mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising a synergistic combination of at least one aminoacetonitrile derivative, or a pharmaceutically acceptable salt or solvate thereof, and at least one anticancer compound, or a pharmaceutically acceptable salt or solvate thereof for use in the treatment of cancer; wherein the aminoacetonitrile derivative is a pharmaceutical compound of formula (I): wherein, the compound of formula (I) is and wherein the anticancer compound is selected from any one or more of doxorubicin, albendazole, imatinib, ivermectin, fluorouracil, gemcitabine, oxaliplatin, paclitaxel, bortezomib, colchicine, tamoxifen, minocycline, rapamycin, minocycline combined with paclitaxel, and minocycline combined with doxorubicin, when the cancer to be treated is ovarian cancer, wherein the anticancer compound is selected from any one or more of fluorouracil , and gemcitabine, when the cancer to be treated is colorectal cancer, wherein the anticancer compound is selected from any one or more of doxorubicin, and gemcitabine, when the cancer to be treated is glioblastoma, wherein the anticancer compound is flutamide, when the cancer to be treated is prostate cancer, wherein the anticancer compound is doxorubicin, when the cancer to be treated is mesothelioma, wherein the anticancer compound is selected from any one or more of doxorubicin, and paclitaxel, when the cancer to be treated is liver cancer, and wherein the anticancer compound is selected from any one or more of Fluorouracil , and gemcitabine, when the cancer to be treated is pancreatic cancer. the compound of formula (I) is and wherein the anticancer compound is selected from any one or more of doxorubicin, albendazole, imatinib, ivermectin, fluorouracil, gemcitabine, oxaliplatin, paclitaxel, bortezomib, colchicine, tamoxifen, minocycline, rapamycin, minocycline combined with paclitaxel, and minocycline combined with doxorubicin, when the cancer to be treated is ovarian cancer, wherein the anticancer compound is selected from any one or more of fluorouracil , and gemcitabine, when the cancer to be treated is colorectal cancer, wherein the anticancer compound is selected from any one or more of doxorubicin, and gemcitabine, when the cancer to be treated is glioblastoma, wherein the anticancer compound is flutamide, when the cancer to be treated is prostate cancer, wherein the anticancer compound is doxorubicin, when the cancer to be treated is mesothelioma, wherein the anticancer compound is selected from any one or more of doxorubicin, and paclitaxel, when the cancer to be treated is liver cancer, and wherein the anticancer compound is selected from any one or more of Fluorouracil , and gemcitabine, when the cancer to be treated is pancreatic cancer.
A method for operating a processing entity configured to process a 3D image data stream for transmission over a wireless network to an extended-reality device , the method comprising: - receiving the 3D image data stream, the 3D image data stream comprising a first image data stream representing a structure of at least one real-world object and a second image data stream representing a texture of the at least one real-world object, - adding a corresponding transmission-time indication to each of the first image data stream and the second image data stream, resulting in an amended stream comprising an amended first stream and an amended second stream, - transmitting the amended stream over the wireless network to the extended reality device, - receiving, from the extended-reality device, a processing time indication for each of the amended first stream and the amended second stream, - initiating an adapting of at least one of the 3D image data stream and the amended stream based on the processing-time indication of the amended first stream and the amended second stream. - receiving the 3D image data stream, the 3D image data stream comprising a first image data stream representing a structure of at least one real-world object and a second image data stream representing a texture of the at least one real-world object, - adding a corresponding transmission-time indication to each of the first image data stream and the second image data stream, resulting in an amended stream comprising an amended first stream and an amended second stream, - transmitting the amended stream over the wireless network to the extended reality device, - receiving, from the extended-reality device, a processing time indication for each of the amended first stream and the amended second stream, - initiating an adapting of at least one of the 3D image data stream and the amended stream based on the processing-time indication of the amended first stream and the amended second stream.
