mhurhangee/patent-ind-claim-en huggingface dataset:
A method for scheduling simultaneous upstream transmissions over a plurality of channels in a shared spectrum, the method comprising: identifying a region of shared spectrum allocated to at least two channels that includes both a Data Over Cable Service Interface Specification, DOCSIS, version 3.1 based on orthogonal frequency division multiple access, OFDMA, channel and at least one additional channel for legacy DOCSIS version 3.0 based on single-carrier quadrature amplitude modulation, SC-QAM; designating a bucket of time-and-frequency-division allocation units, TAUs, for said region of shared spectrum, wherein said TAUs are used to divide the spectral resources in that region and the bucket represents the total number of TAUs available for that region; distributing the total number of available TAUs in said bucket into at least two buckets corresponding to the at least two channels according to a configured initial setting; for each of the at least two channels, using the TAUs available in the corresponding bucket for scheduling traffic , wherein traffic to be scheduled for each channel is queued in an independently maintained queue corresponding to that channel; examining utilization of the distributed TAUs by the at least two channels and/or the bandwidth demands of the queues associated to the schedulers of the at least two channels; adjusting the initial setting according to the outcome of said examining so as to update the distribution of a subsequent bucket of TAUs ; and wherein allocation times of the channel for DOCSIS version 3.1 based on OFDMA start and end on OFDMA frame boundaries. identifying a region of shared spectrum allocated to at least two channels that includes both a Data Over Cable Service Interface Specification, DOCSIS, version 3.1 based on orthogonal frequency division multiple access, OFDMA, channel and at least one additional channel for legacy DOCSIS version 3.0 based on single-carrier quadrature amplitude modulation, SC-QAM; designating a bucket of time-and-frequency-division allocation units, TAUs, for said region of shared spectrum, wherein said TAUs are used to divide the spectral resources in that region and the bucket represents the total number of TAUs available for that region; distributing the total number of available TAUs in said bucket into at least two buckets corresponding to the at least two channels according to a configured initial setting; for each of the at least two channels, using the TAUs available in the corresponding bucket for scheduling traffic , wherein traffic to be scheduled for each channel is queued in an independently maintained queue corresponding to that channel; examining utilization of the distributed TAUs by the at least two channels and/or the bandwidth demands of the queues associated to the schedulers of the at least two channels; adjusting the initial setting according to the outcome of said examining so as to update the distribution of a subsequent bucket of TAUs ; and wherein allocation times of the channel for DOCSIS version 3.1 based on OFDMA start and end on OFDMA frame boundaries.
Granules comprising at least one zeolite and at least one clay mineral with a cation exchange capacity of at most 200 meq/100 g, wherein the fraction of monovalent ions in the cation exchange capacity of the at least one clay mineral is at most 50% and wherein the zeolite is selected from the group consisting of β-zeolite, silicalite, mordenite, USY, MFI zeolite and mixtures thereof.
Device for coating workpieces preferably consisting at least in sections of wood, wood materials, plastic, aluminium or the like, comprising: a feed device for feeding a coating material , a pressing device for pressing the coating material onto a surface of a workpiece , a conveyor device for effecting a relative movement between the pressing device and the respective workpiece , and at least one energy source for applying energy to an adhesive agent or agent which can be rendered adhesive, which can be provided independently and/or can be part of the coating material and/or of the workpiece , characterised in that the at least one energy source is a microwave source, and the pressing device is configured to apply the coating material to a narrow surface area of the workpiece , wherein the device also comprises a control unit and sensors which monitor the operation of the coating device, wherein the control unit is configured to control an operation of the energy source , and is configured to evaluate information from the sensors, and the control unit is further configured to control the energy source on the basis of the information from the sensors. a feed device for feeding a coating material , a pressing device for pressing the coating material onto a surface of a workpiece , a conveyor device for effecting a relative movement between the pressing device and the respective workpiece , and at least one energy source for applying energy to an adhesive agent or agent which can be rendered adhesive, which can be provided independently and/or can be part of the coating material and/or of the workpiece , characterised in that the at least one energy source is a microwave source, and the pressing device is configured to apply the coating material to a narrow surface area of the workpiece , wherein the device also comprises a control unit and sensors which monitor the operation of the coating device, wherein the control unit is configured to control an operation of the energy source , and is configured to evaluate information from the sensors, and the control unit is further configured to control the energy source on the basis of the information from the sensors.
