mhurhangee/ep-ind-claims huggingface dataset:
A System on Chip, SoC, comprising: an interconnect fabric; and a plurality of IP agents (14, IP N) interconnected by the interconnect fabric, the plurality of IP agents configured to be sources and destinations of transactional traffic transmitted over the interconnect fabric between the IP agents; wherein a first IP agent is configured to generate and send a Source Based Routing, SBR, transaction that specifies two or more destination IP agents among the plurality of IP agents on the SoC by providing an address in a header of the transaction, wherein the interconnect fabric is configured to resolve the address in the header of the transaction to identify the two or more destination IP agents, and to make a routing decision on how to route and deliver the SBR transaction over the interconnect fabric to the two or more destination IP agents, and wherein the interconnect fabric includes duplicate physical resources sharing a common logical identifier and the routing decision involves: selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources. an interconnect fabric; and a plurality of IP agents (14, IP N) interconnected by the interconnect fabric, the plurality of IP agents configured to be sources and destinations of transactional traffic transmitted over the interconnect fabric between the IP agents; wherein a first IP agent is configured to generate and send a Source Based Routing, SBR, transaction that specifies two or more destination IP agents among the plurality of IP agents on the SoC by providing an address in a header of the transaction, wherein the interconnect fabric is configured to resolve the address in the header of the transaction to identify the two or more destination IP agents, and to make a routing decision on how to route and deliver the SBR transaction over the interconnect fabric to the two or more destination IP agents, and wherein the interconnect fabric includes duplicate physical resources sharing a common logical identifier and the routing decision involves: selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources. selecting one of the duplicate physical resources, and routing the transaction using the selected one of the duplicate physical resources.
A medical device for characterising a mechanical property of biological tissue, a portion of the biological tissue being deformable, wherein the mechanical property is one of an elasticity, a viscosity and a viscoelasticity the medical device comprising: - an insertion portion for insertion into the deformable portion of the biological tissue in a manner such that the deformable portion of the biological tissue is deformed; - an optical element positioned on or in the insertion portion and arranged to emit electromagnetic radiation and to receive electromagnetic radiation in response to electromagnetic radiation emitted into the biological tissue; - an optical fibre positioned at least partially within the insertion portion and arranged for transmission of electromagnetic radiation to and from the optical element, the system being arranged to characterize the mechanical property within the biological tissue by analyzing the detected electromagnetic radiation, wherein a surface portion of the insertion portion comprises a coating that is arranged to influence a friction between the insertion portion and the biological tissue and wherein the coating comprises a plurality of coating portions and is arranged such that friction between the insertion portion and the biological tissue is dependent on a location on the surface of the portion. - an insertion portion for insertion into the deformable portion of the biological tissue in a manner such that the deformable portion of the biological tissue is deformed; - an optical element positioned on or in the insertion portion and arranged to emit electromagnetic radiation and to receive electromagnetic radiation in response to electromagnetic radiation emitted into the biological tissue; - an optical fibre positioned at least partially within the insertion portion and arranged for transmission of electromagnetic radiation to and from the optical element, the system being arranged to characterize the mechanical property within the biological tissue by analyzing the detected electromagnetic radiation, wherein a surface portion of the insertion portion comprises a coating that is arranged to influence a friction between the insertion portion and the biological tissue and wherein the coating comprises a plurality of coating portions and is arranged such that friction between the insertion portion and the biological tissue is dependent on a location on the surface of the portion.
