mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: receiving , by a device of a user, a message comprising a network identifier for accessing at least one file associated with a shared storage area, the network identifier comprising a parameter for accessing contextual information of the least one file from the shared storage area, the at least one file having been determined to be relevant to the user; displaying , by the device, a message element within an active message thread of a messaging application, the message element providing an interface for the user to accept access to the at least one file; receiving , via the interface, user input indicating that the user has accepted access to the at least one file; obtaining , in response to receiving the user input and based on the network identifier, the at least one file associated with the shared storage area; and providing the at least one file for display on the device , wherein the at least one file comprises a group of files, the group of files is represented as the message element within the active message thread, the message element comprises a single message bubble that includes the contextual information, the contextual information comprises a representation of a main file of the group of files, and the contextual information indicates a current availability for accessing the group of files from the shared storage area. receiving , by a device of a user, a message comprising a network identifier for accessing at least one file associated with a shared storage area, the network identifier comprising a parameter for accessing contextual information of the least one file from the shared storage area, the at least one file having been determined to be relevant to the user; displaying , by the device, a message element within an active message thread of a messaging application, the message element providing an interface for the user to accept access to the at least one file; receiving , via the interface, user input indicating that the user has accepted access to the at least one file; obtaining , in response to receiving the user input and based on the network identifier, the at least one file associated with the shared storage area; and providing the at least one file for display on the device , wherein the at least one file comprises a group of files, the group of files is represented as the message element within the active message thread, the message element comprises a single message bubble that includes the contextual information, the contextual information comprises a representation of a main file of the group of files, and the contextual information indicates a current availability for accessing the group of files from the shared storage area.
An automated fiber placement machine comprising: a head comprising a compaction roller ; a heater mounted forward of the compaction roller; a first temperature sensor directed at a first measurement spot of substrate located forward of the compaction roller and aft of the heater, wherein the first temperature sensor, when operative, outputs first temperature data when the compaction roller is in contact with the substrate; a second temperature sensor directed at a second measurement spot of the substrate located aft of the compaction roller, wherein the second temperature sensor, when operative, outputs second temperature data when the compaction roller is in contact with the substrate; a non-transitory tangible computer-readable storage medium storing computer code representing a thermal model that is configured to infer an estimated compaction point temperature of the substrate under the compaction roller at the compaction point based at least in part on the first and second temperature data; and a computing system configured to perform the following operations: using the thermal model to calculate an amount of electrical power to be supplied to the heater as a function of a difference between the first and second temperature data output by the first and second temperature sensors; and outputting heater power control signals representing the amount of electrical power to be supplied to the heater. a head comprising a compaction roller ; a heater mounted forward of the compaction roller; a first temperature sensor directed at a first measurement spot of substrate located forward of the compaction roller and aft of the heater, wherein the first temperature sensor, when operative, outputs first temperature data when the compaction roller is in contact with the substrate; a second temperature sensor directed at a second measurement spot of the substrate located aft of the compaction roller, wherein the second temperature sensor, when operative, outputs second temperature data when the compaction roller is in contact with the substrate; a non-transitory tangible computer-readable storage medium storing computer code representing a thermal model that is configured to infer an estimated compaction point temperature of the substrate under the compaction roller at the compaction point based at least in part on the first and second temperature data; and a computing system configured to perform the following operations: using the thermal model to calculate an amount of electrical power to be supplied to the heater as a function of a difference between the first and second temperature data output by the first and second temperature sensors; and outputting heater power control signals representing the amount of electrical power to be supplied to the heater. using the thermal model to calculate an amount of electrical power to be supplied to the heater as a function of a difference between the first and second temperature data output by the first and second temperature sensors; and outputting heater power control signals representing the amount of electrical power to be supplied to the heater.
