mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for making a frozen confectionery product by rotary vertical extrusion into a container (60, 62), said apparatus comprising - a nozzle - at least one ice-cream passage (20, 22) with at least one inlet port (24, 26) and an outlet port, - at least one chocolate passage (30, 32) with at least an inlet port (34, 36) and an outlet port (38, 38'), wherein the outlet ports (28, 38, 28') are provided in the nozzle and have elongated cross-sections, and wherein the chocolate outlet port (38, 38') extends in parallel to the ice cream outlet port, so as to form an annular or helical chocolate layer (44, 46) upon rotation of the nozzle and the container with respect to each other, wherein at least two chocolate outlet ports (38, 38') are provided, and wherein the chocolate passage (30, 32) is insulated from the ice-cream passage (20, 22) and joins the ice-cream passage only at the outlet port. - a nozzle - at least one ice-cream passage (20, 22) with at least one inlet port (24, 26) and an outlet port, - at least one chocolate passage (30, 32) with at least an inlet port (34, 36) and an outlet port (38, 38'),
A method of selectively employing acknowledgment in a remote control that transmits signals to an electronic device over a communication link, the method comprising: processing at least one indication of communication quality of the communication link between the remote control and the electronic device; after processing the at least one indication, transmitting a message from the remote control over the communication link to the electronic device; wherein the message includes an acknowledgment request if the processing of the at least one indication signifies that the communication quality of the communication link is below a predetermined level; and a receiver of the remote control is activated after the transmission of the message to receive an acknowledgement of the message; and wherein the message does not include an acknowledgment request if the processing of the at least one indication signifies that the communication quality of the link at least attains the predetermined level, and if no acknowledgements of the message are expected, the receiver of the remote control is deactivated. processing at least one indication of communication quality of the communication link between the remote control and the electronic device; after processing the at least one indication, transmitting a message from the remote control over the communication link to the electronic device; wherein the message includes an acknowledgment request if the processing of the at least one indication signifies that the communication quality of the communication link is below a predetermined level; and a receiver of the remote control is activated after the transmission of the message to receive an acknowledgement of the message; and wherein the message does not include an acknowledgment request if the processing of the at least one indication signifies that the communication quality of the link at least attains the predetermined level, and if no acknowledgements of the message are expected, the receiver of the remote control is deactivated.
Method for controlling a headlight of a motor vehicle, comprising the steps of: determining whether the motor vehicle is reversing; measuring a position of an obstacle within a detection range of a rear end proximity sensor of a set of proximity sensors (9,10) of the motor vehicle; calculating a path of the obstacle within detection range of the rear end proximity sensor relatively to the reversing motor vehicle; determining whether said calculated path enters a predetermined range of a front end corner of the motor vehicle; and if said calculated path crosses into said predetermined range of a front end corner of the motor vehicle, activating a headlight side beam associated with said front end corner. determining whether the motor vehicle is reversing; measuring a position of an obstacle within a detection range of a rear end proximity sensor of a set of proximity sensors (9,10) of the motor vehicle; calculating a path of the obstacle within detection range of the rear end proximity sensor relatively to the reversing motor vehicle; determining whether said calculated path enters a predetermined range of a front end corner of the motor vehicle; and if said calculated path crosses into said predetermined range of a front end corner of the motor vehicle, activating a headlight side beam associated with said front end corner.
