mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for guided installation of an opening sensor, performed by a data processing apparatus, the method comprising: determining, during an installation of the opening sensor, a strength of a magnetic field created by a magnet of an opening sensor at a location of a magnetometer sensor of the opening sensor; determining a relative distance between the magnetometer sensor and the magnet based on the strength of the magnetic field wherein the magnet is in any one of a four zones relative to the magnetometer sensor; providing, during the installation of the opening sensor and using an LED, feedback to an installer of the opening sensor based on the determined strength of the magnetic field, the feedback indicative of the one of the four zones the magnet is in; and configuring a function of the opening sensor based on the determined strength of the magnetic field corresponding to said one of the four zones, wherein the function is associated with reporting the status of an entry point to which the magnetometer sensor is affixed. determining, during an installation of the opening sensor, a strength of a magnetic field created by a magnet of an opening sensor at a location of a magnetometer sensor of the opening sensor; determining a relative distance between the magnetometer sensor and the magnet based on the strength of the magnetic field wherein the magnet is in any one of a four zones relative to the magnetometer sensor; providing, during the installation of the opening sensor and using an LED, feedback to an installer of the opening sensor based on the determined strength of the magnetic field, the feedback indicative of the one of the four zones the magnet is in; and configuring a function of the opening sensor based on the determined strength of the magnetic field corresponding to said one of the four zones, wherein the function is associated with reporting the status of an entry point to which the magnetometer sensor is affixed.
A television receiver comprising: a network interface that receives programming from a television distribution network; an input interface that receives a portable storage device, the portable storage device storing data specifying a portion of the programming authorized for output by a second television receiver; and a processor operable to: determine that the television receiver is not authorised to output at least a part of the programming in response to a request from a user for the at least a part of the programming; access the data stored on the portable storage device in response to determining that the television receiver is not authorised to output the at least a part of the programming; identify the at least a part of the programming authorized for viewing on the second television receiver based on the accessed data; and output the at least a part of the programming for presentation by a presentation device, responsive to identifying that the at least part of the programming is authorised for viewing on the second television receiver. a network interface that receives programming from a television distribution network; an input interface that receives a portable storage device, the portable storage device storing data specifying a portion of the programming authorized for output by a second television receiver; and a processor operable to: determine that the television receiver is not authorised to output at least a part of the programming in response to a request from a user for the at least a part of the programming; access the data stored on the portable storage device in response to determining that the television receiver is not authorised to output the at least a part of the programming; identify the at least a part of the programming authorized for viewing on the second television receiver based on the accessed data; and output the at least a part of the programming for presentation by a presentation device, responsive to identifying that the at least part of the programming is authorised for viewing on the second television receiver. determine that the television receiver is not authorised to output at least a part of the programming in response to a request from a user for the at least a part of the programming; access the data stored on the portable storage device in response to determining that the television receiver is not authorised to output the at least a part of the programming; identify the at least a part of the programming authorized for viewing on the second television receiver based on the accessed data; and output the at least a part of the programming for presentation by a presentation device, responsive to identifying that the at least part of the programming is authorised for viewing on the second television receiver.
Method for producing a detent pawl, in particular for a parking lock, having a latching portion for engaging in a locking toothing, a bearing portion for rotatably mounting the detent pawl about an axis of rotation, and having a locking portion for contact with a locking catch which is movable along the detent pawl, characterized by the following steps: - providing a detent pawl blank; - providing a forming tool with a forming contour, wherein the forming contour has a load portion and a guide portion; - forming the detent pawl blank by the forming tool in a forming direction, wherein a depression for receiving the locking catch is produced on the locking portion, wherein the load portion defines a load region of the depression for supporting the locking catch in a locking position, and wherein the guide portion defines a guide region of the depression for guiding the locking catch during an actuating movement. - providing a detent pawl blank; - providing a forming tool with a forming contour, wherein the forming contour has a load portion and a guide portion; - forming the detent pawl blank by the forming tool in a forming direction, wherein a depression for receiving the locking catch is produced on the locking portion, wherein the load portion defines a load region of the depression for supporting the locking catch in a locking position, and wherein the guide portion defines a guide region of the depression for guiding the locking catch during an actuating movement.
