mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, wherein the method comprises: receiving, by a first mobile device, in a first execution environment, plaintext information entered by a first user, and sending the plaintext information to an advanced execution environment by using a predetermined communications interface, wherein a security and trust level of the advanced execution environment is higher than a security and trust level of the first execution environment; performing, by the first mobile device, in the advanced execution environment, encryption processing on the plaintext information, to obtain ciphertext information; and sending, by the first mobile device, the ciphertext information to a second mobile device; wherein, after the sending, by the first mobile device, the ciphertext information to the second mobile device, when the first user requests to view the ciphertext information, the method further comprises: monitoring in real time, by the first mobile device, whether a fingerprint presented by the first user on a fingerprint sensor is recognized; and if the fingerprint of the first user leaves the fingerprint sensor or the fingerprint recognition fails, stopping a decryption processing, and stopping presenting the plaintext information and destroying the plaintext information. receiving, by a first mobile device, in a first execution environment, plaintext information entered by a first user, and sending the plaintext information to an advanced execution environment by using a predetermined communications interface, wherein a security and trust level of the advanced execution environment is higher than a security and trust level of the first execution environment; performing, by the first mobile device, in the advanced execution environment, encryption processing on the plaintext information, to obtain ciphertext information; and sending, by the first mobile device, the ciphertext information to a second mobile device; wherein, after the sending, by the first mobile device, the ciphertext information to the second mobile device, when the first user requests to view the ciphertext information, the method further comprises: monitoring in real time, by the first mobile device, whether a fingerprint presented by the first user on a fingerprint sensor is recognized; and if the fingerprint of the first user leaves the fingerprint sensor or the fingerprint recognition fails, stopping a decryption processing, and stopping presenting the plaintext information and destroying the plaintext information. monitoring in real time, by the first mobile device, whether a fingerprint presented by the first user on a fingerprint sensor is recognized; and if the fingerprint of the first user leaves the fingerprint sensor or the fingerprint recognition fails, stopping a decryption processing, and stopping presenting the plaintext information and destroying the plaintext information.
A propeller unit of an aircraft, land vehicle or water vehicle having a hydraulic variable-pitch propeller with propeller blades, the pitch/setting angle of which propeller blades is hydraulically adjustable, and having a control apparatus comprising: - a hydraulic oil feed line; - a control line which can be connected to the variable-pitch propeller; - a pressure generating device which is connected to the hydraulic oil feed line and provides hydraulic oil with a basic pressure; - a servo valve which is arranged downstream of the pressure generating device and whose input pressure is the basic pressure and whose output pressure during normal operation defines a control pressure in the control line and which is connected to a controller which delivers a control signal for changing the control pressure; and - pressure reducing means which are arranged downstream of the servo valve and upstream of the control line and which are mechanically actuated and which, in the event of a failure of the servo valve, change the control pressure in the control line, wherein the servo valve has a valve element, the position of said valve element defining the output pressure of the servo valve, and comprises an electromagnetic main actuating device and an electromagnetic reserve actuating device for the valve element, and wherein the reserve actuating device, in the event of a failure of the main actuating device, takes over the function of said main actuating device for operating the valve element, wherein the controller is realised as a FADEC and serves to electronically actuate the servo valve depending on a rotation speed of the variable-pitch propeller. - a hydraulic oil feed line; - a control line which can be connected to the variable-pitch propeller; - a pressure generating device which is connected to the hydraulic oil feed line and provides hydraulic oil with a basic pressure; - a servo valve which is arranged downstream of the pressure generating device and whose input pressure is the basic pressure and whose output pressure during normal operation defines a control pressure in the control line and which is connected to a controller which delivers a control signal for changing the control pressure; and - pressure reducing means which are arranged downstream of the servo valve and upstream of the control line and which are mechanically actuated and which, in the event of a failure of the servo valve, change the control pressure in the control line,
A control method of a refrigerator adopting a linear compressor, comprising: monitoring the temperature of an evaporator of the refrigerator; and if the current temperature of the evaporator of the refrigerator is greater than or equal to a first preset temperature threshold, then invoking a noise reduction mode to actively reduce the heat exchange amount between the evaporator and a compartment of the refrigerator until the current temperature of the evaporator of the refrigerator is smaller than or equal to a second preset temperature threshold, and invoking a cooling mode to resume the normal heat exchange between the evaporator and the compartment of the refrigerator, wherein the first preset temperature threshold is higher than the second preset temperature threshold; characterized by further comprising: in the noise reduction mode, controlling the linear compressor to turn on or turn off according to the temperature in the compartment of the refrigerator, collecting an ambient temperature with a temperature sensor outside the refrigerator compartment, dividing ambient temperature into a plurality of consecutive intervals, setting operation parameters of the linear compressor corresponding to each interval, and operating the linear compressor according to the corresponding operation parameters. monitoring the temperature of an evaporator of the refrigerator; and if the current temperature of the evaporator of the refrigerator is greater than or equal to a first preset temperature threshold, then invoking a noise reduction mode to actively reduce the heat exchange amount between the evaporator and a compartment of the refrigerator until the current temperature of the evaporator of the refrigerator is smaller than or equal to a second preset temperature threshold, and invoking a cooling mode to resume the normal heat exchange between the evaporator and the compartment of the refrigerator, wherein the first preset temperature threshold is higher than the second preset temperature threshold; characterized by further comprising: in the noise reduction mode, controlling the linear compressor to turn on or turn off according to the temperature in the compartment of the refrigerator, collecting an ambient temperature with a temperature sensor outside the refrigerator compartment, dividing ambient temperature into a plurality of consecutive intervals, setting operation parameters of the linear compressor corresponding to each interval, and operating the linear compressor according to the corresponding operation parameters.
