mhurhangee/ep-ind-claims huggingface dataset:
A method of inflating a cuff of a non-invasive blood pressure measurement apparatus, the method comprising the steps of: determining a plurality of target pressure values of the cuff for a plurality of time points, the target pressure value for a time point corresponding to the desired pressure value of the cuff for said time point; obtaining a plurality of pressure values of the cuff at the plurality of time points; calculating a first cuff inflation speed parameter from a last time point of the plurality of time points to a first time point after the plurality of time points on the basis of the plurality of pressure values, the plurality of determined target pressure values of the cuff and a plurality of cuff inflation speed parameters corresponding to each time interval between every two adjacent time points of the plurality of time points; and inflating the cuff at a speed that corresponds to the first cuff inflation speed parameter. determining a plurality of target pressure values of the cuff for a plurality of time points, the target pressure value for a time point corresponding to the desired pressure value of the cuff for said time point; obtaining a plurality of pressure values of the cuff at the plurality of time points; calculating a first cuff inflation speed parameter from a last time point of the plurality of time points to a first time point after the plurality of time points on the basis of the plurality of pressure values, the plurality of determined target pressure values of the cuff and a plurality of cuff inflation speed parameters corresponding to each time interval between every two adjacent time points of the plurality of time points; and inflating the cuff at a speed that corresponds to the first cuff inflation speed parameter.
A wireless transmit/receive unit, WTRU, performing dynamic demodulation, the WTRU comprising: a memory; and a processor configured to: receive a first reference signal over a first set of resources during a first time period, the first reference signal being associated with the first set of resources; receive a second reference signal over a second set of resources during a second time period, the second reference signal being associated with the second set of resources; receive a downlink control information, DCI, wherein the DCI indicates that the first reference signal associated with the first set of resources and the second reference signal associated with the second set of resources are associated with a precoder set, and wherein the DCI further indicates a relative timing of the first time period associated with the first set of resources relative to the second time period associated with the second set of resources. a memory; and a processor configured to: receive a first reference signal over a first set of resources during a first time period, the first reference signal being associated with the first set of resources; receive a second reference signal over a second set of resources during a second time period, the second reference signal being associated with the second set of resources; receive a downlink control information, DCI, wherein the DCI indicates that the first reference signal associated with the first set of resources and the second reference signal associated with the second set of resources are associated with a precoder set, and wherein the DCI further indicates a relative timing of the first time period associated with the first set of resources relative to the second time period associated with the second set of resources. receive a first reference signal over a first set of resources during a first time period, the first reference signal being associated with the first set of resources; receive a second reference signal over a second set of resources during a second time period, the second reference signal being associated with the second set of resources; receive a downlink control information, DCI, wherein the DCI indicates that the first reference signal associated with the first set of resources and the second reference signal associated with the second set of resources are associated with a precoder set, and wherein the DCI further indicates a relative timing of the first time period associated with the first set of resources relative to the second time period associated with the second set of resources.
A metallurgical apparatus comprising a vessel for holding a body of liquid metal and a circulating apparatus for circulating the body of liquid metal within the vessel, wherein the vessel has a peripheral wall and a base, and the circulating apparatus comprises a launder that provides a flow channel and a pumping device for pumping liquid metal through the launder, wherein the launder has an inlet end connected to a first opening in the peripheral wall and an outlet end connected to a second opening in the peripheral wall, and wherein the pumping device is configured to pump liquid metal through the launder so that liquid metal flows out of the vessel through the first opening and into the vessel through the second opening, thereby causing the body of liquid metal within the vessel to circulate; characterised in that the pumping device includes an electromagnetic pump that generates a moving magnetic field within the flow channel to pump liquid metal along the flow channel, and the launder further includes a secondary outlet for dispensing metal at a higher level and at least one flow control device comprising a controllable stopper, plug or damper (84, 94) that is adjustable between an open configuration in which the flow of liquid metal between the vessel and the launder is permitted, and a closed configuration in which the flow of liquid metal between the vessel and the launder is prevented and metal is dispensed through the secondary outlet at the higher level.
