mhurhangee/ep-ind-claims huggingface dataset:
A method implemented at a device for networking through signals transmitted across a shared medium network, wherein a shared medium is coupled with a plurality of devices (102, 104, 106) in the shared medium network, the method comprising: monitoring for a first signal on the shared medium; processing the first signal received on the shared medium; receiving a set of one or more signals on the shared medium while processing the first signal; determining a set of one or more amplitude increases, wherein each amplitude increase is from an earlier received signal to a later received signal, and wherein each of the earlier received and the later received signals is one of the first and the set of one or more signals; comparing the set of one or more amplitude increases to a threshold value; characterized in that the method further comprises: at least partially in response to the comparison, a first comparison, aborting the processing of one or more signals from the first signal and the set of one or more signals. monitoring for a first signal on the shared medium; processing the first signal received on the shared medium; receiving a set of one or more signals on the shared medium while processing the first signal; determining a set of one or more amplitude increases, wherein each amplitude increase is from an earlier received signal to a later received signal, and wherein each of the earlier received and the later received signals is one of the first and the set of one or more signals; comparing the set of one or more amplitude increases to a threshold value; characterized in that the method further comprises: at least partially in response to the comparison, a first comparison, aborting the processing of one or more signals from the first signal and the set of one or more signals.
Foam consisting of a dispersion of gas bubbles in a foaming solution consisting of: - from 0.05% to 1.5% by weight of a foaming organic surfactant or of a mixture of foaming organic surfactants, - from 0.05% to 0.8% by weight of an organic gelling or viscosifying agent or of a mixture of organic gelling or viscosifying agents, - from 1% to 14% by volume of a disinfecting agent or of a mixture of disinfecting agents and - water, said foam having an expansion between 20 and 50. - from 0.05% to 1.5% by weight of a foaming organic surfactant or of a mixture of foaming organic surfactants, - from 0.05% to 0.8% by weight of an organic gelling or viscosifying agent or of a mixture of organic gelling or viscosifying agents, - from 1% to 14% by volume of a disinfecting agent or of a mixture of disinfecting agents and - water, said foam having an expansion between 20 and 50.
A method in an apparatus having a wireless local area network, WLAN, transceiver, the method comprising: monitoring one or more sensors in the apparatus; from time to time, determining from among multiple mitigation levels a mitigation level applicable to the apparatus as a function of output from the one or more sensors; responsive to determining that the applicable mitigation level has increased from a most recent previously determined mitigation level, configuring a Media Access Control, MAC, layer of the WLAN transceiver to effect a decrease in a transmit duty cycle of the WLAN transceiver, wherein configuring the MAC layer of the WLAN transceiver to effect a decrease in the transmit duty cycle comprises increasing one or more interframe spacing parameters of the MAC layer, responsive to determining that the applicable mitigation level has decreased from a most recent previously determined mitigation level, configuring the MAC layer of the WLAN transceiver to effect an increase in the transmit duty cycle of the WLAN transceiver, wherein configuring the WLAN transceiver to effect an increase in the transmit duty cycle comprises decreasing the one or more interframe spacing parameters. monitoring one or more sensors in the apparatus; from time to time, determining from among multiple mitigation levels a mitigation level applicable to the apparatus as a function of output from the one or more sensors; responsive to determining that the applicable mitigation level has increased from a most recent previously determined mitigation level, configuring a Media Access Control, MAC, layer of the WLAN transceiver to effect a decrease in a transmit duty cycle of the WLAN transceiver, wherein configuring the MAC layer of the WLAN transceiver to effect a decrease in the transmit duty cycle comprises increasing one or more interframe spacing parameters of the MAC layer, responsive to determining that the applicable mitigation level has decreased from a most recent previously determined mitigation level, configuring the MAC layer of the WLAN transceiver to effect an increase in the transmit duty cycle of the WLAN transceiver, wherein configuring the WLAN transceiver to effect an increase in the transmit duty cycle comprises decreasing the one or more interframe spacing parameters.
