mhurhangee/ep-ind-claims huggingface dataset:
Protective device for a measuring apparatus, which can be arranged on a tripod, having: ▪ a housing having a threaded hole and a threaded pin, wherein the threaded hole is provided in a housing lower side of the housing and the threaded pin is provided in a housing upper side of the housing, ▪ an airbag (14; 51), which surrounds a cylindrical interior space (31; 58) in the inflated state and has an impact chamber (33; 54) via which energy is introduced into the airbag (14; 51) on an impact, ▪ a filling device having at least one gas-filled gas container, a control device and an energy source, and ▪ a connecting line, which connects the airbag (14; 51) and the filling device for gas exchange, wherein the airbag (14; 51), the filling device and the connecting line are arranged in the interior of the housing, characterized in that the airbag (14; 51) has a first stabilization chamber (32; 53) stabilizing the shape of the airbag, and a second stabilization chamber (34; 55), wherein the first stabilization chamber (32; 53) and the impact chamber (33; 54) are connected for gas exchange, and the impact chamber (33; 54) and the second stabilization chamber (34; 55) are connected for gas exchange, and, in the inflated state, the impact chamber projects relative to the first stabilization chamber (32; 53) and relative to the second stabilization chamber (32; 53) on the outside of the airbag (14; 51). ▪ a housing having a threaded hole and a threaded pin, wherein the threaded hole is provided in a housing lower side of the housing and the threaded pin is provided in a housing upper side of the housing, ▪ an airbag (14; 51), which surrounds a cylindrical interior space (31; 58) in the inflated state and has an impact chamber (33; 54) via which energy is introduced into the airbag (14; 51) on an impact, ▪ a filling device having at least one gas-filled gas container, a control device and an energy source, and ▪ a connecting line, which connects the airbag (14; 51) and the filling device for gas exchange, wherein the airbag (14; 51), the filling device and the connecting line are arranged in the interior of the housing,
An inter-layer prediction method of an image including a plurality of layers, the method comprising: decoding indicator information, indicating whether maximum temporal sub-layer information exists; decoding reference relation information indicating direct dependencies between layers; when the indicator information indicates that the maximum temporal sub-layer information exists, decoding the maximum temporal sub-layer information for a first layer with respect to a second layer that is indicated as using the first layer as a direct reference based on the reference relation information; deriving a reference picture from the first layer to be used for inter-layer prediction of a current picture of the second layer based on the maximum temporal sub-layer information for the first layer with respect to the second layer; and performing the inter-layer prediction of the current picture based on the reference picture, wherein the maximum temporal sub-layer information for the first layer with respect to the second layer indicates a maximum temporal identifier for the first layer with respect to the second layer, and a picture of the first layer having a temporal identifier greater than the maximum temporal identifier is not used for the inter-layer prediction of the current picture of the second layer, wherein a picture of the first layer having a temporal identifier equal to or smaller than the maximum temporal identifier is used for the inter-layer prediction of the current picture of the second layer, wherein the indicator information, and the maximum temporal sub-layer information are decoded from a video parameter set. decoding indicator information, indicating whether maximum temporal sub-layer information exists; decoding reference relation information indicating direct dependencies between layers; when the indicator information indicates that the maximum temporal sub-layer information exists, decoding the maximum temporal sub-layer information for a first layer with respect to a second layer that is indicated as using the first layer as a direct reference based on the reference relation information; deriving a reference picture from the first layer to be used for inter-layer prediction of a current picture of the second layer based on the maximum temporal sub-layer information for the first layer with respect to the second layer; and performing the inter-layer prediction of the current picture based on the reference picture, wherein the maximum temporal sub-layer information for the first layer with respect to the second layer indicates a maximum temporal identifier for the first layer with respect to the second layer, and a picture of the first layer having a temporal identifier greater than the maximum temporal identifier is not used for the inter-layer prediction of the current picture of the second layer, wherein a picture of the first layer having a temporal identifier equal to or smaller than the maximum temporal identifier is used for the inter-layer prediction of the current picture of the second layer, wherein the indicator information, and the maximum temporal sub-layer information are decoded from a video parameter set.