A process for semi-permanent straightening of human hair comprising: a) the use of a solution containing N-(carboxymethylidene) chitosan; b) contact of the solution with hair for a length of time between 30 and 120 minutes; c) hair drying with a hairdryer; d) hair-straightening using a hair-straightening iron set to a temperature higher than 170°C according to the hair type. a) the use of a solution containing N-(carboxymethylidene) chitosan; b) contact of the solution with hair for a length of time between 30 and 120 minutes; c) hair drying with a hairdryer; d) hair-straightening using a hair-straightening iron set to a temperature higher than 170°C according to the hair type.
Printing system for printing on a material, in particular paper, cardboard, foil, aluminium or fabric, comprising: an ink formulation module for providing an ink recipe, a printing unit for applying ink to the material, a sensor for generating color measurement data, and a control module being connected to the sensor and to the printing unit, wherein the color measurement data comprises at least one actual ink color value of the ink applied to the material by the printing unit, wherein the control module is configured to receive at least one unit parameter from the printing unit, to receive the color measurement data from the sensor and to transmit the at least one unit parameter and at least parts of the color measurement data as a recipe request to the ink formulation module, wherein the at least one unit parameter comprises an identifier, in particular an identification number, of the printing unit, an identifier, in particular an identification number, of a component of the printing unit, in particular of a printing roller or an anilox roller, a rotating speed of the printing roller or the anilox roller, gravure information of the printing roller or the anilox roller, and/or a processing speed of the printing unit, wherein the control module is configured to provide the recipe request and to transfer it to the ink formulation module automatically and wherein the ink formulation module is configured to create at least one adjusted ink recipe based on the recipe request. an ink formulation module for providing an ink recipe, a printing unit for applying ink to the material, a sensor for generating color measurement data, and a control module being connected to the sensor and to the printing unit, wherein the color measurement data comprises at least one actual ink color value of the ink applied to the material by the printing unit, wherein the control module is configured to receive at least one unit parameter from the printing unit, to receive the color measurement data from the sensor and to transmit the at least one unit parameter and at least parts of the color measurement data as a recipe request to the ink formulation module, wherein the at least one unit parameter comprises an identifier, in particular an identification number, of the printing unit, an identifier, in particular an identification number, of a component of the printing unit, in particular of a printing roller or an anilox roller, a rotating speed of the printing roller or the anilox roller, gravure information of the printing roller or the anilox roller, and/or a processing speed of the printing unit, wherein the control module is configured to provide the recipe request and to transfer it to the ink formulation module automatically and wherein the ink formulation module is configured to create at least one adjusted ink recipe based on the recipe request.
A method of operating a radio access network comprising the steps of: connecting a femto radio base station (28 f-new) to a first radio network controller node (26 1) of the radio access network; receiving location-indicative information at a user equipment from a macro radio base station (28 m) of the radio access network; providing, from the femto radio base station (28 f-new), location-indicative information obtained from the user equipment in communication with the femto radio base station to the first radio network controller node (26 1); and using the location-indicative information obtained from the user equipment unit to determine a second radio network controller node (26 2) to replace the first radio network controller node (26 1) as an active radio network controller node for the femto radio base station (28 f-new), wherein the macro radio base station (28 m) and the femto radio base station (28 f- new) utilise the same radio access technology, the macro radio base station (28 m) is controlled by the second radio network controller node (26 2). connecting a femto radio base station (28 f-new) to a first radio network controller node (26 1) of the radio access network; receiving location-indicative information at a user equipment from a macro radio base station (28 m) of the radio access network; providing, from the femto radio base station (28 f-new), location-indicative information obtained from the user equipment in communication with the femto radio base station to the first radio network controller node (26 1); and using the location-indicative information obtained from the user equipment unit to determine a second radio network controller node (26 2) to replace the first radio network controller node (26 1) as an active radio network controller node for the femto radio base station (28 f-new), wherein the macro radio base station (28 m) and the femto radio base station (28 f- new) utilise the same radio access technology, the macro radio base station (28 m) is controlled by the second radio network controller node (26 2).
