mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a communication interface configured to receive a signal indicative of a rotational speed pattern and a vibration of a rotating machine element; a memory for storing a normal operating pattern of the rotating machine element, wherein the normal operating pattern is related to the received signal; and a processor coupled to the communication interface and the memory, wherein the processor is configured to: determine an occurrence of reverse rotation of the rotating machine element by comparing the signal received from the communication interface to the normal operating pattern stored in the memory for rotational speed and vibration signals to produce weighted values that are combined; generate a combined value indicative of the occurrence of the reverse rotation of the rotating machine element including applying one or more predetermined weighting values to generate the combined value; and output a notification signal indicative of the occurrence of the reverse rotation of the rotating machine element based on the combined value. a communication interface configured to receive a signal indicative of a rotational speed pattern and a vibration of a rotating machine element; a memory for storing a normal operating pattern of the rotating machine element, wherein the normal operating pattern is related to the received signal; and a processor coupled to the communication interface and the memory, wherein the processor is configured to: determine an occurrence of reverse rotation of the rotating machine element by comparing the signal received from the communication interface to the normal operating pattern stored in the memory for rotational speed and vibration signals to produce weighted values that are combined; generate a combined value indicative of the occurrence of the reverse rotation of the rotating machine element including applying one or more predetermined weighting values to generate the combined value; and output a notification signal indicative of the occurrence of the reverse rotation of the rotating machine element based on the combined value. determine an occurrence of reverse rotation of the rotating machine element by comparing the signal received from the communication interface to the normal operating pattern stored in the memory for rotational speed and vibration signals to produce weighted values that are combined; generate a combined value indicative of the occurrence of the reverse rotation of the rotating machine element including applying one or more predetermined weighting values to generate the combined value; and output a notification signal indicative of the occurrence of the reverse rotation of the rotating machine element based on the combined value.
A method comprising: determining by an apparatus that comprises a see through display, that the apparatus has become placed on a separate apparatus, the separate apparatus comprising a display; determining an apparatus display region of the see through display based, at least in part, on the determination that the apparatus has become placed on the separate apparatus; determining a separate apparatus display region of the see through display that is distinct from the apparatus display region; sending a display region directive from the apparatus to the separate apparatus that communicates the separate apparatus display region and that instructs how information should be displayed on the display of the separate apparatus, wherein the display region directive is configured to instruct the separate apparatus to terminate the display of information on the display of the separate apparatus that aligns with the apparatus display region, wherein information that aligns with the apparatus display region refers to information that is displayed on the display of the separate apparatus that may be obscured when information is displayed within the apparatus display region; receiving information indicative of an input; determining that the input has an input position that corresponds with the separate apparatus display region; and sending an operational directive from the apparatus to the separate apparatus based, at least in part, on the determination that the input has an input position that corresponds with the separate apparatus display region. determining by an apparatus that comprises a see through display, that the apparatus has become placed on a separate apparatus, the separate apparatus comprising a display; determining an apparatus display region of the see through display based, at least in part, on the determination that the apparatus has become placed on the separate apparatus; determining a separate apparatus display region of the see through display that is distinct from the apparatus display region; sending a display region directive from the apparatus to the separate apparatus that communicates the separate apparatus display region and that instructs how information should be displayed on the display of the separate apparatus, wherein the display region directive is configured to instruct the separate apparatus to terminate the display of information on the display of the separate apparatus that aligns with the apparatus display region, wherein information that aligns with the apparatus display region refers to information that is displayed on the display of the separate apparatus that may be obscured when information is displayed within the apparatus display region; receiving information indicative of an input; determining that the input has an input position that corresponds with the separate apparatus display region; and sending an operational directive from the apparatus to the separate apparatus based, at least in part, on the determination that the input has an input position that corresponds with the separate apparatus display region.
A showerhead, comprising: a flow device comprising a laminar flow attachment configured to produce a substantially laminar fluid stream; and a flow distribution member coupled to the flow device and spaced apart from the flow device, the flow distribution member configured to receive the substantially laminar fluid stream and to produce a distributed fluid flow; wherein the flow distribution member comprises a base defining a substantially planar surface that faces an outlet of the flow device, and wherein the substantially planar surface is open to the surrounding atmosphere. a flow device comprising a laminar flow attachment configured to produce a substantially laminar fluid stream; and a flow distribution member coupled to the flow device and spaced apart from the flow device, the flow distribution member configured to receive the substantially laminar fluid stream and to produce a distributed fluid flow; wherein the flow distribution member comprises a base defining a substantially planar surface that faces an outlet of the flow device, and wherein the substantially planar surface is open to the surrounding atmosphere.