A recombinant yeast, which comprises an attenuated phosphofructokinase gene endogenous to said yeast as compared to wild type and an introduced phosphoketolase gene encoding the amino acid sequence of any one of SEQ ID NOS:1 to 19, wherein the expression of a glucose-6-phosphate dehydrogenase gene and/or a D-ribulose-5-phosphate-3-epimerase gene is enhanced.
A method of controlling a terminal comprising at least one sensor, the method comprising: obtaining motion information regarding a motion of the terminal by using the at least one sensor; determining a current status regarding a peripheral environment of the terminal corresponding to the obtained motion information, from among a predetermined list of a plurality of statuses regarding the peripheral environment of the terminal; determining an operation schedule of the at least one sensor, based on an operation frequency of the at least one sensor; and controlling the at least one sensor to operate based on the determined operation schedule, wherein determining an operation schedule comprises determining the operation frequency of the at least one sensor based on the determined current status and the information obtained by using the at least one sensor; wherein the step of determining an operation frequency comprises obtaining a period adjusting factor, which is a factor for adjusting the operation frequency of the at least one sensor, and a maximum operation frequency, based on the determined current status; and determining the operation frequency of the at least one sensor based on a current operation frequency by which the at least one sensor currently operates, the period adjusting factor, and the maximum operation frequency. obtaining motion information regarding a motion of the terminal by using the at least one sensor; determining a current status regarding a peripheral environment of the terminal corresponding to the obtained motion information, from among a predetermined list of a plurality of statuses regarding the peripheral environment of the terminal; determining an operation schedule of the at least one sensor, based on an operation frequency of the at least one sensor; and controlling the at least one sensor to operate based on the determined operation schedule, wherein determining an operation schedule comprises determining the operation frequency of the at least one sensor based on the determined current status and the information obtained by using the at least one sensor; wherein the step of determining an operation frequency comprises obtaining a period adjusting factor, which is a factor for adjusting the operation frequency of the at least one sensor, and a maximum operation frequency, based on the determined current status; and determining the operation frequency of the at least one sensor based on a current operation frequency by which the at least one sensor currently operates, the period adjusting factor, and the maximum operation frequency.
A method for implementing emergency location, comprising: after a User Equipment, UE, initiating an emergency call by sending an emergency call request to an emergency call session control function, E-CSCF, the UE immediately initiating a SUPL position procedure by sending a location start request to a security user plane location platform, SLP; or before the UE initiating the emergency call request by sending the emergency call request to the E-CSCF, the UE firstly initiating the SUPL position procedure by sending the location start request to the SLP; the SLP obtaining location information of the UE through the SUPL position procedure; after receiving the emergency call request from the UE, the E-CSCF sending a location query request to a location request function, LRF; the SLP associating the SUPL position procedure initiated by the UE with the location query request from the LRF; when the SLP receives the location query request from the LRF but the SUPL position procedure initiated by the UE has not ended yet, the SLP providing the location information of the UE to the LRF after the SUPL position procedure ends; or when the LRF queries the location information of the UE from the SLP, if the SUPL position procedure has ended, the SLP directly providing the obtained location information of the UE to the LRF. after a User Equipment, UE, initiating an emergency call by sending an emergency call request to an emergency call session control function, E-CSCF, the UE immediately initiating a SUPL position procedure by sending a location start request to a security user plane location platform, SLP; or before the UE initiating the emergency call request by sending the emergency call request to the E-CSCF, the UE firstly initiating the SUPL position procedure by sending the location start request to the SLP; the SLP obtaining location information of the UE through the SUPL position procedure; after receiving the emergency call request from the UE, the E-CSCF sending a location query request to a location request function, LRF; the SLP associating the SUPL position procedure initiated by the UE with the location query request from the LRF; when the SLP receives the location query request from the LRF but the SUPL position procedure initiated by the UE has not ended yet, the SLP providing the location information of the UE to the LRF after the SUPL position procedure ends; or when the LRF queries the location information of the UE from the SLP, if the SUPL position procedure has ended, the SLP directly providing the obtained location information of the UE to the LRF.
