mhurhangee/ep-ind-claims huggingface dataset:
A method for lowering I/O power of a computer system, comprising: buffering a plurality of ways of data to be sent to a bus; encoding each of said plurality of ways of data buffered from n bits to n+m bits based on an encoding rule, wherein n and m are both an integer larger than or equal to 1, said encoding rule is used to lower code switching frequency; and sending said plurality of ways of data encoded to said bus, wherein said encoding rule comprises a code book mapping an n bit data space with an n+m bit data space, in which all codes of said n bit data space are mapped with codes of said n+m bit data space one to one. buffering a plurality of ways of data to be sent to a bus; encoding each of said plurality of ways of data buffered from n bits to n+m bits based on an encoding rule, wherein n and m are both an integer larger than or equal to 1, said encoding rule is used to lower code switching frequency; and sending said plurality of ways of data encoded to said bus, wherein said encoding rule comprises a code book mapping an n bit data space with an n+m bit data space, in which all codes of said n bit data space are mapped with codes of said n+m bit data space one to one.
A refrigerator comprising: a main body; a storage compartment (21, 22, 23) formed in the main body and having an open front side; a door (30, 40) provided to open and close the storage compartment (21, 22, 23); an evaporator (3, 4) provided to generate cold air; a rear duct including a first guide passage configured to guide the cold air generated in the evaporator (3, 4) and a cooling discharge port through which the cold air is discharged from the first guide passage to an inside of the storage compartment (21, 22, 23) to cool the storage compartment (21, 22, 23); an upper duct including a second guide passage coupled with the first guide passage and an air curtain discharge port through which the cold air is discharged from the second guide passage to a front opening of the storage compartment (21, 22, 23) to form an air curtain at the front opening of the storage compartment (21, 22, 23); and a blade provided to close or open the air curtain discharge port; characterized in that a cross-sectional area of an outlet of the first guide passage is greater than a cross-sectional area of an inlet of the first guide passage. a main body; a storage compartment (21, 22, 23) formed in the main body and having an open front side; a door (30, 40) provided to open and close the storage compartment (21, 22, 23); an evaporator (3, 4) provided to generate cold air; a rear duct including a first guide passage configured to guide the cold air generated in the evaporator (3, 4) and a cooling discharge port through which the cold air is discharged from the first guide passage to an inside of the storage compartment (21, 22, 23) to cool the storage compartment (21, 22, 23); an upper duct including a second guide passage coupled with the first guide passage and an air curtain discharge port through which the cold air is discharged from the second guide passage to a front opening of the storage compartment (21, 22, 23) to form an air curtain at the front opening of the storage compartment (21, 22, 23); and a blade provided to close or open the air curtain discharge port; characterized in that a cross-sectional area of an outlet of the first guide passage is greater than a cross-sectional area of an inlet of the first guide passage.
A method of diagnosing lung cancer, comprising the steps (a) determining an expression profile of a predetermined set of miRNAs in a biological sample from a patient; and (b) comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of lung cancer, and wherein said biological sample is a blood cell sample of peripheral erythrocytes, leukocytes and thrombocytes (a) determining an expression profile of a predetermined set of miRNAs in a biological sample from a patient; and (b) comparing said expression profile to a reference expression profile,
Refrigeration appliance, especially household refrigeration appliance, having a thermally-insulated inner container lining a storage space for refrigerated items, a door leaf supported pivotably in relation to an opening plane for opening and closing the storage space and also holding means provided on the side walls of the inner container, which interact with opposing holding means of at least one shelf bottom and support said shelf bottom, wherein the holding means have at least one locating surface pointing upwards and the opposing holding means have at least one support surface pointing downwards, wherein the at least one locating surface on the inner container and the at least one support surface on the shelf bottom are embodied and/or disposed so that, when the shelf bottom is in a pushed-in position, in which the door leaf can be closed, the at least one locating surface and the at least one support surface overlap, and in a position in which the shelf bottom is partly pulled out of the inner container, the at least one locating surface and the at least one support surface are disposed staggered, characterised in that the holding means and/or the opposing holding means are embodied to support the shelf bottom in a front or centre depth region facing the opening plane such that a rear depth region, facing a rear wall of the inner container, of the shelf bottom embodied so as to be unsupported at least here overhangs in the direction of the rear wall in a pushed-in position.