A three-dimensional modeling method in which an outer shell layer of a three-dimensional modeling object is first modeled using a shell material, and then a core portion which is an inside of the modeled outer shell layer is modeled using a core material, wherein the outer shell layer is modeled by an additive manufacturing technology, and is modeled by dividing the modeling of the outer shell layer into multiple steps in a lamination modeling direction, the shell material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray, the core material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray or by application of heat energy, the core material is filled into the core portion of the modeled outer shell layer for each modeling of the outer shell layer that has been divided into the multiple steps, the core material is correctively cured by the irradiation with the active energy ray or by the application of the heat energy after the multiple steps of the modeling of the outer shell layer and the filing of the core material into the core portion are all completed, characterized in that: the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material. the outer shell layer is modeled by an additive manufacturing technology, and is modeled by dividing the modeling of the outer shell layer into multiple steps in a lamination modeling direction, the shell material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray, the core material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray or by application of heat energy, the core material is filled into the core portion of the modeled outer shell layer for each modeling of the outer shell layer that has been divided into the multiple steps, the core material is correctively cured by the irradiation with the active energy ray or by the application of the heat energy after the multiple steps of the modeling of the outer shell layer and the filing of the core material into the core portion are all completed, characterized in that: the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material. the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material.
A machine for fitting and removing the wheel tyres of vehicles, comprising: - at least one base frame; - at least one tool-holder turret, mounted on said base frame and having at least one work tool (4a, 4b, 4c, 4d) for fitting and/or removing a tyre onto and/or from a rim of a vehicle wheel; - at least one rotating gripping unit adapted to support said wheel and to set it in rotation around a work axis, said rotating gripping unit being mounted on said base frame in a sliding manner along a horizontal sliding direction close to and away from said tool-holder turret; and - at least one actuator assembly (12, 13) for actuating the sliding of said rotating gripping unit along said sliding direction; characterized by the fact that it comprises: - elastic safety means interposed between said actuator assembly (12, 13) and at least one of said base frame and said rotating gripping unit, said elastic safety means being compressible by said actuator assembly (12, 13) in the event of a contact between said rim and said work tool (4a, 4b, 4c, 4d); - sensor means adapted to detect the degree of compression of said elastic safety means by said actuator assembly (12, 13); and - at least one processing and control unit electronically associated with said actuator assembly (12, 13) and with said sensor means and adapted to inhibit the commands of said actuator assembly (12, 13) that determine the compression of said elastic safety means beyond a threshold value. - at least one base frame; - at least one tool-holder turret, mounted on said base frame and having at least one work tool (4a, 4b, 4c, 4d) for fitting and/or removing a tyre onto and/or from a rim of a vehicle wheel; - at least one rotating gripping unit adapted to support said wheel and to set it in rotation around a work axis, said rotating gripping unit being mounted on said base frame in a sliding manner along a horizontal sliding direction close to and away from said tool-holder turret; and - at least one actuator assembly (12, 13) for actuating the sliding of said rotating gripping unit along said sliding direction; characterized by the fact that it comprises: - elastic safety means interposed between said actuator assembly (12, 13) and at least one of said base frame and said rotating gripping unit, said elastic safety means being compressible by said actuator assembly (12, 13) in the event of a contact between said rim and said work tool (4a, 4b, 4c, 4d); - sensor means adapted to detect the degree of compression of said elastic safety means by said actuator assembly (12, 13); and - at least one processing and control unit electronically associated with said actuator assembly (12, 13) and with said sensor means and adapted to inhibit the commands of said actuator assembly (12, 13) that determine the compression of said elastic safety means beyond a threshold value.
A method of laundering fabric comprising the step of contacting a laundry detergent composition to water to form a wash liquor, and laundering fabric in said wash liquor, wherein the wash liquor has a temperature of above 0°C to 20°C, and wherein the laundry detergent composition comprises greater than 1wt% detersive surfactant and other detergent ingredients
A drill string rod to form a part of a drill string, the rod comprising: an elongate hollow main length section extending axially between a first end and a second end; a male spigot portion provided at the second end having an externally threaded section and a non-threaded shank positioned axially intermediate the main length section and the threaded section; the shank having a transition section positioned adjacent the main length section or a radially projecting shoulder at the second end, the transition section having an outside diameter that increases in a direction from the spigot portion to the main length section or the shoulder; wherein the cross-sectional shape profile of the outer surface of the transition section in the plane of the longitudinal axis comprises a segment of an ellipse having semi-major axis (a); a semi-minor axis (b) and an exponential factor (n) according to the equation: x a n + y b n = 1 characterised in that: the ratio of the semi-major to semi-minor axes (a:b) is within the range 2b<a<8b. an elongate hollow main length section extending axially between a first end and a second end; a male spigot portion provided at the second end having an externally threaded section and a non-threaded shank positioned axially intermediate the main length section and the threaded section; the shank having a transition section positioned adjacent the main length section or a radially projecting shoulder at the second end, the transition section having an outside diameter that increases in a direction from the spigot portion to the main length section or the shoulder; wherein the cross-sectional shape profile of the outer surface of the transition section in the plane of the longitudinal axis comprises a segment of an ellipse having semi-major axis (a); a semi-minor axis (b) and an exponential factor (n) according to the equation: x a n + y b n = 1 characterised in that: the ratio of the semi-major to semi-minor axes (a:b) is within the range 2b<a<8b.