High temperature rechargeable battery comprising a solid-state device for oxygen storage and release, wherein the rechargeable battery comprises: a gas-tight shell that contains or is made in its entirety of an oxygen-ion conducting electrolyte membrane, and defines a contained volume, wherein the membrane is an electrolyte membrane; an oxygen storage material consisting of a sulfate/sulfide redox couple, contained in said contained volume; a first electrode in contact with said electrolyte and in contact with said contained volume; a second electrode in contact with the other side of the said electrolyte and in contact with an oxygen containing atmosphere; an electrical contact made with each electrode; an oxygen pump for pumping out oxygen; wherein the electrodes are selected from an electronically conducting material; wherein the oxygen exchange with the atmosphere outside the gas-tight shell, preferably air, may or may not be involved in further chemical reactions or be utilised as a source of pure oxygen; wherein the oxygen storage material is selected from a list consisting of the following elements: gadolinium, lanthanum, cerium, neodymium, samarium, dysprosium, erbium, europium, holmium, terbium, ytterbium, yttrium, scandium, lutetium, magnesium, calcium, strontium, barium, lithium, sodium, potassium, or combinations thereof; wherein the oxygen storage material is sealed inside the shell; wherein the membrane is an oxide-ion conducting ceramic comprising CeO 2, ZrO 2, LaGaO 3, or mixtures thereof; wherein the high temperature rechargeable battery has an operational temperature range from 350°C to 1000°C. a gas-tight shell that contains or is made in its entirety of an oxygen-ion conducting electrolyte membrane, and defines a contained volume, wherein the membrane is an electrolyte membrane; an oxygen storage material consisting of a sulfate/sulfide redox couple, contained in said contained volume; a first electrode in contact with said electrolyte and in contact with said contained volume; a second electrode in contact with the other side of the said electrolyte and in contact with an oxygen containing atmosphere; an electrical contact made with each electrode; an oxygen pump for pumping out oxygen; wherein the electrodes are selected from an electronically conducting material; wherein the oxygen exchange with the atmosphere outside the gas-tight shell, preferably air, may or may not be involved in further chemical reactions or be utilised as a source of pure oxygen; wherein the oxygen storage material is selected from a list consisting of the following elements: gadolinium, lanthanum, cerium, neodymium, samarium, dysprosium, erbium, europium, holmium, terbium, ytterbium, yttrium, scandium, lutetium, magnesium, calcium, strontium, barium, lithium, sodium, potassium, or combinations thereof; wherein the oxygen storage material is sealed inside the shell; wherein the membrane is an oxide-ion conducting ceramic comprising CeO 2, ZrO 2, LaGaO 3, or mixtures thereof; wherein the high temperature rechargeable battery has an operational temperature range from 350°C to 1000°C.
A communication method in a communication system in which a base station transmits to a mobile station predetermined resource information related to data transmission, said method comprising: the mobile station performing the data transmission to the base station using a resource determined based on the predetermined resource information when an Acquisition Indicator AI received by the mobile station from the base station in response to a preamble transmitted by the mobile station is a positive acknowledgement; the mobile station performing the data transmission to the base station using a resource determined based on an allocated resource information when the AI received in response to the preamble is a negative acknowledgement and the allocated resource information has been received by the mobile station from the base station. the mobile station performing the data transmission to the base station using a resource determined based on the predetermined resource information when an Acquisition Indicator AI received by the mobile station from the base station in response to a preamble transmitted by the mobile station is a positive acknowledgement; the mobile station performing the data transmission to the base station using a resource determined based on an allocated resource information when the AI received in response to the preamble is a negative acknowledgement and the allocated resource information has been received by the mobile station from the base station.
Method for operating a packaging device for individual pharmaceutical portions, comprising a plurality of guide units which are fastened to at least one transport means (110, 120) of a transport unit, wherein the guide units are moved along a plurality of supply and dispensing units, delivery openings of the supply and dispensing units being aligned with receiving openings of the guide units, the at least one transport means (110, 120) of the transport unit being driven by a drive axle which is coupled to a motor and returned via a deflection axle, the motor being coupled to a control unit, characterized in that the transport means (110, 120) in the peripheral direction and/or the deflection axle have/has a plurality of markings (111, 121, 155, 113, 113a, 113b, 155a, 155b, 12a, 12b, 13a, 13b) spaced at predefined intervals, at least one travel difference or time difference between two markings (111, 121, 155, 113, 123, 113a, 113b, 155a, 155b, 12a, 12b, 13a, 13b) is determined, the determined difference is compared to a corresponding setpoint value, whereby the setpoint value corresponds to the difference when the transport unit is functioning without error, and the drive axle is stopped when a deviation between the setpoint value and the determined difference is ascertained which exceeds a threshold value.
