mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling operation of a beverage dispenser, comprising the following steps: - selecting a water recipe from a plurality of water recipes, wherein each water recipe defines a set concentration of minerals to be solved in the water and wherein the water is mineralized based on the water recipe by adding minerals by an mineralization device; - verifying, whether the user is allowed to adjust a user adjustable property of the water to be mineralized by the mineralization device according to water recipe, wherein the user adjustable property comprises at least one of a set temperature of the water to be mineralized and a set carbonization of the water to be mineralized; - preparing the water by at least one water preparation element (110, 112, 116) according to the user adjustable property; and - outputting the mineralized water to a user vessel; further comprising at least one of the following steps: - activating on a display a temperature user interface element for adapting the set temperature of the water to be mineralized in a predetermined temperature range, if the user is allowed to adapt the set temperature within the predetermined temperature range; and - activating on the display a carbonization user interface element for adapting the set carbonization of the water to be mineralized in a predetermined CO 2 concentration range, if the user is allowed to adapt the set carbonization within the predetermined CO 2 concentration range. - selecting a water recipe from a plurality of water recipes, wherein each water recipe defines a set concentration of minerals to be solved in the water and wherein the water is mineralized based on the water recipe by adding minerals by an mineralization device; - verifying, whether the user is allowed to adjust a user adjustable property of the water to be mineralized by the mineralization device according to water recipe, wherein the user adjustable property comprises at least one of a set temperature of the water to be mineralized and a set carbonization of the water to be mineralized; - preparing the water by at least one water preparation element (110, 112, 116) according to the user adjustable property; and - outputting the mineralized water to a user vessel; further comprising at least one of the following steps: - activating on a display a temperature user interface element for adapting the set temperature of the water to be mineralized in a predetermined temperature range, if the user is allowed to adapt the set temperature within the predetermined temperature range; and - activating on the display a carbonization user interface element for adapting the set carbonization of the water to be mineralized in a predetermined CO 2 concentration range, if the user is allowed to adapt the set carbonization within the predetermined CO 2 concentration range.
Impact absorbing system for motor vehicle, intended to be interposed between a longitudinal beam and a transverse impact beam, comprising: - an absorbing element that is able to irreversibly disintegrate at least partially in reaction to an impact; - a connecting element comprising at least one wall having an end intended to be secured to the impact beam and another end intended to be secured to the longitudinal beam, the wall having a programmed zone of mechanical weakness that allows the wall to fold in the event of an impact, wherein the absorbing element comprises at least one layer of composite material having a plastic matrix and reinforcement elements, characterised in that the reinforcement elements are unidirectional fibres oriented in a direction not parallel to a longitudinal direction of the vehicle. - an absorbing element that is able to irreversibly disintegrate at least partially in reaction to an impact; - a connecting element comprising at least one wall having an end intended to be secured to the impact beam and another end intended to be secured to the longitudinal beam, the wall having a programmed zone of mechanical weakness that allows the wall to fold in the event of an impact,
An application association processing method performed by an apparatus, comprising: detecting a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching the application icon to an editable state, wherein the editable state is a premode for searching for an associated control icon or the editable state is a state where the application icon can be deleted or moved; detecting a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying the visual control corresponding to the associated control icon on the display interface. detecting a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching the application icon to an editable state, wherein the editable state is a premode for searching for an associated control icon or the editable state is a state where the application icon can be deleted or moved; detecting a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying the visual control corresponding to the associated control icon on the display interface.