An auto-injector for use with a safety syringe , the auto-injector comprising: a main body that is openable for receiving the safety syringe and closable before operation of the auto-injector , the main body comprising a barrel portion configured to receive a barrel of the safety syringe and a plunger portion configured to receive a plunger of the safety syringe, wherein the barrel portion and the plunger portion are configured for detachable engagement, and wherein the main body is in the open position when the plunger portion and the barrel portion are detached; characterised by a first detector configured, after activation of the auto-injector , to detect a plunger of the safety syringe at a point on a delivery stroke thereof that is indicative of full dose delivery of a substance from the safety syringe a second detector configured to detect that the auto-injector is assembled by detecting engagement of the barrel portion and the plunger portion; a third detector configured to detect a presence of the safety syringe ; a processor configured to receive an electrical signal from the first detector indicative of operation of the first detector; wherein, the first detector is configured to be only operable to transmit a signal to said processor in dependence of at least one of the second detector having detected that the auto-injector is assembled and the third detector having detected the presence of the safety syringe . a main body that is openable for receiving the safety syringe and closable before operation of the auto-injector , the main body comprising a barrel portion configured to receive a barrel of the safety syringe and a plunger portion configured to receive a plunger of the safety syringe, wherein the barrel portion and the plunger portion are configured for detachable engagement, and wherein the main body is in the open position when the plunger portion and the barrel portion are detached; characterised by a first detector configured, after activation of the auto-injector , to detect a plunger of the safety syringe at a point on a delivery stroke thereof that is indicative of full dose delivery of a substance from the safety syringe a second detector configured to detect that the auto-injector is assembled by detecting engagement of the barrel portion and the plunger portion; a third detector configured to detect a presence of the safety syringe ; a processor configured to receive an electrical signal from the first detector indicative of operation of the first detector; wherein, the first detector is configured to be only operable to transmit a signal to said processor in dependence of at least one of the second detector having detected that the auto-injector is assembled and the third detector having detected the presence of the safety syringe .
Injection molding device for the production of multi component injection molded products comprising a. an injection mold with a middle mold part arranged in a first direction (x) between a first outer mold part and a second outer mold part , wherein b. the first outer mold part and the second outer mold part are arranged linear movable with respect to the middle mold part in the first direction (x) between an open position and a closed position of the injection mold , wherein c. the middle mold part is arranged turnable about a rotation axis and comprises at least one side face which comprises at least one first cavity suitable to temporarily receive a first component , wherein the first cavity at least in the closed position of the injection mold communicates with a first cavity half of a second cavity , wherein d. at least one of the outer mold parts comprises a second cavity half of the second cavity which in a closed position of the injection mold interacts with the first cavity half to form the second cavity suitable to receive a liquefied first plastic material to form a second component interconnected to the first component of the multi component injection molded product , characterized in that the at least one first cavity is at least partially arranged between a first side plate and a second side plate of a cavity module which is arranged at least partially separable from the middle mold part . a. an injection mold with a middle mold part arranged in a first direction (x) between a first outer mold part and a second outer mold part , wherein b. the first outer mold part and the second outer mold part are arranged linear movable with respect to the middle mold part in the first direction (x) between an open position and a closed position of the injection mold , wherein c. the middle mold part is arranged turnable about a rotation axis and comprises at least one side face which comprises at least one first cavity suitable to temporarily receive a first component , wherein the first cavity at least in the closed position of the injection mold communicates with a first cavity half of a second cavity , wherein d. at least one of the outer mold parts comprises a second cavity half of the second cavity which in a closed position of the injection mold interacts with the first cavity half to form the second cavity suitable to receive a liquefied first plastic material to form a second component interconnected to the first component of the multi component injection molded product , characterized in that the at least one first cavity is at least partially arranged between a first side plate and a second side plate of a cavity module which is arranged at least partially separable from the middle mold part .
