mhurhangee/patent-ind-claim-en huggingface dataset:
A sensing instrument to be used with a sensing sensor connectable to the sensing instrument and including a piezoelectric resonator changing in natural frequency by the adsorption of a sample and which senses the adsorption of the sample based on the change in the natural frequency of the piezoelectric resonator, the instrument comprising: an oscillator circuit configured to oscillate the piezoelectric resonator; a measuring unit configured to measure a signal regarding a frequency of an oscillation output of the oscillator circuit ; characterized in that the instrument further comprises a level detecting circuit configured to detect a signal level of the oscillation output of the oscillator circuit ; a level determinator configured to determine that the signal level is normal when the signal level detected by the level detecting circuit is equal to or higher than a threshold value, and determining that the signal level is abnormal when the signal level is lower than the threshold value; and a notifier configured to notify that the signal level is abnormal when the signal level is determined as abnormal by the level determinator . an oscillator circuit configured to oscillate the piezoelectric resonator; a measuring unit configured to measure a signal regarding a frequency of an oscillation output of the oscillator circuit ; characterized in that the instrument further comprises a level detecting circuit configured to detect a signal level of the oscillation output of the oscillator circuit ; a level determinator configured to determine that the signal level is normal when the signal level detected by the level detecting circuit is equal to or higher than a threshold value, and determining that the signal level is abnormal when the signal level is lower than the threshold value; and a notifier configured to notify that the signal level is abnormal when the signal level is determined as abnormal by the level determinator .
A method for scale-up of a gas phase polymerization process from a pilot plant to a larger production facility of a bimodal polymer product having a density and a melt index comprising the steps of: determining a first set of operating conditions to produce the bimodal polymer product in a first reactor in the pilot plant with a dual catalyst system, wherein the dual catalyst system comprises a first catalyst component and a second catalyst component in a ratio; adjusting the ratio of the first catalyst component to the second catalyst component of the dual catalyst system; transitioning the first reactor from the dual catalyst system to a single catalyst system under the first set of operating conditions to produce a polymer composition; scaling-up the production from the pilot plant to a larger production facility under the first set of operating conditions, wherein the larger production facility has a second reactor utilizing the single catalyst system; and transitioning the second reactor from the single catalyst system to the dual catalyst system to produce the bimodal polymer product in the larger production facility; wherein the operating conditions used to produce the bimodal polymer product can include a hydrogen-to-monomer gas ratio, a comonomer/monomer reactor gas ratio, a co-monomer/monomer feed ratio, a reactor residence time, an inducible condensing agent concentration and residence time, the reaction temperature, and the ratio and amount of active catalysts. determining a first set of operating conditions to produce the bimodal polymer product in a first reactor in the pilot plant with a dual catalyst system, wherein the dual catalyst system comprises a first catalyst component and a second catalyst component in a ratio; adjusting the ratio of the first catalyst component to the second catalyst component of the dual catalyst system; transitioning the first reactor from the dual catalyst system to a single catalyst system under the first set of operating conditions to produce a polymer composition; scaling-up the production from the pilot plant to a larger production facility under the first set of operating conditions, wherein the larger production facility has a second reactor utilizing the single catalyst system; and transitioning the second reactor from the single catalyst system to the dual catalyst system to produce the bimodal polymer product in the larger production facility; wherein the operating conditions used to produce the bimodal polymer product can include a hydrogen-to-monomer gas ratio, a comonomer/monomer reactor gas ratio, a co-monomer/monomer feed ratio, a reactor residence time, an inducible condensing agent concentration and residence time, the reaction temperature, and the ratio and amount of active catalysts.
A method of predicting whether a patient afflicted with rheumatoid arthritis will be a responder or a non-responder to a TNFα blocking agent treatment comprising the steps of: (i) measuring the expression level of at least one biomarker selected from PROS and CO7 in a blood sample obtained from said patient prior to said treatment, (ii) comparing the expression level measured at step (i) with a reference value, and (iii) detecting differential in the biomarker expression level between the blood sample and the reference value is indicative that said patient will be a responder or a non-responder. (i) measuring the expression level of at least one biomarker selected from PROS and CO7 in a blood sample obtained from said patient prior to said treatment, (ii) comparing the expression level measured at step (i) with a reference value, and (iii) detecting differential in the biomarker expression level between the blood sample and the reference value is indicative that said patient will be a responder or a non-responder.
