mhurhangee/patent-ind-claim-en huggingface dataset:
An automated apparatus (104; 105; 106; 107) arranged to detect positioning effect, the apparatus comprising an output operable to couple to at least one stimulating electrode to stimulate peripheral nerves of a patient, an input operable to couple to at least one recording electrode to record resultant electrical waveforms generated by a nervous system in response to the stimulation of the peripheral nerves of the patient, at least one processor coupled to said output and said input, an alert and display unit and a display interface operable to forward data to the alert and display unit , whereby the at least one processor , coupled to said output and said input, is operable to detect a change in the resultant electrical waveforms generated by the nervous system in response to the stimulation of the peripheral nerves of the patient, characterised in that the detected change in the resultant electrical waveforms indicates the positioning effect; and in that the apparatus further comprises an interface , coupled to said at least one processor , operable to couple a table to said at least one processor, wherein said interface is operable to transfer information between the table and said at least one processor to reduce the positioning effect. an output operable to couple to at least one stimulating electrode to stimulate peripheral nerves of a patient, an input operable to couple to at least one recording electrode to record resultant electrical waveforms generated by a nervous system in response to the stimulation of the peripheral nerves of the patient, at least one processor coupled to said output and said input, an alert and display unit and a display interface operable to forward data to the alert and display unit , whereby the at least one processor , coupled to said output and said input, is operable to detect a change in the resultant electrical waveforms generated by the nervous system in response to the stimulation of the peripheral nerves of the patient, characterised in that the detected change in the resultant electrical waveforms indicates the positioning effect; and in that the apparatus further comprises an interface , coupled to said at least one processor , operable to couple a table to said at least one processor, wherein said interface is operable to transfer information between the table and said at least one processor to reduce the positioning effect.
A method for generating a process model modeling a manual mode procedure instance of a plant process, the procedure instance comprising a sequence of operational actions, including the steps of: Providing a plurality of log events (S1) of a plurality of operational actions of the plant process; Selecting a plurality of sequences of manual mode operational actions (S2) from the plurality of log events; Filtering the plurality of sequences of manual mode operational actions according to an individual plant section (S3); Identifying a sequential order (S4) from the plurality of filtered sequences of the manual mode operational actions; Determining statistical properties of values of related process variables and/or statistical properties of values of related set point changes (S5) to each sequential ordered manual mode operational action from the plurality of filtered sequences of the manual mode operational actions; Generating the process model (S6) of the manual mode procedure instance by arranging the manual mode operational actions with the sequential order of each operational action assigned with the statistical properties of the values of related process variables and/or assigned with the statistical properties of the values of the related set point changes. Providing a plurality of log events (S1) of a plurality of operational actions of the plant process; Selecting a plurality of sequences of manual mode operational actions (S2) from the plurality of log events; Filtering the plurality of sequences of manual mode operational actions according to an individual plant section (S3); Identifying a sequential order (S4) from the plurality of filtered sequences of the manual mode operational actions; Determining statistical properties of values of related process variables and/or statistical properties of values of related set point changes (S5) to each sequential ordered manual mode operational action from the plurality of filtered sequences of the manual mode operational actions; Generating the process model (S6) of the manual mode procedure instance by arranging the manual mode operational actions with the sequential order of each operational action assigned with the statistical properties of the values of related process variables and/or assigned with the statistical properties of the values of the related set point changes.
An expandable device insertable in an intervertebral disc space comprising: - a first endplate including ramped portions ; - a second endplate including ramped portions ; - -a body portion that extends along at least a length of the first endplate and the second endplate ; - a translation member receivable within the body portion in between the first endplate and the second endplate , characterized in that the device comprises a ring member and in that the translation member includes a first expansion portion having angled surfaces and a second expansion portion having angled surfaces , wherein the first expansion portion is configured to engage the ramped portions of the first and second endplates and the second expansion portion is configured to engage the ramped portions of the first and second endplates, the translation member including a recess for receiving the ring member therein; - an actuation member insertable through the body portion , wherein the ring member is positioned between the actuation member and the translation member . - a first endplate including ramped portions ; - a second endplate including ramped portions ; - -a body portion that extends along at least a length of the first endplate and the second endplate ; - a translation member receivable within the body portion in between the first endplate and the second endplate , characterized in that the device comprises a ring member and in that the translation member includes a first expansion portion having angled surfaces and a second expansion portion having angled surfaces , wherein the first expansion portion is configured to engage the ramped portions of the first and second endplates and the second expansion portion is configured to engage the ramped portions of the first and second endplates, the translation member including a recess for receiving the ring member therein; - an actuation member insertable through the body portion , wherein the ring member is positioned between the actuation member and the translation member .
