mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for scalable network buffer management, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: receiving, via a client connection to a client, data to be transmitted to a cloud storage service; buffering the data in at least one data buffer; determining that the data will not be transmitted to the cloud storage service within a timeout period for the client connection; delaying reception of additional data from the client connection for a portion of the timeout period; before the timeout period has elapsed, buffering data from the client connection in at least one secondary data buffer; maintaining an additional cloud service connection to the cloud storage service; determining that the additional data will not be received via the client connection within a cloud service connection timeout period for the cloud service connection; transmitting at least a portion of the data to the cloud storage service using the cloud service connection to the cloud storage service before the cloud service connection timeout period for the cloud service connection has elapsed, wherein: the at least one secondary data buffer is smaller in allocated memory size than the allocated memory size of the at least one data buffer, and the at least one secondary data buffer amounts to 5-10 percent of total buffer memory. receiving, via a client connection to a client, data to be transmitted to a cloud storage service; buffering the data in at least one data buffer; determining that the data will not be transmitted to the cloud storage service within a timeout period for the client connection; delaying reception of additional data from the client connection for a portion of the timeout period; before the timeout period has elapsed, buffering data from the client connection in at least one secondary data buffer; maintaining an additional cloud service connection to the cloud storage service; determining that the additional data will not be received via the client connection within a cloud service connection timeout period for the cloud service connection; transmitting at least a portion of the data to the cloud storage service using the cloud service connection to the cloud storage service before the cloud service connection timeout period for the cloud service connection has elapsed, wherein: the at least one secondary data buffer is smaller in allocated memory size than the allocated memory size of the at least one data buffer, and the at least one secondary data buffer amounts to 5-10 percent of total buffer memory. the at least one secondary data buffer is smaller in allocated memory size than the allocated memory size of the at least one data buffer, and the at least one secondary data buffer amounts to 5-10 percent of total buffer memory.
A controlling method in a User Equipment, UE , the method comprising: transmitting, in a Non Access Stratum, NAS, Service Request message, information inidcating at least one Protocol Data Unit, PDU, session identifier, ID, each PDU session ID indicating one of multiple PDU sessions that the UE uses, to a network node for mobility management via an access network, AN, node in a case where the UE has user data to transmit, characterized in that the information indicating the at least one PDU session ID indicates at least one PDU session to be activated for establishment of at least one corresponding connection between the AN node and a User Plane Function node . transmitting, in a Non Access Stratum, NAS, Service Request message, information inidcating at least one Protocol Data Unit, PDU, session identifier, ID, each PDU session ID indicating one of multiple PDU sessions that the UE uses, to a network node for mobility management via an access network, AN, node in a case where the UE has user data to transmit, characterized in that the information indicating the at least one PDU session ID indicates at least one PDU session to be activated for establishment of at least one corresponding connection between the AN node and a User Plane Function node .
A wire plug-in aid sleeve structure for wire connection terminal or for switch wire connection device, comprising an aid sleeve , wherein the aid sleeve has a head section , a belly section connected with the head section and a tail section connected with the belly section , the head section , the belly sections and the tail sections together defining a guide hole , characterized in that the tail section having a first side and a second side positioned on a peripheral section of the guide hole and two lateral sides connected with the first and second sides , wherein the head section has the form of a plate body having an area larger than a cross-sectional area of the belly sections , whereby a shoulder section is formed between the head section and the belly sections , the tail sections protruding from the belly sections , the cross-sectional area of the belly sections being larger than a cross-sectional area of the tail sections , at a junction between the belly section and the tail section , the guide hole being narrowed to form a tapered structure.
Device for inserting eyelets into a textile or plastic tarpaulin comprising a punching and flanging tool with an upper tool part , which can be moved against a stationary lower tool part via a hydraulically operable double piston arrangement, which double piston arrangement comprises a first, outer piston sealingly guided in the first, outer cylinder chamber of a cylinder housing , which in turn has a second, inner cylinder chamber , in which a second, inner piston is sealingly guided, wherein the outer cylinder chamber and the inner cylinder chamber can be filled via a single hydraulic feed for lowering the upper tool part , wherein after reaching the lowered cutting position of the inner piston , the outer piston with the flanging part of the upper tool part can be additionally lowered and wherein at least one return spring is arranged for lifting the upper tool part into the normal position after completion of the operation, characterised in that the at least one return spring is arranged surrounding the outer piston in the outer cylinder chamber .
