mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an elevator system , the method comprising: powering, using a battery , the elevator system when an external power source is unavailable; controlling, using a controller , a plurality of components of the elevator system , wherein controlling comprises operating at least one of the battery , an elevator car , a drive unit , and a brake ; determining, using the controller , a run profile of the elevator car in response to a selected deceleration; and operating, using the controller , the elevator car in response to the run profile determined; characterized by determining, using the controller , an actual velocity of the elevator car ; adjusting, using the controller , the run profile to match the actual velocity when the actual velocity is less than a selected velocity; determining, using the controller , an actual electrical current of the drive unit when the actual velocity is not less than the selected velocity; adjusting, using the controller , the run profile when the actual electrical current is above a selected electrical current; determining, using the controller , a projected stop position and a velocity of the elevator car ; and commanding, using the controller , the brake to stop the elevator car when the projected stop position is within a selected stop position range and the velocity is within a selected velocity range. powering, using a battery , the elevator system when an external power source is unavailable; controlling, using a controller , a plurality of components of the elevator system , wherein controlling comprises operating at least one of the battery , an elevator car , a drive unit , and a brake ; determining, using the controller , a run profile of the elevator car in response to a selected deceleration; and operating, using the controller , the elevator car in response to the run profile determined; characterized by determining, using the controller , an actual velocity of the elevator car ; adjusting, using the controller , the run profile to match the actual velocity when the actual velocity is less than a selected velocity; determining, using the controller , an actual electrical current of the drive unit when the actual velocity is not less than the selected velocity; adjusting, using the controller , the run profile when the actual electrical current is above a selected electrical current; determining, using the controller , a projected stop position and a velocity of the elevator car ; and commanding, using the controller , the brake to stop the elevator car when the projected stop position is within a selected stop position range and the velocity is within a selected velocity range.
A magnetic element, comprising: (a) a seed layer that enhances perpendicular magnetic anisotropy (PMA) in an overlying laminated layer ; and (b) the laminated layer having intrinsic PMA and comprising a multilayer stack of two metals, a metal and alloy, or two alloys represented by (A1/A2) n where A1 is a first metal or alloy, A2 is a second metal or alloy selected from X, CoX, and FeX where X is one of V, Rh, Ir, Os, Ru, Au, Cr, Mo, Cu, Ti, Re, Mg, and Si, CoX is a disordered alloy, and n is the number of laminates in the stack, the laminated layer contacts a top surface of the seed layer, or the laminated layer has an (A1/C/A2) configuration where C is a non-magnetic spacer characterized in that the seed layer is one of is one of Hf, Hf/NiCr, Hf/NiFeCr, NiCr/Hf, or NiFeCr/Hf . (a) a seed layer that enhances perpendicular magnetic anisotropy (PMA) in an overlying laminated layer ; and (b) the laminated layer having intrinsic PMA and comprising a multilayer stack of two metals, a metal and alloy, or two alloys represented by (A1/A2) n where A1 is a first metal or alloy, A2 is a second metal or alloy selected from X, CoX, and FeX where X is one of V, Rh, Ir, Os, Ru, Au, Cr, Mo, Cu, Ti, Re, Mg, and Si, CoX is a disordered alloy, and n is the number of laminates in the stack, the laminated layer contacts a top surface of the seed layer, or the laminated layer has an (A1/C/A2) configuration where C is a non-magnetic spacer
A tire comprising a rubber composition comprising at least: - a diene elastomer; - between 20 and 160 phr, preferably 25 and 150 phr, of a liquid plasticizer; - less than 20 phr of a reinforcing filler; and - from 600 to 1500 phr of metal particles having a density of between 4 and 20 g/cm 3 and a BET surface area of between 0.1 and 4.5 m 2 /g wherein the density of metal particles is measured in accordance with JIS Z 8807 : 2012; wherein the BET surface area is measured in accordance with French standard NF ISO 9277 of December 1996. - a diene elastomer; - between 20 and 160 phr, preferably 25 and 150 phr, of a liquid plasticizer; - less than 20 phr of a reinforcing filler; and - from 600 to 1500 phr of metal particles having a density of between 4 and 20 g/cm 3 and a BET surface area of between 0.1 and 4.5 m 2 /g wherein the density of metal particles is measured in accordance with JIS Z 8807 : 2012; wherein the BET surface area is measured in accordance with French standard NF ISO 9277 of December 1996.