Drilling mast for a drilling rig having a drill floor with a well center , wherein the drilling mast has a U-shaped horizontal cross section with a left- hand mast wal , a rear mast wall , and a right-hand mast wall , and with an open front side , e.g. said mast being composed of interconnected mast sections, characterized in that a left-hand fingerboard device is mounted to the left-hand side of the drilling mast and a right-hand side fingerboard device is mounted to the right-hand side of the drilling mast , wherein each fingerboard devices has fingers defining slots that extend parallel to the respective side of the drilling mast and are open at the front side of the fingerboard device.
A method for estimating surface roughness of a ground for an off-road vehicle to control an implement , comprising the steps of: detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; and detecting roll acceleration data of the off-road vehicle for the sampling interval; the method characterized by detecting pitch acceleration data of the off-road vehicle for the sampling interval; determining a surface roughness index (p) based on the detected motion data, pitch acceleration data and roll acceleration data for the sampling interval; estimating zones with corresponding surface roughness index ranges within a field or work site based on the determined surface roughness index (p) as a vehicle traverses or traversed the field or work site over multiple sampling intervals; generating a graphical display that illustrates the estimated zones of corresponding surface roughness or index ranges within the field or work site; and displaying the graphical display to a user or operator of the vehicle . detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; and detecting roll acceleration data of the off-road vehicle for the sampling interval; the method characterized by detecting pitch acceleration data of the off-road vehicle for the sampling interval; determining a surface roughness index (p) based on the detected motion data, pitch acceleration data and roll acceleration data for the sampling interval; estimating zones with corresponding surface roughness index ranges within a field or work site based on the determined surface roughness index (p) as a vehicle traverses or traversed the field or work site over multiple sampling intervals; generating a graphical display that illustrates the estimated zones of corresponding surface roughness or index ranges within the field or work site; and displaying the graphical display to a user or operator of the vehicle .
A lighting device for determining and conveying an intelligibility of an audio signal, wherein the audio signal comprises a plurality of occurrences of a repeating audio feature, wherein each occurrence of the repeating audio feature comprises a respective value of an acoustic characteristic, wherein the lighting device comprises: - a light source; - a microphone for detecting the audio signal; - a processor configured to: receive the audio signal from the microphone, determine a baseline value based on said audio signal, determine a positive intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being at least equal to the baseline value, or determine a negative intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being less than the baseline value, and control the light source to convey the determined positive and/or negative intelligibility of the audio signal via a lighting characteristic. - a light source; - a microphone for detecting the audio signal; - a processor configured to: receive the audio signal from the microphone, determine a baseline value based on said audio signal, determine a positive intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being at least equal to the baseline value, or determine a negative intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being less than the baseline value, and control the light source to convey the determined positive and/or negative intelligibility of the audio signal via a lighting characteristic. receive the audio signal from the microphone, determine a baseline value based on said audio signal, determine a positive intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being at least equal to the baseline value, or determine a negative intelligibility of the audio signal if the last occurrence of the repeating audio feature comprises a respective value of the acoustic characteristic being less than the baseline value, and control the light source to convey the determined positive and/or negative intelligibility of the audio signal via a lighting characteristic.
A gas injector for supplying a gas or a gas mixture to a reaction region , comprising a) a base body with a gas channel ; b) a first opening or a first group of openings in the base body , via which the gas or gas mixture passes from the first gas channel into the reaction region ; c) a second opening or a second group of openings is provided in the base body , via which the gas or gas mixture likewise passes from the gas channel into the reaction region , wherein d) the openings or the group of openings are provided with a gas supply in the base body on the gas channel ; characterized in that e) the gas supply is connected to the gas channel by a first connection part at a junction , wherein the first connection part is provided with a branch that leads to a bypass , and the bypass leads to a second opposing connection part on another junction , which is also connected to the gas channel of the base body , wherein the gas or gas mixture flows into the gas channel of the base body via the two junctions . a) a base body with a gas channel ; b) a first opening or a first group of openings in the base body , via which the gas or gas mixture passes from the first gas channel into the reaction region ; c) a second opening or a second group of openings is provided in the base body , via which the gas or gas mixture likewise passes from the gas channel into the reaction region , wherein d) the openings or the group of openings are provided with a gas supply in the base body on the gas channel ; characterized in that e) the gas supply is connected to the gas channel by a first connection part at a junction , wherein the first connection part is provided with a branch that leads to a bypass , and the bypass leads to a second opposing connection part on another junction , which is also connected to the gas channel of the base body , wherein the gas or gas mixture flows into the gas channel of the base body via the two junctions .
