mhurhangee/patent-ind-claim-en huggingface dataset:
A video or graphical display device designed and configured to abut to a like video or graphical display device and to be operatively connected to the like video or graphical display device via a connector so as to form a display mosaic, the video or graphical display device comprising: a body having a front side, a backside, and a periphery, wherein, the front side includes a display element; the backside is designed and configured to confront a support structure; the periphery is designed and configured to conformally abut a periphery of the like video or graphical display device; and a plurality of recessed receptacles each formed in a corresponding recess in the backside along the periphery and designed and configured to conformally receive a portion of the connector; characterized in that the video or graphical display device further comprises at least one permanent magnet secured to the body for attaching the backside of the body to a ferromagnetic support structure; and each recessed receptacle contains a plurality of electrical contacts located in the recess and facing a support structure when the video or graphical display device is deployed for use; wherein each recessed receptacle is designed and configured so that the graphical display device can be installed into and removed from a display mosaic of like devices in a direction perpendicular to the front side of the body, and wherein the recessed receptacles are formed in the backside and at the peripheral edge of the body and each of the electric contacts either of planar type or biased type comprising spring contacts. a body having a front side, a backside, and a periphery, wherein, the front side includes a display element; the backside is designed and configured to confront a support structure; the periphery is designed and configured to conformally abut a periphery of the like video or graphical display device; and a plurality of recessed receptacles each formed in a corresponding recess in the backside along the periphery and designed and configured to conformally receive a portion of the connector; characterized in that the video or graphical display device further comprises at least one permanent magnet secured to the body for attaching the backside of the body to a ferromagnetic support structure; and each recessed receptacle contains a plurality of electrical contacts located in the recess and facing a support structure when the video or graphical display device is deployed for use; wherein each recessed receptacle is designed and configured so that the graphical display device can be installed into and removed from a display mosaic of like devices in a direction perpendicular to the front side of the body, and wherein the recessed receptacles are formed in the backside and at the peripheral edge of the body and each of the electric contacts either of planar type or biased type comprising spring contacts.
A method for configuring an interface device connected to a control device and at least one field device , the method comprising a. receiving , by a configuration tool, a first machine learning application comprising a plurality of logical components connected in a pipeline, wherein the first machine learning application is for analysing at least one signal from the at least one field device using a first machine learning model ; b. generating , by the configuration tool, a plurality of code blocks using a translator, based on the plurality of logical components of the first machine learning application, wherein each code block is associated with a particular logical component from the plurality of logical components ; c. connecting , by the configuration tool, the plurality of code blocks in accordance with the pipeline of the first machine learning application, to generate a first output from the at least one signal from the at least one field device ; and d. deploying, by the configuration tool, the connected code blocks on a firmware of the interface device ; wherein deploying the connected code blocks comprises creating at least one virtual port connectable to the control device , the at least one virtual port for transmitting the first output to the control device , wherein the method further comprises e. generating a capability file associated with the interface device , wherein the capability file comprises a definition of the at least one virtual port and f. transmitting the generated capability file associated with the interface device to an engineering tool for linking the at the least one virtual port with the control device . a. receiving , by a configuration tool, a first machine learning application comprising a plurality of logical components connected in a pipeline, wherein the first machine learning application is for analysing at least one signal from the at least one field device using a first machine learning model ; b. generating , by the configuration tool, a plurality of code blocks using a translator, based on the plurality of logical components of the first machine learning application, wherein each code block is associated with a particular logical component from the plurality of logical components ; c. connecting , by the configuration tool, the plurality of code blocks in accordance with the pipeline of the first machine learning application, to generate a first output from the at least one signal from the at least one field device ; and d. deploying, by the configuration tool, the connected code blocks on a firmware of the interface device ; wherein deploying the connected code blocks comprises creating at least one virtual port connectable to the control device , the at least one virtual port for transmitting the first output to the control device , e. generating a capability file associated with the interface device , wherein the capability file comprises a definition of the at least one virtual port and f. transmitting the generated capability file associated with the interface device to an engineering tool for linking the at the least one virtual port with the control device .
A method of producing liquid or gaseous methane by an anaerobic digestion process and delivering said liquid or gaseous methane to a cryogenic liquid methane storage unit , and controlling a temperature and pressure of said cryogenic liquid methane storage unit , comprising: generating methane gas from a reservoir of liquid methane stored within said methane storage unit ; venting said methane gas through one or more outlet valves connected to said methane storage unit ; characterized in that the method comprises: generating electric power using said vented methane gas; and initiating a cooling cycle using said generated electric power, wherein said cooling cycle reduces the temperature of said reservoir of liquid methane and reduces the pressure in said methane storage unit . generating methane gas from a reservoir of liquid methane stored within said methane storage unit ; venting said methane gas through one or more outlet valves connected to said methane storage unit ; characterized in that the method comprises: generating electric power using said vented methane gas; and initiating a cooling cycle using said generated electric power, generating electric power using said vented methane gas; and initiating a cooling cycle using said generated electric power, wherein said cooling cycle reduces the temperature of said reservoir of liquid methane and reduces the pressure in said methane storage unit .