Bearing arrangement for a driver's cab of a vehicle, which bearing arrangement is, in a mounted state, arranged between the driver's cab and a cab support of the vehicle, having a cone bearing which, centrally, has a bearing sleeve which is fixable to the driver's cab and which extends through an opening of the cab support and which is of hollow form, wherein the bearing sleeve is, at the outside, by way of an elastic damping element connected thereto, connected to a concentrically arranged support element , wherein the support element is fixable to the cab support at the cab side by way of connecting elements , and having an abutment element which is arranged on an end, averted from the driver's cab , of the bearing sleeve and which serves for limiting a movement of the damping element in an axial direction (A), characterized in that an installation element of disc-shaped form is arranged on a side, facing toward the abutment element , of the cab support , which installation element is, by way of the connecting elements , fastened to the cab support concentrically with respect to the bearing sleeve , wherein the installation element has an opening through which the cone bearing at least partially projects, wherein the installation element is arranged, concentrically with respect to the cone bearing , on the cab support , wherein the abutment element is designed to be larger in a radial direction than the opening in the installation element , such that an overlap is formed between the abutment element and the installation element in a radial direction in order to prevent a breakaway of the bearing arrangement in the event of an overload by tensile forces, because the tensile forces can be dissipated via the abutment element and the installation element , wherein, by way of an adjustable spacing between the abutment element and the installation element , a relative movement of the driver's cab and of the bearing sleeve in an axial direction A with respect to the support element is limited in an adjustable manner, and wherein the spacing between the installation element and the abutment element is set such that, in the event of a deflection of the bearing sleeve and thus of the abutment element in an axial direction A, the abutment element and the installation element come into contact before the elastic damping element is damaged.
A wheel end assembly comprising: a steering knuckle having a spindle and an opening that extends around the spindle ; a hub that is rotatable about an axis with respect to the spindle ; a seal assembly that extends from the spindle to the hub , the seal assembly having an outer seal case that is disposed on the hub and an inner seal case that is disposed on the spindle ; characterised in that the seal assembly is at least partially disposed in the opening ; a compression ring that is disposed on the hub and that is at least partially disposed in the opening , wherein the compression ring exerts a radial compressive force on the hub in a direction that extends toward the seal assembly and the axis to inhibit the outer seal case from moving with respect to the hub . a steering knuckle having a spindle and an opening that extends around the spindle ; a hub that is rotatable about an axis with respect to the spindle ; a seal assembly that extends from the spindle to the hub , the seal assembly having an outer seal case that is disposed on the hub and an inner seal case that is disposed on the spindle ; characterised in that the seal assembly is at least partially disposed in the opening ; a compression ring that is disposed on the hub and that is at least partially disposed in the opening , wherein the compression ring exerts a radial compressive force on the hub in a direction that extends toward the seal assembly and the axis to inhibit the outer seal case from moving with respect to the hub .
Processing device comprising i) an input interface configured to receive photons having first quantum states, ii) an encoder configured to generate a photon having a first fixed quantum state from a received electrical signal, iii) a transformer configured to transform said first quantum state of a photon into a second quantum state, iv) a decoder configured to transform said second quantum state of a received photon into an electrical signal, and v) an output interface configured to deliver photons having second quantum states and to be transmitted, said processing device also comprising a switcher comprising at least three inputs connected respectively to outputs of said input interface , encoder and transformer , and at least three outputs connected respectively to inputs of said output interface , decoder and transformer , and selectively coupling at least one of its inputs to one of its outputs according to a received command.
A combination, comprising: a slug or package of chemical anchoring adhesive, the slug or package having a proximal end and a distal end ; a penetrator having a proximal end , a distal end and a threaded or corrugated outer surface , the proximal end of the penetrator connectable to the distal end of the slug or package of chemical anchoring adhesive; and a jacket surrounding and containing the slug or package of chemical anchoring adhesive and the penetrator , the jacket having a barrel portion including an open distal end for receiving an anchor pin and an anchor lip portion including an open proximal end for dispensing chemical anchoring adhesive, wherein the anchor lip portion is axially connected to the barrel portion and has an external diameter that is wider than an external diameter of the barrel portion ; wherein the penetrator comprises a sharp pointed proximal end and an open internally threaded distal end , the sharp pointed proximal end of the penetrator being connected to the distal end of the slug or package of chemical anchoring adhesive. a slug or package of chemical anchoring adhesive, the slug or package having a proximal end and a distal end ; a penetrator having a proximal end , a distal end and a threaded or corrugated outer surface , the proximal end of the penetrator connectable to the distal end of the slug or package of chemical anchoring adhesive; and a jacket surrounding and containing the slug or package of chemical anchoring adhesive and the penetrator , the jacket having a barrel portion including an open distal end for receiving an anchor pin and an anchor lip portion including an open proximal end for dispensing chemical anchoring adhesive, wherein the anchor lip portion is axially connected to the barrel portion and has an external diameter that is wider than an external diameter of the barrel portion ; wherein the penetrator comprises a sharp pointed proximal end and an open internally threaded distal end , the sharp pointed proximal end of the penetrator being connected to the distal end of the slug or package of chemical anchoring adhesive.
