mhurhangee/ep-ind-claims huggingface dataset:
A system for tracking movement of an eye, the system comprising: an array of photoelements; a grating configured to collect light reflected from the eye, the grating having a point spread function that focuses light from a point-source to a pattern spatially distributed across non-adjacent ones of the photoelements; and a processor coupled to the array of photoelements configured to compute a location of the point source from features of the pattern. an array of photoelements; a grating configured to collect light reflected from the eye, the grating having a point spread function that focuses light from a point-source to a pattern spatially distributed across non-adjacent ones of the photoelements; and a processor coupled to the array of photoelements configured to compute a location of the point source from features of the pattern.
A scroll compressor, comprising: an orbiting scroll component, wherein the orbiting scroll component comprises an orbiting scroll end plate, and a spiral orbiting scroll vane formed at one side of the orbiting scroll end plate; a non-orbiting scroll component, wherein the non-orbiting scroll component comprises a non-orbiting scroll end plate, a spiral non-orbiting scroll vane formed at one side of the non-orbiting scroll end plate, and a concave portion formed at the other side of the non-orbiting scroll end plate, and wherein the concave portion is in fluid communication with one of a series of compression chambers (C1, C2, C3) formed between the orbiting scroll vane and the non-orbiting scroll vane via a medium pressure channel; a seal assembly (PS1, PS2, PS3, PS4, PS5, PS6), wherein the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) is fitted with the concave portion to jointly form a back pressure chamber, and wherein the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) is configured to separate the back pressure chamber from a high-pressure side and a low-pressure side in the scroll compressor; characterised in that the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) features a leakage channel configured to allow fluid in the back pressure chamber to leak to the high-pressure side when an upper end of the seal assembly isolates the high-pressure side from the low-pressure side. an orbiting scroll component, wherein the orbiting scroll component comprises an orbiting scroll end plate, and a spiral orbiting scroll vane formed at one side of the orbiting scroll end plate; a non-orbiting scroll component, wherein the non-orbiting scroll component comprises a non-orbiting scroll end plate, a spiral non-orbiting scroll vane formed at one side of the non-orbiting scroll end plate, and a concave portion formed at the other side of the non-orbiting scroll end plate, and wherein the concave portion is in fluid communication with one of a series of compression chambers (C1, C2, C3) formed between the orbiting scroll vane and the non-orbiting scroll vane via a medium pressure channel; a seal assembly (PS1, PS2, PS3, PS4, PS5, PS6), wherein the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) is fitted with the concave portion to jointly form a back pressure chamber, and wherein the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) is configured to separate the back pressure chamber from a high-pressure side and a low-pressure side in the scroll compressor; characterised in that the seal assembly (PS1, PS2, PS3, PS4, PS5, PS6) features a leakage channel configured to allow fluid in the back pressure chamber to leak to the high-pressure side when an upper end of the seal assembly isolates the high-pressure side from the low-pressure side.
A storage apparatus for a pharmaceutical agent, said storage apparatus comprising: a storage container formed from a polyolefin; and a pharmaceutical agent in said storage container and containing a phenolic stabilizing agent to stabilize said pharmaceutical agent; characterized in that said polyolefin includes a fatty acid amide dispersed therein and said fatty acid amide is included in said polyolefin to reduce a rate of migration of said phenolic stabilizing agent from said pharmaceutical agent into said polyolefin. a storage container formed from a polyolefin; and a pharmaceutical agent in said storage container and containing a phenolic stabilizing agent to stabilize said pharmaceutical agent; characterized in that said polyolefin includes a fatty acid amide dispersed therein and said fatty acid amide is included in said polyolefin to reduce a rate of migration of said phenolic stabilizing agent from said pharmaceutical agent into said polyolefin.
A computer-implemented method, comprising the steps of: (i) providing, by a first party to a second party, a verification data item of a first one-way function chain of data items, wherein the data items of the one-way function chain of data items are deterministically linked to one another via application of a one-way function; (ii) submitting, by the first party to a blockchain, an access blockchain transaction comprising a data item of the first one-way function chain of data items; (iii) applying, by the second party, the one-way function to the data item to provide an output; (iv) comparing, by the second party, the output of step (iii) to the verification item to provide an outcome; and (v) based on the outcome of step (iv), by the second party: (a) allocating the data item of step (iii) as a further verification data item for verifying a further data item of the first chain; and (b) granting access to a resource associated with the data item. (i) providing, by a first party to a second party, a verification data item of a first one-way function chain of data items, wherein the data items of the one-way function chain of data items are deterministically linked to one another via application of a one-way function; (ii) submitting, by the first party to a blockchain, an access blockchain transaction comprising a data item of the first one-way function chain of data items; (iii) applying, by the second party, the one-way function to the data item to provide an output; (iv) comparing, by the second party, the output of step (iii) to the verification item to provide an outcome; and (v) based on the outcome of step (iv), by the second party: (a) allocating the data item of step (iii) as a further verification data item for verifying a further data item of the first chain; and (b) granting access to a resource associated with the data item.