A distributed mode loudspeaker comprising: an actuator that includes: a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a support element connected to the supported portion of the actuator characterized in that the support element is adapted to adjust, based on a change to a shape of the support element, a size of the length of the cantilevered portion to change the first fundamental frequency to a second fundamental frequency with which the load will generate sound waves; and in that the distributed mode loudspeaker further comprises a frequency selection module adapted to provide a signal to the support element to cause the support element to change shape. an actuator that includes: a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a support element connected to the supported portion of the actuator characterized in that the support element is adapted to adjust, based on a change to a shape of the support element, a size of the length of the cantilevered portion to change the first fundamental frequency to a second fundamental frequency with which the load will generate sound waves; and in that the distributed mode loudspeaker further comprises a frequency selection module adapted to provide a signal to the support element to cause the support element to change shape.
Method for the detection of a blockage of a flue gas evacuation means of a burner system , in the case of which method at least one pressure characteristic value for the detection of the blockage is detected and/or evaluated, a test volumetric flow being produced for the detection of the blockage , which test volumetric flow is greater than an ignition volumetric flow of the burner system , a fan of the burner system for the production of the test volumetric flow being operated temporarily at a rotational speed which lies above a rotational speed for the production of the ignition volumetric flow, characterized in that the pressure characteristic value is detected by means of a pressure switch within the flue gas evacuation means , and the test volumetric flow is reduced before an ignition of the burner system to the ignition volumetric flow.
An integrated dual power converter package comprising: a leadframe comprising: a first control FET disposed on a first control FET paddle ; a second control FET disposed on a second control FET paddle ; a first sync FET and a second sync FET , each disposed on a sync FET paddle ; a driver integrated circuit (IC) disposed on a driver IC paddle and configured to control said first and second control FETs and said first and second sync FETs , a first switched node electrically connected to a source of said first control FET and a drain of said first sync FET via a first trace, connector, clip, ribbon, or wire, and a second switched node electrical connected to a source of said second control FET and a drain of said second sync FET via a second trace, connector, clip, ribbon, or wire, characterised in that the package further comprises a first inductor and a first capacitor connected between said first switched node and ground. a first control FET disposed on a first control FET paddle ; a second control FET disposed on a second control FET paddle ; a first sync FET and a second sync FET , each disposed on a sync FET paddle ; a driver integrated circuit (IC) disposed on a driver IC paddle and configured to control said first and second control FETs and said first and second sync FETs , a first switched node electrically connected to a source of said first control FET and a drain of said first sync FET via a first trace, connector, clip, ribbon, or wire, and a second switched node electrical connected to a source of said second control FET and a drain of said second sync FET via a second trace, connector, clip, ribbon, or wire, characterised in that the package further comprises a first inductor and a first capacitor connected between said first switched node and ground.
Driving assistance method for longitudinal and/or lateral control of a motor vehicle , the method comprising a step of processing an image (Im 1 ) captured by a digital camera housed on board said motor vehicle using a processing algorithm that has been trained beforehand by a learning algorithm, so as to generate a longitudinal and/or lateral control instruction (S com1 ) for the motor vehicle , the method being characterized in that it furthermore comprises: - at least one additional processing step, in parallel with said step of processing the image (Im 1 ), of additionally processing at least one additional image (Im 2 ) using said processing algorithm, so as to generate at least one additional longitudinal and/or lateral control instruction (S com2 ) for the motor vehicle , said at least one additional image (Im 2 ) resulting from at least one geometric transformation performed on said captured image (Im 1 ), and - generating a resultant longitudinal and/or lateral control instruction (S com ) on the basis of said longitudinal and/or lateral control instruction (S com1 ) and of said at least one additional longitudinal and/or lateral control instruction (S com2 ), and furthermore characterized in that said at least one geometric transformation comprises zooming so as to magnify a region of interest of said captured image (Im 1 ) . - at least one additional processing step, in parallel with said step of processing the image (Im 1 ), of additionally processing at least one additional image (Im 2 ) using said processing algorithm, so as to generate at least one additional longitudinal and/or lateral control instruction (S com2 ) for the motor vehicle , said at least one additional image (Im 2 ) resulting from at least one geometric transformation performed on said captured image (Im 1 ), and - generating a resultant longitudinal and/or lateral control instruction (S com ) on the basis of said longitudinal and/or lateral control instruction (S com1 ) and of said at least one additional longitudinal and/or lateral control instruction (S com2 ), and furthermore characterized in that said at least one geometric transformation comprises zooming so as to magnify a region of interest of said captured image (Im 1 ) .
