the form of a perforated metal sheet, - the number and/or the size of the holes determine the free flow cross section of the panel, - the at least one bypass consists of at least two segments (61, 62), - one of the at least two segments (61, 62) is formed in one piece with the at least one feed connection and/or one of the at least two segments (61, 62) is formed in one piece with the at least one discharge connection, and - the at least one panel is arranged between the at least two segments (61, 62) of the bypass. - at least one panel is arranged in the at least one bypass, - the at least one panel is in the form of a perforated metal sheet, - the number and/or the size of the holes determine the free flow cross section of the panel, - the at least one bypass consists of at least two segments (61, 62), - one of the at least two segments (61, 62) is formed in one piece with the at least one feed connection and/or one of the at least two segments (61, 62) is formed in one piece with the at least one discharge connection, and - the at least one panel is arranged between the at least two segments (61, 62) of the bypass.
A field device for an industrial process, the field device comprising: a quiescent current detector for detecting the amount of quiescent current consumed by the field device; an interface, allowing the field device to communicate with at least one other device, such that the interface communicates a first alert when the amount of quiescent current consumed by the field device exceeds a first threshold and a second alert when the amount of quiescent current consumed by the field device is below a second threshold. a quiescent current detector for detecting the amount of quiescent current consumed by the field device; an interface, allowing the field device to communicate with at least one other device, such that the interface communicates a first alert when the amount of quiescent current consumed by the field device exceeds a first threshold and a second alert when the amount of quiescent current consumed by the field device is below a second threshold.
A method of automatically adjusting a step time for an injection molding cycle in an injection molding run to adapt for variations in the flowability of a molten plastic material, the method comprising: (a) during a first molding cycle of an injection molding run, injecting a first shot of molten plastic material into a mold cavity and removing injection pressure from the first shot of molten plastic material so that the first molding cycle has a first step time; and characterized in that the method further comprises: (b) during the first molding cycle, measuring a first time for the molten plastic material to reach a flow front sensor that is configured to sense the presence of a flow front of the molten plastic material at a particular location in the mold cavity; (c) a first comparing of the first time to a predetermined time to determine a first comparison result; (d) determining a second step time, based, at least in part, on the first comparison result; and (e) during a second molding cycle of the injection molding run, subsequent to the first molding cycle, injecting a second shot of molten plastic material into the mold cavity and removing injection pressure from the second shot of molten plastic material so that the second molding cycle has the second step time. (a) during a first molding cycle of an injection molding run, injecting a first shot of molten plastic material into a mold cavity and removing injection pressure from the first shot of molten plastic material so that the first molding cycle has a first step time; and (b) during the first molding cycle, measuring a first time for the molten plastic material to reach a flow front sensor that is configured to sense the presence of a flow front of the molten plastic material at a particular location in the mold cavity; (c) a first comparing of the first time to a predetermined time to determine a first comparison result; (d) determining a second step time, based, at least in part, on the first comparison result; and (e) during a second molding cycle of the injection molding run, subsequent to the first molding cycle, injecting a second shot of molten plastic material into the mold cavity and removing injection pressure from the second shot of molten plastic material so that the second molding cycle has the second step time.
Storage shelf base for an item of furniture or household appliance, having - a support plate which is arranged in a stationary manner on a body (13, 14) of the item of furniture or household appliance, - a support which is positively guided relative to the support plate and can be moved simultaneously rotatably and translationally, - wherein the support plate is detachably fastened to the body (13, 14) of the item of furniture or household appliance by means of at least one adapter, or a base plate is arranged in a stationary manner on the body (13, 14) of the item of furniture or household appliance, to which base plate the support plate is detachably fastened, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective at least predominantly closed, circumferential running grooves (33, 43, 44) in which rolling elements are guided. - a support plate which is arranged in a stationary manner on a body (13, 14) of the item of furniture or household appliance, - a support which is positively guided relative to the support plate and can be moved simultaneously rotatably and translationally, - wherein the support plate is detachably fastened to the body (13, 14) of the item of furniture or household appliance by means of at least one adapter, or a base plate is arranged in a stationary manner on the body (13, 14) of the item of furniture or household appliance, to which base plate the support plate is detachably fastened, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective at least predominantly closed, circumferential running grooves (33, 43, 44) in which rolling elements are guided.
A method for securely exchanging information, the method comprising: establishing a secure communication between an application module and a sensor module, wherein the application module is configured to execute on an information-handling machine and wherein the sensor module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module that is configured to facilitate an exchange of one or more cryptographic keys between the application module and the sensor module via a secure communication channel for the secure communication between the application module and the sensor module, and wherein the mutually trusted module is physically included in the sensor module, characterised by the method comprising the application module transmitting to the sensor module a session policy based at least upon the establishing the secure communication, and wherein the sensor module is configured to enforce the session policy using hardware in the sensor module. establishing a secure communication between an application module and a sensor module, wherein the application module is configured to execute on an information-handling machine and wherein the sensor module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module that is configured to facilitate an exchange of one or more cryptographic keys between the application module and the sensor module via a secure communication channel for the secure communication between the application module and the sensor module, and wherein the mutually trusted module is physically included in the sensor module, characterised by the method comprising the application module transmitting to the sensor module a session policy based at least upon the establishing the secure communication, and wherein the sensor module is configured to enforce the session policy using hardware in the sensor module.