Autonomous wireless sensor device, which has: - an energy source, - energy sinks (4a, 4b, 4c) and - switching means (9, 8, 3a, 3b, 3c, 10), by means of which the energy supply to energy sinks is interruptible, characterized in that the switching means have a control unit, which is designed to control the interruption of the energy supply to energy sinks that are not currently required, and the control unit is designed to interrupt the energy supply to the energy sinks that are not currently required by deactivating a DC-DC converter (3a, 3b, 3c) that is arranged upstream of the particular energy sink that is not required. - an energy source, - energy sinks (4a, 4b, 4c) and - switching means (9, 8, 3a, 3b, 3c, 10), by means of which the energy supply to energy sinks is interruptible, characterized in that the switching means have a control unit, which is designed to control the interruption of the energy supply to energy sinks that are not currently required, and the control unit is designed to interrupt the energy supply to the energy sinks that are not currently required by deactivating a DC-DC converter (3a, 3b, 3c) that is arranged upstream of the particular energy sink that is not required.
A method for configuring a drying device in a security printing machine, wherein the printing press has at least one printing unit (19; 23; 19'; 23') printing the printing material in a screen printing process or in the relief printing process, comprising an imaging cylinder (18; 22; 18'; 22') with a plurality of imaging printing elements (25; 25') or groups of imaging printing elements (25; 25') arranged in rows and columns on the circumference which are formed for the case of the screen printing process by ink-permeable regions on the imaging cylinder and in the case of the relief printing process by relief printing subjects, and at whose printing point (06; 07; 06'; 07') the segments of a printing material passing the printing point (06; 07; 06'; 07') are printed in a cycle with a fixed cycle length (L Z) per segment with respect to a printing material feed at the printing point (06; 07; 06'; 07') with a printed image of a printed image length with image elements or image element groups arranged next to one other or in tandem in the grid of several value items, wherein the value items are formed by partial printed images corresponding to individual bank notes or security documents, and wherein the drying device has a dryer (14; 16; 36) arranged downstream of the printing point (06; 07; 06'; 07') in the printing material path and comprising a one or multi-part drying means, by way of which printing materials passing through the dryer (14; 16; 36) are subjected to radiation for the purpose of drying the same in at least one track (t1; ti) running in the transport direction of the printing material, characterized in that the drying device is configured for ongoing or upcoming production such that the printing material passing the dryer (14; 16; 36), in order to be dried, is subjected to radiation in a plurality of tracks (t1; ti) spaced from each other by non-irradiated tracks according to the same switch-on and switch-off sequence extending over a cycle length (L Z), wherein the configuration takes place with regard to a lateral position and/or width of the tracks (ti) to be subjected to radiation by the dryer (14; 16; 36) using product-related data or information I regarding the number and/or size and/or position of value items to be printed next to each other on a print material portion and/or using data which come from a device for image capture and/or evaluation comprised by the printing machine or are provided in parallel to such a device.
Moulding compound comprising polyetheramide based on a subunit 1, composed of at least one linear aliphatic diamine having 5 to 15 carbon atoms and at least one linear aliphatic or aromatic dicarboxylic acid having 6 to 14 carbon atoms, and on a subunit 2, composed of at least one polyether diamine having at least 2.3 carbon atoms per ether oxygen and NH 2 groups at the chain ends, wherein the moulding compound contains at most 2.5% by weight of a rubber containing functional groups, characterized in that the number of carbon atoms from at least one component of subunit 1 selected from diamine and dicarboxylic acid is at least 13 carbon atoms, the number-average molar mass of subunit 2 being 200 to 900 g/mol.