A security alarm system comprising: an RFID tag mounted on a first of a window/door and framing thereof; a sensor including an RFID reader mounted on a second of the window/door and the framing , a distance (D1, D2, D3, D4) between the sensor and the RFID tag varying as the window/door is opened, and a control panel , characterized in that the sensor comprises a signal range adjuster actuation of which alters the range within which the sensor can read the RFID tag , and characterized in that the sensor signals the control panel to trigger an alarm when the distance between the sensor and the RFID tag increases beyond a threshold distance so altered and the sensor cannot read the RFID tag , the threshold distance being the distance of the altered range beyond which the RFID tag cannot be read. an RFID tag mounted on a first of a window/door and framing thereof; a sensor including an RFID reader mounted on a second of the window/door and the framing , a distance (D1, D2, D3, D4) between the sensor and the RFID tag varying as the window/door is opened, and a control panel , characterized in that the sensor comprises a signal range adjuster actuation of which alters the range within which the sensor can read the RFID tag , and characterized in that the sensor signals the control panel to trigger an alarm when the distance between the sensor and the RFID tag increases beyond a threshold distance so altered and the sensor cannot read the RFID tag , the threshold distance being the distance of the altered range beyond which the RFID tag cannot be read.
A method implemented by an access node, for transmitting demodulation reference signal, DMRS, settings for transmitting DMRSs with reduced overhead, the method comprising: transmitting a downlink control message comprising a value, the value specifying a 3-layer downlink data transmission from antenna ports 7, 8 and 11 of the access node, and that orthogonal codes of a length 4 are to be applied to the transmission of demodulation reference signals for the 3-layer downlink data transmission; wherein the value is an index of an entry in a selected lookup table of a plurality of lookup tables; and wherein the value further specifies a pre-configured DMRS pattern to be applied to the transmission of the demodulation reference signals; the DMRS pattern specifying twelve resource elements in a resource block for carrying the demodulation reference signals, and the locations of the resource elements in the resource block; the method characterised in that : when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table. transmitting a downlink control message comprising a value, the value specifying a 3-layer downlink data transmission from antenna ports 7, 8 and 11 of the access node, and that orthogonal codes of a length 4 are to be applied to the transmission of demodulation reference signals for the 3-layer downlink data transmission; wherein the value is an index of an entry in a selected lookup table of a plurality of lookup tables; and wherein the value further specifies a pre-configured DMRS pattern to be applied to the transmission of the demodulation reference signals; the DMRS pattern specifying twelve resource elements in a resource block for carrying the demodulation reference signals, and the locations of the resource elements in the resource block; the method characterised in that : when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table. when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table.