Method for determining the rotational speed of the turbocharger of an internal combustion engine of a motor vehicle, provided with at least one circuit for partial recirculation of the high-pressure exhaust gases tapped between the exhaust manifold and the intake manifold , which comprises the following steps: determining a vector of the accessible measurements comprising the measurement of the pressure upstream of the turbine, the pressure in the intake manifold and the pressure downstream of the heat exchanger for the supercharged gas, determining the difference between the vector of the accessible measurements and the corresponding vector of the accessible measurements coming from an observer, determining a vector of the time derivatives of the observed variables as a function of the difference between the vector of the accessible measurements and the corresponding vector of the accessible measurements coming from the observer, and determining a vector of the observed variables by integrating the vector of the time derivatives of the observed variables, the vector of the observed variables comprising observed values corresponding to the values of the vector of the accessible measurements and the rotational speed of the turbocharger. determining a vector of the accessible measurements comprising the measurement of the pressure upstream of the turbine, the pressure in the intake manifold and the pressure downstream of the heat exchanger for the supercharged gas, determining the difference between the vector of the accessible measurements and the corresponding vector of the accessible measurements coming from an observer, determining a vector of the time derivatives of the observed variables as a function of the difference between the vector of the accessible measurements and the corresponding vector of the accessible measurements coming from the observer, and determining a vector of the observed variables by integrating the vector of the time derivatives of the observed variables, the vector of the observed variables comprising observed values corresponding to the values of the vector of the accessible measurements and the rotational speed of the turbocharger.
A 3D printer capable of dynamically adjusting printing time comprising: a processor stored with a time table recorded with a plurality of relationships each between an illumination density and a plurality of waiting times, wherein the processor is configured to obtain slicing information of one of a plurality of cured layers of a 3D object in printing; a tank configured for storing liquid material ; a printing platform disposed above a bottom of the tank and electrically connected to the processor so that the processor is configured to immerse the printing platform in the liquid material ; and an illumination unit disposed under the tank and electrically connected to the processor so that the illumination unit is configured to emit light toward inside of the tank and a slicing object of one cured layer is created on the printing platform as controlled by the processor based on the slicing information; wherein the processor is configured to calculate an illumination area of the illumination unit based on the slicing information of the cured layer, calculate an illumination density of the cured layer based on the illumination area and a surface area of the tank , search the time table to obtain a corresponding one of the waiting times based on the illumination density, wait for the obtained waiting time to lapse after creating the slicing object of one cured layer, and create a slicing object of a next one of the cured layers after the waiting time being lapsed. a processor stored with a time table recorded with a plurality of relationships each between an illumination density and a plurality of waiting times, wherein the processor is configured to obtain slicing information of one of a plurality of cured layers of a 3D object in printing; a tank configured for storing liquid material ; a printing platform disposed above a bottom of the tank and electrically connected to the processor so that the processor is configured to immerse the printing platform in the liquid material ; and an illumination unit disposed under the tank and electrically connected to the processor so that the illumination unit is configured to emit light toward inside of the tank and a slicing object of one cured layer is created on the printing platform as controlled by the processor based on the slicing information; wherein the processor is configured to calculate an illumination area of the illumination unit based on the slicing information of the cured layer, calculate an illumination density of the cured layer based on the illumination area and a surface area of the tank , search the time table to obtain a corresponding one of the waiting times based on the illumination density, wait for the obtained waiting time to lapse after creating the slicing object of one cured layer, and create a slicing object of a next one of the cured layers after the waiting time being lapsed.
Optical arrangement comprising at least the following components which are arranged along an optical axis : • a light source for polarised light, • a layer arrangement which, viewed in the viewing direction of a viewer , comprises at least one polarisation filter and an optical retardation layer behind the same, wherein • the polarisation filter abuts the retardation layer free of gaps, • an interstice is located between the light source and the layer arrangement , and • the interstice comprises a volume about the optical axis , said volume being surrounded by optically impermeable and internally non-reflecting, but absorptive peripheral surfaces , • in the interstice , there is at least one semi-permeable boundary surface which is permeable to the light emitted by the light source and is at least partially reflective for light incident in the opposite direction. • a light source for polarised light, • a layer arrangement which, viewed in the viewing direction of a viewer , comprises at least one polarisation filter and an optical retardation layer behind the same, wherein • the polarisation filter abuts the retardation layer free of gaps, • an interstice is located between the light source and the layer arrangement , and • the interstice comprises a volume about the optical axis , said volume being surrounded by optically impermeable and internally non-reflecting, but absorptive peripheral surfaces , • in the interstice , there is at least one semi-permeable boundary surface which is permeable to the light emitted by the light source and is at least partially reflective for light incident in the opposite direction.
