mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, by a transmitting node , in a communication network , the method comprising: generating a medium access control, MAC, protocol data unit, PDU, comprising a MAC service data unit, SDU, and a subheader; and transmitting the MAC PDU, wherein the subheader comprises a format indicator field and a plurality of bits in a length field indicating a total length of the MAC SDU, wherein the subheader is placed in front of the MAC SDU in the MAC PDU, wherein a value of the format indicator field indicates a size of the length field and the plurality of bits in the length field are contiguous in the MAC PDU, wherein when the value of the format indicator field is set to one, the value of the format indicator field indicates that the size of the length field is 16 bits, and wherein when the value of the format indicator field is set to zero, the value of the format indicator field indicates that the size of the length field is 8 bits. generating a medium access control, MAC, protocol data unit, PDU, comprising a MAC service data unit, SDU, and a subheader; and transmitting the MAC PDU, wherein the subheader comprises a format indicator field and a plurality of bits in a length field indicating a total length of the MAC SDU, wherein the subheader is placed in front of the MAC SDU in the MAC PDU, wherein a value of the format indicator field indicates a size of the length field and the plurality of bits in the length field are contiguous in the MAC PDU, wherein when the value of the format indicator field is set to one, the value of the format indicator field indicates that the size of the length field is 16 bits, and wherein when the value of the format indicator field is set to zero, the value of the format indicator field indicates that the size of the length field is 8 bits.
A process for drying of timber, comprising the steps; a) heating a first batch of timber in a first chamber under conditions of moist heat, wherein a moist and heated first batch of timber is obtained, b) drying the moist and heated first batch of timber in a second chamber under conditions of dry heat, wherein a dry and heated first batch of timber is obtained, wherein the chamber in step (b) can be the same or a different chamber than in step (a), wherein step (a) preferably comprises introducing moist hot air into the chamber, wherein during drying step (b) an exhaust stream of moist hot air is removed from the second chamber containing the first batch of timber and wherein at least a portion of said exhaust stream of moist hot air is passed into the first chamber containing a second batch of timber for heating said second batch of timber under conditions of moist heat, characterized in that additional heat can be introduced into the first chamber containing the second batch of timber when heating the batch of timber under conditions of moist heat. a) heating a first batch of timber in a first chamber under conditions of moist heat, wherein a moist and heated first batch of timber is obtained, b) drying the moist and heated first batch of timber in a second chamber under conditions of dry heat, wherein a dry and heated first batch of timber is obtained, wherein the chamber in step (b) can be the same or a different chamber than in step (a),
A population of pancreatic endocrine progenitor cells, for use in a method for improvement of glycemic control in a subject with Type 2 diabetes (T2D), for treating obesity in a subject, for treating obesity in a subject with T2D, for treating glucose intolerance in a subject with T2D or for treating insulin resistance in a subject with T2D, the method comprising: (a) implanting a population of pancreatic endocrine progenitor cells into the subject; and (b) maturing in vivo the population of pancreatic endocrine progenitor cells to produce a population comprising at least 2% pancreatic endocrine cells; wherein the treating obesity in a subject or the treating obesity in a subject with T2D further comprises treating the subject with one or more anti-diabetic drugs selected from small molecule dipeptidyl-peptidase 4 (DPP-4) inhibitors and biguanides. (a) implanting a population of pancreatic endocrine progenitor cells into the subject; and (b) maturing in vivo the population of pancreatic endocrine progenitor cells to produce a population comprising at least 2% pancreatic endocrine cells;
A method for playing digital contents protected by a DRM scheme, the protected digital contents being downloaded by a user device from a media server in the form of protected packets, the method comprising: executing a DRM proxy inside the user device , the DRM proxy interfacing the media server and a player , the player being configured to implement HTTP streaming; executing an HTTP streaming server in the DRM proxy; configuring the DRM proxy to handle HTTP requests issued by the player; serving by the DRM proxy a playlist in HTTP streaming format including a list of URLs locating the protected packets, the packet URLs being formatted to point to the user device; receiving the playlist in the player, whereby the player successively issues a request for each URL in the playlist, and each URL is directed to the HTTP streaming server of the DRM proxy; in the DRM proxy, acquiring a license to access the protected packet identified by a current URL request; decrypting the protected packet in the DRM proxy based on the license; and returning a packet corresponding to the decrypted packet to the player in response to the current URL request. executing a DRM proxy inside the user device , the DRM proxy interfacing the media server and a player , the player being configured to implement HTTP streaming; executing an HTTP streaming server in the DRM proxy; configuring the DRM proxy to handle HTTP requests issued by the player; serving by the DRM proxy a playlist in HTTP streaming format including a list of URLs locating the protected packets, the packet URLs being formatted to point to the user device; receiving the playlist in the player, whereby the player successively issues a request for each URL in the playlist, and each URL is directed to the HTTP streaming server of the DRM proxy; in the DRM proxy, acquiring a license to access the protected packet identified by a current URL request; decrypting the protected packet in the DRM proxy based on the license; and returning a packet corresponding to the decrypted packet to the player in response to the current URL request.