Device for filling liquid to pasty foodstuffs into premanufactured individual containers which have a support rim, - comprising carrier elements which are continuously guided through the device by means of a drive and which form receiving openings for the individual containers and have an upper side oriented away from the force of gravity, on which the support rim of the individual containers seated in the receiving openings is able to bear, - comprising operating stations, into the operating range of which the carrier elements pass as they revolve continuously in the device, - comprising at least one operating station configured as a sterilisation unit which serves for disinfecting the carrier elements and the individual containers, - comprising a lifting means as part of the sterilisation unit, which lifting means is able to lift individual containers, which are seated in the receiving openings and bear with the support rim against the upper side, so as to form a gap for sterilisation purposes, - comprising a controller which serves at least to control the lifting means, characterised in that the sterilisation unit is equipped with at least one closure element which serves to close container-free receiving openings of the carrier element during the sterilisation. - comprising carrier elements which are continuously guided through the device by means of a drive and which form receiving openings for the individual containers and have an upper side oriented away from the force of gravity, on which the support rim of the individual containers seated in the receiving openings is able to bear, - comprising operating stations, into the operating range of which the carrier elements pass as they revolve continuously in the device, - comprising at least one operating station configured as a sterilisation unit which serves for disinfecting the carrier elements and the individual containers, - comprising a lifting means as part of the sterilisation unit, which lifting means is able to lift individual containers, which are seated in the receiving openings and bear with the support rim against the upper side, so as to form a gap for sterilisation purposes, - comprising a controller which serves at least to control the lifting means,
A method for acquiring Quality of Experience, QoE, the method comprises: during proceeding of a service, periodically measuring, by a terminal, QoE data of the terminal and reporting the QoE data to an analysis subsystem at a network side according to a QoE measurement and reporting policy issued by a policy control subsystem at the network side; analyzing, by the analysis subsystem, the reported QoE data and notifying an analysis result to the policy control subsystem; formulating, by the policy control subsystem, a control policy according to user subscription data stored in the policy control subsystem, network policy configuration and the analysis result, and issuing the control policy to an access subsystem and/or a switching subsystem at the network side; and performing, by the access subsystem and/or the switching subsystem, policy control according to the control policy to form closed-loop control. during proceeding of a service, periodically measuring, by a terminal, QoE data of the terminal and reporting the QoE data to an analysis subsystem at a network side according to a QoE measurement and reporting policy issued by a policy control subsystem at the network side; analyzing, by the analysis subsystem, the reported QoE data and notifying an analysis result to the policy control subsystem; formulating, by the policy control subsystem, a control policy according to user subscription data stored in the policy control subsystem, network policy configuration and the analysis result, and issuing the control policy to an access subsystem and/or a switching subsystem at the network side; and performing, by the access subsystem and/or the switching subsystem, policy control according to the control policy to form closed-loop control.
A nanobody (V H H) comprising an amino acid sequence consisting of 4 framework regions (FR1 to FR4) and 3 complementary determining regions (CDR1 to CDR3) according to the following formula: FR1-CDR1-FR2-CDR2-FR3-CDR3-FR4, wherein said nanobody has an amino acid sequence of SEQ ID NO:1 or an amino acid sequence that has at least 80% amino acid identity with the amino acid sequence of SEQ ID NO:1, wherein said nanobody is directed against and/or specifically binds to a complex comprising a GPCR and a G protein, and wherein said nanobody specifically binds to the G protein and not to the GPCR in the complex.
An insertion system comprising: an ear ventilation tube having a distal end and a proximal end with at least one proximal member; a hollow sheath member including a distal end having a cutting edge configured to make an incision in a tympanic membrane, a proximal end, and a slot including a distal end and a proximal end, wherein the distal end of the slot is in communication with the distal end of the hollow sheath member, the hollow sheath member is configured to at least partially surround the ear ventilation tube so that one of the proximal members extends through the slot and the hollow sheath member is configured to be inserted through the incision in the tympanic membrane such that a portion of the ear ventilation tube is located in the incision to maintain an opening in the tympanic membrane; a rod member including a distal end, wherein the distal end of the rod member is located within the hollow sheath member and is configured to be adjacent the proximal end of the ear ventilation tube; and an actuator coupled to the hollow sheath member and configured to retract the hollow sheath member from around the ear ventilation tube by sliding it over and along a length of the rod member, while the rod member remains fixed in place, thereby allowing the ear ventilation tube to remain inserted in the tympanic membrane during retraction of the hollow sheath member. an ear ventilation tube having a distal end and a proximal end with at least one proximal member; a hollow sheath member including a distal end having a cutting edge configured to make an incision in a tympanic membrane, a proximal end, and a slot including a distal end and a proximal end, wherein the distal end of the slot is in communication with the distal end of the hollow sheath member, the hollow sheath member is configured to at least partially surround the ear ventilation tube so that one of the proximal members extends through the slot and the hollow sheath member is configured to be inserted through the incision in the tympanic membrane such that a portion of the ear ventilation tube is located in the incision to maintain an opening in the tympanic membrane; a rod member including a distal end, wherein the distal end of the rod member is located within the hollow sheath member and is configured to be adjacent the proximal end of the ear ventilation tube; and an actuator coupled to the hollow sheath member and configured to retract the hollow sheath member from around the ear ventilation tube by sliding it over and along a length of the rod member, while the rod member remains fixed in place, thereby allowing the ear ventilation tube to remain inserted in the tympanic membrane during retraction of the hollow sheath member.