An apparatus for wireless communication, the apparatus comprising: means for communicating a time division duplex, TDD, subframe during a single transmission time interval, TTI, wherein the TDD subframe includes: control information in a control portion of the TDD subframe , data in a data portion of the TDD subframe , and acknowledgement information in a feedback portion of the TDD subframe , the acknowledgement information corresponding to the data. control information in a control portion of the TDD subframe , data in a data portion of the TDD subframe , and acknowledgement information in a feedback portion of the TDD subframe , the acknowledgement information corresponding to the data.
A method of detecting a presence or absence of, or risk of, a replication competent retrovirus comprising: a) determining a level of a parameter in a test sample, wherein the test sample is or is derived from a biological sample or a portion thereof, and wherein the level correlates inversely to the amount of a viral RNA in the biological sample, the biological sample comprising at least one cell that has been transduced with a retroviral vector and contains a nucleic acid encoding a heterologous protein, wherein: the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value. a) determining a level of a parameter in a test sample, wherein the test sample is or is derived from a biological sample or a portion thereof, and wherein the level correlates inversely to the amount of a viral RNA in the biological sample, the biological sample comprising at least one cell that has been transduced with a retroviral vector and contains a nucleic acid encoding a heterologous protein, wherein: the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value. the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value.
A power cable , comprising: - an electric conductor , - an electric insulating material enclosing the electric conductor , and - an inner sheathing enclosing the electric insulating material enclosing the electric conductor , characterised in that the inner sheathing is made of a CuNiSi-alloy. - an electric conductor , - an electric insulating material enclosing the electric conductor , and - an inner sheathing enclosing the electric insulating material enclosing the electric conductor ,
A compressor comprising: a case ; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space (V1) defined inside the case by one side, the downstream side, of the driving motor and the case , wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space (V1); a discharge pipe passing through the case ; a rotation shaft coupled to the rotor to rotate; and a compressing portion defined at the other side, upstream side, of the driving motor , wherein the refrigerant is compressed by rotation of the rotation shaft ; characterized by a terminal disposed on a side of the case that is a side of the centrifugation space (V1) to be arranged along a longitudinal direction of the rotation shaft , wherein the terminal is connected to a coil of the stator ; a rotating member coupled to the rotation shaft at the one side, the downstream side, of the rotation shaft and provided to rotate in the centrifugation space (V1), wherein the rotation shaft protrudes toward the centrifugation space (V1) more than the rotor , wherein the rotating member includes a flange portion coupled to the rotation shaft , and a rotary wing extending from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein an outer diameter of the rotary wing is larger than an outer diameter of the rotor , wherein the terminal is arranged radially outward of an outer peripheral surface of the rotary wing . a case ; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space (V1) defined inside the case by one side, the downstream side, of the driving motor and the case , wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space (V1); a discharge pipe passing through the case ; a rotation shaft coupled to the rotor to rotate; and a compressing portion defined at the other side, upstream side, of the driving motor , wherein the refrigerant is compressed by rotation of the rotation shaft ; characterized by a terminal disposed on a side of the case that is a side of the centrifugation space (V1) to be arranged along a longitudinal direction of the rotation shaft , wherein the terminal is connected to a coil of the stator ; a rotating member coupled to the rotation shaft at the one side, the downstream side, of the rotation shaft and provided to rotate in the centrifugation space (V1), wherein the rotation shaft protrudes toward the centrifugation space (V1) more than the rotor , wherein the rotating member includes a flange portion coupled to the rotation shaft , and a rotary wing extending from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein an outer diameter of the rotary wing is larger than an outer diameter of the rotor , wherein the terminal is arranged radially outward of an outer peripheral surface of the rotary wing .
Method for producing helical coils , in particular for helical screens, wherein a filament is conveyed in a filament conveying direction through a first channel portion of a first rotational body , wherein the first rotational body rotates about a first portion of a core element mounted in a rotationally fixed manner, wherein the filament is subsequently conveyed in the filament conveying direction through a second channel portion of a second rotational body which rotates about a second portion of the core element following the first portion in synchronisation with the first rotational body , and wherein the filament is subsequently wound around a winding mandrel projecting from the core element over the second channel portion in the filament conveying direction, so that a helical coil is produced from the filament by continuously feeding the windings of the filament wound around the winding mandrel , characterised in that a heated heating fluid flows with a positive pressure through the first channel portion as well as the second channel portion arranged downstream and thus heats the filament conveyed through the first channel portion and subsequently through the second channel portion .
A transponder , comprising: a field strength range determination unit configured to determine a field strength range of a radio frequency, RF, field generated by an external reader device; a controller configured to delay processing of a command by the transponder in dependence on the field strength range determined by the field strength range determination unit ; characterized in that the field strength range determination unit is configured to determine the field strength range by monitoring an activity of a clock-stop sensor comprised in said transponder . a field strength range determination unit configured to determine a field strength range of a radio frequency, RF, field generated by an external reader device; a controller configured to delay processing of a command by the transponder in dependence on the field strength range determined by the field strength range determination unit ; characterized in that the field strength range determination unit is configured to determine the field strength range by monitoring an activity of a clock-stop sensor comprised in said transponder .