A composition comprising phytic acid or a pharmaceutically acceptable salt thereof, for use in reducing or preventing microorganisms' proliferation caused by a urinary tract device implanted in a subject, thereby preventing or treating clinical complications related to microorganisms' proliferation, wherein the composition is in a form suitable for oral administration.
A light-emitting element array comprising: a substrate ; and a plurality of light-emitting elements arranged on the substrate , the light-emitting element array being characterized in further comprising a plurality of constriction grooves being provided in a periphery of each of the plurality of light-emitting elements and forming a current constriction layer that constricts a current flowing through a light-emitting layer by oxidizing the light-emitting layer ; and a block-separation portion in a curved shape being provided in the periphery of some of the plurality of light emitting elements , wherein the curved shape includes at least one inflection point at which a sign of curvature changes, and wherein the block-separation portion separates the plurality of light-emitting elements into a plurality of blocks of light-emitting elements , wherein the curved shape is along an array of constriction grooves in the periphery of the light-emitting elements , the inflection point is formed at an overlap portion of an array of constriction grooves of one of the light-emitting elements and an array of constriction grooves of the other light-emitting element adjacent to the one of the light-emitting elements , wherein the block-separation portion configured to ensure electrical insulation between different blocks of light-emitting elements. a substrate ; and a plurality of light-emitting elements arranged on the substrate , the light-emitting element array being characterized in further comprising a plurality of constriction grooves being provided in a periphery of each of the plurality of light-emitting elements and forming a current constriction layer that constricts a current flowing through a light-emitting layer by oxidizing the light-emitting layer ; and a block-separation portion in a curved shape being provided in the periphery of some of the plurality of light emitting elements , wherein the curved shape includes at least one inflection point at which a sign of curvature changes, and wherein the block-separation portion separates the plurality of light-emitting elements into a plurality of blocks of light-emitting elements , wherein the curved shape is along an array of constriction grooves in the periphery of the light-emitting elements , the inflection point is formed at an overlap portion of an array of constriction grooves of one of the light-emitting elements and an array of constriction grooves of the other light-emitting element adjacent to the one of the light-emitting elements , wherein the block-separation portion configured to ensure electrical insulation between different blocks of light-emitting elements.
A control device for controlling an electrical load in a load control system, the control device comprising: a front surface configured to detect a user input to adjust an amount of power delivered to the electrical load ; a plurality of light sources; a continuous light bar provided on the front surface and configured to be illuminated by the plurality of light sources to indicate the amount of power delivered to the electrical load ; and a control circuit configured to determine, in response to the detected user input, the amount of power delivered to the electrical load and illuminate a continuous portion of the light bar to indicate the amount of power delivered to the electrical load , the control circuit further configured to illuminate a first part of the illuminated portion of the light bar at a first intensity level and a second part of the illuminated portion of the light bar at a second intensity level to illuminate the continuous portion of the light bar to indicate the amount of power delivered to the electrical load, the second intensity level being different from the first intensity level. a front surface configured to detect a user input to adjust an amount of power delivered to the electrical load ; a plurality of light sources; a continuous light bar provided on the front surface and configured to be illuminated by the plurality of light sources to indicate the amount of power delivered to the electrical load ; and a control circuit configured to determine, in response to the detected user input, the amount of power delivered to the electrical load and illuminate a continuous portion of the light bar to indicate the amount of power delivered to the electrical load , the control circuit further configured to illuminate a first part of the illuminated portion of the light bar at a first intensity level and a second part of the illuminated portion of the light bar at a second intensity level to illuminate the continuous portion of the light bar to indicate the amount of power delivered to the electrical load, the second intensity level being different from the first intensity level.