Spindle shaft unit for a device for the rotary closing of containers with a screw closure, having a one-part or multi-part housing component and a spindle shaft arranged so as to be able to rotate and be displaced on the housing component , wherein a bearing unit is arranged between the housing component and the spindle shaft , wherein the bearing unit comprises a sliding bearing which interacts with the spindle shaft as well as a further bearing interacting with the sliding bearing , wherein the spindle shaft is arranged on the sliding bearing such that it can be displaced and is rotationally fixed in relation to the housing component by means of the further bearing , characterised in that the sliding bearing comprises a sliding sleeve , and a ring is fixed to the sliding sleeve with at least one lateral guide for the non-rotatable fixing of the sliding sleeve in relation to the spindle shaft , wherein the lateral guide interacts with a corresponding lateral guide element of the spindle shaft , wherein the ring is formed from two parts surrounding the spindle shaft , which can be secured to one another and form a ring which is closed over the entire circumference. characterised in that the sliding bearing comprises a sliding sleeve , and a ring is fixed to the sliding sleeve with at least one lateral guide for the non-rotatable fixing of the sliding sleeve in relation to the spindle shaft , wherein the lateral guide interacts with a corresponding lateral guide element of the spindle shaft , wherein the ring is formed from two parts surrounding the spindle shaft , which can be secured to one another and form a ring which is closed over the entire circumference.
A fluid-tight foot support system , comprising: a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve in the first fluid transfer line , wherein the first valve allows fluid to move from the foot support bladder to the pump but inhibits fluid from moving from the pump into the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve in the second fluid transfer line , wherein the second valve allows fluid to move from the pump to the fluid reservoir but inhibits fluid from moving from the fluid reservoir into the pump via the second fluid transfer line ; a third fluid transfer line extending between the fluid reservoir and the foot support bladder ; a fluid flow controller to control flow of fluid between the fluid reservoir and the foot support bladder via the third fluid transfer line ; a fourth fluid transfer line extending between the pump and the foot support bladder ; and a third valve in the fourth fluid transfer line , wherein the third valve allows fluid to move from the pump to the foot support bladder but inhibits fluid from moving from the foot support bladder into the pump via the fourth fluid transfer line . a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve in the first fluid transfer line , wherein the first valve allows fluid to move from the foot support bladder to the pump but inhibits fluid from moving from the pump into the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve in the second fluid transfer line , wherein the second valve allows fluid to move from the pump to the fluid reservoir but inhibits fluid from moving from the fluid reservoir into the pump via the second fluid transfer line ; a third fluid transfer line extending between the fluid reservoir and the foot support bladder ; a fluid flow controller to control flow of fluid between the fluid reservoir and the foot support bladder via the third fluid transfer line ; a fourth fluid transfer line extending between the pump and the foot support bladder ; and a third valve in the fourth fluid transfer line , wherein the third valve allows fluid to move from the pump to the foot support bladder but inhibits fluid from moving from the foot support bladder into the pump via the fourth fluid transfer line .
Apparatus for use in a flue-cured barn comprising: a combustion chamber for burning fuel; an exhaust pipe for allowing combustion gases to leave the combustion chamber ; a fan for drawing the combustion gases along the exhaust pipe away from the combustion chamber , and characterised in that the fan is arranged for generating a negative pressure within the combustion chamber and exhaust pipe compared with the pressure outside the apparatus; and in that the apparatus further comprises: an air inlet valve for providing an air supply into the combustion chamber ; and a control system for controlling the combustion rate in the combustion chamber by adjusting (i) the fan for drawing the combustion gases along the exhaust pipe and (ii) the air supply through the air inlet valve . a combustion chamber for burning fuel; an exhaust pipe for allowing combustion gases to leave the combustion chamber ; a fan for drawing the combustion gases along the exhaust pipe away from the combustion chamber , and characterised in that the fan is arranged for generating a negative pressure within the combustion chamber and exhaust pipe compared with the pressure outside the apparatus; and in that the apparatus further comprises: an air inlet valve for providing an air supply into the combustion chamber ; and a control system for controlling the combustion rate in the combustion chamber by adjusting (i) the fan for drawing the combustion gases along the exhaust pipe and (ii) the air supply through the air inlet valve . an air inlet valve for providing an air supply into the combustion chamber ; and a control system for controlling the combustion rate in the combustion chamber by adjusting (i) the fan for drawing the combustion gases along the exhaust pipe and (ii) the air supply through the air inlet valve .