A method of processing Municipal Solid Waste comprising the steps of - providing a stream of unsorted MSW to a microbial fermentation reactor in which the MSW is fermented with agitation at a non-water content of between 10 and 50% by weight and at a temperature of between 35 and 75 degrees C for a period of between 1 and 72 hours, under conditions sufficient to maintain a live lactic acid bacteria concentration of at least 1.0 x 10^10 CFU/L, wherein a microbially-derived cellulase activity of at least 30 FPU/L is provided by a microbial consortium providing microbial fermentation, and - removing a stream of fermented unsorted MSW from the reactor and subjecting it to a separation step whereby non-degradable solids are removed to provide a slurry of bio-degradable components. - providing a stream of unsorted MSW to a microbial fermentation reactor in which the MSW is fermented with agitation at a non-water content of between 10 and 50% by weight and at a temperature of between 35 and 75 degrees C for a period of between 1 and 72 hours, under conditions sufficient to maintain a live lactic acid bacteria concentration of at least 1.0 x 10^10 CFU/L, wherein a microbially-derived cellulase activity of at least 30 FPU/L is provided by a microbial consortium providing microbial fermentation, and - removing a stream of fermented unsorted MSW from the reactor and subjecting it to a separation step whereby non-degradable solids are removed to provide a slurry of bio-degradable components.
An electric motor comprising: a stator that has a stator winding wound on a stator iron core; a rotor including: a rotating body facing the stator and holding magnets; and a rotating shaft having the rotating body fastened thereto so as to penetrate through a center of the rotating body; a bearing for journaling the rotating shaft; and two conductive brackets (17, 19) for fixing the bearing, wherein the rotating body is formed of an outer iron core constituting the outer periphery of the rotating body, an inner iron core constituting the inner periphery fastened to the shaft, and a dielectric layer being arranged between the inner iron core and the outer iron core so as to electrically insulate and separate between the inner iron core and the outer iron core, characterized in that: the dielectric layer has a polygonal shape with the rotating shaft at a center thereof, a number of corners of the polygon of the dielectric layer is equal to a number of magnetized poles of the magnets held in the rotating body; and the rotating body has a plurality of insertion holes penetrating through the outer iron core (31 b) arranged on an outer peripheral side of the dielectric layer, and the magnets are inserted in each of the insertion holes; wherein each vertex of the polygon of the dielectric layer is placed correspondingly to a center between poles magnetized in the magnet held in the rotating body with the rotating shaft at the center. a stator that has a stator winding wound on a stator iron core; a rotor including: a rotating body facing the stator and holding magnets; and a rotating body facing the stator and holding magnets; and a rotating shaft having the rotating body fastened thereto so as to penetrate through a center of the rotating body; a bearing for journaling the rotating shaft; and two conductive brackets (17, 19) for fixing the bearing, the dielectric layer has a polygonal shape with the rotating shaft at a center thereof, a number of corners of the polygon of the dielectric layer is equal to a number of magnetized poles of the magnets held in the rotating body; and the rotating body has a plurality of insertion holes penetrating through the outer iron core (31 b) arranged on an outer peripheral side of the dielectric layer, and the magnets are inserted in each of the insertion holes;
A method comprising: configuring a local network element as an autonomic registrar for a designated network domain; establishing an autonomic control plane, ACP, between the local network element and one or more remote network elements identified by the local network element as a remote neighbor; and designating a locally-defined subnet at the local network element to be extended to each of the one or more remote network elements; the method being characterized in that it further comprises: executing an ACP command at the local network element, wherein the executing includes sending a message to each of the one or more remote network elements, the message including information regarding the designated locally-defined subnet; wherein the information included in the message is adapted to configure each of the remote network elements to auto-resolve Locator/Identifier Separation Protocol, LISP, configuration of the remote network element, thereby enabling the designated locally-defined subnet to be extended to each of the one or more remote network elements. configuring a local network element as an autonomic registrar for a designated network domain; establishing an autonomic control plane, ACP, between the local network element and one or more remote network elements identified by the local network element as a remote neighbor; and designating a locally-defined subnet at the local network element to be extended to each of the one or more remote network elements; executing an ACP command at the local network element, wherein the executing includes sending a message to each of the one or more remote network elements, the message including information regarding the designated locally-defined subnet; wherein the information included in the message is adapted to configure each of the remote network elements to auto-resolve Locator/Identifier Separation Protocol, LISP, configuration of the remote network element, thereby enabling the designated locally-defined subnet to be extended to each of the one or more remote network elements.
A method performed at a user device of providing user access to a remote device, said method comprising: detecting said remote device by receiving a signal from said remote device; identifying at least one characteristic of said detected remote device; generating and transmitting an access signal for accessing data from said remote device; generating and displaying an interface in accordance with said identified at least one characteristic of said remote device; wherein said steps of detecting and identifying said remote device comprise receiving and analysing a reflected electromagnetic signal from said remote device and said step of identifying at least one characteristic of said remote device comprises performing pattern matching of said reflected electromagnetic signal with patterns stored in association with remote device identifying data. detecting said remote device by receiving a signal from said remote device; identifying at least one characteristic of said detected remote device; generating and transmitting an access signal for accessing data from said remote device; generating and displaying an interface in accordance with said identified at least one characteristic of said remote device; wherein said steps of detecting and identifying said remote device comprise receiving and analysing a reflected electromagnetic signal from said remote device and said step of identifying at least one characteristic of said remote device comprises performing pattern matching of said reflected electromagnetic signal with patterns stored in association with remote device identifying data.