A pump , comprising: a resilient tube ; a first one-way valve at a first end of the resilient tube ; a second one-way valve at an opposing second end of the resilient tube ; wherein the first and second one-way valves each allow flow of a fluid in the same one-way direction; a reciprocating planar platen that compresses a portion of the resilient tube , between the first and second one-way valves , to pump the fluid in the same one-way direction; characterized by : a pump housing having a slot having a substantially cylindrical shape corresponding to the shape of the resilient tubing through which the resilient tubing is inserted, wherein the reciprocating planar platen is configured to be actuated within the slot to compress and release the resilient tube . a resilient tube ; a first one-way valve at a first end of the resilient tube ; a second one-way valve at an opposing second end of the resilient tube ; wherein the first and second one-way valves each allow flow of a fluid in the same one-way direction; a reciprocating planar platen that compresses a portion of the resilient tube , between the first and second one-way valves , to pump the fluid in the same one-way direction; characterized by : a pump housing having a slot having a substantially cylindrical shape corresponding to the shape of the resilient tubing through which the resilient tubing is inserted, wherein the reciprocating planar platen is configured to be actuated within the slot to compress and release the resilient tube .
A method implemented by an Internet-connected device , the method comprising: transmitting , to a server associated with a first device management service, a request to enroll the Internet-connected device with the first device management service; receiving , from the server associated with the first device management service, a first policy profile including one or more first device management policies, the first policy profile defining at least one restriction on management of the Internet-connected device by other device management services with which the Internet-connected device enrolls; transmitting , to a server associated with a second device management service, a request to enroll the Internet-connected device with the second device management service; prior to transmitting the request to enroll the Internet-connected device with the second device management service, transmitting an indication of the at least one restriction to the server associated with the second device management service; receiving , from the server associated with the second device management service, a second policy profile including one or more second device management policies; identifying a subset of the one or more second device management policies which comply with the at least one restriction; and applying the identified subset of the one or more second device management policies on the Internet-connected device , wherein the at least one restriction indicates one or more features of the Internet-connected device which are not manageable by the second device management service. transmitting , to a server associated with a first device management service, a request to enroll the Internet-connected device with the first device management service; receiving , from the server associated with the first device management service, a first policy profile including one or more first device management policies, the first policy profile defining at least one restriction on management of the Internet-connected device by other device management services with which the Internet-connected device enrolls; transmitting , to a server associated with a second device management service, a request to enroll the Internet-connected device with the second device management service; prior to transmitting the request to enroll the Internet-connected device with the second device management service, transmitting an indication of the at least one restriction to the server associated with the second device management service; receiving , from the server associated with the second device management service, a second policy profile including one or more second device management policies; identifying a subset of the one or more second device management policies which comply with the at least one restriction; and applying the identified subset of the one or more second device management policies on the Internet-connected device , wherein the at least one restriction indicates one or more features of the Internet-connected device which are not manageable by the second device management service.
An apparatus for obtaining optical coherence tomography information associated with at least one sample, the apparatus comprising a sample arm and a reference arm; wherein the apparatus is configured to acquire a plurality of scan lines; wherein the apparatus is further configured so that the acquisition of a first one of the scan lines comprises receiving at least one first electromagnetic radiation from the at least one sample using the sample arm and at least one second electromagnetic radiation from a reference using the reference arm; wherein the apparatus further comprises: a detector for detecting an interference between the first and the second radiation; and determining means configured to determine, based on scan data of the first scan line, a delay scan range of a delay line of the apparatus, wherein the apparatus is further configured to scan, as a function of the determined delay scan range and for acquiring a second one of the scan lines, an electromagnetic radiation path length of the delay line through which a third electromagnetic radiation is transmitted; wherein the third electromagnetic radiation is at least one of: (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, wherein the determining means determines the delay scan range based on the scan data of the first scan line using at least one of a zero-th order procedure, a first derivative procedure, a second derivative procedure, a determination of a probability distribution function statistics or a fitting procedure. a detector for detecting an interference between the first and the second radiation; and determining means configured to determine, based on scan data of the first scan line, a delay scan range of a delay line of the apparatus, wherein the apparatus is further configured to scan, as a function of the determined delay scan range and for acquiring a second one of the scan lines, an electromagnetic radiation path length of the delay line through which a third electromagnetic radiation is transmitted; wherein the third electromagnetic radiation is at least one of: (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, (i) at least one of transmitted to or received from the at least one sample using the sample arm, or (ii) at least one of transmitted to or received from the reference using the reference arm, wherein the determining means determines the delay scan range based on the scan data of the first scan line using at least one of a zero-th order procedure, a first derivative procedure, a second derivative procedure, a determination of a probability distribution function statistics or a fitting procedure.
Oven door for closing an oven cavity comprising a first and a second door wall element (11.1, 11.2), the first door wall element (11.1) being arranged at the outer side of the oven door and is constituted by a transparent door glass, said door wall elements (11.1, 11.2) being arranged at a distance from one another, wherein an electronic display is arranged in the space between the first door wall element (11.1) and the second door wall element (11.2) in order to provide information to a user in front of the oven door and wherein the oven door comprises an image capturing device , said image capturing device being arranged between the first and second door wall element (11.1, 11.2) and said image capturing device being coupled with the electronic display in order to display the captured images.