mhurhangee/ep-ind-claims huggingface dataset:
A method for simultaneous screening for interactions between chemical or biological species, comprising: providing a first chemical or biological species, immobilized relative to a first surface, and a first oligonucleotide identifier independently associated with the first surface; providing a second chemical or biological species, immobilized relative to a second surface; allowing the first species to participate in a chemical or biological interaction with the second species; determining participation of the first and second species in the interaction; and determining the identity of the first oligonucleotide identifier, thereby identifying the first species; wherein the first surface is the surface of a nanoparticle. providing a first chemical or biological species, immobilized relative to a first surface, and a first oligonucleotide identifier independently associated with the first surface; providing a second chemical or biological species, immobilized relative to a second surface; allowing the first species to participate in a chemical or biological interaction with the second species; determining participation of the first and second species in the interaction; and determining the identity of the first oligonucleotide identifier, thereby identifying the first species;
A method for estimating the skew and offset of a slave clock in a slave device in relation to a master clock in a master device, the slave device and the master device being connected by a network, the method including the steps of: sending timing messages from the master device to the slave device over the network, each timing message passing through at least one peer-to-peer transparent clock; recording timestamps which are the times of the sending and receiving said messages according to the respective clocks; in each transparent clock, estimating the residence time of each message passing through the transparent clock and the propagation delay between the sending of the message by the previous transparent clock, or the master device if there is no previous transparent clock, and the receipt of the message by the transparent clock; communicating said residence time and propagation delay to the slave device; estimating the skew and offset of the slave clock using the said timestamps, said residence times and said propagation delays. sending timing messages from the master device to the slave device over the network, each timing message passing through at least one peer-to-peer transparent clock; recording timestamps which are the times of the sending and receiving said messages according to the respective clocks; in each transparent clock, estimating the residence time of each message passing through the transparent clock and the propagation delay between the sending of the message by the previous transparent clock, or the master device if there is no previous transparent clock, and the receipt of the message by the transparent clock; communicating said residence time and propagation delay to the slave device; estimating the skew and offset of the slave clock using the said timestamps, said residence times and said propagation delays.
A structural damper comprising: an acoustic black hole comprising tapering thickness (h), wherein the tapering thickness (h) increases in the upstream direction; at least one sensor; a damper structure; an actuator configured to apply an actuating force to the damper structure; and a controller configured to control the actuator in dependence on a signal from the at least one sensor so as to provide structural damping of a primary structure, wherein the actuator is configured to apply the actuating force to the damper structure at a different location to the acoustic black hole, characterised in that said different location is in the upstream direction with respect to the acoustic black hole. an acoustic black hole comprising tapering thickness (h), wherein the tapering thickness (h) increases in the upstream direction; at least one sensor; a damper structure; an actuator configured to apply an actuating force to the damper structure; and a controller configured to control the actuator in dependence on a signal from the at least one sensor so as to provide structural damping of a primary structure, wherein the actuator is configured to apply the actuating force to the damper structure at a different location to the acoustic black hole, characterised in that said different location is in the upstream direction with respect to the acoustic black hole.
A working Channel, CH, tuning method, comprising: providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs; receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information; and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message; or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs; and selecting a working CH corresponding to minimum power consumption for activation; wherein in a process of providing the information for the OLT, the information is provided for the OLT in a following manner: under a condition that the ONU is under a registration activation response process, the information is provided for the OLT through a Serial_Number_ONU response message responsive to registration activation; under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message. providing, by an Optical Network Unit, ONU, for an Optical Line Terminal, OLT, at least one of the following information: a working CH corresponding to minimum power consumption or power consumption information corresponding to the ONU in different CHs; receiving, by the ONU, a tuning message which indicates a first working CH and is provided by the OLT according to the provided information; and tuning, by the ONU, a working CH to the first working CH indicated by the tuning message; or, acquiring power consumption information corresponding to an Optical Network Unit, ONU, in different CHs; and selecting a working CH corresponding to minimum power consumption for activation; wherein in a process of providing the information for the OLT, the information is provided for the OLT in a following manner: under a condition that the ONU is under a registration activation response process, the information is provided for the OLT through a Serial_Number_ONU response message responsive to registration activation; under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message. under a condition that the ONU is under a registration activation response process, the information is provided for the OLT through a Serial_Number_ONU response message responsive to registration activation; under a condition that the ONU is in a working state, the information is provided for the OLT through at least one of: a Serial_Number_ONU working message, a Physical Layer Operation Administration and Maintenance, PLOAM, message or an ONU Management Control Interface, OMCI, message.
