mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning apparatus comprising: a refrigerant circuit in which a compressor, a heat source side heat exchanger, a pressure reducing device, a use side heat exchanger, and a refrigerant container are sequentially connected via a pipe; a bypass pipe having one end positioned in the refrigerant container and another end connected to a pipe at a suction side of the compressor; a flow control valve provided on the bypass pipe; the air-conditioning apparatus characterised by a first detector configured to detect a refrigerant temperature within the refrigerant container; a storage unit configured to store information regarding a two-layer separation temperature of refrigerant and refrigerating machine oil, wherein the two-layer separation temperature of refrigerant and refrigerating machine oil is a temperature at which the two-layer separation of the refrigerant and the refrigerating machine oil occurs; a determiner configured to compare the refrigerant temperature with the two-layer separation temperature and determine a two-layer separation state of the refrigerant and the refrigerating machine oil; a second detector configured to detect a state of the refrigerant sucked by the compressor; and a controller (30b, 30c) configured to adjust an opening degree of the flow control valve on the basis of the two-layer separation state and the state of the sucked refrigerant. a refrigerant circuit in which a compressor, a heat source side heat exchanger, a pressure reducing device, a use side heat exchanger, and a refrigerant container are sequentially connected via a pipe; a bypass pipe having one end positioned in the refrigerant container and another end connected to a pipe at a suction side of the compressor; a flow control valve provided on the bypass pipe; the air-conditioning apparatus characterised by a first detector configured to detect a refrigerant temperature within the refrigerant container; a storage unit configured to store information regarding a two-layer separation temperature of refrigerant and refrigerating machine oil, wherein the two-layer separation temperature of refrigerant and refrigerating machine oil is a temperature at which the two-layer separation of the refrigerant and the refrigerating machine oil occurs; a determiner configured to compare the refrigerant temperature with the two-layer separation temperature and determine a two-layer separation state of the refrigerant and the refrigerating machine oil; a second detector configured to detect a state of the refrigerant sucked by the compressor; and a controller (30b, 30c) configured to adjust an opening degree of the flow control valve on the basis of the two-layer separation state and the state of the sucked refrigerant.
A bicycle or an electric bicycle with a frame for receiving a fork, a saddle, the wheels and possible claddings etc., characterised in that it comprises flexible cladding parts and at least in on or in parts of the frame means are provided for the displaceable and tensile arrangement of the flexible design-creating cladding parts of the bicycle, wherein the means are integrated on or in the frame and also include counter-pieces of same form on the cladding parts, wherein the means on or in the frame are profiles or extruded profiles and the counter-pieces are arranged displaceably in the profiles or extruded profiles so that the cladding pieces can be tensioned.
A correction method for correcting a measurement error in data obtained when a stylus tip of a measurement apparatus that moves following the height of a workpiece traces the workpiece along a measurement axis, the measurement error having occurred due to stylus movement in a correction target plane defined by the measurement axis and a height direction, and the measurement error targeting a shift of the position of the stylus tip, corresponding to the position of the stylus tip in the height direction in the correction target plane, the method comprising of the step of: a calibration measurement process of obtaining calibration measurement data that includes shift information on the position of the stylus tip, corresponding to the position of the stylus tip in the height direction while the stylus is moved in the correction target plane; characterised in that it further comprises the steps of: a measurement-range dividing process of dividing the measurement range in the height direction into 10 to 50 sectors; and a correction-parameter setting process of simultaneously obtaining a correction parameter value optimal to correct the shift information on the position of the stylus tip, included in the calibration measurement data obtained in the calibration measurement process, for each of the sectors obtained in advance by the dividing of the measurement range in the height direction. a calibration measurement process of obtaining calibration measurement data that includes shift information on the position of the stylus tip, corresponding to the position of the stylus tip in the height direction while the stylus is moved in the correction target plane; characterised in that it further comprises the steps of: a measurement-range dividing process of dividing the measurement range in the height direction into 10 to 50 sectors; and a correction-parameter setting process of simultaneously obtaining a correction parameter value optimal to correct the shift information on the position of the stylus tip, included in the calibration measurement data obtained in the calibration measurement process, for each of the sectors obtained in advance by the dividing of the measurement range in the height direction. a measurement-range dividing process of dividing the measurement range in the height direction into 10 to 50 sectors; and a correction-parameter setting process of simultaneously obtaining a correction parameter value optimal to correct the shift information on the position of the stylus tip, included in the calibration measurement data obtained in the calibration measurement process, for each of the sectors obtained in advance by the dividing of the measurement range in the height direction.