A crop machine comprising: a support vehicle for running over ground; a crop component including a crop engaging system and at least one ground engaging component for providing a supporting force from the ground; a support apparatus for supporting the crop component so that a proportion of a supporting force to counterbalance the weight of the crop component is supplied by a lifting force from the support apparatus and a remaining portion is supplied by the ground engaging component caused by ground pressure on the ground; the support apparatus being arranged for supporting the crop component for upward and downward floating movement relative to an intermediate float position of the crop component; the support apparatus comprising: at least one hydraulic float cylinder ; a hydraulic system containing a hydraulic fluid under pressure; an electronic control system for supplying a control signal so as to vary the pressure; wherein said electronic control system is arranged to vary the pressure such that the lifting force from the support apparatus is reduced when the crop component floats upwardly from said intermediate float position and characterized in that said electronic control system is arranged to vary the pressure such that the lifting force from the support apparatus is reduced also when the crop component floats downwardly from said intermediate float position . a support vehicle for running over ground; a crop component including a crop engaging system and at least one ground engaging component for providing a supporting force from the ground; a support apparatus for supporting the crop component so that a proportion of a supporting force to counterbalance the weight of the crop component is supplied by a lifting force from the support apparatus and a remaining portion is supplied by the ground engaging component caused by ground pressure on the ground; the support apparatus being arranged for supporting the crop component for upward and downward floating movement relative to an intermediate float position of the crop component; the support apparatus comprising: at least one hydraulic float cylinder ; a hydraulic system containing a hydraulic fluid under pressure; an electronic control system for supplying a control signal so as to vary the pressure; wherein said electronic control system is arranged to vary the pressure such that the lifting force from the support apparatus is reduced when the crop component floats upwardly from said intermediate float position and at least one hydraulic float cylinder ; a hydraulic system containing a hydraulic fluid under pressure; an electronic control system for supplying a control signal so as to vary the pressure; wherein said electronic control system is arranged to vary the pressure such that the lifting force from the support apparatus is reduced when the crop component floats upwardly from said intermediate float position and
A slip yoke assembly , comprising: a slip yoke having a body with a long bore extending between a first end and a second end thereof and a counterbore at the second end of the long bore , wherein a pair of opposed lug ears extend in a general axial direction from the body and the counterbore has a first diameter and a second diameter , wherein the first diameter is greater than a major diameter of the long bore and the second diameter is greater than the first diameter ; and a plug having an elastomeric member secured to a surface of the plug , wherein the elastomeric member is disposed within the first diameter and the plug is disposed within the second diameter , and wherein the plug is secured to the slip yoke by a lip formed over the plug , characterised in that , the lip is formed by staking when the plug is already positioned within the counterbore . a slip yoke having a body with a long bore extending between a first end and a second end thereof and a counterbore at the second end of the long bore , wherein a pair of opposed lug ears extend in a general axial direction from the body and the counterbore has a first diameter and a second diameter , wherein the first diameter is greater than a major diameter of the long bore and the second diameter is greater than the first diameter ; and a plug having an elastomeric member secured to a surface of the plug , wherein the elastomeric member is disposed within the first diameter and the plug is disposed within the second diameter , and wherein the plug is secured to the slip yoke by a lip formed over the plug , characterised in that , the lip is formed by staking when the plug is already positioned within the counterbore .
A pneumatic tire, comprising: a sealant layer located radially inside an innerliner; and a sound-absorbing layer located radially inside the sealant layer , the sound-absorbing layer being attached with the sealant, characterized in that the sealant layer is formed of a generally string-shaped sealant provided continuously and spirally along an inner periphery of the tire, wherein the sealant is attached without overlapping in the width direction. a sealant layer located radially inside an innerliner; and a sound-absorbing layer located radially inside the sealant layer , the sound-absorbing layer being attached with the sealant, characterized in that the sealant layer is formed of a generally string-shaped sealant provided continuously and spirally along an inner periphery of the tire, wherein the sealant is attached without overlapping in the width direction.
A fastener , comprising: a substantially cylindrical fastener having a top, a bottom, and a central longitudinal axis (A-A) extending from the top to the bottom; a head located at the top being the largest diameter of the fastener; a shank extending immediately downward from the head, said shank having a plurality of knurls extending radially therefrom; characterized in that , the knurls are arranged in rows , each row in longitudinal alignment parallel to the longitudinal axis and the rows are equally spaced radially around a circumference of the shank; and the cross-sectional profile of each row in a longitudinal plane containing the longitudinal axis of the fastener consists of a series of contiguous arcuate valleys and arcuate peaks . a substantially cylindrical fastener having a top, a bottom, and a central longitudinal axis (A-A) extending from the top to the bottom; a head located at the top being the largest diameter of the fastener; a shank extending immediately downward from the head, said shank having a plurality of knurls extending radially therefrom; characterized in that , the knurls are arranged in rows , each row in longitudinal alignment parallel to the longitudinal axis and the rows are equally spaced radially around a circumference of the shank; and the cross-sectional profile of each row in a longitudinal plane containing the longitudinal axis of the fastener consists of a series of contiguous arcuate valleys and arcuate peaks .