A multi-resolution detector comprising: a first pixelated electrode (360, 560), disposed in a first plane, comprising a plurality of sub-arrays of first pixels, wherein each respective first pixel at each relative position in each sub-array is electrically connected in parallel with first pixels at equivalent positions in the other sub-arrays, such that said first pixelated electrode dynamically generates a first output representing a combined electrical output of said respective first pixels from said sub-arrays, said first pixels being configured to detect an electrical current created by a charged particle pencil beam; and a second pixelated electrode (340, 640), disposed in a second plane, comprising a plurality of second pixels, said second pixelated electrode configured to dynamically generate a second output representative of a physical position of the charged particle pencil beam in said second plane, said second pixelated electrode having a second resolution less than a first resolution of said first pixelated electrode. a first pixelated electrode (360, 560), disposed in a first plane, comprising a plurality of sub-arrays of first pixels, wherein each respective first pixel at each relative position in each sub-array is electrically connected in parallel with first pixels at equivalent positions in the other sub-arrays, such that said first pixelated electrode dynamically generates a first output representing a combined electrical output of said respective first pixels from said sub-arrays, said first pixels being configured to detect an electrical current created by a charged particle pencil beam; and a second pixelated electrode (340, 640), disposed in a second plane, comprising a plurality of second pixels, said second pixelated electrode configured to dynamically generate a second output representative of a physical position of the charged particle pencil beam in said second plane, said second pixelated electrode having a second resolution less than a first resolution of said first pixelated electrode.
A method for management of printing jobs, the method comprising: selecting a layout for labels; retrieving data regarding the selected layout from a data storage; defining printing properties for the selected layout; constructing a printing file including information related to at least the following: the selected layout, and printing material selected for the printing job, wherein the method further comprises: storing the printing file into a cloud storage linked with the identified user; assigning a unique code for each label; requesting user identification; determining a set of available unique codes for the labels on the basis of the user identification; wherein the unique code is assigned from the set of available unique codes in the printing file; the method further comprising: retrieving the printing file from the cloud storage; providing the printing file to a printing machine to initiate the printing job; and using the printing file to print the labels so that each label has the unique code. selecting a layout for labels; retrieving data regarding the selected layout from a data storage; defining printing properties for the selected layout; constructing a printing file including information related to at least the following: the selected layout, and printing material selected for the printing job, the selected layout, and printing material selected for the printing job, storing the printing file into a cloud storage linked with the identified user; assigning a unique code for each label; requesting user identification; determining a set of available unique codes for the labels on the basis of the user identification; wherein the unique code is assigned from the set of available unique codes in the printing file; the method further comprising: retrieving the printing file from the cloud storage; providing the printing file to a printing machine to initiate the printing job; and using the printing file to print the labels so that each label has the unique code. retrieving the printing file from the cloud storage; providing the printing file to a printing machine to initiate the printing job; and using the printing file to print the labels so that each label has the unique code.
A method of producing a package containing a group of cigarettes and having a cigarette extraction opening; the method comprising the steps of: feeding a sheet of wrapping material, complete with the cigarette extraction opening, in front of the inlet of a first pocket of a first wrapping wheel; and inserting the group of cigarettes into the first pocket together with the sheet of wrapping material, which folds into a U about the group of cigarettes; the method being characterized by comprising the further steps of: feeding the sheet of wrapping material asymmetrically in front of the inlet of the first pocket, so the sheet of wrapping material folded into a U about the group of cigarettes has only one free outer flap projecting from the first pocket, while an inner flap, opposite the free outer flap, rests on a lateral wall of the group of cigarettes inside the first pocket; folding the free outer flap of the sheet of wrapping material 90° onto the inlet of the first pocket and onto the group of cigarettes; and further folding the free outer flap of the sheet of wrapping material 90° onto the group of cigarettes and onto the inner flap, opposite the free outer flap, of the sheet of wrapping material to form a tubular sheet of wrapping material. feeding a sheet of wrapping material, complete with the cigarette extraction opening, in front of the inlet of a first pocket of a first wrapping wheel; and inserting the group of cigarettes into the first pocket together with the sheet of wrapping material, which folds into a U about the group of cigarettes; the method being characterized by comprising the further steps of: feeding the sheet of wrapping material asymmetrically in front of the inlet of the first pocket, so the sheet of wrapping material folded into a U about the group of cigarettes has only one free outer flap projecting from the first pocket, while an inner flap, opposite the free outer flap, rests on a lateral wall of the group of cigarettes inside the first pocket; folding the free outer flap of the sheet of wrapping material 90° onto the inlet of the first pocket and onto the group of cigarettes; and further folding the free outer flap of the sheet of wrapping material 90° onto the group of cigarettes and onto the inner flap, opposite the free outer flap, of the sheet of wrapping material to form a tubular sheet of wrapping material. feeding the sheet of wrapping material asymmetrically in front of the inlet of the first pocket, so the sheet of wrapping material folded into a U about the group of cigarettes has only one free outer flap projecting from the first pocket, while an inner flap, opposite the free outer flap, rests on a lateral wall of the group of cigarettes inside the first pocket; folding the free outer flap of the sheet of wrapping material 90° onto the inlet of the first pocket and onto the group of cigarettes; and further folding the free outer flap of the sheet of wrapping material 90° onto the group of cigarettes and onto the inner flap, opposite the free outer flap, of the sheet of wrapping material to form a tubular sheet of wrapping material.