An apparatus comprising: - means (310, 320) for storing an indication that the apparatus requires reliable and/or low-latency access to a network; - means (310, 320, 340) for receiving from a network node, an access opportunity pattern, the access opportunity pattern comprising access opportunities provided by a subset of a cluster of cells detectable by the apparatus; - means (310, 320, 340) for receiving during an inactive state, a downlink reference signal from a cell as a part of the received access opportunity pattern addressed to apparatuses which require reliable and/or low latency access, the reference signal informing that at least one apparatus requiring reliable and/or low latency access will receive a downlink page; - means (310, 320, 340) for monitoring, based on the informing, a downlink paging channel in the access opportunity pattern for the downlink page; - means (310, 320, 340) for triggering reliable and/or low latency access to the network by selecting an access opportunity according to the received access opportunity pattern. - means (310, 320) for storing an indication that the apparatus requires reliable and/or low-latency access to a network; - means (310, 320, 340) for receiving from a network node, an access opportunity pattern, the access opportunity pattern comprising access opportunities provided by a subset of a cluster of cells detectable by the apparatus; - means (310, 320, 340) for receiving during an inactive state, a downlink reference signal from a cell as a part of the received access opportunity pattern addressed to apparatuses which require reliable and/or low latency access, the reference signal informing that at least one apparatus requiring reliable and/or low latency access will receive a downlink page; - means (310, 320, 340) for monitoring, based on the informing, a downlink paging channel in the access opportunity pattern for the downlink page; - means (310, 320, 340) for triggering reliable and/or low latency access to the network by selecting an access opportunity according to the received access opportunity pattern.
A rotary blade assembly that can be used in tile-cutting machines, which has an annular blade mounted on a bearing comprising an inner race, and outer race and ball bearings arranged between both races, characterised in that: - a first side of the outer race comprises a perimeter projection that forms a first side stop for mounting the blade on the bearing; - the assembly comprises a securing ring of the blade mounted on a second side of the outer race of the bearing, secured to said outer race and that forms a second stop for mounting the blade; - the bearing and/or the securing ring comprise on a contact surface with the blade projections or recesses (31, 25, 26) which, in the mounting position of the assembly, are coupled to complementary recesses or projections (11, 12) defined in the corresponding contact surface of the blade, and prevent the relative rotation of the blade with respect to the securing ring and the outer race of the bearing. - a first side of the outer race comprises a perimeter projection that forms a first side stop for mounting the blade on the bearing; - the assembly comprises a securing ring of the blade mounted on a second side of the outer race of the bearing, secured to said outer race and that forms a second stop for mounting the blade; - the bearing and/or the securing ring comprise on a contact surface with the blade projections or recesses (31, 25, 26) which, in the mounting position of the assembly, are coupled to complementary recesses or projections (11, 12) defined in the corresponding contact surface of the blade, and prevent the relative rotation of the blade with respect to the securing ring and the outer race of the bearing.
Tyre with a radial carcass reinforcement, made up of at least one layer of metal reinforcing elements inserted between two skim layers of elastomer compound containing a reinforcing filler made up of at least carbon black, the said tyre comprising a crown reinforcement, itself capped radially by a tread, the said tread being connected to two beads by two sidewalls, the said tyre forming an internal cavity intended to accept inflation air, characterized in that the tensile elastic modulus at 10% elongation of at least the skim layer closest to the internal cavity of at least the carcass reinforcement layer closest to the internal cavity is less than 8.5 MPa and in that at least the said skim layer closest to the internal cavity of at least the carcass reinforcement layer closest to the internal cavity has an electrical resistivity per unit volume ρ such that log(ρ) is greater than 8.
A surface treated high aspect ratio talc (HART), wherein the high aspect ratio talc is surface treated with a surface treatment agent comprising a polymeric species comprising one or more ether linkages, and wherein the HART has a lamellarity index of at least 2.8.