A handle locking device comprising a first frame, a first snap hook and a second frame, wherein a second snap hook is provided on the first frame, wherein a first end of the first snap hook is rotatably mounted on the first frame, wherein a snap claw is formed at a second end of the first snap hook, wherein, when the first snap hook is rotated to the inside of the first frame, the snap claw projects from the inside of the first frame to the outside of the first frame, wherein the second frame is rotatably mounted on the first frame, wherein, when the second frame is rotated to the inside of the first frame, the second frame fixes the first snap hook to the first frame, characterized in that a protruding portion is formed on the second frame at a base plate of the second frame, wherein, when the second frame is rotated to the inside of the first frame, the protruding portion is sandwiched between the snap claw and the second snap hook and pushes the first snap hook towards the first frame.
An isolated humanized monoclonal antibody that specifically binds to human CD99, and comprises: (a) a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and (b) a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:2 or 5, wherein the variable chains are constructed onto a human IgG1 scaffold, and wherein SEQ ID No. 2 and SEQ ID No. 4 are as in Figure 2 and SEQ ID No. 5 is as in Figure 4.
A process for producing phenol and/or cyclohexanone, the process comprising: (a) providing a cleavage reaction mixture containing cyclohexyl-1-phenyl-hydroperoxide and cyclohexylbenzene; (b) contacting at least a portion of the cleavage reaction mixture with sulfuric acid and water under cleavage conditions effective to form a cleavage reaction effluent containing phenol, cyclohexanone, cyclohexylbenzene, water, sulfuric acid, and 1-phenylcyclohexanol; (c) neutralizing at least a portion of the cleavage reaction effluent with a basic material to produce a neutralized cleavage product; and (d) supplying at least a portion of the neutralized cleavage product in the absence of an added dehydration catalyst to a distillation column which is operated so that at least a portion of the neutralized cleavage product is exposed to a temperature in a range from 80°C to 120°C at at least one location in the distillation column whereby at least a portion of the 1-phenylcyclohexanol in the neutralized cleavage product is dehydrated to phenylcyclohexene. (a) providing a cleavage reaction mixture containing cyclohexyl-1-phenyl-hydroperoxide and cyclohexylbenzene; (b) contacting at least a portion of the cleavage reaction mixture with sulfuric acid and water under cleavage conditions effective to form a cleavage reaction effluent containing phenol, cyclohexanone, cyclohexylbenzene, water, sulfuric acid, and 1-phenylcyclohexanol; (c) neutralizing at least a portion of the cleavage reaction effluent with a basic material to produce a neutralized cleavage product; and (d) supplying at least a portion of the neutralized cleavage product in the absence of an added dehydration catalyst to a distillation column which is operated so that at least a portion of the neutralized cleavage product is exposed to a temperature in a range from 80°C to 120°C at at least one location in the distillation column whereby at least a portion of the 1-phenylcyclohexanol in the neutralized cleavage product is dehydrated to phenylcyclohexene.
A controller configured to selectively set a reversible heat pump assembly in either a heating mode or in a cooling mode, the controller comprising a control circuit configured to: for a time period, determine, using a demand determining function, a heating demand for heat to be delivered by the reversible heat pump assembly and a cooling demand for cold to be delivered by the reversible heat pump assembly; identify, using an evaluation function, simultaneous heating and cooling demands, wherein the evaluation function is configured to use the heating demand and the cooling demand as input data; generate, using a control function, a control signal indicative of if the reversible heat pump assembly is to be set in either the heating mode or in the cooling mode, wherein the control function is configured to use the heating demand, the cooling demand and the identified simultaneous heating and cooling demands as input data, wherein the control signal is generated such that, in response to identified simultaneous heating and cooling demands, a heat pump of the reversible heat pump assembly is temporarily set to deliver heat at an output greater than an output indicated by the heating demand, thereby reducing a heating duty cycle and/or the heat pump is temporarily set to deliver cold at an output greater than an output indicated by the cooling demand, thereby reducing a cooling duty cycle; and send, using a transmission function, the control signal to the heat pump of the reversible heat pump assembly. for a time period, determine, using a demand determining function, a heating demand for heat to be delivered by the reversible heat pump assembly and a cooling demand for cold to be delivered by the reversible heat pump assembly; identify, using an evaluation function, simultaneous heating and cooling demands, wherein the evaluation function is configured to use the heating demand and the cooling demand as input data; generate, using a control function, a control signal indicative of if the reversible heat pump assembly is to be set in either the heating mode or in the cooling mode, wherein the control function is configured to use the heating demand, the cooling demand and the identified simultaneous heating and cooling demands as input data, wherein the control signal is generated such that, in response to identified simultaneous heating and cooling demands, a heat pump of the reversible heat pump assembly is temporarily set to deliver heat at an output greater than an output indicated by the heating demand, thereby reducing a heating duty cycle and/or the heat pump is temporarily set to deliver cold at an output greater than an output indicated by the cooling demand, thereby reducing a cooling duty cycle; and send, using a transmission function, the control signal to the heat pump of the reversible heat pump assembly.
