mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-human MUC1 antibody Fab fragment selected from the group consisting of the following (a) and (b): (a) an anti-human MUC1 antibody Fab fragment comprising a heavy chain fragment comprising a heavy chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 8 or SEQ ID NO: 10 and a light chain comprising a light chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 12; and (b) an anti-human MUC1 antibody Fab fragment comprising a heavy chain fragment comprising a heavy chain variable region derived from a heavy chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 8 or SEQ ID NO: 10 by the modification of glutamine at amino acid position 1 of SEQ ID NO: 8 or SEQ ID NO: 10 into pyroglutamic acid, and a light chain comprising a light chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 12. (a) an anti-human MUC1 antibody Fab fragment comprising a heavy chain fragment comprising a heavy chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 8 or SEQ ID NO: 10 and a light chain comprising a light chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 12; and (b) an anti-human MUC1 antibody Fab fragment comprising a heavy chain fragment comprising a heavy chain variable region derived from a heavy chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 8 or SEQ ID NO: 10 by the modification of glutamine at amino acid position 1 of SEQ ID NO: 8 or SEQ ID NO: 10 into pyroglutamic acid, and a light chain comprising a light chain variable region consisting of the amino acid sequence represented by SEQ ID NO: 12.
A heat transfer composition consisting of difluoromethane, pentafluoroethane, 1,1,2,2-tetrafluoroethane, and 1,3,3,3-tetrafluoropropene.
Bell plate for a rotary atomizer for applying a coating agent, in particular for painting motor vehicle body components in a painting installation, having a) a base body , in particular made of metal, and b) a transponder (13; 19) which can be read out wirelessly and is integrated in the bell plate , characterized in c) that the transponder (13; 19) is arranged in the base body on the front side or is embedded into the outer outer circumferential surface of the bell plate . a) a base body , in particular made of metal, and b) a transponder (13; 19) which can be read out wirelessly and is integrated in the bell plate , characterized in c) that the transponder (13; 19) is arranged in the base body on the front side or is embedded into the outer outer circumferential surface of the bell plate .
Magnetic field measuring method using a magnetoelectric composite element as oscillator, wherein the composite element is formed of a magnetostrictive phase and a piezoelectric phase which are connected by a material bond, wherein during the magnetic field measuring method a time-dependent measurement magnetic field acts on the magnetostrictive phase of the composite element, an electrical measurement voltage is tapped off across the piezoelectric phase of the composite element, and the measurement magnetic field is inferred therefrom, characterized by the steps: (i) providing at least one dielectric phase which is connected to the magnetostrictive phase of the composite element by a material bond, wherein, when an electrical voltage is applied, the dielectric phase exhibits a change in length, the magnitude of which depends in a non-linear manner on the magnitude of the voltage, and (ii) applying a temporally periodic electrical modulation voltage to the dielectric phase . (i) providing at least one dielectric phase which is connected to the magnetostrictive phase of the composite element by a material bond, wherein, when an electrical voltage is applied, the dielectric phase exhibits a change in length, the magnitude of which depends in a non-linear manner on the magnitude of the voltage, and (ii) applying a temporally periodic electrical modulation voltage to the dielectric phase .
Leather with change of surface colour depending on the temperature, where the aforesaid leather comprises at least a leather base material layer and a coating material layer, where the aforesaid coating material layer comprises at least a first coating material layer applied on the aforesaid leather base material layer, and a functional layer applied on the aforesaid first coating material layer, where in the aforesaid functional layer there is an agent with reversible heat-sensitive colour change, so that the aforesaid functional layer performs a colour change on reaching a temperature of 30 - 80°C, where the aforesaid functional layer performs a colour change preferably on reaching a temperature of 30 - 50°C, characterized in that the aforesaid functional layer is applied regionally on the aforesaid first coating material layer in the form of a particular pattern, the aforesaid particular pattern preferably being a LOGO. where in the aforesaid functional layer there is an agent with reversible heat-sensitive colour change, so that the aforesaid functional layer performs a colour change on reaching a temperature of 30 - 80°C, where the aforesaid functional layer performs a colour change preferably on reaching a temperature of 30 - 50°C, characterized in that the aforesaid functional layer is applied regionally on the aforesaid first coating material layer in the form of a particular pattern, the aforesaid particular pattern preferably being a LOGO.