A method, comprising: receiving at least one first input indicating the congestion level of a network area in which there is a first user device, the first user device having a user associated therewith, the first user device having a first bearer channel established between the first user device and a gateway, the first bearer channel having a first quality of service level; determining whether to modify the first user device to a second quality of service level based upon the received congestion level; and sending a first request to a first network element instructing the first network element to modify the first user device to the second quality of service level; characterized by the step of determining whether the first user device leaves the network area; and when the first user device leaves the network area, sending a second request to the first network element instructing the first network element to recover the first user device to the first quality of service level. receiving at least one first input indicating the congestion level of a network area in which there is a first user device, the first user device having a user associated therewith, the first user device having a first bearer channel established between the first user device and a gateway, the first bearer channel having a first quality of service level; determining whether to modify the first user device to a second quality of service level based upon the received congestion level; and sending a first request to a first network element instructing the first network element to modify the first user device to the second quality of service level; characterized by the step of determining whether the first user device leaves the network area; and when the first user device leaves the network area, sending a second request to the first network element instructing the first network element to recover the first user device to the first quality of service level.
A battery management system for managing the voltage of a battery cell, the battery management system comprising: a semiconductor switch, comprising two complementary transistors (26, 28), coupled to the battery cell, wherein the semiconductor switch is in an on condition when the voltage across the battery cell exceeds a first threshold voltage; and a microprocessor coupled to the semiconductor switch via a voltage sensing input; wherein the microprocessor is adapted to monitor the voltage across the battery cell when the semiconductor switch is on, the voltage sensing input is adapted to fall to zero when the monitored voltage is less than a low-voltage cut-off threshold voltage, and the microprocessor is adapted to shut itself down in response to the voltage sensing input falling to zero, thereby preventing further current drain from the battery cell; wherein the semiconductor switch further comprises a Zener diode; and wherein the semiconductor switch is coupled in parallel with the battery cell; and the Zener diode begins conducting at the first threshold voltage. a semiconductor switch, comprising two complementary transistors (26, 28), coupled to the battery cell, wherein the semiconductor switch is in an on condition when the voltage across the battery cell exceeds a first threshold voltage; and a microprocessor coupled to the semiconductor switch via a voltage sensing input; wherein the microprocessor is adapted to monitor the voltage across the battery cell when the semiconductor switch is on, the voltage sensing input is adapted to fall to zero when the monitored voltage is less than a low-voltage cut-off threshold voltage, and the microprocessor is adapted to shut itself down in response to the voltage sensing input falling to zero, thereby preventing further current drain from the battery cell; wherein the semiconductor switch further comprises a Zener diode; and wherein the semiconductor switch is coupled in parallel with the battery cell; and the Zener diode begins conducting at the first threshold voltage.
A polymer electrolyte membrane comprising a sulfonate anion (-SO 3 -), wherein the sulfonate anion forms an ionic bond with a bismuth cation, wherein a content of the bismuth cation is greater than or equal to 0.2 equivalents and less than or equal to 0.5 equivalents with respect to the sulfonate anion.
A wearable sensor enclosure comprising: a proximal component configured to be attached to an item or a wearer; and a distal component configured to be attached to the proximal component, wherein the distal component comprises: a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, wherein the surface protrudes away from the first plane to form an internal cavity between the proximal component and the distal component. a proximal component configured to be attached to an item or a wearer; and a distal component configured to be attached to the proximal component, wherein the distal component comprises: a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, wherein the surface protrudes away from the first plane to form an internal cavity between the proximal component and the distal component.
Foam material sealing strip which has, relative to a completely recovered state, two high regions (3, 4) connected by a low region over its width, wherein the foam material sealing strip is impregnated for delayed recovery and an insert part is arranged in the low region, wherein the insert part swell is designed to swell, characterised in that the insert part is bonded to the foam material sealing strip and the insert part is made at least partially from a moisture-swelling material and at least partially from an intumescent material.