A device for opening tins, in which the lid is connected to the tin body via a flanged portion, wherein the device has a cutting wheel which, on the inside of the flanged rim, severs the lid area in the rim region thereof, wherein the plane of the cutting wheel, in the cutting position of the same, is oriented parallel or substantially parallel to the rim plane of the tin, wherein the cutting wheel is movable in the radial direction into and out of the cutting position, wherein, in the cutting position, the cutting wheel can be pushed fowards in an engaging manner in the radial direction into the wall of the upper rim of the tin body, wherein a displacement shoulder which pushes the cutting rim outwards is provided on the cutting wheel in the direction of the rim edge of the tin adjoining the cutting edge, characterized in that the swiveling lever can be swiveled via a connecting link control device (13,14) for the purpose of radially adjusting the position of the cutting wheel, and that the cutting wheel is rotatably supported on a swiveling lever.
A neckline gusset for connecting an exterior shell layer of an apparel item to an inner liner layer of the apparel item at a neckline region of the apparel item, the neckline gusset comprising: a textile material having: an outer edge adapted to secure the neckline gusset to a portion of the exterior shell layer of the apparel item at the neckline region; an inner edge adapted to secure the neckline gusset to a portion of the inner liner layer of the apparel item at the neckline region; a first center-front gusset edge connecting the outer edge with the inner edge at a first end of the neckline gusset and adapted to secure the neckline gusset to a first center-front gusset located between the inner liner layer and the exterior shell layer at a first front portion of the apparel item, the first center-front gusset edge having a first curved shape such that a first acute angle is formed between the outer edge and the first center-front gusset edge and a second acute angle is formed between the inner edge and the first center-front gusset edge; and a second center-front gusset edge connecting the outer edge with the inner edge at a second end of the neckline gusset and adapted to secure the neckline gusset to a second center-front gusset located between the inner liner layer and the exterior shell layer at a second front portion of the apparel item, the second center-front gusset edge having a second curved shape such that a third acute angle is formed between the outer edge and the second center-front gusset edge and a fourth acute angle is formed between the inner edge and the second center-front gusset edge.
A system for providing access to restricted content or services at a content provider, comprising the content provider, validation means and a terminal with a SIM card, the SIM card having a first and second protection level linked to a first personal identification number code, PIN1, and a second personal identification number code, PIN2, wherein the PIN1 code linked to the first protection level protects the terminal/SIM being used without permission for normal calls and the second protection level controls administration of individual data, wherein the PIN2 code of the second protection level is used to access a microcontroller based calculation algorithm, and wherein the algorithm calculates an access code, the terminal arranged to provide the content provider with the access code, the access code upon being validated by the validation means at another location or at the content provider, using the same or an inverse algorithm, providing access to the restricted content or services at the content provider, wherein the calculation of the access code is ciphered and personalized by using a unique number stored on the SIM card and the validation is based on the same unique number; the system characterised in that it further comprises means for switching on and off the personalization by the user.
Valve for controlling and/or regulating a steam flow, comprising: a valve seat; a valve body; and a valve drive which, for axial movement of the valve body, interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat, wherein the valve drive and the valve body are decoupled, the valve body is pressed into the valve seat by means of a spring element and, for axial movement of the valve body, the valve drive interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat, the valve drive and the valve body can be moved independently of each other, and the valve drive is spaced apart from the valve body when the valve is closed and comes into contact with the valve body to lift the valve body from the valve seat. a valve seat; a valve body; and a valve drive which, for axial movement of the valve body, interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat, wherein the valve drive and the valve body are decoupled, the valve body is pressed into the valve seat by means of a spring element and, for axial movement of the valve body, the valve drive interacts with the valve body in a force-transmitting manner in order to lift the valve body from the valve seat, the valve drive and the valve body can be moved independently of each other, and the valve drive is spaced apart from the valve body when the valve is closed and comes into contact with the valve body to lift the valve body from the valve seat.