A metallic end fitting (2, 102, 202, 302, 502) for a given tubular component (22, 122, 222, 322, 522) made of fibre reinforced polymer matrix composite material, the end fitting (2, 102, 202, 302, 502) comprising: first and second concentric surfaces (14, 114; 12, 112) extending longitudinally along a central axis to form a socket (13, 113, 213, 313) for receiving an end of the tubular component (22, 122, 222, 322, 522); the socket (13, 113, 213, 313) having an outer diameter defined by the first surface (14, 114), and an inner diameter defined by the second surface (12,112), wherein the outer diameter and inner diameter are chosen to provide an interference fit with respective outer and inner surfaces (26, 126, 226; 24, 124, 224) of the given tubular component (22, 122, 222, 322, 522) when the component (22, 122, 222, 322, 522) is press fitted into the socket (13, 113, 213, 313); characterised in that each of the first and second concentric surfaces (14, 114; 12, 112) comprises one or more longitudinal cutting teeth. first and second concentric surfaces (14, 114; 12, 112) extending longitudinally along a central axis to form a socket (13, 113, 213, 313) for receiving an end of the tubular component (22, 122, 222, 322, 522); the socket (13, 113, 213, 313) having an outer diameter defined by the first surface (14, 114), and an inner diameter defined by the second surface (12,112), wherein the outer diameter and inner diameter are chosen to provide an interference fit with respective outer and inner surfaces (26, 126, 226; 24, 124, 224) of the given tubular component (22, 122, 222, 322, 522) when the component (22, 122, 222, 322, 522) is press fitted into the socket (13, 113, 213, 313); characterised in that each of the first and second concentric surfaces (14, 114; 12, 112) comprises one or more longitudinal cutting teeth.
An electrochromic window comprising: one or more transparent substrates, at least one of the substrates being an electrochromic lite, the at least one substrate having (a) an electrochromic device coating and (b) a pattern disposed thereon, the pattern comprising: (i) a first feature that provides at least 10% more reflection or scattering of electromagnetic radiation at a first wavelength between 320-390 nm than at a second wavelength between 400-700 nm, and (ii) a second feature that is substantially transparent to electromagnetic radiation at wavelengths between 300-700 nm, the first and second features being interspersed with one another wherein the first feature comprises a first material and the second feature comprises a second material that has a different composition than the first material; or the pattern is formed in a layer comprising a material, wherein the first or second features comprise an area or areas of reduced thickness; or the pattern is formed in a layer comprising a material, wherein the first or second features comprise an area or areas of different morphology. one or more transparent substrates, at least one of the substrates being an electrochromic lite, the at least one substrate having (a) an electrochromic device coating and (b) a pattern disposed thereon, the pattern comprising: (i) a first feature that provides at least 10% more reflection or scattering of electromagnetic radiation at a first wavelength between 320-390 nm than at a second wavelength between 400-700 nm, and (ii) a second feature that is substantially transparent to electromagnetic radiation at wavelengths between 300-700 nm, the first and second features being interspersed with one another wherein (i) a first feature that provides at least 10% more reflection or scattering of electromagnetic radiation at a first wavelength between 320-390 nm than at a second wavelength between 400-700 nm, and (ii) a second feature that is substantially transparent to electromagnetic radiation at wavelengths between 300-700 nm, the first and second features being interspersed with one another the first feature comprises a first material and the second feature comprises a second material that has a different composition than the first material; or the pattern is formed in a layer comprising a material, wherein the first or second features comprise an area or areas of reduced thickness; or the pattern is formed in a layer comprising a material, wherein the first or second features comprise an area or areas of different morphology.