A tissue removal system for extracting a tissue specimen from a patient, the system comprising: a tissue retrieval bag having a flexible container with an opening; a first electrode set having a plurality of electrodes removably coupled to an interior of the flexible container, each of the plurality of electrodes having a conductive wire with a load-bearing area, at least one of the plurality of electrodes having a degradable high impedance coating, an exposure area, and a first active electrode surface area, the first active electrode surface area less than the exposure area; and a return electrode; characterized in that the tissue removal system further comprises: a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set, a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force. a tissue retrieval bag having a flexible container with an opening; a first electrode set having a plurality of electrodes removably coupled to an interior of the flexible container, each of the plurality of electrodes having a conductive wire with a load-bearing area, at least one of the plurality of electrodes having a degradable high impedance coating, an exposure area, and a first active electrode surface area, the first active electrode surface area less than the exposure area; and a return electrode; characterized in that the tissue removal system further comprises: a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set, a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force. a second electrode set having a plurality of electrodes removably coupled to the interior of the flexible container; an actuator having a first pull assembly coupled to a proximal portion of the first electrode set and configured to apply a first pull force on the first electrode set, a second pull assembly coupled to a proximal portion of the second electrode set and configured to apply a second pull force on the second electrode set; wherein the actuator is configured to commence applying the first pull force prior to commencing applying the second pull force.
A signal processing device, wherein the signal processing device is configured to process an analog input signal from a sensor and to deliver a notification signal to a control device, the signal processing device comprises: an A/D conversion part configured to convert the analog input signal from the sensor into a digital signal cyclically; a control part, wherein the A/D conversion part is configured to transmit the digital signal to the control part; characterized in that the control part comprises: a signal state determination part configured to determine based on the received digital signal, for the analog input signal, whether an over-range or under-range state lasts longer than a predetermined time; and a notification part configured to notify the control device that the over-range or under-range state occurs when the signal state determination part determines that the state lasts longer than the predetermined time. an A/D conversion part configured to convert the analog input signal from the sensor into a digital signal cyclically; a control part, wherein the A/D conversion part is configured to transmit the digital signal to the control part; characterized in that the control part comprises: a signal state determination part configured to determine based on the received digital signal, for the analog input signal, whether an over-range or under-range state lasts longer than a predetermined time; and a notification part configured to notify the control device that the over-range or under-range state occurs when the signal state determination part determines that the state lasts longer than the predetermined time. a signal state determination part configured to determine based on the received digital signal, for the analog input signal, whether an over-range or under-range state lasts longer than a predetermined time; and a notification part configured to notify the control device that the over-range or under-range state occurs when the signal state determination part determines that the state lasts longer than the predetermined time.
A method of operating a terminal in a wireless communication system, comprising: receiving (316, 412) from a network multiple sets of at least one parameter value for a token bucket rate control algorithm based on load conditions in the system, wherein each set of the at least one parameter value is applicable for a different priority, and wherein the token bucket rate control algorithm uses past activities of the terminal to regulate use of a shared access channel by the terminal and wherein at least one parameter value comprises at least one of a token inflow rate and a maximum bucket level for token bucket; and using (318, 414) the shared access channel in accordance with a set of at least one parameter value for the token bucket rate control algorithm applicable for the priority of the terminal. receiving (316, 412) from a network multiple sets of at least one parameter value for a token bucket rate control algorithm based on load conditions in the system, wherein each set of the at least one parameter value is applicable for a different priority, and wherein the token bucket rate control algorithm uses past activities of the terminal to regulate use of a shared access channel by the terminal and wherein at least one parameter value comprises at least one of a token inflow rate and a maximum bucket level for token bucket; and using (318, 414) the shared access channel in accordance with a set of at least one parameter value for the token bucket rate control algorithm applicable for the priority of the terminal.
Cooking system comprising at least one cooking appliance that has at least one microwave heat source, and comprising at least one cooking container for receiving food, the cooking appliance comprising at least one cooking chamber that has at least one muffle and at least one support device arranged on the muffle for positioning the cooking container in the cooking chamber, and the cooking container having at least one base, at least four side walls arranged transversely to the base and comprising at least two opposing longitudinal sides and at least two opposing broad sides and, at transitions from the broad side to the longitudinal side, at least four corners and at least one container edge arranged on one side wall and comprising at least one side edge projecting outwards from the longitudinal side, and the support device having at least two horizontally extending rods, which are arranged at the same height on opposing side walls of the muffle, and each of the rods being suitable and designed for being used as a guide for a side edge, the side edge resting against the relevant rod at least in part, the corners having on the side walls at least one rounded portion and the corners each having on the container edge at least one rounded portion, the cooking container being made of a metal material, characterised in that, in order to maintain a minimum spacing between the cooking container and the muffle, the corners have on the side walls at least one rounded portion having an internal radius of at most 30 mm and the corners each have on the container edge at least one rounded portion having an external radius of at least 30 mm.