A computer readable memory comprising a filter construction software element comprising instructions, when executed by a processor, constructing a filter for filtering sensor values indicative of a process variable, the filter construction software element setting values for parameters of the filter based on a temperature value indicative of a temperature of a sensor that produced the sensor values, characterised in that the filter comprises a temperature-dependent filter that is constructed by applying the temperature value indicative of the temperature of the sensor to respective equations that each define a separate parameter of the filter.
A gas turbine engine , comprising: a fan section comprising a fan blade configured to rotate about an axis (A-A'); a platform adhesively bonded to the fan blade using at least one of an adhesive paste or an adhesive film, wherein the platform comprises a first platform half and a second platform half ; the first platform half comprising a first receiving member at a second end of the first platform half opposite a first end of the first platform half ; the second platform half comprising a hook formed at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half ; characterised in that the first platform half comprises a slot formed at the first end of the first platform half , the slot Engaging the hook ; and a pin passing through the first receiving member and the second receiving member . a fan section comprising a fan blade configured to rotate about an axis (A-A'); a platform adhesively bonded to the fan blade using at least one of an adhesive paste or an adhesive film, wherein the platform comprises a first platform half and a second platform half ; the first platform half comprising a first receiving member at a second end of the first platform half opposite a first end of the first platform half ; the second platform half comprising a hook formed at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half ; characterised in that the first platform half comprises a slot formed at the first end of the first platform half , the slot Engaging the hook ; and a pin passing through the first receiving member and the second receiving member .
An electronic device comprising: a) a housing ; b) a first printed circuit board ,PCB, carried by the housing and radio frequency, RF, circuitry on the PCB ; and c) an RF filter module carried by the PCB comprising a) a second PCB carried by the first PCB , b) a plurality of first coaxial resonators arranged in side-by-side relation on the second PCB , and at least one second coaxial resonator stacked on the plurality of first coaxial resonators , and c) interconnect circuitry coupling the plurality of first coaxial resonators and the at least one second coaxial resonator to the second PCB (40; wherein the electronic device further comprises: d) a daughter board , e) the interconnect circuitry is at least partially carried by the daughter board which extends vertically upward from the second PCB . a) a housing ; b) a first printed circuit board ,PCB, carried by the housing and radio frequency, RF, circuitry on the PCB ; and c) an RF filter module carried by the PCB comprising a) a second PCB carried by the first PCB , b) a plurality of first coaxial resonators arranged in side-by-side relation on the second PCB , and at least one second coaxial resonator stacked on the plurality of first coaxial resonators , and c) interconnect circuitry coupling the plurality of first coaxial resonators and the at least one second coaxial resonator to the second PCB (40; wherein the electronic device further comprises: d) a daughter board , e) the interconnect circuitry is at least partially carried by the daughter board which extends vertically upward from the second PCB . a) a second PCB carried by the first PCB , b) a plurality of first coaxial resonators arranged in side-by-side relation on the second PCB , and at least one second coaxial resonator stacked on the plurality of first coaxial resonators , and c) interconnect circuitry coupling the plurality of first coaxial resonators and the at least one second coaxial resonator to the second PCB (40; wherein the electronic device further comprises: d) a daughter board , e) the interconnect circuitry is at least partially carried by the daughter board which extends vertically upward from the second PCB .