A rapid-entry shoe comprising: a base; and a heel portion comprising a compressible lattice structure, wherein the compressible lattice structure is comprised of a plurality of ribs; wherein the plurality of ribs defines a plurality of apertures; wherein the compressible lattice structure has an open position in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe, and a closed position in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein the plurality of ribs comprises a plurality of larger ribs and a plurality of smaller ribs; wherein the larger ribs concave toward a rear portion of the base; wherein in the open position the compressible lattice structure is compressed downward toward the base of the rapid-entry shoe such that the plurality of apertures are collapsed; wherein in the closed position the compressible lattice structure is expanded such that the plurality of apertures are un-collapsed; and wherein the compressible lattice structure biases the rapid-entry shoe toward the closed position; wherein the smaller ribs convex toward the rear portion of the base; characterized in that an uppermost two immediately adjacent ribs of the plurality of larger ribs define a pair of larger ribs, and each one of said plurality of smaller ribs extends at least in part between said pair of larger ribs. a base; and a heel portion comprising a compressible lattice structure, wherein the compressible lattice structure is comprised of a plurality of ribs; wherein the plurality of ribs defines a plurality of apertures; wherein the compressible lattice structure has an open position in which an opening of the rapid-entry shoe is expanded to facilitate reception of a foot of an individual donning the rapid-entry shoe, and a closed position in which the opening is unexpanded to retain the foot within the rapid-entry shoe; wherein the plurality of ribs comprises a plurality of larger ribs and a plurality of smaller ribs; wherein the larger ribs concave toward a rear portion of the base; wherein in the open position the compressible lattice structure is compressed downward toward the base of the rapid-entry shoe such that the plurality of apertures are collapsed; wherein in the closed position the compressible lattice structure is expanded such that the plurality of apertures are un-collapsed; and wherein the compressible lattice structure biases the rapid-entry shoe toward the closed position; wherein the smaller ribs convex toward the rear portion of the base; characterized in that an uppermost two immediately adjacent ribs of the plurality of larger ribs define a pair of larger ribs, and each one of said plurality of smaller ribs extends at least in part between said pair of larger ribs.
A process for preparing alkanolamines and/or ethyleneamines in the liquid phase, by reacting ethylene glycol and/or monoethanolamine with ammonia in the presence of an amination catalyst comprising one or more active metals selected from Sn and the elements of groups 8, 9, 10 and 11 of the Periodic Table of the Elements, wherein the preparation of the amination catalyst comprises the following steps: (i) preparing a catalyst precursor by contacting a conventional or catalytic support material with one or more soluble compounds of the active metals and optionally one or more soluble compounds of added catalyst elements; (ii) reductively calcining the catalyst precursor obtained in step (i), where the reductive calcination is effected in the presence of hydrogen and the oxygen content in the reductive calcination is less than 0.1% by volume; (iii) passivating the reductively calcined catalyst precursor from step (ii); (iv) activating the passivated catalyst from step (iii). (i) preparing a catalyst precursor by contacting a conventional or catalytic support material with one or more soluble compounds of the active metals and optionally one or more soluble compounds of added catalyst elements; (ii) reductively calcining the catalyst precursor obtained in step (i), where the reductive calcination is effected in the presence of hydrogen and the oxygen content in the reductive calcination is less than 0.1% by volume; (iii) passivating the reductively calcined catalyst precursor from step (ii); (iv) activating the passivated catalyst from step (iii).