An immunogenic composition comprising a continuous aqueous phase and a dispersed phase as droplets and comprising: - an amphiphilic lipid, - a solubilizing lipid comprising at least one fatty acid glyceride, - a co-surfactant comprising at least one chain consisting of alkylene oxide units, - a surfactant bearing an antigen of the following formula: (L 1 -X 1 -H 1 -Y 1) v -G-Z 1 -Ag, wherein: - L 1 represents a lipophilic group, - X 1, Y 1, Z 1 and G represent independently a binding group, - H 1 represents a hydrophilic group comprising a polyalkoxylated chain, - v is an integer from 1 to 8, and - Ag represents an antigen, wherein the molar ratio of the surfactant bearing an antigen of formula over the sum of the co-surfactant and of the surfactant bearing an antigen of formula is from 0.01% to 5%. - an amphiphilic lipid, - a solubilizing lipid comprising at least one fatty acid glyceride, - a co-surfactant comprising at least one chain consisting of alkylene oxide units, - a surfactant bearing an antigen of the following formula: (L 1 -X 1 -H 1 -Y 1) v -G-Z 1 -Ag, wherein: - L 1 represents a lipophilic group, - X 1, Y 1, Z 1 and G represent independently a binding group, - H 1 represents a hydrophilic group comprising a polyalkoxylated chain, - v is an integer from 1 to 8, and - Ag represents an antigen, - L 1 represents a lipophilic group, - X 1, Y 1, Z 1 and G represent independently a binding group, - H 1 represents a hydrophilic group comprising a polyalkoxylated chain, - v is an integer from 1 to 8, and - Ag represents an antigen,
An abrasive belt grinding device for profile precision consistency, wherein a supporting plate passes through an inner cylinder, and is fixed to the inner cylinder, the inner cylinder is rotatably connected to an outer cylinder bracket, a winding reel and an unwinding reel are arranged side by side in a left-right direction at an upper end of the supporting plate, and are driven by respective first servo motors arranged corresponding to the winding reel and the unwinding reel; a first transition wheel and a second transition wheel are arranged side by side in the left-right direction at an upper portion of the supporting plate, and a first tension pulley and a second tension pulley are arranged side by side in the left-right direction at a middle lower portion of the supporting plate, and a third transition wheel and a fourth transition wheel are arranged side by side in the left-right direction at a lower end of the supporting plate, a fifth transition wheel is arranged at the lower left of the third transition wheel, a seventh transition wheel is arranged at the lower right of the third transition wheel, a sixth transition wheel is arranged at the lower right of the fourth transition wheel, and an eighth transition wheel is arranged at the lower left of the fourth transition wheel, a contact rod is suspended at a bottom end of the supporting plate, and a contact wheel is installed at a lower end of the contact rod, and an abrasive belt has one end wound in a belt groove of the winding reel and another end wound over the first transition wheel, the first tension pulley, the third transition wheel, the fifth transition wheel, the seventh transition wheel, the contact wheel, the eighth transition wheel, the sixth transition wheel, the fourth transition wheel, the second tension pulley and the second transition wheel, and finally wound in a belt groove of the unwinding reel.
A measurement device comprising: a light receiving element that has flow of current caused by an avalanche multiplication caused according to a photon incidence while being charged to a predetermined potential and is returned to the charged state by a recharge current; a detection unit that is configured to detect the current and invert an output signal (Vo iv) of the measurement device when the current crosses a threshold value; a delay unit (210 1, 210 2) that is configured to delay timing of the inversion detected by the detection unit, according to a clock (ck); and a control unit that is configured to control an operation of the light receiving element, based on the timing of the inversion delayed by the delay unit (210 1, 210 2). a light receiving element that has flow of current caused by an avalanche multiplication caused according to a photon incidence while being charged to a predetermined potential and is returned to the charged state by a recharge current; a detection unit that is configured to detect the current and invert an output signal (Vo iv) of the measurement device when the current crosses a threshold value; a delay unit (210 1, 210 2) that is configured to delay timing of the inversion detected by the detection unit, according to a clock (ck); and a control unit that is configured to control an operation of the light receiving element, based on the timing of the inversion delayed by the delay unit (210 1, 210 2).