A seafloor auxiliary mining tool for use in a seafloor mining system, the seafloor auxiliary mining tool comprising: a seafloor locomotion system enabling traversal of the seafloor; umbilical connections for receiving power and control signals from a surface source ; a boom mounted auxiliary cutting tool for cutting extremities of a seafloor deposit; and means for sizing cuttings produced by the auxiliary cutting tool to ensure such cuttings are no greater than a desired size, characterised in that the means for sizing cuttings comprises at least one pair of cutting heads which form the auxiliary cutting tool, the cutting heads being configured to preferentially draw cuttings between the pair of cutting heads , and the pair of cutting heads being spaced apart by a distance corresponding to the desired cutting size. a seafloor locomotion system enabling traversal of the seafloor; umbilical connections for receiving power and control signals from a surface source ; a boom mounted auxiliary cutting tool for cutting extremities of a seafloor deposit; and means for sizing cuttings produced by the auxiliary cutting tool to ensure such cuttings are no greater than a desired size,
A fogger comprising: a blower system including a fan and a blower tube having a passageway , the fan configured to rotate to generate an airflow through the passageway ; a mist system including a reservoir configured to hold a fluid, an air pump in fluid communication with the reservoir , and a tube in fluid communication with and extending between both the reservoir and the passageway ; and a motor configured to drive rotation of the fan and configured to drive a pump unit of the air pump ; wherein the reservoir is further configured to hold a volume of air above the fluid , and wherein the tube includes a first end in the fluid in the reservoir and a second end in the passageway ; characterized in that the tube further includes a first inlet arranged in the reservoir in between the first end and the second end , the first inlet in communication with the volume of air, and wherein in response to the air pump delivering a stream of compressed air to the fluid , the air in the reservoir is configured to move into the first inlet and toward the second end of the tube . a blower system including a fan and a blower tube having a passageway , the fan configured to rotate to generate an airflow through the passageway ; a mist system including a reservoir configured to hold a fluid, an air pump in fluid communication with the reservoir , and a tube in fluid communication with and extending between both the reservoir and the passageway ; and a reservoir configured to hold a fluid, an air pump in fluid communication with the reservoir , and a tube in fluid communication with and extending between both the reservoir and the passageway ; and a motor configured to drive rotation of the fan and configured to drive a pump unit of the air pump ; wherein the reservoir is further configured to hold a volume of air above the fluid , and wherein the tube includes a first end in the fluid in the reservoir and a second end in the passageway ; characterized in that the tube further includes a first inlet arranged in the reservoir in between the first end and the second end , the first inlet in communication with the volume of air, and wherein in response to the air pump delivering a stream of compressed air to the fluid , the air in the reservoir is configured to move into the first inlet and toward the second end of the tube .
A bearing (20; 150; 152) comprising: an inner race ; an outer race ; and a plurality of rolling elements , wherein: the inner race comprises a nitrogen-alloyed steel ; and the outer race comprises a steel with lower nitrogen content than said nitrogen-alloyed steel characterized in that the outer race comprises a coating along a track, the coating not being along a track of the inner race. an inner race ; an outer race ; and a plurality of rolling elements , the inner race comprises a nitrogen-alloyed steel ; and the outer race comprises a steel with lower nitrogen content than said nitrogen-alloyed steel characterized in that the outer race comprises a coating along a track, the coating not being along a track of the inner race.
A method comprising: executing, by a processor , a program , the program comprising functions, each function comprising respective code for respective functions and calls invoking the functions, the executing comprising: maintaining a call stack comprised of frames corresponding to respective invocations of the functions by the calls, each frame comprising a corresponding return address and memory for local variables and parameters; maintaining a shadow stack , the maintaining comprising adding/removing return addresses to/from the shadow stack in correspondence with adding/removing the frames to/from the call stack, the shadow stack comprising return addresses that respectively correspond to the return addresses in the call stack; and receiving a request to capture a stack trace , and based thereon, using the return addresses in the shadow stack in combination with the call stack to capture and store the stack trace, wherein the return addresses in the shadow stack are correlated with frames and return addresses in the call stack to obtain local variables and parameters. maintaining a call stack comprised of frames corresponding to respective invocations of the functions by the calls, each frame comprising a corresponding return address and memory for local variables and parameters; maintaining a shadow stack , the maintaining comprising adding/removing return addresses to/from the shadow stack in correspondence with adding/removing the frames to/from the call stack, the shadow stack comprising return addresses that respectively correspond to the return addresses in the call stack; and receiving a request to capture a stack trace , and based thereon, using the return addresses in the shadow stack in combination with the call stack to capture and store the stack trace, wherein the return addresses in the shadow stack are correlated with frames and return addresses in the call stack to obtain local variables and parameters.