A fluid transfer assembly for repairing a membrane filtration module wherein the membrane filtration module is a hollow fiber filtration module comprising hollow fiber membranes, in fluid communication with a plurality of additional membrane filtration modules, the fluid transfer assembly comprising a sleeve having a fluid communication passageway in the form of a throughbore to transfer fluid from the membrane filtration module, the sleeve being at least partly insertable into an open ended housing of the membrane filtration module that defines a filtrate collection chamber, and which comprises a filtrate port to be sealed, and a first sealing member configured to fluidly isolate a filtrate port of the membrane filtration module from the throughbore and a second sealing member configured to fluidly isolate a filtrate port of the membrane filtration module from the throughbore, the first sealing member and the second sealing member arranged on an outer side of the sleeve, the first sealing member being located on a first side of the filtrate port when the sleeve sealingly engages the membrane filtration module and the second sealing member being located on a second side of the filtrate port when the sleeve sealingly engages the filtration module, wherein the second side of the filtrate port is on the opposing side of the filtrate port to the first side; wherein the sleeve has a cross-sectional complementary to an inner cross-section of an open-ended housing of the membrane filtration module; and wherein the sleeve has a length approximate to a length of an upper header housing of the membrane filtration module.
Transmission, in particular multiple-stage transmission, for a motor vehicle, comprising a housing, a drive shaft, an output shaft, at least four planetary gear stages (GP1, GP2, GP3, GP4), the planetary gear stages (GP1, GP2, GP3, GP4) in each case having a sun gear (101, 102, 103, 104), a planet (111, 112, 113, 114), a planetary carrier (121, 122, 123, 124) and an internal gear (131, 132, 133, 134), and a plurality of shifting elements (K1, K2, K3, K4, B1, B2) in the form of at least four clutches (K1, K2, K3, K4) and at least two brakes (B1, B2), characterized in that - the drive shaft is connected to the planetary carrier of the second planetary gear set, - the drive shaft can be connected via the first clutch to the sun gear of the fourth planetary gear set, - the sun gear of the first planetary gear set is connected to the sun gear of the second planetary gear set and the first brake, - the planetary carrier of the first planetary gear set is connected to the internal gear of the fourth planetary gear set, and is connected via the fourth clutch to the planetary carrier of the third planetary gear set, - the internal gear of the first planetary gear set is connected to a second brake, - the planetary carrier of the fourth planetary gear set is connected to the output shaft, characterized in that - the drive shaft can be connected via the first and the third clutch to the internal gear of the third planetary gear set and via the first clutch, the third clutch and the second clutch to the sun gear of the third planetary gear set and the internal gear of the second planetary gear set. - the drive shaft is connected to the planetary carrier of the second planetary gear set, - the drive shaft can be connected via the first clutch to the sun gear of the fourth planetary gear set, - the sun gear of the first planetary gear set is connected to the sun gear of the second planetary gear set and the first brake, - the planetary carrier of the first planetary gear set is connected to the internal gear of the fourth planetary gear set, and is connected via the fourth clutch to the planetary carrier of the third planetary gear set, - the internal gear of the first planetary gear set is connected to a second brake, - the planetary carrier of the fourth planetary gear set is connected to the output shaft, characterized in that - the drive shaft can be connected via the first and the third clutch to the internal gear of the third planetary gear set and via the first clutch, the third clutch and the second clutch to the sun gear of the third planetary gear set and the internal gear of the second planetary gear set.