An electronic device comprising: a microphone to receive audio; a communicator; a memory configured to store computer-executable instructions; and a processor configured to execute the computer-executable instructions to: determine whether the received audio includes a predetermined trigger word, based on determining that the predetermined trigger word is included in the received audio, activate a speech recognition function of the electronic device, detect a movement of a user while the speech recognition function is activated based on a signal-to-noise ratio of the received audio, and based on detecting the movement of the user, transmit a control signal, to a second electronic device to activate a speech recognition function of the second electronic device. a microphone to receive audio; a communicator; a memory configured to store computer-executable instructions; and a processor configured to execute the computer-executable instructions to: determine whether the received audio includes a predetermined trigger word, based on determining that the predetermined trigger word is included in the received audio, activate a speech recognition function of the electronic device, detect a movement of a user while the speech recognition function is activated based on a signal-to-noise ratio of the received audio, and determine whether the received audio includes a predetermined trigger word, based on determining that the predetermined trigger word is included in the received audio, activate a speech recognition function of the electronic device, detect a movement of a user while the speech recognition function is activated based on a signal-to-noise ratio of the received audio, and based on detecting the movement of the user, transmit a control signal, to a second electronic device to activate a speech recognition function of the second electronic device.
A composition comprising, by weight: (i) from 0.1 % to 20 % of at least one vegetable oil; (ii) from 37.5 % to 60 % of hot melt adhesive(s) containing styrene-isoprene-styrene and styrene-isoprene block copolymers; (iii) from 30 % to 35 % of one or more hydrocolloid(s); and (iv) from 0 to 17.5 % of polyisobutene. (i) from 0.1 % to 20 % of at least one vegetable oil; (ii) from 37.5 % to 60 % of hot melt adhesive(s) containing styrene-isoprene-styrene and styrene-isoprene block copolymers; (iii) from 30 % to 35 % of one or more hydrocolloid(s); and (iv) from 0 to 17.5 % of polyisobutene.
Method for controlling valves (14a-14j) of a spray boom of an agricultural spreading machine, comprising the steps of: - generating valve-specific voltage signals (U a, U e) for controlling a plurality of valves (14a-14j) arranged on the spray boom; and - providing the valve-specific voltage signals (U a, U e) to the respective valves (14a-14j), characterized in that the generated valve-specific voltage signals (U a, U e) are pulse width modulated and each has a valve-specific duty cycle (D a -D j), wherein the duty cycle corresponds to the quotient of pulse duration and period duration, wherein the valve-specific duty cycles (D a -D j) compensate for, or at least reduce, the influences on the valve-specific flow rate of spray liquid which depend on the position of the respective valves (14a-14j) on the spray boom, wherein the duty cycles of each individual or all voltage signals differ from one another, despite identical target flow rates of spray liquid. - generating valve-specific voltage signals (U a, U e) for controlling a plurality of valves (14a-14j) arranged on the spray boom; and - providing the valve-specific voltage signals (U a, U e) to the respective valves (14a-14j), characterized in that the generated valve-specific voltage signals (U a, U e) are pulse width modulated and each has a valve-specific duty cycle (D a -D j), wherein the duty cycle corresponds to the quotient of pulse duration and period duration, wherein the valve-specific duty cycles (D a -D j) compensate for, or at least reduce, the influences on the valve-specific flow rate of spray liquid which depend on the position of the respective valves (14a-14j) on the spray boom, wherein the duty cycles of each individual or all voltage signals differ from one another, despite identical target flow rates of spray liquid.
A beverage production device comprising: - a beverage production chamber designed to have a liquid interact with a beverage ingredient, - a pump for pumping the liquid, - a heater for heating the pumped liquid, wherein the heater comprises: a chamber presenting an inlet for the introduction of the liquid and an outlet for the discharge of the liquid, a heating body contained in the chamber, wherein the chamber of the heater comprises an outlet for the discharge of air, said air outlet being arranged at a position higher than the liquid outlet with respect to the horizontal, characterised in that: - the liquid outlet is placed at the top side of the heater chamber. - a beverage production chamber designed to have a liquid interact with a beverage ingredient, - a pump for pumping the liquid, - a heater for heating the pumped liquid, wherein the heater comprises: a chamber presenting an inlet for the introduction of the liquid and an outlet for the discharge of the liquid, a heating body contained in the chamber, wherein the chamber of the heater comprises an outlet for the discharge of air, said air outlet being arranged at a position higher than the liquid outlet with respect to the horizontal, a chamber presenting an inlet for the introduction of the liquid and an outlet for the discharge of the liquid, a heating body contained in the chamber, wherein the chamber of the heater comprises an outlet for the discharge of air, said air outlet being arranged at a position higher than the liquid outlet with respect to the horizontal, - the liquid outlet is placed at the top side of the heater chamber.