A method comprising: accessing information representative of a state of soil obtained via sensors of a vehicle pulling ground engaging elements of an implement through the soil; selecting an implement state model based on the accessed information on the state of the soil; accessing a set of images captured by a camera on the vehicle , the set of images comprising images of the implement ; applying the selected implement state model to the set of images to determine a state of the implement , the state of the implement representing whether the ground engaging elements are raised or ground-engaged; and modifying an operating mode of the vehicle based on the determined state of the implement . accessing information representative of a state of soil obtained via sensors of a vehicle pulling ground engaging elements of an implement through the soil; selecting an implement state model based on the accessed information on the state of the soil; accessing a set of images captured by a camera on the vehicle , the set of images comprising images of the implement ; applying the selected implement state model to the set of images to determine a state of the implement , the state of the implement representing whether the ground engaging elements are raised or ground-engaged; and modifying an operating mode of the vehicle based on the determined state of the implement .
A time response measurement apparatus for measuring a time response inside a sample caused by irradiation with light, the time response measurement apparatus comprising: a pulse formation unit generating first pulsed light including a wavelength of pump light, second pulsed light including a wavelength of probe light, and third pulsed light including the wavelength of the pump light and the wavelength of the probe light, on a common optical axis; an attenuation unit transmitting the first pulsed light, the second pulsed light, and the third pulsed light output from the sample arranged on the optical axis after being incident on the sample, an attenuation rate of the attenuation unit with respect to the pump light being larger than an attenuation rate of the attenuation unit with respect to the probe light; a waveform measurement unit measuring a first temporal waveform that is a temporal waveform of the first pulsed light having passed through the attenuation unit, a second temporal waveform that is a temporal waveform of the second pulsed light having passed through the attenuation unit, and a third temporal waveform that is a temporal waveform of the third pulsed light having passed through the attenuation unit; and an analysis unit obtaining the time response of the sample based on the first temporal waveform, the second temporal waveform, and the third temporal waveform. a pulse formation unit generating first pulsed light including a wavelength of pump light, second pulsed light including a wavelength of probe light, and third pulsed light including the wavelength of the pump light and the wavelength of the probe light, on a common optical axis; an attenuation unit transmitting the first pulsed light, the second pulsed light, and the third pulsed light output from the sample arranged on the optical axis after being incident on the sample, an attenuation rate of the attenuation unit with respect to the pump light being larger than an attenuation rate of the attenuation unit with respect to the probe light; a waveform measurement unit measuring a first temporal waveform that is a temporal waveform of the first pulsed light having passed through the attenuation unit, a second temporal waveform that is a temporal waveform of the second pulsed light having passed through the attenuation unit, and a third temporal waveform that is a temporal waveform of the third pulsed light having passed through the attenuation unit; and an analysis unit obtaining the time response of the sample based on the first temporal waveform, the second temporal waveform, and the third temporal waveform.
A system for extraction of saccharides from lignocellulosic material, comprising: a container configured for containing lignocellulosic material; a source of fluid configured for adding a fluid to the lignocellulosic material; a dewatering device connected to the container and configured for dewatering a mixture of lignocellulosic material and the fluid; and an apparatus connected to the dewatering device and configured for performing a hydrolysis of a dewatered mixture of lignocellulosic material and the fluid, wherein at least parts of the apparatus that are configured for coming into contact with said dewatered mixture are made of a material that comprises iron in an amount of at least 50 % by weight and nickel in an amount of at least 1.5 % by weight, characterized in that the system further comprises means for measuring the moisture content of said dewatered mixture and means for comparing the measured moisture content with a predefined value and means for, if the measured moisture content is above said predefined value, preventing the dewatered mixture from entering the apparatus , wherein the fluid is an acidic water solution and the hydrolysis is an acid-catalysed hydrolysis. a container configured for containing lignocellulosic material; a source of fluid configured for adding a fluid to the lignocellulosic material; a dewatering device connected to the container and configured for dewatering a mixture of lignocellulosic material and the fluid; and an apparatus connected to the dewatering device and configured for performing a hydrolysis of a dewatered mixture of lignocellulosic material and the fluid, wherein at least parts of the apparatus that are configured for coming into contact with said dewatered mixture are made of a material that comprises iron in an amount of at least 50 % by weight and nickel in an amount of at least 1.5 % by weight,