Contact unit for an on-load tap changer, comprising: - a connector body and a contact holder coupled to each other, wherein the connector body is configured to connect the contact holder to a contact of the on-load tap changer, - a contact element coupled to the contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - drive and guiding means coupled to the contact holder such that the contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body , characterized in that the drive and guiding means comprise at least one linear ball bearing and an axis arranged inside the bearing configured to provide linearly guided movement of the contact element of the contact unit , and in that the contact unit comprises: - a further contact holder coupled to the connector body , - a further contact element coupled to the further contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - further drive and guiding means coupled to the further contact holder such that the further contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body , and wherein the contact holders , the contact elements and the corresponding drive and guiding means are coupled to the connector body such that the directions (T1, T2) the corresponding contact elements are movable along enclose a predetermined angle. - a connector body and a contact holder coupled to each other, wherein the connector body is configured to connect the contact holder to a contact of the on-load tap changer, - a contact element coupled to the contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - drive and guiding means coupled to the contact holder such that the contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body , characterized in that the drive and guiding means comprise at least one linear ball bearing and an axis arranged inside the bearing configured to provide linearly guided movement of the contact element of the contact unit , and in that the contact unit comprises: - a further contact holder coupled to the connector body , - a further contact element coupled to the further contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - further drive and guiding means coupled to the further contact holder such that the further contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body , and
Apparatus for conveying viscous material out of a barrel-like container that has a container bottom and a container mantle that extends upward from the container bottom, having a follower plate that can be moved in the direction toward the container bottom and away from the container bottom, lying against the inner surface of the container mantle, which faces the container interior, and that has a material outlet opening and at least one de-aeration opening and/or at least one aeration opening , having a de-aeration device for drawing off air from the container interior through the de-aeration opening(s) and/or having an aeration device for introducing compressed air into the container interior through the aeration opening(s) , having a lifting and lowering device for lifting and lowering the follower plate , having a control device for alternately controlling the lifting and lowering device in a movement mode and the de-aeration device or the aeration device in a de-aeration mode or in an aeration mode, wherein the lifting and lowering device has at least one holding rod that runs vertically, which is connected with a top side of the follower plate and extends downward from a support element that can move in the vertical direction, characterized in that the follower plate can be moved vertically, within limits, with reference to the at least one holding rod and/or with reference to the support element , and in that the apparatus has a sensor device for detecting at least one upper end position and at least one lower end position of the follower plate with reference to the at least one holding rod or with reference to the support element and for transmitting the detected positions to the control device.
A sample holding system comprising a sample holder , the sample holder comprising: a substrate in the form of a circuit board; one or more sample holder connectors for providing electrical connection to the sample holder ; a sample region for receiving a sample; and circuitry for providing electrical connection between the said sample holder electrical connectors and a part of the sample holder, through the circuit board; and characterised in that the circuit board comprises a high thermal conductivity ceramic substrate having a surface which is coated with a layer of copper having a thickness of at least 127 μm and being arranged to provide conductive circuitry tracks whereby the circuitry is integral to the circuit board, and wherein the thermal conductivity of the ceramic is in excess of 20 W/m·K, preferably >100 W/m·K, at 20°C, such that the sample holder is adapted to operate over an operational temperature range of below 1K to at least 410K. a substrate in the form of a circuit board; one or more sample holder connectors for providing electrical connection to the sample holder ; a sample region for receiving a sample; and circuitry for providing electrical connection between the said sample holder electrical connectors and a part of the sample holder, through the circuit board; and characterised in that the circuit board comprises a high thermal conductivity ceramic substrate having a surface which is coated with a layer of copper having a thickness of at least 127 μm and being arranged to provide conductive circuitry tracks whereby the circuitry is integral to the circuit board, and wherein the thermal conductivity of the ceramic is in excess of 20 W/m·K, preferably >100 W/m·K, at 20°C, such that the sample holder is adapted to operate over an operational temperature range of below 1K to at least 410K.
A method for a wireless device comprising: receiving, by the wireless device, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication, TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information, DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group. receiving, by the wireless device, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication, TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; indicating a plurality of transmission configuration indication, TCI, states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information, DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group.
An apparatus for coupling pipe sections into a body of water, the apparatus comprising: - a frame connectable to an unmanned underwater vehicle and comprising an elongated portion , which extends along a longitudinal axis (A) and is configured to be arranged at least partially within a first pipe section , preferably so that the first pipe section is aligned with respect to the longitudinal axis (A); - an alignment device , which is supported by the elongated portion of the frame and is configured to be at least partially inserted inside a second pipe section so as to align the first pipe section with the second pipe section ; - a locking device , which is supported by the elongated portion of the frame and is configured to lock the position of the first pipe section with respect to the second pipe section when the first pipe section is aligned with the second pipe section ; characterized in that the apparatus further comprises a retaining device , which is carried by the frame and comprises a plurality of movable arms configured to selectively retain/release the first pipe section . - a frame connectable to an unmanned underwater vehicle and comprising an elongated portion , which extends along a longitudinal axis (A) and is configured to be arranged at least partially within a first pipe section , preferably so that the first pipe section is aligned with respect to the longitudinal axis (A); - an alignment device , which is supported by the elongated portion of the frame and is configured to be at least partially inserted inside a second pipe section so as to align the first pipe section with the second pipe section ; - a locking device , which is supported by the elongated portion of the frame and is configured to lock the position of the first pipe section with respect to the second pipe section when the first pipe section is aligned with the second pipe section ;
A system for cross engine coordination during gas turbine engine motoring, the system characterized by : a first gas turbine engine of a first engine system ; a first air turbine starter of the first engine system ; a first starter air valve of the first engine system ; and a controller operable to command the first starter air valve to control delivery of compressed air to the first air turbine starter during motoring of the first gas turbine engine , monitor cross engine data of a second gas turbine engine of a second engine system to detect a present condition or a commanded action that modifies an aspect of the compressed air received at the first starter air valve , and command an adjustment to the first engine system to compensate for the modified aspect of the compressed air based on the cross engine data. a first gas turbine engine of a first engine system ; a first air turbine starter of the first engine system ; a first starter air valve of the first engine system ; and a controller operable to command the first starter air valve to control delivery of compressed air to the first air turbine starter during motoring of the first gas turbine engine , monitor cross engine data of a second gas turbine engine of a second engine system to detect a present condition or a commanded action that modifies an aspect of the compressed air received at the first starter air valve , and command an adjustment to the first engine system to compensate for the modified aspect of the compressed air based on the cross engine data.