A robot cleaner comprising: a traveling unit configured to move a main body; a cleaning unit configured to perform a cleaning function; a sensing unit configured to detect a surrounding environment; and a controller configured to perform a previous cleaning, to map a cleaning zone based on information detected by the sensing unit, and to control to perform cleaning by matching different cleaning methods according to a shape of the mapped cleaning zone; characterized in that, when the mapped cleaning zone cannot be defined in a specific form, the controller is configured to receive image information of the previous cleaning from the sensing unit, to check whether there is an obstacle, and to divide the cleaning zone into an obstacle surrounding zone and a polygonal zone. a traveling unit configured to move a main body; a cleaning unit configured to perform a cleaning function; a sensing unit configured to detect a surrounding environment; and a controller configured to perform a previous cleaning, to map a cleaning zone based on information detected by the sensing unit, and to control to perform cleaning by matching different cleaning methods according to a shape of the mapped cleaning zone; characterized in that, when the mapped cleaning zone cannot be defined in a specific form, the controller is configured to receive image information of the previous cleaning from the sensing unit, to check whether there is an obstacle, and to divide the cleaning zone into an obstacle surrounding zone and a polygonal zone.
An inhibitor of Abl-related gene function for use in the treatment of an individual suffering from or at risk of suffering from inflammatory edema, wherein said inhibitor is selected from: a) an inhibitor of tyrosine kinase activity of the protein encoded by said Abl-related gene selected from nilotinib or a pharmaceutically acceptable salt thereof, dasatinib or a pharmaceutically acceptable salt thereof, and imatinib or a pharmaceutically acceptable salt thereof; b) an anti-ARG antibody that binds ARG and inhibits function; and c) a nucleic acid molecule that causes the degradation of ARG or inhibits the function, transcription, or translation of ARG. a) an inhibitor of tyrosine kinase activity of the protein encoded by said Abl-related gene selected from nilotinib or a pharmaceutically acceptable salt thereof, dasatinib or a pharmaceutically acceptable salt thereof, and imatinib or a pharmaceutically acceptable salt thereof; b) an anti-ARG antibody that binds ARG and inhibits function; and c) a nucleic acid molecule that causes the degradation of ARG or inhibits the function, transcription, or translation of ARG.
An autoinjector for dispensing a liquid product, in particular a drug, including: a) a housing and a product container which is arranged in the housing and which has a displaceable piston, wherein the piston is displaceable in a dispensing direction to dispense the product contained in the product container, b) a drive member which acts on the piston during product dispensing and a first spring biased so that the product can be dispensed from the product container by displacement of the drive member and the piston, characterised by c) a rotational member operatively coupled to the drive member, wherein the first spring acts on the rotational member in such a way that for product dispensing the rotational member is caused to rotate, wherein the rotational member or the drive member has a thread of a variable pitch. a) a housing and a product container which is arranged in the housing and which has a displaceable piston, wherein the piston is displaceable in a dispensing direction to dispense the product contained in the product container, b) a drive member which acts on the piston during product dispensing and a first spring biased so that the product can be dispensed from the product container by displacement of the drive member and the piston, c) a rotational member operatively coupled to the drive member, wherein the first spring acts on the rotational member in such a way that for product dispensing the rotational member is caused to rotate, wherein the rotational member or the drive member has a thread of a variable pitch.