A display device comprising: an eyeglass-shaped frame configured to be mounted on a head of an observer; and an image display device attached to the frame, wherein the image display device includes an image forming device, and an optical device on which light output from the image forming device is incident, in which the light is guided, and from which the light is output, wherein a dimmer configured to adjust an amount of external light incident from outside is installed on a side opposite to a side on which the image forming device of the optical device is disposed, wherein a light shielding member (710, 720, 730) configured to shield incidence of external light on the optical device is disposed in a region of the optical device on which light output from the image forming device is incident, and wherein a projection image of an edge of the dimmer on the optical device is included in the projection image of the light shielding member (710, 720) on the optical device. an eyeglass-shaped frame configured to be mounted on a head of an observer; and an image display device attached to the frame, an image forming device, and an optical device on which light output from the image forming device is incident, in which the light is guided, and from which the light is output,
A medical image display apparatus comprising: means (13, 14) for selectively inputting a desired medical image from among medical images taken by a medical-image radiography system; internal wall portion image creating means for reading said medical image from the medical-image radiography system or an external storage device, and producing an internal wall portion image of a region of a luminal organ contained in the read medical image by tracing rays (41, 42, 43, 44) on a section orthogonal to a central line of the luminal organ at a plurality of points with arbitrarily predetermined spacing in the axial direction, i.e. the direction along the central line; control means for controlling display of the created internal wall portion image on a display means and for obtaining the radius of said luminal organ within each section at the plurality of points of the central line, and correcting means included in the control means for defining a sampling pitch in the circumferential direction of said internal wall portion image, characterised in that the control means is adapted to set a sampling pitch in the axial direction to be identical to the sampling pitch in the circumferential direction. means (13, 14) for selectively inputting a desired medical image from among medical images taken by a medical-image radiography system; internal wall portion image creating means for reading said medical image from the medical-image radiography system or an external storage device, and producing an internal wall portion image of a region of a luminal organ contained in the read medical image by tracing rays (41, 42, 43, 44) on a section orthogonal to a central line of the luminal organ at a plurality of points with arbitrarily predetermined spacing in the axial direction, i.e. the direction along the central line; control means for controlling display of the created internal wall portion image on a display means and for obtaining the radius of said luminal organ within each section at the plurality of points of the central line, and correcting means included in the control means for defining a sampling pitch in the circumferential direction of said internal wall portion image, characterised in that the control means is adapted to set a sampling pitch in the axial direction to be identical to the sampling pitch in the circumferential direction.
An isolated caninized antibody that binds a canine vascular endothelial growth factor (VEGF), wherein the antibody comprises: (i) a heavy chain that includes a heavy chain complementarity determining region 1 (HC CDRl) set forth as SEQ ID NO: 5, a heavy chain complementarity determining region 2 (HC CDR2) set forth as SEQ ID NO: 6, and a heavy chain complementarity determining region 3 (HC CDR3) set forth as SEQ ID NO: 7 and (ii) a light chain that includes a light chain complementarity determining region 1 (LC CDRl) set forth as SEQ ID NO: 8, a light chain complementarity determining region 2 (LC CDR2) set forth as SEQ ID NO: 9, and a light chain complementarity determining region 3 (LC CDR3) set forth as SEQ ID NO: 10. (i) a heavy chain that includes a heavy chain complementarity determining region 1 (HC CDRl) set forth as SEQ ID NO: 5, a heavy chain complementarity determining region 2 (HC CDR2) set forth as SEQ ID NO: 6, and a heavy chain complementarity determining region 3 (HC CDR3) set forth as SEQ ID NO: 7 and (ii) a light chain that includes a light chain complementarity determining region 1 (LC CDRl) set forth as SEQ ID NO: 8, a light chain complementarity determining region 2 (LC CDR2) set forth as SEQ ID NO: 9, and a light chain complementarity determining region 3 (LC CDR3) set forth as SEQ ID NO: 10.