An elevator brake assembly comprising: an asymmetrical brake ; and a brake activating device operably coupled to the asymmetrical brake , the brake activating device comprising a first activation element and a second activation element , wherein the first activation element comprises a first coil and the second activation element comprises a second coil; wherein the asymmetrical brake comprises at least three brake segments ; and the first activation element is configured to activate one of the at least three brake segments , and the second activation element is configured to independently activate the remaining of the at least three brake segments to selectively apply different brake torques. an asymmetrical brake ; and a brake activating device operably coupled to the asymmetrical brake , the brake activating device comprising a first activation element and a second activation element , wherein the first activation element comprises a first coil and the second activation element comprises a second coil; wherein the asymmetrical brake comprises at least three brake segments ; and the first activation element is configured to activate one of the at least three brake segments , and the second activation element is configured to independently activate the remaining of the at least three brake segments to selectively apply different brake torques.
An installation including: an in-building hot water supply system ; a heat pump arranged to heat water in the hot water supply system ; an energy storage arrangement containing a mass of energy storage medium having enough heat capacity to heat to a predetermined temperature a predetermined quantity of water in the interval from the opening of an outlet of the hot water supply system until at least the heat pump begins to heat water in the hot water supply system ; a heat exchanger that is coupled between the hot water supply system and the heat pump and arranged to exchange heat from liquid heated by the heat pump to heat water in the hot water supply system ; a processor to provide a signal to the heat pump based on the opening of the outlet of the hot water supply system ; and an instantaneous water heater in a flow path to the outlet of the hot water supply system , the instantaneous water heater being controlled by the processor which is configured to control the instantaneous water heater based on information about the status of the energy storage medium and of the heat pump , wherein the processor relies preferentially on the energy storage arrangement and then the heat pump to provide sufficient hot water to the outlet of the hot water supply system . an in-building hot water supply system ; a heat pump arranged to heat water in the hot water supply system ; an energy storage arrangement containing a mass of energy storage medium having enough heat capacity to heat to a predetermined temperature a predetermined quantity of water in the interval from the opening of an outlet of the hot water supply system until at least the heat pump begins to heat water in the hot water supply system ; a heat exchanger that is coupled between the hot water supply system and the heat pump and arranged to exchange heat from liquid heated by the heat pump to heat water in the hot water supply system ; a processor to provide a signal to the heat pump based on the opening of the outlet of the hot water supply system ; and an instantaneous water heater in a flow path to the outlet of the hot water supply system , the instantaneous water heater being controlled by the processor which is configured to control the instantaneous water heater based on information about the status of the energy storage medium and of the heat pump , wherein the processor relies preferentially on the energy storage arrangement and then the heat pump to provide sufficient hot water to the outlet of the hot water supply system .
Hair dryer comprising an air circulation chamber provided with an inlet area and an outlet area , an air circulation system and a heating element , the air circulation system and the heating element being configured in the circulation chamber to suction air from the outside through the inlet area, conveying this air into the circulation chamber, upstream to downstream, by passing through the heating element, and to blow the more or less heated air outwards through the outlet area, the hair dryer comprising a channel arranged within the extension of the circulation chamber at the level of the outlet area, said channel having an upstream end , a downstream end and a neck arranged between said upstream and downstream ends, the first portion of the channel arranged between the upstream end and the neck having a downward angle (α) relative to a longitudinal axis (X) of the circulation chamber, comprised between 40° and 88°, and the second portion of the channel arranged between the neck and the downstream end having an angle of reopening (β) relative to said longitudinal axis, comprised between 1.5° and 3.5°, the neck , connecting said first and second portions of the channel, being of curved shape configured to favour the creation of a Coanda effect.