Light curtain for detecting objects in a surveillance area, having an arrangement of transmitters and receivers forming beam axes, the transmitters and receivers of the beam axes being activatable individually or in succession to form a plurality of beam axes, and the light beams of the transmitter of a beam axis being guided onto the receiver of this beam axis when the surveillance area is free, and having an evaluation unit in which an object detection signal is generated according to the received signals at the outputs of the receivers, the transmitters forming at least one transmitter cascade, the transmitters being directly activatable individually or to a plurality of them by means of a first drive circuit without current-limiting resistor in their current path, and the transmission current being predetermined centrally and being adaptable individually for the individual transmitters, and/or the receivers forming at least one receiver cascade, the receivers being activatable individually or to a plurality by means of a second drive circuit, characterised in that the received signals are fed to a common group of amplifiers without individual active pre-amplification, analog switches and/or impedance converters per receiver, each receiver being formed by a receiving diode or a receiving transistor, the received signals of the receiving diode or of the receiving transistor being fed via a decoupling diode or a low-capacitance transistor to a signal line which forms a common line and is guided by said line to the group of amplifiers .
A method for analyzing blood cells comprising: preparing a measurement specimen (S1) for classifying white blood cells, by mixing a sample with a reagent in order to hemolyze red blood cells contained in the sample and to fluorescently stain nucleic acid in white blood cells contained in the sample; detecting (S2), by flowing the measurement specimen in a flow cell, fluorescence emitted from each blood cell in the measurement specimen and two types of scattered light at respective different angles, and obtaining a fluorescence signal and two types of scattered light signals; characterized by further comprising: creating a three-dimensional distribution chart (S17) defined by axes of forward scattered light signal, side scattered light signal, and fluorescence signal and classifying each dot corresponding to each blood cell using the three-dimensional distribution chart into any of four groups respectively corresponding to four subclasses of white blood cell or a cluster corresponding to neoplastic lymphocytes (A25), the four subclasses corresponding to a cluster of lymphocytes (A21), a cluster of monocytes (A22), a cluster of a blood cell group including neutrophils and basophils (A23), and a cluster of eosinophils (A24). preparing a measurement specimen (S1) for classifying white blood cells, by mixing a sample with a reagent in order to hemolyze red blood cells contained in the sample and to fluorescently stain nucleic acid in white blood cells contained in the sample; detecting (S2), by flowing the measurement specimen in a flow cell, fluorescence emitted from each blood cell in the measurement specimen and two types of scattered light at respective different angles, and obtaining a fluorescence signal and two types of scattered light signals; characterized by further comprising: creating a three-dimensional distribution chart (S17) defined by axes of forward scattered light signal, side scattered light signal, and fluorescence signal and classifying each dot corresponding to each blood cell using the three-dimensional distribution chart into any of four groups respectively corresponding to four subclasses of white blood cell or a cluster corresponding to neoplastic lymphocytes (A25), the four subclasses corresponding to a cluster of lymphocytes (A21), a cluster of monocytes (A22), a cluster of a blood cell group including neutrophils and basophils (A23), and a cluster of eosinophils (A24).
A vacuum pump, in particular a turbomolecular pump, comprising a housing ; a rotatably supported shaft for at least one pump stage; a holder for a bearing for supporting the shaft , said holder being disposed in a suction region of the vacuum pump; and a protective device preventing the penetration of objects into the suction region , characterized in that the protective device is fastened to the holder .