A method for operating a user equipment, UE in a wireless communication system, the method comprising: receiving, from a base station, BS, connection setup message requesting information on capabilities of the UE; and transmitting, to the BS, the information on capabilities of the UE, wherein, the information on the capabilities of the UE is in a form of a model identifier, wherein the connection setup message includes a field for a request of the model identifier, wherein the model identifier identifies a type of the UE including a manufacturer or a model of the UE, wherein the model identifier represents a subset of capabilities of the UE for one particular radio access technology, RAT, supported by the UE. receiving, from a base station, BS, connection setup message requesting information on capabilities of the UE; and transmitting, to the BS, the information on capabilities of the UE, wherein, the information on the capabilities of the UE is in a form of a model identifier, wherein the connection setup message includes a field for a request of the model identifier, wherein the model identifier identifies a type of the UE including a manufacturer or a model of the UE, wherein the model identifier represents a subset of capabilities of the UE for one particular radio access technology, RAT, supported by the UE.
Vertical and horizontal movement system comprising one or more cabins for transporting people and objects in an elevator shifter apparatus having a portal structure for overcoming overhead and below, in coming and going automatically, obstacles such as roads, railways, waterways and any other obstacle, particularly for pedestrians, usable either in an overhead or underground manner and also built-in into large buildings such as hospitals, airports, railway stations and so on, wherein said cabins are actuated by a rack (100, 101,103, 104, 105) where the motor is integral to the cabin and acts via a toothed pinion on the rack (100, 101, 103, 04, 105), characterized in that to increase the fluidity of movement of said cabins with less vibrations and to reduce the noise level of the system, thereby increasing the comfort of the passengers in the cabin, a helical gearing is used, wherein when more than one cabin is used, using two pairs of carriages (40, 41) on the same path of a vertical runway in such a way as to obtain the simultaneous movement of said more than one cabin on the same vertical path of the vertical runway and, in the case of more than two vertical runways, ensuring the passage of a cabin from a path of a first horizontal runway to a path of a second horizontal runway which is adjacent and overpassing said first horizontal runway, said passage being ensured through said path of vertical runway.
A genetically modified rodent comprising in its germline an immunoglobulin light chain locus comprising no more than two unrearranged human Vκ gene segments and at least one unrearranged human Jκ gene segment operably linked to an immunoglobulin light chain constant region sequence, wherein each of the no more than two unrearranged human Vκ gene segments encodes at least one histidine in a complementarity determining region 3 that is not encoded by the corresponding human germline Vκ gene segment, wherein the no more than two unrearranged human Vκ gene segments and the at least one unrearranged human Jκ gene segment rearrange in B cells during B cell development such that the rodent comprises a plurality of rearranged human light chain Vκ/Jκ gene sequences, each of which encodes a distinct immunoglobulin light chain variable domain and comprises the at least one histidine in the CDR3 that is not encoded by the corresponding human germline Vκ gene segment, and wherein the rodent expresses a population of antigen-specific antibodies in response to an antigen, wherein each antibody comprises an immunoglobulin light chain variable domain comprising the at least one histidine in a CDR3 that is not encoded by the corresponding human germline Vκ gene segment and exhibits pH-dependent binding to an antigen of interest. wherein each of the no more than two unrearranged human Vκ gene segments encodes at least one histidine in a complementarity determining region 3 that is not encoded by the corresponding human germline Vκ gene segment, wherein the no more than two unrearranged human Vκ gene segments and the at least one unrearranged human Jκ gene segment rearrange in B cells during B cell development such that the rodent comprises a plurality of rearranged human light chain Vκ/Jκ gene sequences, each of which encodes a distinct immunoglobulin light chain variable domain and comprises the at least one histidine in the CDR3 that is not encoded by the corresponding human germline Vκ gene segment, and wherein the rodent expresses a population of antigen-specific antibodies in response to an antigen, wherein each antibody comprises an immunoglobulin light chain variable domain comprising the at least one histidine in a CDR3 that is not encoded by the corresponding human germline Vκ gene segment and exhibits pH-dependent binding to an antigen of interest.
Drill rig including a handling device for handling drill string components (8,8',8") in respect of said drill rig, a feed beam whereon a feed and rotation device is displaceably supported, and a lifting winch for lifting a first drill string component which is to be threaded to a second drill string component being in a drill string position of the rig, characterized in that the handling device comprises a guiding beam that is fastened to the drill rig so as to extend in a direction from the feed beam while forming an angle therewith and a gripper shuttle which is drivingly displaceable along said guiding beam, wherein the gripper shuttle has a pivotally arranged guiding gripper for in a first position in a first outermost position on the guiding beam grip a first end portion of a drill string component, being intended for lifting from a position outside the rig, the other end portion of which being intended to be in threaded engagement with a lifting plug or the like for co-operation with said lifting winch, and wherein the gripper shuttle in a second position in a second inner position on the guiding beam adjacent to the feed beam is arranged with the guiding gripper to line up said gripped drill string component in the region of the drill string position, wherein the guiding beam is pivotally attached to the drill rig around a first pivot axis.