A charging station for an electric vehicle comprising: a charging mount connected to a fixed surface; a rigid arm extending downward from the charging mount, the rigid arm coupling a charging chassis to the charging mount; a connection mechanism connecting the rigid arm to the charging mount, the connection mechanism being configured to provide flexibility to the connection between the rigid arm and the charging mount, the connection mechanism including a pivot point that enables the rigid arm and the charging chassis to rotate about the charging mount; and the charging chassis, including one or more collector braces, each collector brace of the one or more collector braces including a pair of spaced apart guiding strips (70a, 70b) and an electrically conductive surface for contact with an electrode of the vehicle, wherein the pair of guiding strips are configured to guide the electrode of the vehicle to the electrically conductive surface (14, 16). a charging mount connected to a fixed surface; a rigid arm extending downward from the charging mount, the rigid arm coupling a charging chassis to the charging mount; a connection mechanism connecting the rigid arm to the charging mount, the connection mechanism being configured to provide flexibility to the connection between the rigid arm and the charging mount, the connection mechanism including a pivot point that enables the rigid arm and the charging chassis to rotate about the charging mount; and the charging chassis, including one or more collector braces, each collector brace of the one or more collector braces including a pair of spaced apart guiding strips (70a, 70b) and an electrically conductive surface for contact with an electrode of the vehicle, wherein the pair of guiding strips are configured to guide the electrode of the vehicle to the electrically conductive surface (14, 16).
A method comprising; transmitting a stepped-frequency radar signal through a barrier, wherein the stepped-frequency radar signal is transmitted through the barrier at a first time, and wherein a transmitter of the stepped-frequency radar is on a first side of the barrier, a first object is on a second side of the barrier, and a second object that is distinct from the first object is on the second side of the barrier; sensing a signal comprising reflections of the transmitted signal from the first object and from the second object; analyzing the sensed signal to determine that a first detection is associated with the first object and a second detection is associated with the second object, wherein a detection represents an incident of a reflection of the radar signal reflecting off of an object, and wherein the parameters angle of arrival of the reflection and range of the reflection of the first detection are compared with the corresponding parameters of the second detection, wherein the angle of arrival is determined by a phase interferometer included in a handheld device; transmitting a second stepped-frequency radar signal through the barrier at a second time; sensing a second signal comprising a second reflection of the transmitted signal from the first object and a second reflection of the transmitted signal from the second object, wherein a position of at least one of the first object or the second object relative to the transmitter is different at the second time than at the first time; analyzing the second sensed signal to determine that a third detection is associated with the first object and that a fourth detection is associated with the second object, wherein the parameters angle of arrival of the reflection and range of the reflection of the third detection are compared with the corresponding parameter of the first detection of the first object and the second detection of the second object.