A compound of the general formula: M is a metal ion and may be present or absent wherein A 4, L 4 and Y 4 may be present or absent, and whereby A 4 is selected from a bond, -(C 0 -C 4)-alkyl-C -N(R 1)-, -(C 0 -C 4)-alkyl-P t -N(R 1)-, -(C 0 -C 4)-alkyl-S t -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 2)-C -N(R 1)- and-(C 0 -C 4)-alkyl-N(R 1)-C -; R 1 and R 2 are independently of one another selected from hydrogen, (C 1 -C 4)-alkyl, (C 3 -C 7)-cycloalkyl and -(C 1 -C 4)-alkyl-(C 3 -C 7)-cycloalkyl; t is selected from 1 and 2; L 4 is selected from a bond, (C 1 -C 18)-alkyl, -(CH 2) u [-O-(CH 2)p] q - u, q and p are independently of one another identical or different and are the integers zero, 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10; Y 4 is selected from a bond,-(C 0 -C 4)-alkyl-N(R 1)-, -(C 0 -C4) -alkyl-C -N(R 1)-,-N(R 1)-C -(C 0 -C 6)-alkyl-, -(C 0 -C 4)-alkyl-S t -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 2)-C -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 1)-C -, R is Ac or H whereby all R are identical. K is a hydrogen atom, a fluorophore allowing optical imaging; a bioactive agent, an activity based probe for monitoring the aberrant expression or activity of proteins involved in the initiation and progression of bacterial infection or a compound for bacterial inhibition. M is a metal ion and may be present or absent wherein A 4, L 4 and Y 4 may be present or absent, and whereby A 4 is selected from a bond, -(C 0 -C 4)-alkyl-C -N(R 1)-, -(C 0 -C 4)-alkyl-P t -N(R 1)-, -(C 0 -C 4)-alkyl-S t -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 2)-C -N(R 1)- and-(C 0 -C 4)-alkyl-N(R 1)-C -; R 1 and R 2 are independently of one another selected from hydrogen, (C 1 -C 4)-alkyl, (C 3 -C 7)-cycloalkyl and -(C 1 -C 4)-alkyl-(C 3 -C 7)-cycloalkyl; t is selected from 1 and 2; L 4 is selected from a bond, (C 1 -C 18)-alkyl, -(CH 2) u [-O-(CH 2)p] q - u, q and p are independently of one another identical or different and are the integers zero, 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10; Y 4 is selected from a bond,-(C 0 -C 4)-alkyl-N(R 1)-, -(C 0 -C4) -alkyl-C -N(R 1)-,-N(R 1)-C -(C 0 -C 6)-alkyl-, -(C 0 -C 4)-alkyl-S t -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 2)-C -N(R 1)-, -(C 0 -C 4)-alkyl-N(R 1)-C -, R is Ac or H whereby all R are identical. K is a hydrogen atom, a fluorophore allowing optical imaging; a bioactive agent, an activity based probe for monitoring the aberrant expression or activity of proteins involved in the initiation and progression of bacterial infection or a compound for bacterial inhibition.
An integrated circuit for an RFID tag, the integrated circuit comprising: a memory for storing data; a transceiver for receiving signals from, and transmitting signals to, an antenna; and a controller configured to process signals received via the transceiver and to access data stored in the memory, characterized in that, upon receiving, via the transceiver, a lock command referring to a data block in the memory, the controller is configured to generate error correction data for the data block and to store the error correction data in the memory. a memory for storing data; a transceiver for receiving signals from, and transmitting signals to, an antenna; and a controller configured to process signals received via the transceiver and to access data stored in the memory, characterized in that, upon receiving, via the transceiver, a lock command referring to a data block in the memory, the controller is configured to generate error correction data for the data block and to store the error correction data in the memory.
A smoking substitute device having: a control unit; a battery configured to supply power to the smoking substitute device; a movement sensing component configured to sense movement of the smoking substitute device; and a battery level indicator configured to, when activated, provide an indication of charge remaining in the battery; wherein the control unit is configured to activate the battery level indicator, when a predetermined movement of the smoking substitute device is detected using the movement sensing component, wherein the control unit is configured to obtain one or more measurements indicative of charge remaining in the battery, and to select an indication state to be provided by the battery level indicator based on the one or more measurements, wherein the control unit is configured such that the selection of an indication state by the control unit uses configuration information stored on the smoking substitute device, wherein the configuration information stored on the smoking substitute device provides a relationship between the one or more measurements indicative of charge remaining in the battery and the plurality of indication states, characterized in that the configuration information stored on the smoking substitute device is configured to be updated based on data concerning how the smoking substitute device has been used by a user of the smoking substitute device. a control unit; a battery configured to supply power to the smoking substitute device; a movement sensing component configured to sense movement of the smoking substitute device; and a battery level indicator configured to, when activated, provide an indication of charge remaining in the battery; wherein the control unit is configured to activate the battery level indicator, when a predetermined movement of the smoking substitute device is detected using the movement sensing component, wherein the control unit is configured to obtain one or more measurements indicative of charge remaining in the battery, and to select an indication state to be provided by the battery level indicator based on the one or more measurements, wherein the control unit is configured such that the selection of an indication state by the control unit uses configuration information stored on the smoking substitute device, wherein the configuration information stored on the smoking substitute device provides a relationship between the one or more measurements indicative of charge remaining in the battery and the plurality of indication states, characterized in that the configuration information stored on the smoking substitute device is configured to be updated based on data concerning how the smoking substitute device has been used by a user of the smoking substitute device.
