mhurhangee/patent-ind-claim-en huggingface dataset:
A cover material for a packaging container for retort sterilization, comprising a multilayer laminate obtained by laminating a base layer, interlayer and sealing layer in that order, the base layer comprising a laminated film obtained by laminating a polyethylene terephthalate film or polybutylene terephthalate film on an aluminum foil, the interlayer comprising an ethylene/propylene block copolymer, an ethylene/propylene random copolymer or high-density polyethylene, wherein the density of said high-density polyethylene according to JIS K7112 is 0.945 to 0.965 g/cm 3 , the sealing layer comprising a mixture of high-density polyethylene and an ethylene/propylene random copolymer, wherein the density of said high-density polyethylene according to JIS K7112 is 0.945 to 0.965 g/cm 3 , and MFR(190°C) of said high-density polyethylene according to JIS K6922 is 1 to 7 g/10 min, the aluminum foil and the polyethylene terephthalate film or polybutylene terephthalate film in the base layer is laminated using a polyurethane-based adhesive or polyester-based adhesive, the base layer being laminated with the aluminum foil side facing the interlayer, the aluminum foil and interlayer in the base layer being laminated using a polyurethane-based adhesive or a polyester-based adhesive, and the thickness of the aluminum foil being 5 to 40 μm, the thickness of the polyethylene terephthalate film or polybutylene terephthalate film being 6 to 18 μm, the thickness of the interlayer being 10 to 100 μm and the thickness of the sealing layer being 3 to 20 μm, wherein the cover material has a structure of sealing layer / interlayer / adhesive / aluminum foil / adhesive / polyethylene terephthalate film or polybutylene terephthalate film layer, wherein each of the layers is adjacent to the surrounding layers.
A first base station, BS, comprising: at least one storage device , configured to store program codes ; a first communication interfacing device, configured to transmit signals to or to receive signals from at least one other BS ; a second communication interfacing device, configured to transmit signals to or to receive signals from at least one communication device ; at least one processing circuit , coupled to the at least one storage device and the first and second communication interfacing devices, configured to execute the program codes comprising following steps when a first communication device is in dual connectivity with the first BS and a second BS , wherein the first BS is a fifth generation, 5G, BS of a new radio, NR, network and the second BS is an evolved NodeB, eNB, of a long term evolution, LTE, network : (a) associating a first packet data convergence protocol, PDCP, service data unit, SDU, to a first PDCP sequence number, SN, wherein the first PDCP SDU comprises a flow identifier, ID, identifying a data flow and an internet protocol, IP, packet; (b) initiating a secondary cell group, SCG, change for the first communication device with the second BS ; and (c) controlling the first communication interfacing device to forward the IP packet but not to forward the flow ID, to the second BS in response to the SCG change. at least one storage device , configured to store program codes ; a first communication interfacing device, configured to transmit signals to or to receive signals from at least one other BS ; a second communication interfacing device, configured to transmit signals to or to receive signals from at least one communication device ; at least one processing circuit , coupled to the at least one storage device and the first and second communication interfacing devices, configured to execute the program codes comprising following steps when a first communication device is in dual connectivity with the first BS and a second BS , wherein the first BS is a fifth generation, 5G, BS of a new radio, NR, network and the second BS is an evolved NodeB, eNB, of a long term evolution, LTE, network : (a) associating a first packet data convergence protocol, PDCP, service data unit, SDU, to a first PDCP sequence number, SN, wherein the first PDCP SDU comprises a flow identifier, ID, identifying a data flow and an internet protocol, IP, packet; (b) initiating a secondary cell group, SCG, change for the first communication device with the second BS ; and (c) controlling the first communication interfacing device to forward the IP packet but not to forward the flow ID, to the second BS in response to the SCG change. (a) associating a first packet data convergence protocol, PDCP, service data unit, SDU, to a first PDCP sequence number, SN, wherein the first PDCP SDU comprises a flow identifier, ID, identifying a data flow and an internet protocol, IP, packet; (b) initiating a secondary cell group, SCG, change for the first communication device with the second BS ; and (c) controlling the first communication interfacing device to forward the IP packet but not to forward the flow ID, to the second BS in response to the SCG change.
