mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing method performed in a patient side smart terminal, comprising: receiving , via a first data receiving module of the patient side smart terminal , therapy data from a ventilation therapy device, wherein the therapy data carries therapeutic effect data, a device identification corresponding to the ventilation therapy device, and a therapy parameter; characterized by sending , via a first data sending module of the patient side smart terminal , the therapy data to a doctor side smart terminal; receiving , via a first parameter receiving module parameter update information corresponding to the therapy data from the doctor side smart terminal, wherein the parameter update information carries a latest therapy parameter acquired by updating the therapy parameter according to the therapeutic effect data, and the device identification corresponding to the ventilation therapy device; and sending, via a first parameter setting module of the patient side smart terminal the latest therapy parameter to the ventilation therapy device corresponding to the device identification, and setting automatically the ventilation therapy device according to the latest therapy parameter. receiving , via a first data receiving module of the patient side smart terminal , therapy data from a ventilation therapy device, wherein the therapy data carries therapeutic effect data, a device identification corresponding to the ventilation therapy device, and a therapy parameter; characterized by sending , via a first data sending module of the patient side smart terminal , the therapy data to a doctor side smart terminal; receiving , via a first parameter receiving module parameter update information corresponding to the therapy data from the doctor side smart terminal, wherein the parameter update information carries a latest therapy parameter acquired by updating the therapy parameter according to the therapeutic effect data, and the device identification corresponding to the ventilation therapy device; and sending, via a first parameter setting module of the patient side smart terminal the latest therapy parameter to the ventilation therapy device corresponding to the device identification, and setting automatically the ventilation therapy device according to the latest therapy parameter.
An impeller configured for use in a catheter pump , the impeller comprising: a hub having a distal portion, a proximal portion, and a diameter (D); and a blade having a fixed end at the hub and a free end, the blade having a height (h) defined by a maximum distance between the hub and the free end, wherein a value relating to a ratio (σ) of the blade height (h) to the hub diameter (D) is in a range of about 0.7 to about 1.45, wherein the diameter (D) of the hub is defined by an average of a first diameter (D1) near the distal portion of the hub and a second diameter (D2) near the proximal portion of the hub , and wherein the first diameter (D1) is less than the second diameter (D2). a hub having a distal portion, a proximal portion, and a diameter (D); and a blade having a fixed end at the hub and a free end, the blade having a height (h) defined by a maximum distance between the hub and the free end, wherein a value relating to a ratio (σ) of the blade height (h) to the hub diameter (D) is in a range of about 0.7 to about 1.45, wherein the diameter (D) of the hub is defined by an average of a first diameter (D1) near the distal portion of the hub and a second diameter (D2) near the proximal portion of the hub , and wherein the first diameter (D1) is less than the second diameter (D2).
Apparatus for heat recovery from a heating fluid, having a heat exchanger arrangement with a main flow duct which is surrounded by an auxiliary flow duct , at least one heat exchanger element being arranged within the auxiliary flow duct , by means of which at least one heat exchanger element , during operation of a waste heat source, heat can be transferred from a heating fluid which is produced by the waste heat source into a working fluid which flows through the heat exchanger element , and the heat exchanger element has at least two components , characterized in that , in at least one section of the heat exchanger element , the material of a first component of the heat exchanger element , through which first component the working fluid can flow, and the material of a second component of the heat exchanger element , which second component increases the surface area of the heat exchanger element , have material properties which differ from one another, and the duct closure element is arranged downstream of an outlet of the main flow duct and/or an outlet of the auxiliary flow duct of the heat exchanger arrangement .
A pumping mechanism of a diesel fuel pump actuated by an oil lubricated cam follower, the pumping mechanism comprising a pump head , a cam follower for cooperating with a rotating cam, and a plunger , located partially within a plunger location bore provided in the pump head and extending along a longitudinal axis (A) of the plunger location bore ; wherein the pump head comprises a main section and an extension section , wherein a portion of the plunger extends from the extension section , and a lower surface at an end of the plunger contacts the cam follower ; wherein, in use, during a pumping stroke, rotation of the cam causes force to be transferred to the plunger via the cam follower , thereby causing the plunger to move along the plunger location bore and into a pumping chamber, to cause fuel within the pumping chamber to become pressurised; and wherein during a return stroke, a spring provided in a spring chamber surrounding the extension section of the pump head , and abutting a first spring seat and a second spring seat , maintains contact between the cam follower and the cam; the pumping mechanism further comprising a sealing assembly comprising a seal and a seal retainer , said sealing assembly acting to prevent mixing of fuel which lubricates the plunger inside the plunger location bore , with oil which lubricates the cam follower and a lower part of the plunger extending below the seal, the seal being provided partially within the seal retainer , and extending partially from the seal retainer , towards the cam follower the sealing assembly further comprising retaining means to retain the sealing assembly on the pump head , characterised in that the retaining means comprises a lip provided on the seal which is located in a recess provided on an end section of the extension section of the pump head .