A method for producing a gas mixture, comprising the steps: (a) guiding a first gas flow of a first gas out of a first gas source into a first critical nozzle, which becomes critical at a first critical first nozzle input pressure ( r p,krit,1), with a first nozzle input pressure (p 1) that lies above the critical first nozzle input pressure ( r p,krit,1), (b) guiding the first gas flow and a second gas flow of a second gas out of a second gas source into a second critical nozzle, which (i) becomes critical at a second critical second nozzle input pressure (rp,krit,2), (ii) is arranged downstream of the first critical nozzle in a first gas flow direction of the first gas and (iii) is arranged downstream of the second gas source in a second gas flow direction of the second gas, at a second nozzle input pressure (p 2) that lies above the critical second nozzle input pressure ( r p,krit,2), resulting in a mixed gas flow, (c) measuring the first nozzle input pressure (p 1) and (d) measuring the second nozzle input pressure (p 2), characterised by the step: (e) determining a mixing ratio (x) of the second gas to the first gas in the mixed gas flow using only the first nozzle input pressure (p 1) and the second nozzle input pressure (p 2), wherein determining the mixing ratio (x) is performed without using a flow value. (a) guiding a first gas flow of a first gas out of a first gas source into a first critical nozzle, which becomes critical at a first critical first nozzle input pressure ( r p,krit,1), with a first nozzle input pressure (p 1) that lies above the critical first nozzle input pressure ( r p,krit,1), (b) guiding the first gas flow and a second gas flow of a second gas out of a second gas source into a second critical nozzle, which (i) becomes critical at a second critical second nozzle input pressure (rp,krit,2), (ii) is arranged downstream of the first critical nozzle in a first gas flow direction of the first gas and (iii) is arranged downstream of the second gas source in a second gas flow direction of the second gas, at a second nozzle input pressure (p 2) that lies above the critical second nozzle input pressure ( r p,krit,2), resulting in a mixed gas flow, (i) becomes critical at a second critical second nozzle input pressure (rp,krit,2), (ii) is arranged downstream of the first critical nozzle in a first gas flow direction of the first gas and (iii) is arranged downstream of the second gas source in a second gas flow direction of the second gas, (c) measuring the first nozzle input pressure (p 1) and (d) measuring the second nozzle input pressure (p 2), characterised by the step: (e) determining a mixing ratio (x) of the second gas to the first gas in the mixed gas flow using only the first nozzle input pressure (p 1) and the second nozzle input pressure (p 2), wherein determining the mixing ratio (x) is performed without using a flow value.
Use of a porous hollow fiber membrane for producing a clarified biomedical culture medium by a method including a filtration step of distributing a biomedical culture medium over the porous hollow fiber membrane, the tube wall of the hollow fiber membrane being constituted of a blend of a hydrophobic polymer and polyvinylpyrrolidone, wherein the weight average molecular weight of the polyvinylpyrrolidone is not lower than 400000 and not higher than 800000, wherein the content of the polyvinylpyrrolidone is not lower than 0.2% by mass and not higher than 3% by mass relative to a total mass of the porous hollow fiber membrane, and, when the tube wall is divided in the membrane-thickness direction equally into three regions, the content of the polyvinylpyrrolidone in the outer circumferential region including the outer face is higher than the content of the polyvinylpyrrolidone in the inner circumferential region including the inner face, and the average pore size in the inner face is larger than the average pore size in the outer face, and wherein the porous hollow fiber membrane has an inner diameter of not smaller than 1000 μm and not larger than 2000 μm.
A pharmaceutical composition comprising EX527 for use in preventing and/or treating a human papilloma virus induced tumour, wherein the pharmaceutical composition further comprises doxorubicin or cisplatin.
Adapter for a quick coupler system for changing attachments on a construction machine, which contains coupling elements (4, 5) arranged between two side cheeks at a predetermined distance from one another for connecting the adapter to a quick coupler, characterized in that the two side cheeks project rearwardly with their rear ends relative to a back cover arranged between the side cheeks, and in that the rear ends of the side cheeks project relative to fastening elements with which the back cover is fastened to a cross piece arranged between the side cheeks.
A method of sizing fibers or particles used in plastic composites, the sizing method comprising: (i) preparing a sizing solution comprising a polymerization compound selected from the group consisting of at least one precursor for a non-isocyanate-containing polymerization initiator for initiating the polymerization of caprolactam monomers (ii) introducing the fibers or particles to the sizing solution comprising the first precursor for a non-isocyanate-containing PI to form treated fibers or particles; (iii) introducing the treated fibers or particles to a second precursor for a non-isocyanate-containing PI, wherein the second precursor reacts with the first precursor on the treated fibers or particles to form an active PI for initiating the polymerization of caprolactam monomers. (i) preparing a sizing solution comprising a polymerization compound selected from the group consisting of at least one precursor for a non-isocyanate-containing polymerization initiator for initiating the polymerization of caprolactam monomers (ii) introducing the fibers or particles to the sizing solution comprising the first precursor for a non-isocyanate-containing PI to form treated fibers or particles; (iii) introducing the treated fibers or particles to a second precursor for a non-isocyanate-containing PI,