Device for vertically fastening a sunshade, comprising an outer holder for anchoring on or in a ground and an inner holder for holding the sunshade with an opening for inserting the sunshade, wherein, in the installed state, the inner holder is positioned inside the outer holder and is held by the outer holder , wherein the outer holder comprises a tube and wherein the inner holder comprises a tube , characterised in that the following applies for an inside diameter D I,A of the tube of the outer holder and an outside diameter D A,I of the tube of the inner holder : D I,A = F * D A,I , wherein: F ≥ 1.3, so that, in the installed state, the tube of the inner holder can be positioned at different angles in the tube of the outer holder and can be held in this position.
A manufacturing, distribution and communication method of mailpieces, comprising: generating production orders , sending said production orders to at least one processing equipment over a network , printing documents with a single barcode containing a web page link giving an access to a domain server , assembling the printed documents in a mailpiece using the single barcode for controlling the at least one processing equipment by extracting processing equipment control codes or a mailpiece identifier from the web page link, wherein the single barcode is visible through an envelope window to allow scanning with scanners at subsequent steps of the manufacturing and distribution process for integrity/tracking purposes, and wherein the web page link is unlocked for interactive customer communication after the mailpiece has reached a predetermined step considered as the last step before the customer interacting with the mailpiece, dispatching the mailpiece, delivering the mailpiece to a customer , and reading the single barcode on the mailpiece and giving access to the domain server for interactive customer communication. generating production orders , sending said production orders to at least one processing equipment over a network , printing documents with a single barcode containing a web page link giving an access to a domain server , assembling the printed documents in a mailpiece using the single barcode for controlling the at least one processing equipment by extracting processing equipment control codes or a mailpiece identifier from the web page link, wherein the single barcode is visible through an envelope window to allow scanning with scanners at subsequent steps of the manufacturing and distribution process for integrity/tracking purposes, and wherein the web page link is unlocked for interactive customer communication after the mailpiece has reached a predetermined step considered as the last step before the customer interacting with the mailpiece, dispatching the mailpiece, delivering the mailpiece to a customer , and reading the single barcode on the mailpiece and giving access to the domain server for interactive customer communication.
A Service Capability Server, SCS, in a mobile communication system for a device trigger, said SCS comprising: a controller configured to perform mutual authentication with a Machine Type Communication-Inter Working Function, MTC-IWF, ; a transmitter configured to send an MTC device trigger message including trigger type information indicating availability of plural different device triggers to said MTC-IWF , to allow said MTC-IWF to check whether said SCS is authorized to send given type of trigger to an MTC device ; and a receiver configured to receive a response from said MTC-IWF after said MTC device trigger message was sent to said MTC device , by the MTC-IWF, if the check by the MTC-IWF is passed (S45). a controller configured to perform mutual authentication with a Machine Type Communication-Inter Working Function, MTC-IWF, ; a transmitter configured to send an MTC device trigger message including trigger type information indicating availability of plural different device triggers to said MTC-IWF , to allow said MTC-IWF to check whether said SCS is authorized to send given type of trigger to an MTC device ; and a receiver configured to receive a response from said MTC-IWF after said MTC device trigger message was sent to said MTC device , by the MTC-IWF, if the check by the MTC-IWF is passed (S45).
A machine for dyeing fabric in a cycle of circulation, comprising: a machine body that is provided with: a dyeing tube , a nozzle for jetting therefrom dye liquid for driving the fabric to move forward, and a roller for said fabric , a pump being connected between a liquid accumulation tank mounted to a bottom of the machine body and the nozzle , the pump being operable to draw dye liquid from the liquid accumulation tank and supplying the dye liquid to the nozzle and the dyeing tube to dye said fabric , the dye liquid then can directly fall back into the liquid accumulation tank , wherein the machine body is provided, in an interior thereof, with a screw conveyor device that includes a conveyance screw and a fabric support board , characterized in that the fabric support board comprises two parts that are respectively arranged at two opposite sides of the conveyance screw in a direction perpendicular to an axial direction of the conveyance screw . a dyeing tube , a nozzle for jetting therefrom dye liquid for driving the fabric to move forward, and a roller for said fabric , a pump being connected between a liquid accumulation tank mounted to a bottom of the machine body and the nozzle , the pump being operable to draw dye liquid from the liquid accumulation tank and supplying the dye liquid to the nozzle and the dyeing tube to dye said fabric , the dye liquid then can directly fall back into the liquid accumulation tank , wherein the machine body is provided, in an interior thereof, with a screw conveyor device that includes a conveyance screw and a fabric support board , characterized in that the fabric support board comprises two parts that are respectively arranged at two opposite sides of the conveyance screw in a direction perpendicular to an axial direction of the conveyance screw .