A method for updating software and/or firmware in electronic medical appliances, wherein the medical appliance is a ventilator in which, in the area of an appliance housing comprising a control panel and a display, a breathing gas pump is arranged in an appliance interior and a connection tube is connected via a coupling and, for enabling data transmission, the appliance housing has an interface via which data are input and/or output and the ventilator has a rewritable storage unit for storing an updated version of the software and/or firmware, containing the steps of: (a) providing the software and/or firmware for updating with the aid of an update means; (b) the ventilator communicating with the update means; (c) if communication has taken place: transmitting the update from the update means to the ventilator; (d) writing the update to a rewritable storage unit; (e) verifying the update as a valid version and identifying the previous version as invalid; (f) running the updated software and/or firmware, characterized in that, via a modem or another interface, recorded data are transmitted to the doctor, and abnormalities, operating hours or other data for ensuring proper function are transmitted to the user or to the maintenance/customer service, as required, wherein the ventilator additionally contains a permanent storage, including instructions which are carried out after the update and whereupon the rewritable storage unit is searched for updated software and/or firmware which is subsequently loaded and run, wherein the ventilator has a microcontroller comprising a storage unit and the microcontroller can be controlled via a data connection, as follows: (a) sending a signal to the microcontroller to cause the microcontroller to reset; (b) providing a flash program containing new firmware for writing the new firmware to the microcontroller, (c) wherein the program entry point is written at a defined position in the microcontroller, which position is first read out when the reset has ended. (a) providing the software and/or firmware for updating with the aid of an update means; (b) the ventilator communicating with the update means; (c) if communication has taken place: transmitting the update from the update means to the ventilator; (d) writing the update to a rewritable storage unit; (e) verifying the update as a valid version and identifying the previous version as invalid; (f) running the updated software and/or firmware,
A crystalline form of Compound: comprising Form H-1, wherein said Form H-1 is characterized by: a) a powder x-ray diffraction pattern comprising five or more 2θ values (CuKα λ=1.5418 Å) selected from: 3.3±0.2; 6.7±0.2; 10.0±0.2; 11.8±0.2; 13.3±0.2; 14.7±0.2; 15.8±0.2; 16.6±0.2; 21.2±0.2; and 22.1+0.2, wherein the powder x-ray diffraction pattern of said crystalline form is measured at a temperature of about 25°C; b) unit cell parameters substantially equal to the following: Cell dimensions: a = 7.8283 (2Å) b = 10.0489 (2Å) c = 53.114 (Å) α = 90.0° β = 90.0° γ = 90.0° Space group: Pbca Molecules of Compound /asymmetric unit: 8 Volume.= 4178.3 (2Å 3) Density (calculated) = 1.493 g/cm 3, wherein the unit cell parameters of said crystalline form are measured at a temperature of about 25°C; c) a melting point in the range of about 298 °C; and/or d) a thermogravimetric analysis thermogram having weight loss in the range of from about 3.9 to about 4.4 weight % upon heating to a temperature of about 210°C. a) a powder x-ray diffraction pattern comprising five or more 2θ values (CuKα λ=1.5418 Å) selected from: 3.3±0.2; 6.7±0.2; 10.0±0.2; 11.8±0.2; 13.3±0.2; 14.7±0.2; 15.8±0.2; 16.6±0.2; 21.2±0.2; and 22.1+0.2, wherein the powder x-ray diffraction pattern of said crystalline form is measured at a temperature of about 25°C; b) unit cell parameters substantially equal to the following: Cell dimensions: a = 7.8283 (2Å) b = 10.0489 (2Å) c = 53.114 (Å) α = 90.0° β = 90.0° γ = 90.0° Space group: Pbca Molecules of Compound /asymmetric unit: 8 Volume.= 4178.3 (2Å 3) Density (calculated) = 1.493 g/cm 3, wherein the unit cell parameters of said crystalline form are measured at a temperature of about 25°C; Space group: Pbca Molecules of Compound /asymmetric unit: 8 Volume.= 4178.3 (2Å 3) Density (calculated) = 1.493 g/cm 3, c) a melting point in the range of about 298 °C; and/or d) a thermogravimetric analysis thermogram having weight loss in the range of from about 3.9 to about 4.4 weight % upon heating to a temperature of about 210°C.