A multiple coil solenoid valve, comprising: a first solenoid coil; and at least a second solenoid coil; characterized in that, the solenoid valve further comprises: a removable cartridge, positioned between the first and second solenoid coils (101A, 101B), the removable cartridge comprising: one or more magnetic cores positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge; and one or more movable armatures movable between a first position and at least a second position, wherein the one or more movable armatures are positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge. a first solenoid coil; and at least a second solenoid coil; characterized in that, the solenoid valve further comprises: a removable cartridge, positioned between the first and second solenoid coils (101A, 101B), the removable cartridge comprising: one or more magnetic cores positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge; and one or more movable armatures movable between a first position and at least a second position, wherein the one or more movable armatures are positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge. a removable cartridge, positioned between the first and second solenoid coils (101A, 101B), the removable cartridge comprising: one or more magnetic cores positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge; and one or more movable armatures movable between a first position and at least a second position, wherein the one or more movable armatures are positioned at least partially between the first and second solenoid coils (101A, 101B) and located within the removable cartridge.
A gas compression system comprising a compressor provided with at least a first cylinder and a second cylinder associated such that a gas to be compressed taken in at an intake pressure in the first cylinder is compressed by taking in a motive gas in the second cylinder, said system comprising means for monitoring the pressure of the motive gas when it is introduced in the second cylinder, characterised in that the monitoring means comprise: - A pressure detector for measuring the pressure of the gas to be compressed when it is taken in in the first cylinder, and - a regulator for adjusting the flow rate of the motive gas in the second cylinder such that the pressure of the gas to be compressed is constant when taken in in the first cylinder. - A pressure detector for measuring the pressure of the gas to be compressed when it is taken in in the first cylinder, and - a regulator for adjusting the flow rate of the motive gas in the second cylinder such that the pressure of the gas to be compressed is constant when taken in in the first cylinder.
A method of controlling a PWM signal generator configured to provide a supply current (I S; I LOAD) to an electrical load, the PWM signal generator generating PWM signals at a first frequency (f PWM), the PWM signals having a duty cycle, the method comprising: - receiving a set point signal indicative of a target value for said supply current (I S; I LOAD), - sensing (20; 20a, 20b) a sensing signal (I X) indicative of a current value for said supply current ((I S; I LOAD), - performing a closed-loop control of said supply current (I S; I LOAD) targeting said target value for said supply current via a controller (14; 141, 142, 143, 144) controlling the duty cycle of the PWM signals generated by the PWM signal generator as a function of the offset of the sensing signal (I X) with respect to the set point signal, wherein the controller circuit (14; 141, 142, 143) comprises at least one signal processing branch (142, 143) operating on discrete-time signals which are updated at a second frequency (f CLK), characterized in that the method comprises selecting said second frequency (f CLK) as a multiple of said first frequency (f PWM) at least one order of magnitude higher than said first frequency (f PWM). - receiving a set point signal indicative of a target value for said supply current (I S; I LOAD), - sensing (20; 20a, 20b) a sensing signal (I X) indicative of a current value for said supply current ((I S; I LOAD), - performing a closed-loop control of said supply current (I S; I LOAD) targeting said target value for said supply current via a controller (14; 141, 142, 143, 144) controlling the duty cycle of the PWM signals generated by the PWM signal generator as a function of the offset of the sensing signal (I X) with respect to the set point signal, wherein
A deep-drawn film packaging comprising a shell formed from a deep-drawn film and a cover film, wherein a plurality of closed portion chambers (4a, 4b, 4c) are formed by arranging at least two deep-drawn intermediate films (3a, 3b) between the cover film and the shell, wherein the portion chambers (4a, 4b, 4c) are separately accessible by separating the two films enclosing the respective portion chamber (4a, 4b, 4c), characterised in that all films adjacent to each other and enclosing a portion chamber (4a, 4b, 4c) are connected to each other by a separable hot-sealing seam.