Method of operating a wireless device in a wireless communication network, the wireless device being triggered for transmitting first signaling on a first resource structure associated to a first transmission quality and being triggered for transmitting second signaling on a second resource structure associated to a second transmission quality, the first resource structure and the second resource structure overlapping at least partly in time and/or being in the same transmission timing structure; the first signaling being communication signaling and representing first information, and the second signaling being control signaling representing second information, which is control information; the method comprising transmitting signaling on the first resource structure, the signaling comprising second information mapped to the first resource structure, depending on the size of the first resource structure and the size of the resources within the first resource structure required by the mapping of the second information, characterised in that the second information is mapped onto the first resource structure if the size of resources to be used for the second information is below a threshold size of resources and/or below a threshold portion of the size of the first resource structure. the first resource structure and the second resource structure overlapping at least partly in time and/or being in the same transmission timing structure; the first signaling being communication signaling and representing first information, and the second signaling being control signaling representing second information, which is control information;
A method of analyzing a sample containing or suspected of containing at least one enantiomer of an enantiomeric isomer pair, comprising: a. reacting, if present, each enantiomer of an enantiomeric isomer pair with a derivatizing reagent so as to form a pair of diastereomers each of which corresponds to one of the enantiomers of the enantiomeric pair covalently bound to the derivatizing reagent; b. ionizing said diastereomers so as to form ionized diastereomers; and c. transporting said ionized diastereomers through a differential mobility spectrometer to effect separation of said ionized diastereomers corresponding to each enantiomer of the enantiomeric pair. a. reacting, if present, each enantiomer of an enantiomeric isomer pair with a derivatizing reagent so as to form a pair of diastereomers each of which corresponds to one of the enantiomers of the enantiomeric pair covalently bound to the derivatizing reagent; b. ionizing said diastereomers so as to form ionized diastereomers; and c. transporting said ionized diastereomers through a differential mobility spectrometer to effect separation of said ionized diastereomers corresponding to each enantiomer of the enantiomeric pair.
A method for recognizing an object employed by an electronic device, characterized by : capturing an image using a camera module; transmitting information recognized from the captured image to an external electronic device connected with the electronic device via a communication network; receiving information associated with the recognized information from the external electronic device; and displaying the received information on a display; wherein the recognizing of the information from the captured image comprises: detecting a finger image in a predetermined partial region of the captured image of an entire region of the captured image, where the predetermined partial region is set according to a wearing position of the electronic device; and detecting at least one object in a region of predetermined size that is located adjacent to a position at which the finger image is detected in the captured image. capturing an image using a camera module; transmitting information recognized from the captured image to an external electronic device connected with the electronic device via a communication network; receiving information associated with the recognized information from the external electronic device; and displaying the received information on a display; wherein the recognizing of the information from the captured image comprises: detecting a finger image in a predetermined partial region of the captured image of an entire region of the captured image, where the predetermined partial region is set according to a wearing position of the electronic device; and detecting at least one object in a region of predetermined size that is located adjacent to a position at which the finger image is detected in the captured image. detecting a finger image in a predetermined partial region of the captured image of an entire region of the captured image, where the predetermined partial region is set according to a wearing position of the electronic device; and detecting at least one object in a region of predetermined size that is located adjacent to a position at which the finger image is detected in the captured image.
A compressor comprising: a casing configured to store a lubrication oil in a bottom portion thereof; a compression mechanism provided in the casing and configured to compress a sucked fluid; an electric motor provided above the compression mechanism and configured to drive the compression mechanism ; and a discharge pipe opening in a space in the casing on an upper side of the electric motor , wherein the compressor comprises an oil drainage mechanism configured to guide a lubrication oil adhering to an inner wall of the casing to the discharge pipe by using a swirling flow generated by rotation of the electric motor , the oil drainage mechanism includes an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe , and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and the opening degree of the flow-rate regulating valve is configured to be regulated in accordance with a rotational speed of the electric motor (40, wherein the opening degree decreases as a rotational speed of the electric motor increases, and the opening degree increases as the rotational speed of the electric motor decreases. a casing configured to store a lubrication oil in a bottom portion thereof; a compression mechanism provided in the casing and configured to compress a sucked fluid; an electric motor provided above the compression mechanism and configured to drive the compression mechanism ; and a discharge pipe opening in a space in the casing on an upper side of the electric motor , wherein the compressor comprises an oil drainage mechanism configured to guide a lubrication oil adhering to an inner wall of the casing to the discharge pipe by using a swirling flow generated by rotation of the electric motor , the oil drainage mechanism includes an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe , and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe , and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and the opening degree of the flow-rate regulating valve is configured to be regulated in accordance with a rotational speed of the electric motor (40, wherein the opening degree decreases as a rotational speed of the electric motor increases, and the opening degree increases as the rotational speed of the electric motor decreases.