A system, comprising: a cell support (130A, 130B) having an opening (132A, 132B) defined therethrough, wherein the opening is configured to have a battery cell positioned at least partially therein; and an insulator positioned at least partially within the opening, wherein the insulator is configured to be positioned between the battery cell and the cell support such that the insulator electrically-insulates the cell support from the battery cell; wherein the cell support has a thermal conductivity from about 130 watts per meter-kelvin (W/m ∗ K) to about 210 W/m ∗ K, and an electrical resistivity from about 1 micro-ohm per centimeter (μΩ/cm) to about 20 μΩ/cm; and wherein the insulator has a thickness that is less than about 50 micrometers. a cell support (130A, 130B) having an opening (132A, 132B) defined therethrough, wherein the opening is configured to have a battery cell positioned at least partially therein; and an insulator positioned at least partially within the opening, wherein the insulator is configured to be positioned between the battery cell and the cell support such that the insulator electrically-insulates the cell support from the battery cell; wherein the cell support has a thermal conductivity from about 130 watts per meter-kelvin (W/m ∗ K) to about 210 W/m ∗ K, and an electrical resistivity from about 1 micro-ohm per centimeter (μΩ/cm) to about 20 μΩ/cm; and wherein the insulator has a thickness that is less than about 50 micrometers.
Handheld power tool comprising: - a mobile element and a fixed element - a rotary actuator - a rod arranged for moving said mobile element under the action of said rotary actuator characterized in that it comprises: - an asymmetric oblique bearing arranged between the rod and the rotary actuator wherein said asymmetric oblique bearing comprises an opening intended to receive a connecting screw, and said rod comprises an opening designed to receive said connecting screw, said connecting screw being intended to link said asymmetric oblique bearing to said rod. - a mobile element and a fixed element - a rotary actuator - a rod arranged for moving said mobile element under the action of said rotary actuator - an asymmetric oblique bearing arranged between the rod and the rotary actuator
A printer including: a case including a paper roll receiving portion for receiving a paper roll; a printer cover that is openably and closably coupled to the case and locked at the time of a closing operation; a platen unit including a platen roller for feeding recording paper pulled out from the paper roll; and a head unit that includes a printing head and is separably engaged relatively with respect to the platen unit, in which one of the platen unit and the head unit is mounted to the printer cover, wherein the other of the platen unit and the head unit is mounted to the case; and characterized in that the printer cover includes an operation unit including an operation button and a control board; the control board includes a plurality of electronic parts and a plurality of switches, and is adapted to control actuation of the printer; a switch of the plurality of switches on the control board is adapted to be turned on through depression of the operation button; and the case includes a release operation member that is capable of reciprocating between a lock position and a release position for releasing a lock of the printer cover when being moved to the release position. a case including a paper roll receiving portion for receiving a paper roll; a printer cover that is openably and closably coupled to the case and locked at the time of a closing operation; a platen unit including a platen roller for feeding recording paper pulled out from the paper roll; and a head unit that includes a printing head and is separably engaged relatively with respect to the platen unit, in which one of the platen unit and the head unit is mounted to the printer cover, wherein the other of the platen unit and the head unit is mounted to the case; and characterized in that the printer cover includes an operation unit including an operation button and a control board; the control board includes a plurality of electronic parts and a plurality of switches, and is adapted to control actuation of the printer; a switch of the plurality of switches on the control board is adapted to be turned on through depression of the operation button; and the case includes a release operation member that is capable of reciprocating between a lock position and a release position for releasing a lock of the printer cover when being moved to the release position.
A safety system for a machine equipped with a moving organ, such as for example a skinner, comprising: a first processing unit, which is included in a first functional group and is associated with said moving organ, configured to receive signals and comprising a command module configured to alter the operation of said organ of the machine, upon receiving an alarm signal; gloves that can be worn by an operator; and a second processing unit, associated with said gloves and configured to transmit signals to said first processing unit; wherein each glove comprises an element for conducting signals, connected to said second unit and crossing at least a portion of the palm and/or fingers and/or an edge zone opposite the thumb; wherein the system comprises a device for generating a safety signal connected to said conducting element; wherein said second processing unit is comprised in a second functional group, which is worn by said operator, the second processing unit in turn comprising a first control module configured to detect an interruption in the transmission of said safety signal; characterized in that the second processing unit comprises an alarm module, subjected to said first control module and able to generate an alarm signal, upon verifying said interruption of the transmission of the safety signal; wherein said first functional group is distinct from said second functional group and is contained or integrated into the machine; and wireless telecommunication means (81, 82) being included in the system and connecting the first and the second functional group. a first processing unit, which is included in a first functional group and is associated with said moving organ, configured to receive signals and comprising a command module configured to alter the operation of said organ of the machine, upon receiving an alarm signal; gloves that can be worn by an operator; and a second processing unit, associated with said gloves and configured to transmit signals to said first processing unit; wherein each glove comprises an element for conducting signals, connected to said second unit and crossing at least a portion of the palm and/or fingers and/or an edge zone opposite the thumb; wherein the system comprises a device for generating a safety signal connected to said conducting element; wherein said second processing unit is comprised in a second functional group, which is worn by said operator, the second processing unit in turn comprising a first control module configured to detect an interruption in the transmission of said safety signal; characterized in that the second processing unit comprises an alarm module, subjected to said first control module and able to generate an alarm signal, upon verifying said interruption of the transmission of the safety signal; wherein said first functional group is distinct from said second functional group and is contained or integrated into the machine; and wireless telecommunication means (81, 82) being included in the system and connecting the first and the second functional group.