Closable opening device for a container produced from plastics sheet material, comprising a lower part with a cylindrical spout and with a flange, for fastening on the container, and also comprising a screw cap which is connected for screwing action to the lower part, and further comprising a cylindrical cutting element with an external thread, wherein the cutting element is open at either end, as seen in the axial direction, and runs into an internal thread in the spout of the lower part, wherein at least one driver is present in the screw cap and, when the screw cap is unscrewed for the first time, this driver moves the cutting element, with at least one driver fitted therein, helically downwards, and wherein the cylindrical cutting element has at least one cutting tooth on the lower periphery, characterized in that the spout has at least a first rotation-prevention means (5, 50), which secures the cutting element within the spout in the position in which the cutting element is located immediately after the screw cap has been unscrewed from the lower part for the first time, the movement of the cutting element relative to the lower part being prevented as a result, wherein the first rotation-prevention means (5, 50) is an elevation, which is directed towards the centre of the spout and interacts in a form-fitting and/or force-fitting manner with a recess on the cutting element.
A process for the preparation of a stable and homogeneous liquid composition that is suitable for enteral administration comprising a digestive enzyme product which is pancrelipase and nutrients from a nutritional formula, said process comprising the following steps: a) preparing a suspension of digestive enzymes in aqueous solution comprising the step of: a.1) reducing the size of the digestive enzyme product by crushing, pulverizing or mashing; a.2) adding an aqueous solution; a.3) mixing to form the suspension; and a.4) keeping it for a period of time greater than 5 minutes; and b) mixing the suspension with a liquid nutritional formula to form the stable and homogeneous liquid composition; wherein the nutritional formula has a total fat and protein and carbohydrate nutrient content from 10 to 35 g /100 mL, or has a total fat and protein nutrient content from 4.5 to 11.5 g /100 mL, or has a total fat nutrient content from 3.0 to 7.0 g /100 mL, or has a total protein nutrient content from 1.3 to 6.3 g /100 mL, wherein the aqueous solution of step a.2) is selected from the list consisting of: purified water; deionized water; sterile water; tap water; and physiological saline solution, and wherein the aqueous solution of step a.2) is added in amount of less than 10 mL. a) preparing a suspension of digestive enzymes in aqueous solution comprising the step of: a.1) reducing the size of the digestive enzyme product by crushing, pulverizing or mashing; a.2) adding an aqueous solution; a.3) mixing to form the suspension; and a.4) keeping it for a period of time greater than 5 minutes; and a.1) reducing the size of the digestive enzyme product by crushing, pulverizing or mashing; a.2) adding an aqueous solution; a.3) mixing to form the suspension; and a.4) keeping it for a period of time greater than 5 minutes; and b) mixing the suspension with a liquid nutritional formula to form the stable and homogeneous liquid composition; purified water; deionized water; sterile water; tap water; and physiological saline solution, and wherein the aqueous solution of step a.2) is added in amount of less than 10 mL.
A coil spring suspension for a handlebar-steered vehicle comprising: a first tube having first and second ends (46, 65); characterized in that the suspension further comprises: a coil spring having first and second ends (44, 52), the first end of the coil spring disposed within the first tube and fixedly supported proximate the first end of the first tube, the coil spring extending beyond the second end of the first tube in an unloaded position; a shaft fixedly supporting the second end of the coil spring, the shaft and the first tube slidably displaced relative to each other upon suspension loading to lengthwise compress the coil spring; and a guide disposed within and slidably supported along an inner diameter of the first tube and connected to the coil spring between the first and second ends (44, 52) of the coil spring, the guide displaced with the coil spring under suspension loading and limiting lateral displacement of the coil spring, wherein the guide includes an opening slidably receiving and guiding the shaft within the first tube. a first tube having first and second ends (46, 65); a coil spring having first and second ends (44, 52), the first end of the coil spring disposed within the first tube and fixedly supported proximate the first end of the first tube, the coil spring extending beyond the second end of the first tube in an unloaded position; a shaft fixedly supporting the second end of the coil spring, the shaft and the first tube slidably displaced relative to each other upon suspension loading to lengthwise compress the coil spring; and a guide disposed within and slidably supported along an inner diameter of the first tube and connected to the coil spring between the first and second ends (44, 52) of the coil spring, the guide displaced with the coil spring under suspension loading and limiting lateral displacement of the coil spring, wherein the guide includes an opening slidably receiving and guiding the shaft within the first tube.