A method for detecting at least one glitch in an electrical signal , said method comprising: - generating, from said electrical signal , at least one digital oscillating signal which is sensitive to glitches ; and - performing the following steps as a repeatable round: - assigning a time window to at least one digital oscillating signal , said time window being implemented on the basis of a clock signal substantially insensitive to said at least one glitch to be detected; - determining from said time window a sampling value of the digital oscillating signal , said sampling value being characteristic of said digital oscillating signal throughout its time window ; - detecting any potential glitch in said electrical signal by comparing said sampling value with an expected reference value ; and - outputting a response typifying a result of the comparison step. - generating, from said electrical signal , at least one digital oscillating signal which is sensitive to glitches ; and - performing the following steps as a repeatable round: - assigning a time window to at least one digital oscillating signal , said time window being implemented on the basis of a clock signal substantially insensitive to said at least one glitch to be detected; - determining from said time window a sampling value of the digital oscillating signal , said sampling value being characteristic of said digital oscillating signal throughout its time window ; - detecting any potential glitch in said electrical signal by comparing said sampling value with an expected reference value ; and - outputting a response typifying a result of the comparison step. - assigning a time window to at least one digital oscillating signal , said time window being implemented on the basis of a clock signal substantially insensitive to said at least one glitch to be detected; - determining from said time window a sampling value of the digital oscillating signal , said sampling value being characteristic of said digital oscillating signal throughout its time window ; - detecting any potential glitch in said electrical signal by comparing said sampling value with an expected reference value ; and - outputting a response typifying a result of the comparison step.
An industrial Single Pair Ethernet, SPE, system to be installed within an industrial automation system, the industrial SPE system comprising: a linking device ; a first device comprising one of a sensor and an actuator; a second device comprising one of a sensor and an actuator; a trunk-drop infrastructure connecting the first device and the second device to the linking device, the trunk-drop infrastructure comprising: a first tap ; a first drop cable connecting the first tap to the first device; a second tap ; a second drop cable connecting the second tap to the second device; a trunk cable connected between the linking device, the first tap, and the second tap, the trunk cable including a first pair of cables configured to transmit power and a second pair of cables configured as single pair ethernet cables; and an end cap connected to the second tap, wherein at least one of the first device, the second device, the first tap, and the second tap includes a dual-port SPE switch . a linking device ; a first device comprising one of a sensor and an actuator; a second device comprising one of a sensor and an actuator; a trunk-drop infrastructure connecting the first device and the second device to the linking device, the trunk-drop infrastructure comprising: a first tap ; a first drop cable connecting the first tap to the first device; a second tap ; a second drop cable connecting the second tap to the second device; a trunk cable connected between the linking device, the first tap, and the second tap, the trunk cable including a first pair of cables configured to transmit power and a second pair of cables configured as single pair ethernet cables; and an end cap connected to the second tap, wherein at least one of the first device, the second device, the first tap, and the second tap includes a dual-port SPE switch . a first tap ; a first drop cable connecting the first tap to the first device; a second tap ; a second drop cable connecting the second tap to the second device; a trunk cable connected between the linking device, the first tap, and the second tap, the trunk cable including a first pair of cables configured to transmit power and a second pair of cables configured as single pair ethernet cables; and an end cap connected to the second tap, wherein at least one of the first device, the second device, the first tap, and the second tap includes a dual-port SPE switch .
A near field communication device comprising a storage unit , wherein said storage unit is configured and adapted to store sequence-specific data relating to at least one sequence of devices of which said near field communication device forms part, and wherein the sequence-specific data comprise a sequence identifier attribute which identifies the sequence of devices, characterized in that the sequence of devices is an ordered sequence, and wherein the sequence-specific data comprise a sequence order attribute which specifies a position of the near field communication device in said ordered sequence.
Draw frame device for textile slivers, • having - a drafting unit , which is supported on a coiler housing , and - a base plate , on which at least one coiler can is rotatably receivable, • wherein - the coiler housing is arranged above and spaced apart from the base plate by means of columns , and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate , and the coiler housing being divided into a main plate and a side plate , wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing , - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state. • having - a drafting unit , which is supported on a coiler housing , and - a base plate , on which at least one coiler can is rotatably receivable, - a drafting unit , which is supported on a coiler housing , and - a base plate , on which at least one coiler can is rotatably receivable, • wherein - the coiler housing is arranged above and spaced apart from the base plate by means of columns , and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate , and the coiler housing being divided into a main plate and a side plate , wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing , - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state. - the coiler housing is arranged above and spaced apart from the base plate by means of columns , and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate , and the coiler housing being divided into a main plate and a side plate , wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing , - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state.