A method for determining the presence of a biomarker on or in at least one extracellular vesicle(s) from a biological sample obtained from a subject, the method comprising the steps of: (a) contacting a sensor of a single particle interferometric reflectance imaging sensor (SP-IRIS) system comprising a first probe with a biological sample comprising at least one extracellular vesicle, thereby capturing the at least one vesicle on the sensor, (b) imaging the sensor, obtaining a label-free SP-IRIS image, to quantify and individually characterize bound extracellular vesicle(s), (c) contacting the sensor with a second probe comprising a secondary recognition probe that binds a biomarker on or inside the extracellular vesicle conjugated to a label, and (d) imaging the sensor and comparing the image to the image obtained in step (b), wherein a change in the signal imaged in (d) compared to the signal imaged in step (b) indicates the presence of the biomarker on the at least one vesicle. (a) contacting a sensor of a single particle interferometric reflectance imaging sensor (SP-IRIS) system comprising a first probe with a biological sample comprising at least one extracellular vesicle, thereby capturing the at least one vesicle on the sensor, (b) imaging the sensor, obtaining a label-free SP-IRIS image, to quantify and individually characterize bound extracellular vesicle(s), (c) contacting the sensor with a second probe comprising a secondary recognition probe that binds a biomarker on or inside the extracellular vesicle conjugated to a label, and (d) imaging the sensor and comparing the image to the image obtained in step (b),
A conveyor belt for carrying a transported article mounted on a surface of the conveyor belt, comprising: a belt main body; an upper surface layer covering an upper surface of the belt main body, wherein the upper surface layer is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC; and a lower surface layer covering a lower surface of the belt main body opposite to the upper surface, wherein the lower surface is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC, characterized in that the lower surface layer is provided with a projective surface comprising a plurality of projections arranged over an entire area of the lower surface of the belt main body with peak portions formed into a curved surface shape and valley portions between the projections on the lower surface of the belt main body. a belt main body; an upper surface layer covering an upper surface of the belt main body, wherein the upper surface layer is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC; and a lower surface layer covering a lower surface of the belt main body opposite to the upper surface, wherein the lower surface is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC, characterized in that the lower surface layer is provided with a projective surface comprising a plurality of projections arranged over an entire area of the lower surface of the belt main body with peak portions formed into a curved surface shape and valley portions between the projections on the lower surface of the belt main body.
A system for performing non-disruptive failover of a Remote Data Memory Access (RDMA) connection between a first computer node and a second computer node, the system comprising: an upper subsystem module at the first computer node configured to create a request, the request including a source memory address of data to be read over an RDMA connection and a destination memory address to store data to; and a failover virtual layer configured to create at least one virtual queue structure, the VQS accessible by the upper subsystem module and not accessible by an interconnect adapter at the first computer node, the failover virtual layer further configured to create at least two physical queue structures associated with a VQS, wherein the PQS are not accessible by the upper subsystem module. an upper subsystem module at the first computer node configured to create a request, the request including a source memory address of data to be read over an RDMA connection and a destination memory address to store data to; and a failover virtual layer configured to create at least one virtual queue structure, the VQS accessible by the upper subsystem module and not accessible by an interconnect adapter at the first computer node, the failover virtual layer further configured to create at least two physical queue structures associated with a VQS, wherein the PQS are not accessible by the upper subsystem module.
An electrochemical cell comprising: a positive electrode; a negative electrode; an ionically conductive and electronically insulating separator positioned between said positive electrode and said negative electrode; a first electronically and ionically conductive layer positioned between said positive electrode and said separator and in electrical contact with said positive electrode or positioned between said negative electrode and said separator and in electrical contact with said negative electrode; and one or more electrolytes positioned between said positive electrode and said negative electrode; wherein said one or more electrolytes are capable of conducting charge carriers; wherein the first electronically and ionically conductive layer is provided on a surface of the positive electrode, a surface of the negative electrode and/or an external surface of the separator; wherein the first electronically and ionically conductive layer has a thickness less than or equal to 100 μm and wherein the first electronically and ionically conductive layer comprises a carbon material. a positive electrode; a negative electrode; an ionically conductive and electronically insulating separator positioned between said positive electrode and said negative electrode; a first electronically and ionically conductive layer positioned between said positive electrode and said separator and in electrical contact with said positive electrode or positioned between said negative electrode and said separator and in electrical contact with said negative electrode; and one or more electrolytes positioned between said positive electrode and said negative electrode; wherein said one or more electrolytes are capable of conducting charge carriers; wherein the first electronically and ionically conductive layer is provided on a surface of the positive electrode, a surface of the negative electrode and/or an external surface of the separator; wherein the first electronically and ionically conductive layer has a thickness less than or equal to 100 μm and wherein the first electronically and ionically conductive layer comprises a carbon material.