A sheet-shaped body cosmetic comprising the following components (A), (B), (C), and (D): (A) from 100 to 20,000 ppm of carbon dioxide gas, (B) a TRPM8 agonist being one or more selected from the group consisting of menthol, menthyl lactate, trimethyl isopropyl butanamide, and menthoxypropanediol, (C) 0.01 to 3% by mass of an ester oil, and (D) water. (A) from 100 to 20,000 ppm of carbon dioxide gas, (B) a TRPM8 agonist being one or more selected from the group consisting of menthol, menthyl lactate, trimethyl isopropyl butanamide, and menthoxypropanediol, (C) 0.01 to 3% by mass of an ester oil, and (D) water.
Method for controlling power flow in a DC voltage network having at least one connected converter , in which a control characteristic curve (R) having a predefined dead band region is used to adapt a desired value of a first control parameter (P, ΔP) of the converter on the basis of a further control parameter (V, ΔV) of the converter , characterized in that the control characteristic curve (R) used is a non-linear, monotonously rising or monotonously falling function of the further control parameter in the dead band region (T).
Memory card reader body , the reader body having a globally rectangular parallelepiped shape and comprising a slot for inserting a memory card, said memory card reader body comprising an upper face consisting of a cover and a lower face consisting of a base in which a through orifice is made for receiving a memory card connector independent of said memory card reader body, said memory card reader body wherein: - said base is a metal part comprising first means of assembly with said cover, each disposed on at least two opposite sides of said base, - said cover is a metal part comprising second means of assembly with said base, each disposed on at least two opposite sides of said cover, and - the first assembly means are intended to fit together with the second assembly means to form two side walls of said memory card reader body, said side walls having a generally rectangular parallelepiped shape and extending substantially perpendicular to the lower face of said memory card reader body. - said base is a metal part comprising first means of assembly with said cover, each disposed on at least two opposite sides of said base, - said cover is a metal part comprising second means of assembly with said base, each disposed on at least two opposite sides of said cover, and - the first assembly means are intended to fit together with the second assembly means to form two side walls of said memory card reader body, said side walls having a generally rectangular parallelepiped shape and extending substantially perpendicular to the lower face of said memory card reader body.
A method for micro-encapsulating a crystalline drug, comprising: a. providing a first stamp comprising a plurality of microwells, wherein the microwells of the first stamp are coated with a polymer composition comprising polylactic acid (PLA), polylactic-co-glycolic acid copolymer (PLGA), or a blend thereof; b. loading crystalline drug into the coated microwells; c. providing a second stamp, wherein the second stamp is planar and is coated on at least one side with the polymer composition comprising polylactic acid (PLA), polylactic-co-glycolic acid copolymer (PLGA), or a blend thereof; and d. pressing the coated sides of the first and second stamps together to encapsulate the crystalline drug in the wells with the polymer composition to form a film of microchambers. a. providing a first stamp comprising a plurality of microwells, wherein the microwells of the first stamp are coated with a polymer composition comprising polylactic acid (PLA), polylactic-co-glycolic acid copolymer (PLGA), or a blend thereof; b. loading crystalline drug into the coated microwells; c. providing a second stamp, wherein the second stamp is planar and is coated on at least one side with the polymer composition comprising polylactic acid (PLA), polylactic-co-glycolic acid copolymer (PLGA), or a blend thereof; and d. pressing the coated sides of the first and second stamps together to encapsulate the crystalline drug in the wells with the polymer composition to form a film of microchambers.
Headlight provided with a device for mounting a headlight housing (B) on a motor vehicle, comprising at least one tab projecting from the upper part of the housing and intended for attachment to the structure of the vehicle , characterized in that said tab comprises a first part for connection to the housing (B) in which orifices are provided for the evacuation of water, likely to stagnate on a wall of the housing ( B), which extends outwards by a second part comprising a breakable zone itself connected to a third end part carrying at least one socket for receiving a fastening device on the vehicle; said water evacuation orifices are provided between longitudinal reinforcing ribs , characterized in that the first part of the tab further comprises studs intended to ensure the assembly of the housing (B) with a replacement lug in the event of the original lug breaking; the studs are carried by said ribs . said water evacuation orifices are provided between longitudinal reinforcing ribs , characterized in that the first part of the tab further comprises studs intended to ensure the assembly of the housing (B) with a replacement lug in the event of the original lug breaking; the studs are carried by said ribs .