An agricultural harvester , comprising: a chassis carrying a header for gathering a crop, said header removably attached to a feeder housing for feeding the crop into the agricultural harvester to be processed; a threshing and separating system connected to said feeder housing for separating grain from Material Other than Grain (MOG); a grain cleaning system connected to said threshing and separating system for further cleaning the separated grain; said grain cleaning system having at least one sieve operable to oscillate fore and aft; said grain cleaning system further having a side shaker mechanism operable to produce a side to side shaking motion in said at least one sieve ; and characterized in that said harvester further comprising: a control system connected to said side shaker mechanism and operable to automatically proportionately increase an amount of said side to side shaking motion as a function of an amount of crop being processed and a type of crop being processed. a chassis carrying a header for gathering a crop, said header removably attached to a feeder housing for feeding the crop into the agricultural harvester to be processed; a threshing and separating system connected to said feeder housing for separating grain from Material Other than Grain (MOG); a grain cleaning system connected to said threshing and separating system for further cleaning the separated grain; said grain cleaning system having at least one sieve operable to oscillate fore and aft; said grain cleaning system further having a side shaker mechanism operable to produce a side to side shaking motion in said at least one sieve ; and characterized in that said harvester further comprising: a control system connected to said side shaker mechanism and operable to automatically proportionately increase an amount of said side to side shaking motion as a function of an amount of crop being processed and a type of crop being processed.
A hydraulic forging machine, comprising a movable beam , an upper anvil block being fixedly connected to the movable beam, a locking hydraulic cylinder , a connecting pipe , and a hydraulic power source of the locking hydraulic cylinder that is fixedly connected to the movable beam, one end of the connecting pipe being connected to the locking hydraulic cylinder, a main hydraulic cylinder fixedly connected to the movable beam and a return hydraulic cylinder fixedly connected to the movable beam, wherein said main hydraulic cylinder drives said movable beam, the locking hydraulic cylinder being fixedly connected to the movable beam for controlling locking and unlocking between the upper anvil block and the movable beam, characterized in a control valve provided on the connecting pipe, wherein the other end of said connecting pipe is connected to a pressurized oil chamber of said hydraulic power source of said locking hydraulic cylinder, pressurized oil flowing between the locking hydraulic cylinder and the pressurized oil chamber of the hydraulic power source of the locking hydraulic cylinder via the control valve and the connecting pipe, wherein said control valve is configured to control connection and disconnection of a hydraulic oil circuit between said pressurized oil chamber and said locking hydraulic cylinder, wherein said main hydraulic cylinder or said return hydraulic cylinder is serving as said hydraulic power source of said locking hydraulic cylinder, wherein said pressurized oil chamber is a pressurized oil chamber of the hydraulic cylinder that serves as said hydraulic power source.
Implement for harvesting stalk material, having a conveying apparatus and an apparatus for cutting stalks, which is arranged in a plane below the conveying apparatus and which has at least one cutting element rotating in a horizontal or at least approximately horizontal plane, characterized in that the cutting element has a guiding surface at its outer edge, which extends downward from the blade plane , wherein the guiding surface is adjusted inward by an angle of attack in the rotational direction (R) of the cutting element .
A method for data transmission, the method being performed by a terminal device, comprising: determining (S110) uplink data to be transmitted; sending, to a network device, identification information used to identify a service attribute of the uplink data; receiving, from the network device, an identifier for identifying a determined numerology for transmission of the uplink data, the determined numerology being determined by the network device according to the identification information; determining, the numerology for transmission of the uplink data from a plurality of numerologies according to the identifier; and sending (S130) the uplink data to the network device by using the determined numerology. determining (S110) uplink data to be transmitted; sending, to a network device, identification information used to identify a service attribute of the uplink data; receiving, from the network device, an identifier for identifying a determined numerology for transmission of the uplink data, the determined numerology being determined by the network device according to the identification information; determining, the numerology for transmission of the uplink data from a plurality of numerologies according to the identifier; and sending (S130) the uplink data to the network device by using the determined numerology.