Contactless acoustic manipulation apparatus comprising acoustic transducers and an acoustic field controlled by a computing unit using said acoustic transducers wherein the apparatus comprises the computing unit, at least one device for feeding materials and/or components; a base to form an object upon; a path of acoustic manipulation essentially extending in front of and along arrays of acoustic transducers positioned at least in one plane and from the at least one device for feeding materials and/or components up to the base to form the object upon, wherein said manipulation comprises any of suspension in air and in nodes, trapping, movement by changing driving phases of the transducers following a pre-determined trajectory, and wherein the transducers are arranged to cover most of the acoustic transducer mounting base area; and at least one device for joining, melting, solidifying or welding said materials and/or components.
Method for controlling a battery of a vehicle comprising the battery and a control unit implementing the method, this method executing a first step comprising, after starting the vehicle, a second sub-step: - causing several electrical stresses on the battery in succession causing each a current call, and monitoring the occurrence of an internal fault in the unit of control, - then determining a pair of values including a voltage ( Umin) and a resistance internal ( Rint) of the battery, from each current call, the first stage running consecutively to the second sub-stage, a third sub-step characterized in that this third sub-step determines a status (STATUS) for each pair of values, this status taking a state: - unreliable (STNF) if the current draw caused by the electrical demand was too high low compared to a predetermined threshold within a given time, or if an internal fault in the control unit was present during this given time, - reliable if the current draw caused by the electrical stress was greater than or equal to the predetermined threshold within this allotted time, and if there was no internal fault in the control unit during this allotted time. - causing several electrical stresses on the battery in succession causing each a current call, and monitoring the occurrence of an internal fault in the unit of control, - then determining a pair of values including a voltage ( Umin) and a resistance internal ( Rint) of the battery, from each current call, the first stage running consecutively to the second sub-stage, a third sub-step characterized in that this third sub-step determines a status (STATUS) for each pair of values, this status taking a state: - unreliable (STNF) if the current draw caused by the electrical demand was too high low compared to a predetermined threshold within a given time, or if an internal fault in the control unit was present during this given time, - reliable if the current draw caused by the electrical stress was greater than or equal to the predetermined threshold within this allotted time, and if there was no internal fault in the control unit during this allotted time. - unreliable (STNF) if the current draw caused by the electrical demand was too high low compared to a predetermined threshold within a given time, or if an internal fault in the control unit was present during this given time, - reliable if the current draw caused by the electrical stress was greater than or equal to the predetermined threshold within this allotted time, and if there was no internal fault in the control unit during this allotted time.
A pharmaceutical composition comprising: a plurality of retinal pigment epithelial cells; and a pharmaceutically acceptable carrier; wherein the average melanin content of said plurality of RPE cells is less than 8 pg/cell; and wherein the pharmaceutical composition comprises between 1,000 and 1x10 9 viable RPE cells. a plurality of retinal pigment epithelial cells; and a pharmaceutically acceptable carrier;
A method of preparing a ready-to-use catheter, said method comprising: - providing a catheter assembly (1,1',1",1'''), comprising i. a first compartment comprising a catheter, said catheter comprises on at least a part of its surface an exterior coating arranged to reduce the coefficient of friction after treatment with a liquid swelling medium, and ii. a second compartment comprising the liquid swelling medium, characterised in, that said method comprises - sterilising the catheter assembly (1,1',1",1'''), - adding the liquid swelling medium in liquid form to the first compartment for wetting/activating the catheter's exterior coating, - storing the ready-to-use catheter, and - wherein at least the first compartment is made of a gas-impermeable material, or placed in a gas-impermeable packaging, and the method comprises removing and/or sealing off any gas-permeable parts of the catheter assembly (1,1',1",1'''). - providing a catheter assembly (1,1',1",1'''), comprising i. a first compartment comprising a catheter, said catheter comprises on at least a part of its surface an exterior coating arranged to reduce the coefficient of friction after treatment with a liquid swelling medium, and ii. a second compartment comprising the liquid swelling medium, characterised in, that said method comprises i. a first compartment comprising a catheter, said catheter comprises on at least a part of its surface an exterior coating arranged to reduce the coefficient of friction after treatment with a liquid swelling medium, and ii. a second compartment comprising the liquid swelling medium, characterised in, that said method comprises - sterilising the catheter assembly (1,1',1",1'''), - adding the liquid swelling medium in liquid form to the first compartment for wetting/activating the catheter's exterior coating, - storing the ready-to-use catheter, and - wherein at least the first compartment is made of a gas-impermeable material, or placed in a gas-impermeable packaging, and the method comprises removing and/or sealing off any gas-permeable parts of the catheter assembly (1,1',1",1''').