A method for wireless communication, comprising: obtaining a sequence of information bits to be encoded; encoding the sequence of information bits based on a base matrix of an irregular QC-LDPC code; the base matrix having 46 rows and 68 columns, the 68 columns comprising two punctured columns and multiple non-punctured columns, wherein the two punctured columns are the first and the second columns of the base matrix corresponding to information bits, the 46 rows comprising a first set of rows and a second set of rows, rows of the second set comprising at least one group, each group comprising at least two consecutive rows, the at least two consecutive rows consisting of a first part and a second part, the first part being the two punctured columns and rows of the first part being non-orthogonal, and the second part being the non-punctured columns, and rows of the second part being orthogonal; each entry in the base matrix is either labelled or not-labelled; each labelled entry in the base matrix having a shift value and corresponding to a shifted circulant matrix; each not-labelled entry in the base matrix corresponding to a zero matrix; and the base matrix is wherein "-1" in the base matrix represents a not-labelled entry, and an integer greater than or equal to 0 in the base matrix represents a shift value of a labelled entry. obtaining a sequence of information bits to be encoded; encoding the sequence of information bits based on a base matrix of an irregular QC-LDPC code; the base matrix having 46 rows and 68 columns, the 68 columns comprising two punctured columns and multiple non-punctured columns, wherein the two punctured columns are the first and the second columns of the base matrix corresponding to information bits, the 46 rows comprising a first set of rows and a second set of rows, rows of the second set comprising at least one group, each group comprising at least two consecutive rows, the at least two consecutive rows consisting of a first part and a second part, the first part being the two punctured columns and rows of the first part being non-orthogonal, and the second part being the non-punctured columns, and rows of the second part being orthogonal; each entry in the base matrix is either labelled or not-labelled; each labelled entry in the base matrix having a shift value and corresponding to a shifted circulant matrix; each not-labelled entry in the base matrix corresponding to a zero matrix; and the base matrix is
A process for manufacturing a composite yarn, comprising: subjecting a continuous yarn, obtained by spinning a large plurality of fibers made of an organic or inorganic material, to a process for mechanically opening the yarn by splaying to uniformly spread out and separate the fibers, including inner layers of the fibers, simultaneously with or prior to coating of the fibers by a polymer material containing a fire-retardant filler, this coating being performed by applying to the fibers a liquid monomer preparation or a polymer preparation in the liquid state, said preparation containing the fire-retardant filler and having a viscosity between 1000 and 2000 mPa.s at 25°C measured with a Brookfield RVT viscometer at 20 rpm; and forming a composite yarn having a circular cross-section and uniformly distributed fibers throughout the cross-section of the polymer material containing the fire-retardant filler. subjecting a continuous yarn, obtained by spinning a large plurality of fibers made of an organic or inorganic material, to a process for mechanically opening the yarn by splaying to uniformly spread out and separate the fibers, including inner layers of the fibers, simultaneously with or prior to coating of the fibers by a polymer material containing a fire-retardant filler, this coating being performed by applying to the fibers a liquid monomer preparation or a polymer preparation in the liquid state, said preparation containing the fire-retardant filler and having a viscosity between 1000 and 2000 mPa.s at 25°C measured with a Brookfield RVT viscometer at 20 rpm; and forming a composite yarn having a circular cross-section and uniformly distributed fibers throughout the cross-section of the polymer material containing the fire-retardant filler.
Percussion instrument with a device, wherein the device comprises an apparatus for altering the note length and/or the notes and/or the timbre of the percussion instrument, and the apparatus is fastened to the percussion instrument and has a clip, on which an adjustable connecting element is arranged which is designed for a connection to a support arm or a floor support, wherein only one end of the clip is fastened to the shell of the percussion instrument, whereas other parts of the clip are not fixed to the percussion instrument, and wherein the connecting element for the floor support is mounted displaceable on the clip and can be fixed to desired points on the clip with the help of a clamping device, characterized in that the clip forms an arc, which is matched to the outer circumference of a wall of the percussion instrument and is arranged at a distance from the outside or the wall of the percussion instrument.