An operating unit for machine tools, preferably for processing section bars , in particular made of aluminium, light alloys, PVC or the like, the operating unit comprising an operating head provided with a tool and with at least one orientable nozzle , which can be connected to a source of a cooling and/or lubricating fluid of the tool , and is coupled to the operating head so as to move between at least two operating positions, in which the nozzle has different orientations relative to the tool ; an orienting device to move the nozzle between said operating positions; and actuator means to move the operating head and the orienting device relative to one another so as to move the nozzle , at first, in contact with the orienting device and, then, between the operating positions; and being characterized in that the orienting device comprises two orienting members , which are movable relative to one another between an open position, in which the orienting members allow the nozzle to be inserted into/removed from the orienting device , and a closed position, in which the orienting members move the nozzle to a neutral reference position.
Deployment apparatus for paying out and retrieving a towed sonar which is towed in water and has at least one traction cable , a towed body , a tow line and a connection unit for automatically coupling and decoupling the towed body to/from the traction cable (12/14), wherein the connection unit has two connecting units which are at a distance from one another, wherein, in the event of connection, the two connecting units which are at a distance from one another each establish a releasable connection between the towed body and the traction cable (12/14) or the traction cables , so that an electrical and/or optical connection between the towed body and the traction cables and also a mechanical connection between the towed body and the traction cable (12/14) can be used, characterized by a configuration of a second connecting unit of the two connecting units which are at a distance from one another with two connecting elements for establishing the mechanical connection between the towed body and the traction cable (12/14), wherein a connecting element in the form of two opposite journals is fixedly arranged on the traction cable (12/14) and a connecting element in the form of guide grooves is arranged on the towed body , wherein, owing to the configuration of the opposite guide grooves on the towed body, a movable rotary thrust connection can be established by receiving the two journals. wherein the connection unit has two connecting units which are at a distance from one another, wherein, in the event of connection, the two connecting units which are at a distance from one another each establish a releasable connection between the towed body and the traction cable (12/14) or the traction cables , so that an electrical and/or optical connection between the towed body and the traction cables and also a mechanical connection between the towed body and the traction cable (12/14) can be used, characterized by a configuration of a second connecting unit of the two connecting units which are at a distance from one another with two connecting elements for establishing the mechanical connection between the towed body and the traction cable (12/14), wherein a connecting element in the form of two opposite journals is fixedly arranged on the traction cable (12/14) and a connecting element in the form of guide grooves is arranged on the towed body , wherein, owing to the configuration of the opposite guide grooves on the towed body, a movable rotary thrust connection can be established by receiving the two journals.
Oxygen separator for generating a flow of oxygen-enriched gas, said oxygen separator comprising: at least two oxygen separation devices arranged to separate oxygen from an oxygen comprising gas, said at least two oxygen separation devices each comprising a first end for receiving the oxygen comprising gas and a second end for delivering an oxygen-enriched gas, an equalization duct fluidically coupled to the respective second end of said at least two oxygen separation devices as to enable equilibrate an internal pressure of the at least two oxygen separation devices , a first gas sensor is provided in the equalization duct such that the first gas sensor is arranged to monitor at least one component of the oxygen-enriched gas in said equalization duct , a control device arranged to control the oxygen separator based on the monitoring by the first gas sensor , wherein the at least two oxygen separation devices are fluidically coupled to a an exhaust duct , wherein said exhaust duct is fluidically coupled to each of the at least two oxygen separation devices in order to guide an exhaust gas from the at least two oxygen separation devices out of the oxygen separator , the oxygen separator further comprises a second gas sensor provided in the exhaust duct such that the second gas sensor is arranged to monitor at least one component of the exhaust gas; and where the control device is arranged to control said oxygen separator based on the monitoring by the first gas sensor and by the second gas sensor . at least two oxygen separation devices arranged to separate oxygen from an oxygen comprising gas, said at least two oxygen separation devices each comprising a first end for receiving the oxygen comprising gas and a second end for delivering an oxygen-enriched gas, an equalization duct fluidically coupled to the respective second end of said at least two oxygen separation devices as to enable equilibrate an internal pressure of the at least two oxygen separation devices , a first gas sensor is provided in the equalization duct such that the first gas sensor is arranged to monitor at least one component of the oxygen-enriched gas in said equalization duct , a control device arranged to control the oxygen separator based on the monitoring by the first gas sensor , wherein the at least two oxygen separation devices are fluidically coupled to a an exhaust duct , wherein said exhaust duct is fluidically coupled to each of the at least two oxygen separation devices in order to guide an exhaust gas from the at least two oxygen separation devices out of the oxygen separator , the oxygen separator further comprises a second gas sensor provided in the exhaust duct such that the second gas sensor is arranged to monitor at least one component of the exhaust gas; and where the control device is arranged to control said oxygen separator based on the monitoring by the first gas sensor and by the second gas sensor .
A composition comprising: one or more components selected from the group consisting of citronellyl acetate and niaouli oil, for use in preventing or inhibiting swelling and lymphedema by promoting activation of lymph vessel function by inducing VEGFC expression.