A portable jig and fixture , comprising; at least one base plate comprising a proximate side and a distal side , a column assembly comprising a proximate portion and a distal portion , the column assembly proximate portion removably coupled to the distal side of the at least one base plate , a slide assembly comprising a proximate end and a distal end , the slide assembly removably coupled to the column assembly , a power feed head removably couple to the distal end of the slide assembly , a spindle unit comprising an input portion and an output portion , the spindle unit removably coupled with the slide assembly , a motor removably engaged with the input portion of the spindle unit , at least one cutter assembly removably engaged with the output portion of the spindle unit , and at least one drill jig removably engaged with the output portion of the spindle unit . at least one base plate comprising a proximate side and a distal side , a column assembly comprising a proximate portion and a distal portion , the column assembly proximate portion removably coupled to the distal side of the at least one base plate , a slide assembly comprising a proximate end and a distal end , the slide assembly removably coupled to the column assembly , a power feed head removably couple to the distal end of the slide assembly , a spindle unit comprising an input portion and an output portion , the spindle unit removably coupled with the slide assembly , a motor removably engaged with the input portion of the spindle unit , at least one cutter assembly removably engaged with the output portion of the spindle unit , and at least one drill jig removably engaged with the output portion of the spindle unit .
A method of preparing dialkoxymagnesium carrier comprising the following steps: magnesium and mixed alcohols are used as raw materials and a reflux reaction is performed in the presence of mixed halogenated agents under an inert atmosphere, said mixed halogenated agent being iodine and magnesium chloride, and the weight ratio of said iodine to magnesium being 0.05:1 to 1:0.01. magnesium and mixed alcohols are used as raw materials and a reflux reaction is performed in the presence of mixed halogenated agents under an inert atmosphere, said mixed halogenated agent being iodine and magnesium chloride, and the weight ratio of said iodine to magnesium being 0.05:1 to 1:0.01.
A method for regulating a fuel-gas-operated heating device using an ionization target value-output characteristic curve, wherein the regulation of the heating device takes place along the ionization target value-output characteristic curve and in this case a. a gas volume flow supplied via a gas supply and an air volume flow supplied via a fan are mixed to form a gas-air mixture and are supplied to a burner of the heating device with an air-fuel ratio λ based on a desired burner output, b. the air-fuel ratio A is monitored by means of an ionization measuring method of a burner flame of the burner , c. a plausibility check is performed in which an ionization measurement signal of the ionization measuring method is evaluated, and in the case of a deviation from an ionization measurement signal target value, a mixture calibration of the gas-air mixture takes place, and wherein d. the mixture calibration is carried out by an ionization current regulation, in which the gas-air mixture is adapted to a value at which a maximum ionization measurement signal is achieved, and an ionization signal target value for the target air-fuel ratio λ target at a calibration point is calculated from the maximum ionization measurement signal, wherein in the ionization current regulation, the mixture calibration of the air-fuel ratio A is adapted by changing the gas volume flow or gas mass flow until the ionization measurement signal corresponds to the calculated ionization signal target value. a. a gas volume flow supplied via a gas supply and an air volume flow supplied via a fan are mixed to form a gas-air mixture and are supplied to a burner of the heating device with an air-fuel ratio λ based on a desired burner output, b. the air-fuel ratio A is monitored by means of an ionization measuring method of a burner flame of the burner , c. a plausibility check is performed in which an ionization measurement signal of the ionization measuring method is evaluated, and in the case of a deviation from an ionization measurement signal target value, a mixture calibration of the gas-air mixture takes place, and wherein d. the mixture calibration is carried out by an ionization current regulation, in which the gas-air mixture is adapted to a value at which a maximum ionization measurement signal is achieved, and an ionization signal target value for the target air-fuel ratio λ target at a calibration point is calculated from the maximum ionization measurement signal, wherein in the ionization current regulation, the mixture calibration of the air-fuel ratio A is adapted by changing the gas volume flow or gas mass flow until the ionization measurement signal corresponds to the calculated ionization signal target value.