A composition comprising at least two compounds each of which induces indolamine 2,3-dioxygenase, for use in the treatment of an autoimmune disorder or disease, or immune rejection of transplants or gene therapeutically modified cells, wherein the at least two compounds induce IDO by different mechanisms of action, wherein the composition gives rise to a synergistic effect on the IDO level compared to the sum of the IDO level achieved with each of the at least two compounds when used alone, wherein one of the at least two compounds is zebularine and another one of the at least two compounds is selected from the list consisting of interferon gamma, interferon A and human chorionic gonadotropine.
Apparatus for reheating cooked food, comprising: - a container for receiving food to be reheated; - a sensing module; - a heating module; and - a processing unit; wherein the sensing module is provided with: - an emitter arrangement configured to emit at least: - light as first sensing radiation (SRA 1) with a first sensing peak wavelength (SWL 1), and - light as second sensing radiation (SRA 2) with a second sensing peak wavelength (SWL 2); wherein the first and the second sensing radiations have different reflecting characteristics in relation with fat and protein in the food to be reheated; and - a sensor arrangement configured to detect light with the first sensing peak wavelength and light with the second sensing peak wavelength; wherein the light is reflected by the food; and wherein the heating module is configured to provide energy to the food arranged in the container by at least one heating radiation source for heating the food in dependency of a determined fat/protein ratio; wherein the processing unit is configured to determine the fat/protein ratio of the food arranged in the container based on the detected light reflected by the food; wherein the processing unit is configured to determine operating parameters of the heating module; and wherein the processing unit is configured to control the heating radiation source to emit: - light as first heating radiation (HRA 1) with a first heating peak wavelength (HWL 1), and - light as second heating radiation (HRA 2) with a second heating peak wavelength (HWL 2); wherein a power output of the first heating peak wavelength and the second heating peak wavelength is adapted to have a different absorption characteristics relating to fat and protein of the food. - a container for receiving food to be reheated; - a sensing module; - a heating module; and - a processing unit; - an emitter arrangement configured to emit at least: - light as first sensing radiation (SRA 1) with a first sensing peak wavelength (SWL 1), and - light as second sensing radiation (SRA 2) with a second sensing peak wavelength (SWL 2); wherein the first and the second sensing radiations have different reflecting characteristics in relation with fat and protein in the food to be reheated; and - a sensor arrangement configured to detect light with the first sensing peak wavelength and light with the second sensing peak wavelength; wherein the light is reflected by the food; and - light as first heating radiation (HRA 1) with a first heating peak wavelength (HWL 1), and - light as second heating radiation (HRA 2) with a second heating peak wavelength (HWL 2); wherein a power output of the first heating peak wavelength and the second heating peak wavelength is adapted to have a different absorption characteristics relating to fat and protein of the food.
A process for making a pre-filled enema equipped with a supplying end, comprising a protection element designed to protect the supplying end, comprising the following steps: - providing an insert comprising a first end for the coupling with the enema, a second end for the dispensing, and removable protection means, at the second end, - coupling the first end of the insert with the supplying end, - coupling the protection element to the insert, in such a way as to cover the entire volume of the insert, the process being characterized in that each of said steps is performed according to the Blow Fill Seal technique. - providing an insert comprising a first end for the coupling with the enema, a second end for the dispensing, and removable protection means, at the second end, - coupling the first end of the insert with the supplying end, - coupling the protection element to the insert, in such a way as to cover the entire volume of the insert,
Method for maintaining a ventilation device (30, 130, 230) of a railway vehicle (10, 110), said railway vehicle comprising walls (20, 22, 24) defining an outside space and an inside space, said ventilation device comprising: an air inlet duct which passes through one of said walls and opens into the inside space; an air filter arranged in said duct; and a fan capable of blowing air into the inside space through said duct, defining an inlet face and an outlet face of the air filter; the ventilation device further comprising a pressure measuring member (60, 62, 64, 164, 264, 362) capable of measuring a pressure difference (ΔP) between the air of the outside space and the air of the inside space, said inside space being considered in the region of the outlet face of the air filter; the method comprising the following steps: - measuring (400, 402) the pressure difference (ΔP), and - if said pressure difference is greater than a first threshold (ΔP 1), transmitting a first warning signal to a receiver outside the railway vehicle; and - if the pressure difference is greater than a second threshold (ΔP 2), said second threshold being greater than the first threshold, transmitting a second warning signal to a receiver inside the railway vehicle. - measuring (400, 402) the pressure difference (ΔP), and - if said pressure difference is greater than a first threshold (ΔP 1), transmitting a first warning signal to a receiver outside the railway vehicle; and - if the pressure difference is greater than a second threshold (ΔP 2), said second threshold being greater than the first threshold, transmitting a second warning signal to a receiver inside the railway vehicle.