A system comprising: a communication bus ; a plurality of communication circuits (208-214) each having an output driver coupled to the communication bus and each having an input terminal; and a synchronization bus , wherein the input terminals are connected to the synchronization bus adapted to receive synchronization signals provided by the communication circuits (208-214), wherein: each communication circuit (208-214) produces, in response to a request message from a host computer , a data communication on the communication bus in a predetermined order with respect to data communications from other communication circuits (208-214) so that the data communication from each communication circuit (208-214) form a sequential data stream in response to the request message; the synchronization signals provided by the communication circuits (208-214) provide information to coordinate a predetermined time order between the communication circuits; and a synchronization signal is transmitted on the synchronization bus by a communication circuit (208-214) in response to that communication circuit (208-214) producing the data communication. a communication bus ; a plurality of communication circuits (208-214) each having an output driver coupled to the communication bus and each having an input terminal; and a synchronization bus , wherein the input terminals are connected to the synchronization bus adapted to receive synchronization signals provided by the communication circuits (208-214), wherein: each communication circuit (208-214) produces, in response to a request message from a host computer , a data communication on the communication bus in a predetermined order with respect to data communications from other communication circuits (208-214) so that the data communication from each communication circuit (208-214) form a sequential data stream in response to the request message; the synchronization signals provided by the communication circuits (208-214) provide information to coordinate a predetermined time order between the communication circuits; and a synchronization signal is transmitted on the synchronization bus by a communication circuit (208-214) in response to that communication circuit (208-214) producing the data communication. each communication circuit (208-214) produces, in response to a request message from a host computer , a data communication on the communication bus in a predetermined order with respect to data communications from other communication circuits (208-214) so that the data communication from each communication circuit (208-214) form a sequential data stream in response to the request message; the synchronization signals provided by the communication circuits (208-214) provide information to coordinate a predetermined time order between the communication circuits; and a synchronization signal is transmitted on the synchronization bus by a communication circuit (208-214) in response to that communication circuit (208-214) producing the data communication.
A gas purifier, comprising: a housing having a fluid inlet and a fluid outlet, the inlet and outlet fluidly connected through a purifier bed contained in the housing, the purifier bed comprising: a first bed of purification media comprising a metal catalyst on a support; a second bed of purification media downstream of the first bed of purification media, the second purification media comprising molecular sieves with molecular sieve particles chosen such that 95 percent or more have a largest dimension that is in the range of from 0.5 mm to 2.2 mm; and a media-retaining, porous, gas-permeable membrane separating the first bed of purification media and the second bed of purification media, wherein the media-retaining membrane has a pore size to prevent particles of purification media from passing therethrough, the membrane being secured to the inner surface of the housing at its edges by an expandable ring comprising an inner circumference, an outer circumference and a locking mechanism for expanding and retaining the ring by radial force against an inner wall of the housing when the locking mechanism is engaged. a first bed of purification media comprising a metal catalyst on a support; a second bed of purification media downstream of the first bed of purification media, the second purification media comprising molecular sieves with molecular sieve particles chosen such that 95 percent or more have a largest dimension that is in the range of from 0.5 mm to 2.2 mm; and a media-retaining, porous, gas-permeable membrane separating the first bed of purification media and the second bed of purification media, wherein the media-retaining membrane has a pore size to prevent particles of purification media from passing therethrough, the membrane being secured to the inner surface of the housing at its edges by an expandable ring comprising an inner circumference, an outer circumference and a locking mechanism for expanding and retaining the ring by radial force against an inner wall of the housing when the locking mechanism is engaged.