A method for powering computing devices, the method comprising: powering a plurality of computing devices with secondary power sources, wherein each computing device comprises at least one secondary power source that powers the computing device; detecting a signal that indicates availability of a primary power source (205, 210, 215) to supply operating power to the plurality of computing devices; and responsive to the received signal, transitioning each of the plurality of computing devices from a secondary power source to receiving power from the primary power source (205, 210, 215) after a delay time that is a function of a unique seed value for each computing device. powering a plurality of computing devices with secondary power sources, wherein each computing device comprises at least one secondary power source that powers the computing device; detecting a signal that indicates availability of a primary power source (205, 210, 215) to supply operating power to the plurality of computing devices; and responsive to the received signal, transitioning each of the plurality of computing devices from a secondary power source to receiving power from the primary power source (205, 210, 215) after a delay time that is a function of a unique seed value for each computing device.
A method operational in a first receiver device for performing successive interference cancellation, SIC, in a peer-to-peer network, the first receiver device being an intended receiver of a first traffic signal to be transmitted from a first transmitter device, comprising: receiving a first pilot signal from the first transmitter device; receiving a second pilot signal from a second transmitter device, the second pilot signal indicating that the second transmitter device intends to transmit a second traffic signal; determining a first and a second transmission rate for traffic transmissions from the first transmitter device, wherein the determination of the second transmission rate assumes that an entire amount or at least some portion of interfering signal energy from the second transmitter device can be cancelled out; and transmitting a control message to the first transmitter device, the control message including the first and second transmission rates. receiving a first pilot signal from the first transmitter device; receiving a second pilot signal from a second transmitter device, the second pilot signal indicating that the second transmitter device intends to transmit a second traffic signal; determining a first and a second transmission rate for traffic transmissions from the first transmitter device, wherein the determination of the second transmission rate assumes that an entire amount or at least some portion of interfering signal energy from the second transmitter device can be cancelled out; and transmitting a control message to the first transmitter device, the control message including the first and second transmission rates.
A method for allocating a data rate at a transmitter including a plurality of antennas, comprising: determining a reference noise threshold corresponding to a data transmission at a first data rate applied to a first layer from among a plurality of layers, the first layer and a second layer being transmitted through different antennas; determining a first modulation scheme and a first coding rate for the first data rate; determining (216, 220) a target noise threshold corresponding to the second layer based on the reference noise threshold and whether scalable video coding, SVC, is used; allocating (218, 222) a second data rate corresponding to the second layer, based on the determined target noise threshold; and determining a second modulation scheme and a second coding rate for the second data rate. determining a reference noise threshold corresponding to a data transmission at a first data rate applied to a first layer from among a plurality of layers, the first layer and a second layer being transmitted through different antennas; determining a first modulation scheme and a first coding rate for the first data rate; determining (216, 220) a target noise threshold corresponding to the second layer based on the reference noise threshold and whether scalable video coding, SVC, is used; allocating (218, 222) a second data rate corresponding to the second layer, based on the determined target noise threshold; and determining a second modulation scheme and a second coding rate for the second data rate.
A method of determining a location of a device on a surface of a body part of a subject that is treated by the device during a treatment operation, wherein the device is for performing the treatment operation on the body part, and wherein the device comprises one or more orientation sensors for measuring the orientation of the device in a reference frame of the device, the method comprising: obtaining a three dimensional, 3D, representation of the body part, the 3D representation comprising normal vectors for respective positions on the surface of the body part; receiving a plurality of orientation measurements from the one or more orientation sensors representing orientation of the device during the treatment operation on the body part; processing the received orientation measurements to determine a sequence of orientations of the device during the treatment operation; and comparing the determined sequence of orientations of the device to the normal vectors and respective positions of the normal vectors to determine the location of the device on the surface of the body part during the treatment operation. obtaining a three dimensional, 3D, representation of the body part, the 3D representation comprising normal vectors for respective positions on the surface of the body part; receiving a plurality of orientation measurements from the one or more orientation sensors representing orientation of the device during the treatment operation on the body part; processing the received orientation measurements to determine a sequence of orientations of the device during the treatment operation; and comparing the determined sequence of orientations of the device to the normal vectors and respective positions of the normal vectors to determine the location of the device on the surface of the body part during the treatment operation.