Control method for a pallet truck; wherein the pallet truck is controlled manually while sensor data from at least one sensor of the pallet truck are stored; wherein the pallet truck is controlled autonomously while sensor data from the at least one sensor are captured and compared against the stored sensor data; wherein the pallet truck is controlled autonomously in such a way that the captured sensor data are brought into line with the stored sensor data; wherein the sensor data captured and stored are at least one motion variable of the pallet truck or of a part of the pallet truck; wherein a motion sequence of the pallet truck is reconstructed from the stored sensor data; wherein the pallet truck performs the motion sequence autonomously; wherein the pallet truck performs the motion sequence starting from an initial position in the reconstructed motion sequence; wherein the pallet truck performs the motion sequence inversely, characterized in that the motion sequence encompasses not only a recorded path but also operation of a lifting apparatus or of operating hydraulics, there being provision for an adaptation function for operating the lifting apparatus or the operating hydraulics. the pallet truck is controlled manually while sensor data from at least one sensor of the pallet truck are stored; wherein the pallet truck is controlled autonomously while sensor data from the at least one sensor are captured and compared against the stored sensor data; wherein the pallet truck is controlled autonomously in such a way that the captured sensor data are brought into line with the stored sensor data; wherein the sensor data captured and stored are at least one motion variable of the pallet truck or of a part of the pallet truck; wherein a motion sequence of the pallet truck is reconstructed from the stored sensor data; wherein the pallet truck performs the motion sequence autonomously; wherein the pallet truck performs the motion sequence starting from an initial position in the reconstructed motion sequence; wherein the pallet truck performs the motion sequence inversely, characterized in that the motion sequence encompasses not only a recorded path but also operation of a lifting apparatus or of operating hydraulics, there being provision for an adaptation function for operating the lifting apparatus or the operating hydraulics.
A cooling system for a rotating tool having a tool body and a cutting element (12; 26; 36; 45) having a front and a rear face (16; 39; 47), the system comprising: at least one specific area on the tool body for mounting the cutting element (12; 26; 36; 45); an indirect channel (17; 29) in the tool body for conducting a coolant that is at a temperature that is less than ambient temperature to the rear face (16; 39; 47) of the cutting element (12; 26; 36; 45); a cavity (21; 38; 46) for receiving the coolant from the channel (17; 29); whereby the coolant in the cavity (21; 38; 46) cools the cutting element (12; 26; 36; 45); and, an exhaust port (22; 41) in the cavity (21; 38; 46) and an exhaust outlet (19; 42) formed at the front of the cutting element (12; 26; 36; 45), the exhaust outlet (19; 42) being coupled to the exhaust port (22; 41), whereby coolant flowing into the cavity (21; 38; 46) can be exhausted to atmosphere through the exhaust outlet (19; 42); characterized in that the cavity (21; 38; 46) is formed in the rear face (16; 39; 47) of the cutting element (12; 26; 36; 45), wherein the cooling system further comprises a cryogen comprising the coolant, whereby the coolant is able to reduce the temperature of the cutting element (12; 26; 36; 45) when machining a workpiece using a flow rate that is less than two percent of the flow rate required for synthetic coolants when machining the same workpiece, and wherein the coolant is a two phase flow and uses the latent heat of vaporization of the coolant to remove heat from the cutting element (12; 26; 36; 45). at least one specific area on the tool body for mounting the cutting element (12; 26; 36; 45); an indirect channel (17; 29) in the tool body for conducting a coolant that is at a temperature that is less than ambient temperature to the rear face (16; 39; 47) of the cutting element (12; 26; 36; 45); a cavity (21; 38; 46) for receiving the coolant from the channel (17; 29); whereby the coolant in the cavity (21; 38; 46) cools the cutting element (12; 26; 36; 45); and, an exhaust port (22; 41) in the cavity (21; 38; 46) and an exhaust outlet (19; 42) formed at the front of the cutting element (12; 26; 36; 45), the exhaust outlet (19; 42) being coupled to the exhaust port (22; 41), whereby coolant flowing into the cavity (21; 38; 46) can be exhausted to atmosphere through the exhaust outlet (19; 42); characterized in that the cavity (21; 38; 46) is formed in the rear face (16; 39; 47) of the cutting element (12; 26; 36; 45), wherein the cooling system further comprises a cryogen comprising the coolant, whereby the coolant is able to reduce the temperature of the cutting element (12; 26; 36; 45) when machining a workpiece using a flow rate that is less than two percent of the flow rate required for synthetic coolants when machining the same workpiece, and wherein the coolant is a two phase flow and uses the latent heat of vaporization of the coolant to remove heat from the cutting element (12; 26; 36; 45).