Separator insert for a separator, which is designed for separating a flowable suspension (S) into at least two flowable phases (LP, HP) of different density in a centrifugal field, comprising: a) a housing which is stationary during operation and which is designed in the form of a container which is closed except apart from multiple openings, wherein these openings are designed as follows: as a supply opening for an inflowing suspension in a first axial boundary wall of the housing , as two outlets for flowable phases of differing density (LP, HP) in an outer casing of the housing , and as a recirculation inlet in a second axial boundary wall of the housing , b) a rotor arranged within the housing and which can rotate about an axis of rotation (D) and having a drum , which also has multiple openings, wherein one or more first and one or more second openings of the drum serve as free radial outlets for the light and the heavy phase (LP, HP) into the housing , and wherein into two further ones of the openings of the drum at the two axial ends of the drum a feed pipe extends in each case, which does not touch the drum , c) wherein a separation means is arranged in the drum , d) at least two rotor units for magnetic bearing devices at two axially spaced-apart points on the rotor with the drum , with which the rotor with the drum can be held in a suspended state, can be rotatably mounted and can be made to rotate within the housing during operation. a) a housing which is stationary during operation and which is designed in the form of a container which is closed except apart from multiple openings, wherein these openings are designed as follows: as a supply opening for an inflowing suspension in a first axial boundary wall of the housing , as two outlets for flowable phases of differing density (LP, HP) in an outer casing of the housing , and as a recirculation inlet in a second axial boundary wall of the housing , b) a rotor arranged within the housing and which can rotate about an axis of rotation (D) and having a drum , which also has multiple openings, wherein one or more first and one or more second openings of the drum serve as free radial outlets for the light and the heavy phase (LP, HP) into the housing , and wherein into two further ones of the openings of the drum at the two axial ends of the drum a feed pipe extends in each case, which does not touch the drum , c) wherein a separation means is arranged in the drum , d) at least two rotor units for magnetic bearing devices at two axially spaced-apart points on the rotor with the drum , with which the rotor with the drum can be held in a suspended state, can be rotatably mounted and can be made to rotate within the housing during operation.
Rigid package for smoking articles comprising: a bundle of articles; a rigid external container that houses the bundle and that has an open extremity ; a rigid collar that partially projects from the open extremity of the external container , said collar being placed between the bundle and the external container , an interspace that is present between the bundle and the external container , wherein the collar comprises two top walls arranged parallel to a top wall of the bundle , and arranged on opposite sides of the bundle and facing interspaces formed on the two opposite sides of the bundle , wherein each said top wall of the collar presents a lateral edge that is in contact with the bundle to distance the bundle from the external container at the interspace , characterised in that said rigid package comprises an internal wrapper that encloses the bundle of articles, the two top walls of the collar being arranged at a predefined distance with respect to a top wall of the internal wrapper , the lateral edge of the two top walls being in direct contact with the internal wrapper. a bundle of articles; a rigid external container that houses the bundle and that has an open extremity ; a rigid collar that partially projects from the open extremity of the external container , said collar being placed between the bundle and the external container , an interspace that is present between the bundle and the external container , wherein the collar comprises two top walls arranged parallel to a top wall of the bundle , and arranged on opposite sides of the bundle and facing interspaces formed on the two opposite sides of the bundle , wherein each said top wall of the collar presents a lateral edge that is in contact with the bundle to distance the bundle from the external container at the interspace , characterised in that said rigid package comprises an internal wrapper that encloses the bundle of articles, the two top walls of the collar being arranged at a predefined distance with respect to a top wall of the internal wrapper , the lateral edge of the two top walls being in direct contact with the internal wrapper.