Respiration system for the active respiration of a patient, which can be connected to a tracheal cannula , wherein the tracheal cannula comprises a respiration conduit and a speaking conduit which can be supplied with air independent of each other; wherein the respiration system is configured for monitoring and controlling the respiration of the patient, and is capable of simulating an artificial exhalation that enables the patient to speak when tracheostomized characterized in that the respiration system comprises: a control unit which creates a exhalation profile on the basis of an the exhalation pattern of a patient, a speaking air valve which is capable of connecting a compressed air source with the speaking conduit , and that is controlled by the control unit , and a respiration air system that is capable of connecting a compressed air source with the respiration conduit , wherein the control unit is configured to simulate an artificial exhalation on basis of the exhalation profile via control of the speaking air valve , and thereby allows for a speaking that is independent of the artificial respiration. a control unit which creates a exhalation profile on the basis of an the exhalation pattern of a patient, a speaking air valve which is capable of connecting a compressed air source with the speaking conduit , and that is controlled by the control unit , and a respiration air system that is capable of connecting a compressed air source with the respiration conduit , wherein the control unit is configured to simulate an artificial exhalation on basis of the exhalation profile via control of the speaking air valve , and thereby allows for a speaking that is independent of the artificial respiration.
A method for a user equipment, UE, performing a random access to a network, the method comprising: operating on a first carrier (S610); moving to a second carrier from the first carrier (S620); performing a random access procedure on the second carrier (S630); returning to the first carrier (S660), when the random access procedure on the second carrier is not successful (S640), and when the random access procedure is a contention based random access procedure (S650); and remaining on the second carrier (S670), when the random access procedure on the second carrier is not successful (S640), and when the random access procedure is a contention free random access procedure (S650), and wherein the first carrier is an anchor carrier based on the UE being in RRC_IDLE state. operating on a first carrier (S610); moving to a second carrier from the first carrier (S620); performing a random access procedure on the second carrier (S630); returning to the first carrier (S660), when the random access procedure on the second carrier is not successful (S640), and when the random access procedure is a contention based random access procedure (S650); and remaining on the second carrier (S670), when the random access procedure on the second carrier is not successful (S640), and when the random access procedure is a contention free random access procedure (S650), and wherein the first carrier is an anchor carrier based on the UE being in RRC_IDLE state.
A fastening device, comprising: a trigger mechanism for causing the fastener device to drive a fastener into a workpiece; the trigger mechanism having a spring curl trip actuator and a trigger switch ; the spring curl trip actuator configured to switch the trigger switch when at least a portion of the actuator receives an activating force; wherein the spring curl trip actuator has a contact leg which is adapted for receiving an activating force; wherein the spring curl trip actuator comprises an actuator spring curl which transitions to an actuator switch contact leg which is adapted to switch the trigger switch ; the spring curl trip actuator further comprises an actuator hub from which the contact leg and actuator spring curl extend; wherein the actuator hub is pivotally mounted on an axle connected to the fastening tool characterized in that the actuator spring curl has a portion which is configured to curl radially about at least a portion of the actuator hub . a trigger mechanism for causing the fastener device to drive a fastener into a workpiece; the trigger mechanism having a spring curl trip actuator and a trigger switch ;
Method for placing into storage packets (P) having a length (L) different from the width (B) in a storage rack (R), in which the packet (P) is oriented extending longitudinally and transversely as selected and the orientation can be changed between a distribution path and it being placed into storage in the storage rack, wherein the distribution path conveys packets (P) to place them into storage and comprises at least two discharge apparatuses (A) which lead into a respective incoming storage path (E) extending in the direction of a storage rack (R), wherein the conveying direction is the same as the direction for placing packets into storage, characterised in that between the distribution path and the storage rack (R), the orientation of the packet (P) is changed by 90 degrees, for which purpose in each case two incoming storage paths (E) are disposed in a crossing arrangement between the distribution path and the storage rack (R), wherein via each incoming storage path (E) at least two storage rack aisles (G) can be reached, and a 90 degree switch (W) is disposed at the crossing point in order to change the incoming storage path (E) as selected.