A system for secure server-based storage and sharing of data, comprising a server ; and a first client and a second client connected to the server; wherein the first client is configured to, - obtain a first symmetric key (ksym) using data entered by a first user; - obtain a first asymmetric key pair comprising a first private key and a first public key (pub(DL)) for registering the first user with the server , encrypt the first private key with the first symmetric key (ksym), transmit the encrypted first private key to the server , and publish the first public key (pub(DL)) so that the second client can receive it; - obtain data shared by a second user with the first user, receive the encrypted first private key from the server and decrypt it with the first symmetric key, and receive the data as provision data in encrypted form from the server and decrypt it by using the unencrypted first private key; wherein the second client is configured to, - obtain a second symmetric key (ksym) using data entered by the second user; - encrypt data with the second symmetric key (ksym) to store the data on the server , and transmit the encrypted data to the server ; - receive the encrypted data stored on the server to share with the first user, receive the first public key (pub(DL)), decrypt the encrypted data with the second symmetric key (ksym), encrypt the unencrypted data using the first public key (pub(DL)) to obtain provision data, and transmit the provision data to the server ; wherein the server is further configured to - store the encrypted data and - the encrypted first private key. - obtain a first symmetric key (ksym) using data entered by a first user; - obtain a first asymmetric key pair comprising a first private key and a first public key (pub(DL)) for registering the first user with the server , encrypt the first private key with the first symmetric key (ksym), transmit the encrypted first private key to the server , and publish the first public key (pub(DL)) so that the second client can receive it; - obtain data shared by a second user with the first user, receive the encrypted first private key from the server and decrypt it with the first symmetric key, and receive the data as provision data in encrypted form from the server and decrypt it by using the unencrypted first private key; - obtain a second symmetric key (ksym) using data entered by the second user; - encrypt data with the second symmetric key (ksym) to store the data on the server , and transmit the encrypted data to the server ; - receive the encrypted data stored on the server to share with the first user, receive the first public key (pub(DL)), decrypt the encrypted data with the second symmetric key (ksym), encrypt the unencrypted data using the first public key (pub(DL)) to obtain provision data, and transmit the provision data to the server ; - store the encrypted data and - the encrypted first private key.
A method of laying a pipeline on a seafloor , wherein the method comprises protecting the pipeline with at least two types of protection and wherein the method comprises the steps of: - bringing the pipeline to an offshore location using a vessel , - laying the pipeline on the seafloor using the vessel , - defining a first zone surrounding at least a first part length of the pipeline when laid subsea, wherein the first part length is uncovered, - covering at least a second part length of the pipeline (1") when laid subsea with a physical protection means, - defining a second zone extending from the first zone , leaving the second part length unmonitored, - monitoring by use of satellites and/or other tools to monitor activities in the second zone for vessels approaching the first zone , - analysing vessels detected during said monitoring of the second zone , for the purpose of determining whether the vessels can cause harm to the first part length of the pipeline , - for each vessel monitored in the second zone and considered to be able to cause harm to the first part length of the pipeline , informing the vessel about the first zone and/or requesting the vessel not to enter into the first zone . - bringing the pipeline to an offshore location using a vessel , - laying the pipeline on the seafloor using the vessel , - defining a first zone surrounding at least a first part length of the pipeline when laid subsea, wherein the first part length is uncovered, - covering at least a second part length of the pipeline (1") when laid subsea with a physical protection means, - defining a second zone extending from the first zone , leaving the second part length unmonitored, - monitoring by use of satellites and/or other tools to monitor activities in the second zone for vessels approaching the first zone , - analysing vessels detected during said monitoring of the second zone , for the purpose of determining whether the vessels can cause harm to the first part length of the pipeline , - for each vessel monitored in the second zone and considered to be able to cause harm to the first part length of the pipeline , informing the vessel about the first zone and/or requesting the vessel not to enter into the first zone .
Crystalline (R)- or (S)-DOPC, characterised in that it has 2-theta values (CuKa radiation) of 3.6, 5.3, 18.3, 19.3 and 21.7.
Mechanical joint system with electrical and/or thermal conduction capability by means of an invisible adjustable hinge, for general purpose, applicable as part of a bigger system that mechanically connects two bodies and allows rotation of one respect another; a male body and female body to be rotated one respect another around a virtual rotation axis , i.e. without any physical shaft or pivot support, located on a face of the female body, by means of a J-shaped joining part with arbitrary cross-section, such as a rectangular cross-section on a laminar J-shaped joining part , a circular cross-section on a tubular J-shaped joining part or an elliptical one, which passes perpendicularly through an access opening on the above-cited face of the female body at any rotation position; and such that the J-shaped joining part end outside of the female body is mechanically fixed or coupled to the male body, in such a way that the geometry of the curved end of the J-shaped joining part is the result of a sweep of the cross-section of the J-shaped joining part along a circumference arc whose axis is placed on the female body opening face; being the female body internally equipped with a brake system that couples, guides and fixes the curved end of the J-shaped joining part and blocks its rotation movement, which comprises two brake components integrated in the female body and controlled by mechanical parts, such as screws , clamps or wing nuts, acting as retainer or blocking elements, being the hinge essentially characterized by the J-shaped joining part and/or the brake system built in electrical and/or thermal conductive material, for electric energy and/or heat transfer between the male and female bodies, and/or by a rigid J-shaped joining part , totally or partially hollow, with one or more longitudinal conduits or channels .