Transmission/drive device, having a drive motor, the drive shaft of which protrudes with a part region into a transmission housing, the drive shaft being arranged in a bearing on the side which faces the transmission housing, which bearing is received in a positively locking and non-positive manner in a substantially sleeve-shaped seat element (35; 65) which is arranged in a receptacle of the transmission housing, characterized in that, in an assembly position for introducing and positioning the seat element (35; 65) in the receptacle of the transmission housing, the seat element (35; 65) is positioned in a first axial end position which is defined by way of a stop element of the drive motor, and in that, in an end position of the drive shaft in the transmission housing, the seat element (35; 65) can be displaced on the drive shaft by means of a displacing element (47; 61; 62, 63) into a second axial end position which is spaced apart axially from the at least one stop element.
A support structure for an aircraft seat comprising: first and second load bearing spaced side members each having means for securing a seat for continuous movement between first and second positions and a ground engaging portion; and a cross member extending between the first and second load bearing spaced side members, the cross member defining an S-shaped profile in the lateral/vertical plane and comprising a horizontal surface, a surface extending from the horizontal surface vertically in a downwards direction, and a surface extending from the horizontal surface upwardly at an intermediate angle, characterized in that the first and second load bearing spaced side members, the horizontal surface and the surface extending from the horizontal surface vertically in a downwards direction substantially define four sides of a substantially cuboidal hollow box section to stiffen the side members at least in a region beneath the means for securing the seat. first and second load bearing spaced side members each having means for securing a seat for continuous movement between first and second positions and a ground engaging portion; and a cross member extending between the first and second load bearing spaced side members, the cross member defining an S-shaped profile in the lateral/vertical plane and comprising a horizontal surface, a surface extending from the horizontal surface vertically in a downwards direction, and a surface extending from the horizontal surface upwardly at an intermediate angle, characterized in that the first and second load bearing spaced side members, the horizontal surface and the surface extending from the horizontal surface vertically in a downwards direction substantially define four sides of a substantially cuboidal hollow box section to stiffen the side members at least in a region beneath the means for securing the seat.
A hydrostatic drive system (101, 201) comprising: a first hydraulic drive unit wherein the first hydraulic drive unit is a variable displacement type of hydraulic drive unit comprising a first displacement control for controlling the displacement of the first hydraulic drive unit; a second hydraulic drive unit; a first drive shaft connected to the first hydraulic drive unit; a second drive shaft connected to the second hydraulic drive unit; a first fluid line fluidly connecting the first hydraulic drive unit to the second hydraulic drive unit; characterized in that the hydrostatic drive system further comprises a variable damping device connected to the first fluid line and fluidly connected to the first and second hydraulic drive units (102, 103), wherein the variable damping device comprises at least one variable element providing for variation in the attenuation frequency of the variable damping device; and a first linkage apparatus between the first displacement control of the first hydraulic drive unit and the variable element of the variable damping device and operable to control the variable element in accordance with the displacement of the first displacement control. a first hydraulic drive unit wherein the first hydraulic drive unit is a variable displacement type of hydraulic drive unit comprising a first displacement control for controlling the displacement of the first hydraulic drive unit; a second hydraulic drive unit; a first drive shaft connected to the first hydraulic drive unit; a second drive shaft connected to the second hydraulic drive unit; a first fluid line fluidly connecting the first hydraulic drive unit to the second hydraulic drive unit; characterized in that the hydrostatic drive system further comprises a variable damping device connected to the first fluid line and fluidly connected to the first and second hydraulic drive units (102, 103), wherein the variable damping device comprises at least one variable element providing for variation in the attenuation frequency of the variable damping device; and a first linkage apparatus between the first displacement control of the first hydraulic drive unit and the variable element of the variable damping device and operable to control the variable element in accordance with the displacement of the first displacement control.