Telescopic rail for the reception of inserts or loads, which is designed as a sliding rail and has at least three rail elements arranged so as to be slideably displaceable relative to one another, wherein ∘ the rail elements are made of metal, preferably steel, ∘ at least two outer rail elements each have a portion comprising a U-shaped or C-shaped cross-section and are displaceably guided parallel to one another, with their openings opposite one another, ∘ the third, inner rail element is arranged between the two outer rail elements and is individually displaceably guided relative to the two outer rail elements , ∘ each of the two outer rail elements receives a sliding body in its opening , which are each guided in a slideably displaceable manner with the third rail element , ∘ the sliding bodies have a number of horizontally oriented shoulder surfaces for the surface transfer of transverse forces and bending moments between the outer rail elements and ∘ the inner rail element has two substantially mutually symmetrical profile portions , wherein the axis of symmetry (h, v) of the inner rail element is arranged horizontally or vertically in relation to the lower and upper outer rail elements . ∘ the rail elements are made of metal, preferably steel, ∘ at least two outer rail elements each have a portion comprising a U-shaped or C-shaped cross-section and are displaceably guided parallel to one another, with their openings opposite one another, ∘ the third, inner rail element is arranged between the two outer rail elements and is individually displaceably guided relative to the two outer rail elements , ∘ each of the two outer rail elements receives a sliding body in its opening , which are each guided in a slideably displaceable manner with the third rail element , ∘ the sliding bodies have a number of horizontally oriented shoulder surfaces for the surface transfer of transverse forces and bending moments between the outer rail elements and ∘ the inner rail element has two substantially mutually symmetrical profile portions , wherein the axis of symmetry (h, v) of the inner rail element is arranged horizontally or vertically in relation to the lower and upper outer rail elements .
A method for estimating yield of a standing crop in a field, the method comprising: obtaining (S102), by an imaging device , image data associated with one or more target plants in one or more rows of the standing crop in the field; identifying (S106) the component pixels of a harvestable plant component within the obtained image data of plant pixels of the one or more target plants ; determining (S108) an edge, boundary or outline of the component pixels; detecting (S110) a size of the harvestable plant component based on the determined edge, boundary or outline of the identified component pixels; identifying (S111) any exposed portions comprising kernels of the harvestable plant component for any adjustment to the size or a yield of the harvestable plant component, wherein if no exposed kernels are present on a target ear associated with the one or more target plants or if a total exposed kernel area is less than a target threshold for a target ear associated with one or more target plants based on the component pixels being associated with a reference husk color, apply a dehusking process to the target ear to remove at least a portion of the husk of the target ear; providing (S114), via a user interface , a yield indicator based on the detected size of the harvestable plant component for the one or more target plants and based on an adjustment associated with the exposed portions, of the one or more plants or standing crop in the field. obtaining (S102), by an imaging device , image data associated with one or more target plants in one or more rows of the standing crop in the field; identifying (S106) the component pixels of a harvestable plant component within the obtained image data of plant pixels of the one or more target plants ; determining (S108) an edge, boundary or outline of the component pixels; detecting (S110) a size of the harvestable plant component based on the determined edge, boundary or outline of the identified component pixels; identifying (S111) any exposed portions comprising kernels of the harvestable plant component for any adjustment to the size or a yield of the harvestable plant component, wherein if no exposed kernels are present on a target ear associated with the one or more target plants or if a total exposed kernel area is less than a target threshold for a target ear associated with one or more target plants based on the component pixels being associated with a reference husk color, apply a dehusking process to the target ear to remove at least a portion of the husk of the target ear; providing (S114), via a user interface , a yield indicator based on the detected size of the harvestable plant component for the one or more target plants and based on an adjustment associated with the exposed portions, of the one or more plants or standing crop in the field.
A pharmaceutical composition for use as a single dose oral solution comprising iron (III) polymaltose complex, calcium folinate and vitamin C, wherein the iron (III) polymaltose complex is stored as a solution in a cylindrical bottle and calcium folinate and vitamin C are stored separate from said solution, in solid form, in a storage space in the closure cap of the bottle.
A curable composition comprising an organic polymer (A) having a reactive silicon group and a cyclic N-hydroamide compound (B), wherein the cyclic N-hydroamide compound (B) is 2-pyrrolidinone shown below wherein a main chain of the organic polymer (A) is a polyoxyalkylene-based polymer (A1), a (meth)acrylic acid ester-based polymer (A2) or a polyoxyalkylene-based polymer (A1) and a (meth)acrylic acid ester-based polymer (A2) in combination, and wherein the blending amount of the cyclic N-hydroamide compound (B) is, relative to 100 parts by weight of the organic polymer (A), 1 to 5 parts by weight.
A module for use in determining the condition of a latch or lock mechanism of a door or window , characterised in that the module includes: first and second sensor units configured to sense changes in a polarity of a sensed magnetic field of a magnet as the magnet moves along a magnet path, the magnet moving along the magnet path with actuation of a lock or latch mechanism between an unlocked and a locked condition, the magnet having a magnetic axis which is directionally aligned with the magnet path and the magnet path passing both of the first and second sensor units , such that the module determines a current condition of the lock or latch mechanism by using the sensed changes in the sensed polarity of a magnetic field generated by the magnet as the magnet moves along the magnet path.