A thermostat failure detection device for detecting a failure of a thermostat provided in a cooling water flow passage of an internal combustion engine system, characterised in that it comprises: a normal-time minimum water temperature calculator adapted for sequentially calculating a "normal-time minimum water temperature" on an assumption that the thermostat is normal and an internal combustion engine is operated in a state where a radiator shutter is fully open; a failure-time maximum water temperature calculator adapted for sequentially calculating a "failure-time maximum water temperature" on an assumption that the thermostat is in a stuck-open failure state and the internal combustion engine is operated in a state where the radiator shutter is fully closed; and a determiner (541, 542, 543) adapted for determining the failure of the thermostat if the engine water temperature is lower than the normal-time minimum water temperature, for determining the normality of the thermostat if the engine water temperature is higher than the failure-time maximum water temperature, and for determining that the engine water temperature is not within a range that enables failure and normality determination if the engine water temperature is between the normal-time minimum water temperature and the failure-time maximum water temperature. a normal-time minimum water temperature calculator adapted for sequentially calculating a "normal-time minimum water temperature" on an assumption that the thermostat is normal and an internal combustion engine is operated in a state where a radiator shutter is fully open; a failure-time maximum water temperature calculator adapted for sequentially calculating a "failure-time maximum water temperature" on an assumption that the thermostat is in a stuck-open failure state and the internal combustion engine is operated in a state where the radiator shutter is fully closed; and a determiner (541, 542, 543) adapted for determining the failure of the thermostat if the engine water temperature is lower than the normal-time minimum water temperature, for determining the normality of the thermostat if the engine water temperature is higher than the failure-time maximum water temperature, and for determining that the engine water temperature is not within a range that enables failure and normality determination if the engine water temperature is between the normal-time minimum water temperature and the failure-time maximum water temperature.
Any one selected from to for use in treating and/or preventing pulmonary arterial hypertension: cannabidiol, or a pharmaceutically acceptable salt or ester thereof, a plant extract containing cannabidiol; and preferably, the plant extract is a cannabis extract, and a pharmaceutical composition containing the cannabidiol or the pharmaceutically acceptable salt or ester thereof, and one or more pharmaceutically acceptable adjuvants. cannabidiol, or a pharmaceutically acceptable salt or ester thereof, a plant extract containing cannabidiol; and preferably, the plant extract is a cannabis extract, and a pharmaceutical composition containing the cannabidiol or the pharmaceutically acceptable salt or ester thereof, and one or more pharmaceutically acceptable adjuvants.
Polypropylene composition comprising a) a first polypropylene having a weight average molecular weight Mw in the range of above 45 kg/mol to below 65 kg/mol, a melting temperature of at least 140 °C, a molecular weight distribution (Mw/Mn) in the range of 4.0 to 10.0, and a xylene cold soluble fraction in the range of 1.0 to 20.0 wt.-%, and b) a second polypropylene having a higher weight average molecular weight Mw than the first polypropylene wherein the polypropylene composition comprises at least 66 wt.-% of the second polypropylene. a) a first polypropylene having a weight average molecular weight Mw in the range of above 45 kg/mol to below 65 kg/mol, a melting temperature of at least 140 °C, a molecular weight distribution (Mw/Mn) in the range of 4.0 to 10.0, and a xylene cold soluble fraction in the range of 1.0 to 20.0 wt.-%, and b) a second polypropylene having a higher weight average molecular weight Mw than the first polypropylene
Cutter system for an electric shaver and/or trimmer, comprising a pair of comb-like cutting elements (4, 5) each with at least one row of cutting teeth and movable relative to each other, wherein one of said cutting elements has thickened and/or rounded tooth tips overhanging the tooth tips of the other cutting element, characterized in that said overhanging rounded tooth tips include a composite thickening which includes an outer shell surrounding an inner core, said shell and said core being made from different materials and wherein said shell is made from metal.
Stator of an electrical machine comprising a stator core, coil formers which are fastened to the stator core and each have an electrical coil, at least one fastening element being provided on each of the two end sides of the stator core, which fastening element has fastening means which interact with the coil formers in an interlocking and/or force-fitting manner, characterized in that the fastening element is designed in the form of a ring, in the form of a segment of a circle or in the form of an arc and has radially inwardly protruding lugs which each protrude into a coil former, wherein the connection between the fastening element and the coil former is a respective latching connection which has a latching spring and a latching hook.