A fusion protein comprising: a butyrylcholinesterase enzyme or a carboxyl terminal truncation thereof having organophosphorus inactivating activity; and an immunoglobulin (Ig) domain or fragment thereof, wherein a linker is positioned between and connecting the butyrylcholinesterase enzyme or the carboxyl terminal truncation thereof and the Ig domain or fragment, wherein the butyrylcholinesterase enzyme or the carboxyl terminal truncation thereof has a mutation, wherein the C at residue 94 of SEQ ID NO: 1 is Y, and wherein the linker is selected from the group consisting of at least one of G, GG, GGGGS (SEQ ID NO: 22), GGGS (SEQ ID NO: 23), GGGES (SEQ ID NO: 24), GGGSGGGSGGGS (SEQ ID NO: 21), and GGSGGGSGGGS (SEQ ID NO: 25). a butyrylcholinesterase enzyme or a carboxyl terminal truncation thereof having organophosphorus inactivating activity; and an immunoglobulin (Ig) domain or fragment thereof, wherein a linker is positioned between and connecting the butyrylcholinesterase enzyme or the carboxyl terminal truncation thereof and the Ig domain or fragment, wherein the butyrylcholinesterase enzyme or the carboxyl terminal truncation thereof has a mutation, wherein the C at residue 94 of SEQ ID NO: 1 is Y, and wherein the linker is selected from the group consisting of at least one of G, GG, GGGGS (SEQ ID NO: 22), GGGS (SEQ ID NO: 23), GGGES (SEQ ID NO: 24), GGGSGGGSGGGS (SEQ ID NO: 21), and GGSGGGSGGGS (SEQ ID NO: 25).
A method for accessing to network, performed by a communication network element, comprising: establishing a group sequence distribution information, wherein the group sequence distribution information comprises a sequence distribution information of each group identity, the sequence distribution information comprises a corresponding relationship between a sequence and a terminal identity, and the group identity is an identifier of a terminal group; sending the sequence distribution information or the sequence to a terminal, so that the terminal accesses to a network according to an order of the sequence when reporting data; wherein the method further comprises: sending a distributed maximum sequence Nmax and a sequence adjusting step k to the terminal; adjusting the sequence of each terminal of each group to: (S+k) mod Nmax+1 after each data reporting, wherein S represents the original sequence of each terminal, mod represents modulo. establishing a group sequence distribution information, wherein the group sequence distribution information comprises a sequence distribution information of each group identity, the sequence distribution information comprises a corresponding relationship between a sequence and a terminal identity, and the group identity is an identifier of a terminal group; sending the sequence distribution information or the sequence to a terminal, so that the terminal accesses to a network according to an order of the sequence when reporting data; wherein the method further comprises: sending a distributed maximum sequence Nmax and a sequence adjusting step k to the terminal; adjusting the sequence of each terminal of each group to: (S+k) mod Nmax+1 after each data reporting, wherein S represents the original sequence of each terminal, mod represents modulo. sending a distributed maximum sequence Nmax and a sequence adjusting step k to the terminal; adjusting the sequence of each terminal of each group to: (S+k) mod Nmax+1 after each data reporting, wherein S represents the original sequence of each terminal, mod represents modulo.