A composition for use in protecting skin epidermal cells from DNA damages induced by ozone exposure, wherein the composition is applied topically, wherein the composition comprises 0.5 to 2 % (w/w) of an active ingredient consisting of a combination of a hydrolysed rice extract and a grapeseed extract in a ratio adjusted at 9:1 (w/w) and a physiologically acceptable medium and wherein the process to prepare the active ingredient comprises the following steps: a. obtaining hydrolysed rice extract by enzymatic hydrolysis with vegetal enzymes to obtain low molecular weight peptides of molecular weight less than 6 kDa, b. purifying the hydrolysed rice extract using decreasing porosity filters; c. obtaining the grapeseed extract from grapeseed cake in water at a pH between 4 and 7, d. purifying the grapeseed extract using decreasing porosity filters; e. combining the extracts obtained at step b and d in a ratio of 9:1 (w/w) to represent 70% (w/w) of the active ingredient, f. adding glycerol in the product obtained at step e to represent 30% (w/w) of the active ingredient, and wherein the combination of a hydrolysed rice extract and a grapeseed extract comprises a protein content rangingbetween 15 g/Kg and 20 g/Kg. a. obtaining hydrolysed rice extract by enzymatic hydrolysis with vegetal enzymes to obtain low molecular weight peptides of molecular weight less than 6 kDa, b. purifying the hydrolysed rice extract using decreasing porosity filters; c. obtaining the grapeseed extract from grapeseed cake in water at a pH between 4 and 7, d. purifying the grapeseed extract using decreasing porosity filters; e. combining the extracts obtained at step b and d in a ratio of 9:1 (w/w) to represent 70% (w/w) of the active ingredient, f. adding glycerol in the product obtained at step e to represent 30% (w/w) of the active ingredient, and
Cooling unit comprising at least one plate and at least one distributing element, each of the distributing elements being arranged perpendicular to the at least one plate, especially for liquid cooling of power semiconductors, which unit in use cools component (s) arranged on the upper side of said at least one plate, the bottom side of said at least one plate being cooled by a liquid, which is guided along said plate by means of said at least one distributing element, characterised in that each of said at least one distributing element is divided into cells and having at least two cells for each plate, each cell having a liquid inlet and a liquid outlet being arranged perpendicular to said plate, the liquid flowing through the at least two cells connected in parallel, wherein in each of the cells the liquid is directed along a bottom side of said at least one plate by guiding walls so that the liquid flow in the cell arrangement follows passages, which cause a change of direction of the liquid, and wherein the side of the at least one distributing element facing away from said plate is provided with separating walls creating a first chamber, which connects all liquid inlets with each other, and a second chamber, which connects all liquid outlets with each other, when said distributing element is mounted on a bottom plate.
A cartridge for use in an aerosol-generating system for the generation of an aerosol comprising nicotine salt particles, the cartridge comprising: a first compartment containing a nicotine source comprising a first carrier material impregnated with nicotine, the first compartment having a first air inlet and a first air outlet, the first compartment defining a first airflow path extending across a first surface of the first carrier material between the first air inlet and the first air outlet, the first compartment having a width in a direction perpendicular to the first airflow path; and a second compartment containing an acid source comprising a second carrier material impregnated with an acid, the second compartment having a second air inlet and a second air outlet, the second compartment defining a second airflow path extending across a first surface of the second carrier material between the second air inlet and the second air outlet, the second compartment having a width in a direction perpendicular to the second airflow path; wherein the first compartment and the second compartment are arranged in parallel within the cartridge; and wherein the width (115, 125) of at least one of the first compartment and the second compartment varies in a direction along the first airflow path or the second airflow path respectively. a first compartment containing a nicotine source comprising a first carrier material impregnated with nicotine, the first compartment having a first air inlet and a first air outlet, the first compartment defining a first airflow path extending across a first surface of the first carrier material between the first air inlet and the first air outlet, the first compartment having a width in a direction perpendicular to the first airflow path; and a second compartment containing an acid source comprising a second carrier material impregnated with an acid, the second compartment having a second air inlet and a second air outlet, the second compartment defining a second airflow path extending across a first surface of the second carrier material between the second air inlet and the second air outlet, the second compartment having a width in a direction perpendicular to the second airflow path; wherein the first compartment and the second compartment are arranged in parallel within the cartridge; and wherein the width (115, 125) of at least one of the first compartment and the second compartment varies in a direction along the first airflow path or the second airflow path respectively.