Aircraft rear engine attachment connecting a primary structure and an engine of an aircraft, said rear engine attachment comprising a support configured to be connected to the primary structure , at least one central fastening tab as one with the engine , at least one first lateral fastening tab as one with the engine , at least one second lateral fastening tab as one with the engine , the first and second lateral fastening tabs being disposed on either side of the central fastening tab , a main connecting rod connected to the support by first and second support link pins (72.1, 72.2) and to the first lateral fastening tab by a first lateral engine link pin (76.1), the first and second support link pins (72.1, 72.2) being positioned symmetrically with respect to a vertical longitudinal plane, a first secondary connecting rod connected to the second lateral fastening tab by a second lateral engine link pin (76.2) and to the main connecting rod by a secondary link pin , characterized in that the main connecting rod is connected to the central fastening tab by a central engine link pin positioned in the vertical longitudinal plane, in that the rear engine attachment comprises two webs that are parallel to each other, between which is positioned the main connecting rod , a second secondary connecting rod parallel to the first secondary connecting rod , the first and second secondary connecting rods being spaced apart and disposed on either side of the main connecting rod , two central fastening tabs that are parallel to each other, spaced apart and disposed on either side of the main connecting rod , two first lateral fastening tabs that are parallel to each other, spaced apart and disposed on either side of the main connecting rod , and a single second lateral fastening tab positioned between the secondary connecting rods .
A method for wireless communications, comprising: identifying , by a device (115-d) associated with a vehicle in a vehicle-to-everything, V2X communications system , a set of data for transmission via a shared radio frequency spectrum band; transmitting a request message to utilize a channel of the shared radio frequency spectrum band for transmission of the set of data, wherein the request message comprises an indication of a first priority; monitoring a set of time-frequency resources of the shared radio frequency spectrum band for a response message from a receiver (115-e) in the V2X communications system; receiving the response message from the receiver, wherein the response message comprises an indication of a second priority; and determining whether to transmit the set of data to one or more wireless devices of the V2X communications system based at least in part on the monitoring, the first priority and the second priority, wherein determining whether to transmit comprises transmitting the set of data based at least in part on the second priority being less than or equal to the first priority, or refraining from transmitting the set of data based at least in part on the second priority being higher than the first priority. identifying , by a device (115-d) associated with a vehicle in a vehicle-to-everything, V2X communications system , a set of data for transmission via a shared radio frequency spectrum band; transmitting a request message to utilize a channel of the shared radio frequency spectrum band for transmission of the set of data, wherein the request message comprises an indication of a first priority; monitoring a set of time-frequency resources of the shared radio frequency spectrum band for a response message from a receiver (115-e) in the V2X communications system; receiving the response message from the receiver, wherein the response message comprises an indication of a second priority; and determining whether to transmit the set of data to one or more wireless devices of the V2X communications system based at least in part on the monitoring, the first priority and the second priority, wherein determining whether to transmit comprises transmitting the set of data based at least in part on the second priority being less than or equal to the first priority, or refraining from transmitting the set of data based at least in part on the second priority being higher than the first priority.
A spinal three-dimensional orthopedic equipment includes a frame for fixing an operation means and a drive device, a front board member and its drive device fixed on the frame , a back board member and a middle board member mounted on the back board member , as well as their respective drive devices fixed on the frame , characterized in that the spinal three-dimensional orthopedic equipment also includes a head holding means movably placed on the middle board member for holding and stably fixing the patient's head.
A method for monitoring an autonomous vehicle used in providing a transport service, the method being implemented by one or more processors and comprising: receiving , from a remote system , instructions for the autonomous vehicle to provide a first transport service from a pickup location of a user to a destination; detecting when the transport service is complete; upon detecting the transport service is complete, performing an object detection process by receiving image information from one or more cameras positioned within the vehicle and comparing the image information to previously stored baseline image information, wherein the stored baseline image information is an image captured by the one or more cameras at a time before the autonomous vehicle arrived at or near the pickup location; determining, from the object detection process, that an object which should have been removed from the vehicle after completion of the transport service, remains in the vehicle; and in response to determining that the object remains in the vehicle, automatically initiating performance of a remedial action . receiving , from a remote system , instructions for the autonomous vehicle to provide a first transport service from a pickup location of a user to a destination; detecting when the transport service is complete; upon detecting the transport service is complete, performing an object detection process by receiving image information from one or more cameras positioned within the vehicle and comparing the image information to previously stored baseline image information, wherein the stored baseline image information is an image captured by the one or more cameras at a time before the autonomous vehicle arrived at or near the pickup location; determining, from the object detection process, that an object which should have been removed from the vehicle after completion of the transport service, remains in the vehicle; and in response to determining that the object remains in the vehicle, automatically initiating performance of a remedial action .