A polymeric film comprising a polyester substrate layer and a heat-sealable polymeric layer disposed on one surface of said polyester substrate layer, wherein the heat-sealable polymeric layer comprises copolyester A having a glass transition temperature Tg(A) in an amount W A and copolyester B having a glass transition temperature Tg(B) in an amount W B , wherein: (i) W A > W B ; (ii) W A is at least 50 wt% by total weight of the heat-sealable polymeric layer; (iii) W B is at least 10 wt% by total weight of the heat-sealable polymeric layer; (iv) Tg(A) > Tg(B); (v) Tg(B) is in the range of -35°C to -10°C; and (vi) Tg(A) is preferably in the range of -15°C to 5°C (wherein the Tg is measured according to the description). (i) W A > W B ; (ii) W A is at least 50 wt% by total weight of the heat-sealable polymeric layer; (iii) W B is at least 10 wt% by total weight of the heat-sealable polymeric layer; (iv) Tg(A) > Tg(B); (v) Tg(B) is in the range of -35°C to -10°C; and (vi) Tg(A) is preferably in the range of -15°C to 5°C (wherein the Tg is measured according to the description).
A connector for functionally coupling a module into a modular electronic device , in particular a portable device, more in particular a handheld device, said connector comprising a first connector end which comprises a series of first contacts and a first shielding part , said connector further comprising a second connector end comprising a series of second contacts and a second shielding part, wherein when said first and second connector ends are mutually connected, at least part of said first and second contacts are in electrical contact, and said first and second shielding parts are in electrical contact and provide an electromagnetic shielding surrounding said first and second contacts, characterized in that the first shielding part comprises a connector shielding ring of metal or conductive ridged polymer around said contacts and a shielding gasket around the connector shielding ring , which shielding gasket is an elastically compressible and electrically conductive shielding gasket, more in particular wherein said shielding gasket comprises a conductive elastomer ring.
A method for producing a hydrophilic three-dimensional network consisting of cellulose nanofibers with a lipid-based nanoparticle dispersion containing at least one lipophilic and/or hardly water-soluble cosmetic or pharmaceutical agent, the agent-loaded nanoparticle dispersion being introduced - by re-soaking the partially dried or fully dried cellulose-containing material in the aqueous nanoparticle solution, or - by incubating the native cellulose in an excess of the aqueous nanoparticle solution under constant shaking or in a high-speed process, or - by introducing the aqueous nanoparticle solution into the core of the cellulose-containing network. - by re-soaking the partially dried or fully dried cellulose-containing material in the aqueous nanoparticle solution, or - by incubating the native cellulose in an excess of the aqueous nanoparticle solution under constant shaking or in a high-speed process, or - by introducing the aqueous nanoparticle solution into the core of the cellulose-containing network.
A surface measurement apparatus that measures a surface of an object to be measured moving in a predetermined moving direction (MD) on a plane or a surface of an object to be measured moving in a predetermined moving direction along a curved surface of a roll, the surface being along the curved surface, the apparatus comprising: N, N being an integer of two or more, light sources provided in a width direction (WD), the light sources each emitting a line beam over the width direction, which is a direction perpendicular to the moving direction, the light sources including at least a first light source and a second light source arranged at respective positions separated by a distance (M) in the width direction; a screen on which reflected images (S1, S2) of N pieces of the line beam reflected on reflection regions of the surface of the object to be measured respectively are projected; an image capturing device that captures the reflected image projected on the screen and acquires a captured image; and an arithmetic processing device that measures the surface of the object to be measured by using the captured image, wherein the reflected images are projected on the screen to be distinguishable from each other. N, N being an integer of two or more, light sources provided in a width direction (WD), the light sources each emitting a line beam over the width direction, which is a direction perpendicular to the moving direction, the light sources including at least a first light source and a second light source arranged at respective positions separated by a distance (M) in the width direction; a screen on which reflected images (S1, S2) of N pieces of the line beam reflected on reflection regions of the surface of the object to be measured respectively are projected; an image capturing device that captures the reflected image projected on the screen and acquires a captured image; and an arithmetic processing device that measures the surface of the object to be measured by using the captured image, wherein the reflected images are projected on the screen to be distinguishable from each other.
An apparatus comprising: a processor adapted to obtain Observed Time Difference, OTD, measurements made by at least one mobile terminal , at known locations of the at least one mobile terminal, for two access points in a wireless local area network, WLAN, and adapted to determine the location of each of the two access points based on the OTD measurements and the known locations of the at least one mobile terminal; and a memory coupled to the processor. a processor adapted to obtain Observed Time Difference, OTD, measurements made by at least one mobile terminal , at known locations of the at least one mobile terminal, for two access points in a wireless local area network, WLAN, and adapted to determine the location of each of the two access points based on the OTD measurements and the known locations of the at least one mobile terminal; and a memory coupled to the processor.