A method performed by a serving base station for transmission of downlink mobile reference signals, MRSs, comprising: transmitting MRS configurations corresponding to the serving cell and neighboring cells of a user equipment, UE,, transmitting an MRS that includes a first part MRS and an additional part MRS, wherein the first part MRS includes first MRS bursts each multiplexed with a synchronization signal block, SS block, and the additional part MRS includes second MRS bursts and is configurable to be transmitted or not transmitted, characterized in that sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS. transmitting MRS configurations corresponding to the serving cell and neighboring cells of a user equipment, UE,, transmitting an MRS that includes a first part MRS and an additional part MRS, wherein the first part MRS includes first MRS bursts each multiplexed with a synchronization signal block, SS block, and the additional part MRS includes second MRS bursts and is configurable to be transmitted or not transmitted, characterized in that sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS. sequences of MRS bursts included in the first part MRS and the additional part MRS, respectively, are generated based on a cell identification, ID, and a transmission, Tx, beam of a serving cell transmitting the MRS, and in that a frequency domain location of the first or second MRS bursts depends on a Tx beam index of a serving cell transmitting the MRS.
An apparatus for testing and exercising pelvic floor musculature, the apparatus comprising an elongate housing adapted for a pelvic floor opening and accommodating an oscillator, wherein the housing accommodates an accelerometer able to measure the acceleration along at least the x-axis, and wherein the apparatus further comprises a signal processor connected to the accelerometer and configured for communicating signals representative of values read from the accelerometer, wherein the x-axis of the accelerometer is arranged in parallel with the x-axis of the oscillator arranged for providing or imposing controlled oscillation(s) along the x-axis being perpendicular to the longitudinal or main, z-axis, of the apparatus on the pelvic floor musculature, wherein a data capturing module is provided which receives signals of the signal processor and calculates a relative amplitude attenuation, a phase delay and/or a dynamic modulus in one or more dimensions for characterizing the response from the pelvic floor musculature measured by the accelerometer.
A method for the carbonic acid gas utilization by the way of the catalytic carbonatation of aqueous solutions comprising: - the compressing of initial carbon dioxide to the pressure higher than the critical value, - mixing the compressed carbon dioxide with the supercritical water, - heating the mix to the supercritical temperature, of 280 to 295 °C, - then the mix's feeding in a continuous mode into the reactionary facility consisting of the heterogeneous catalyst on the basis of the copper, zinc, and aluminium oxides, supported on a hard or flexible carrier in the form of a membranes and activated by lead, zirconium, titanium and niobium oxides, - carrying out the conversion of carbon dioxide by water at a constant temperature of 280-295 °C and a constant pressure of 27 MPa, resulting in formic acid as s target product of the liquid phase from a separator with the selectivity of more than 95 %. - the compressing of initial carbon dioxide to the pressure higher than the critical value, - mixing the compressed carbon dioxide with the supercritical water, - heating the mix to the supercritical temperature, of 280 to 295 °C, - then the mix's feeding in a continuous mode into the reactionary facility consisting of the heterogeneous catalyst on the basis of the copper, zinc, and aluminium oxides, supported on a hard or flexible carrier in the form of a membranes and activated by lead, zirconium, titanium and niobium oxides, - carrying out the conversion of carbon dioxide by water at a constant temperature of 280-295 °C and a constant pressure of 27 MPa, resulting in formic acid as s target product of the liquid phase from a separator with the selectivity of more than 95 %.