A piercing plug comprising: a plug body; a Ni-Cr layer formed on a surface of the plug body; and a sprayed coating formed on a surface of the Ni-Cr layer, wherein the sprayed coating contains iron and iron oxide, wherein the plug body consists of, by mass%, 20 to 30% of Cr, 30 to 55% of Ni, 0.005 to 0.5 % of C, 0.1 to 1.0% of Si, 0.2 to 1.5% of Mn, and optionally, soluble aluminium (Sol-Al): 0.005 to 0.05% and/or at least one of Ti, Nb, V, Zr and B: 0.05 to 0.5% in the total content, and at least one of Mo and W which satisfy a following conditional expression, and remainder including Fe and impurities, of which the upper limits of the P content and the S content are 0.01%. 1.5 % ≤ Mo + 0.5 W ≤ 8.5 % a plug body; a Ni-Cr layer formed on a surface of the plug body; and a sprayed coating formed on a surface of the Ni-Cr layer, wherein the sprayed coating contains iron and iron oxide, wherein the plug body consists of, by mass%, 20 to 30% of Cr, 30 to 55% of Ni, 0.005 to 0.5 % of C, 0.1 to 1.0% of Si, 0.2 to 1.5% of Mn, and optionally, soluble aluminium (Sol-Al): 0.005 to 0.05% and/or at least one of Ti, Nb, V, Zr and B: 0.05 to 0.5% in the total content, and at least one of Mo and W which satisfy a following conditional expression, and remainder including Fe and impurities, of which the upper limits of the P content and the S content are 0.01%. 1.5 % ≤ Mo + 0.5 W ≤ 8.5 %
A catalyst device, comprising: a catalyst carrier (10, 40, 60) that carries a catalyst having an exhaust purification function; an outer cylinder (13, 43, 63, 73, 83, 84, 421) that contains the catalyst carrier; and a mat (12, 42, 62) disposed between the catalyst carrier and the outer cylinder, wherein a high friction portion (14, 64, 74, 114) is disposed between the catalyst carrier and the outer cylinder so as to prevent movement of at least either of the catalyst carrier or the mat; characterized in that the high friction portion is formed by having the same catalyst as the catalyst carried by the catalyst carrier adhere to an inner face of the outer cylinder. a catalyst carrier (10, 40, 60) that carries a catalyst having an exhaust purification function; an outer cylinder (13, 43, 63, 73, 83, 84, 421) that contains the catalyst carrier; and a mat (12, 42, 62) disposed between the catalyst carrier and the outer cylinder, wherein a high friction portion (14, 64, 74, 114) is disposed between the catalyst carrier and the outer cylinder so as to prevent movement of at least either of the catalyst carrier or the mat; characterized in that the high friction portion is formed by having the same catalyst as the catalyst carried by the catalyst carrier adhere to an inner face of the outer cylinder.
An aptamer comprised of the sequence BAZGRGGRSN ZWGGGGN ZZWADCCGZZRZG (SEQ ID NO:154), wherein B is selected from a C, G or Z; R is independently selected from an A or G; S is selected from a C or G; W is independently selected from a Z or T; D is selected from an A, G or Z; N is independently selected from any naturally occurring or modified nucleotide; and Z is a modified pyrimidine; wherein the aptamer binds β-NGF with a K d of 30 nM or less.
A hydraulic percussion device comprising: a piston mounted for reciprocal motion within a cylinder to impact a tool; a control valve to control reciprocation of the piston; an undercut located at a portion of the piston having a diameter less than the maximum sealing diameter of the piston, wherein the undercut is located at a forward end of the piston; and a valve pilot line arranged to switch the control valve based on the position of the piston within the cylinder wherein the valve pilot line is connected, via a first port in the cylinder, to the undercut, characterised in that the valve pilot line is alternately connected, by the reciprocal movement of the piston, to a low pressure line via the first port, the undercut and a second port in the cylinder, and to a high pressure line via the first port, the undercut and a front chamber of the piston. a piston mounted for reciprocal motion within a cylinder to impact a tool; a control valve to control reciprocation of the piston; an undercut located at a portion of the piston having a diameter less than the maximum sealing diameter of the piston, wherein the undercut is located at a forward end of the piston; and a valve pilot line arranged to switch the control valve based on the position of the piston within the cylinder wherein the valve pilot line is connected, via a first port in the cylinder, to the undercut, characterised in that the valve pilot line is alternately connected, by the reciprocal movement of the piston, to a low pressure line via the first port, the undercut and a second port in the cylinder, and to a high pressure line via the first port, the undercut and a front chamber of the piston.
A controller of a vehicle internal combustion engine that is automatically stopped and restarted under a prescribed condition related to operation of the vehicle, the engine including an output shaft, a starter constantly meshed with the output shaft, and a throttle valve regulating an intake air amount supplied to the engine, wherein, after the engine has been subjected to an automatic stopping procedure, the controller restarts the engine when a restarting condition is met, wherein the controller uses the starter to restart the engine if an engine speed is in such a predetermined range that autonomous operation of the engine cannot be restored, wherein the controller temporarily opens the throttle valve on the condition that the engine speed at the time when the restarting condition is met is not zero and is in the predetermined range, and wherein a period in which the throttle valve is maintained open is set to a period from when the restarting condition is met to when a negative pressure produced in an intake pipe of the engine due to rotation of the output shaft is released, the controller being characterized in that, in the period in which the throttle valve is maintained open, an opening degree of the throttle valve is set to a greater value as the engine speed at the time when the restarting condition is met becomes higher.
Wind energy installation comprising mechanical and electrical components and a central control unit, to which at least some of the components of the wind energy installation can be connected and by means of which they can be controlled, characterized in that the control unit comprises a control module, and a parameterization unit is provided, the parameterization unit being designed to obtain identification data from one or more installed components, to obtain details of the properties of the components from the identification data and to generate parameterization data from the details of the properties, and the control module being designed to adapt the control of the controllable components to the parameterization data.