A device for non-invasive monitoring of intracranial pressure of a patient , wherein the device comprises a measuring mat comprising at least one sensor for measuring mechanical manifestations of the head when the mat is placed under the patient's head; the device further comprising a reference device whose output signal comprises an ECG signal; and a processor unit configured for determining the time delay between a first signal corresponding to the R-wave in the ECG signal and a second signal corresponding to the mechanical manifestations of the head related to the reflection of the pulse wave in the bloodstream in the patient's head and for converting said time delay into the intracranial pressure of the patient.
A system for managing network traffic flow restrictions of a client application, comprising: a master module located in a server environment configured to manage network traffic flow restrictions; a slave module configured to execute client applications located in the server environment; a services module located in the server environment operable to execute a trusted application configured to validate the client application to the master module ; and a traffic restriction module located on the master module operable to set network traffic restrictions on the slave module when validation has not been received for the client application located on the slave module , and to receive client application validations from the trusted application to unrestrict network traffic flow for the client application located on the slave module . a master module located in a server environment configured to manage network traffic flow restrictions; a slave module configured to execute client applications located in the server environment; a services module located in the server environment operable to execute a trusted application configured to validate the client application to the master module ; and a traffic restriction module located on the master module operable to set network traffic restrictions on the slave module when validation has not been received for the client application located on the slave module , and to receive client application validations from the trusted application to unrestrict network traffic flow for the client application located on the slave module .
An integrated circuit to drive a plurality of fluid actuation devices , the integrated circuit comprising: a fire line (FIRE); a plurality of memory elements ; a first switch electrically coupled between the fire line (FIRE) and a first side of each memory element of the plurality of memory elements ; and a plurality of second switches , each second switch electrically coupled to a second side of a respective memory element of the plurality of memory elements . a fire line (FIRE); a plurality of memory elements ; a first switch electrically coupled between the fire line (FIRE) and a first side of each memory element of the plurality of memory elements ; and a plurality of second switches , each second switch electrically coupled to a second side of a respective memory element of the plurality of memory elements .
Device for immobilizing or blocking a road vehicle in front of a loading/unloading location, comprising a fixed structure comprising a guide rail and a carriage that can be moved in translation on said guide rail , said carriage comprising rollers that are suitable for rolling on a rolling surface of the guide rail , means for manoeuvring said carriage in relation to said guide rail , means for immobilizing at least one wheel of said vehicle comprising a blocking element of the vehicle, which is secured to the carriage and can be moved between a blocking position in which the blocking element blocks the wheel, and a retracted position away from the wheel, characterised in that the rollers are movably mounted on the carriage such that when the blocking element is subjected by the wheel to a stress greater than a predetermined value in the blocking position, the rollers are retracted into the carriage and the carriage comes into contact with the guide rail so as to cause the carriage to be immobilized on the guide rail .
A liquid crystal display, LCD, display module , the LCD display module being suitable for a mobile terminal , comprising: a display screen and a flexible printed circuit extending from an upper edge surface of the display screen as seen by a viewer in plan view; wherein the upper edge surface of the display screen is provided with a recessed portion suitable for accommodating a functional module of a mobile terminal , and the flexible printed circuit is provided with an opening , wherein the opening is adapted to correspond to and to be arranged over the recessed portion when the flexible printed circuit is bent onto the back surface of the display screen , and wherein the display screen comprises a backlight module , characterised in that : the upper edge surface of the backlight module in plan view is provided with a recessed structure , and the recessed structure constitutes a part of the recessed portion , wherein the backlight module comprises an LED light strip array , and the LED light strip array is located at the upper edge surface of the backlight module in plan view and passes through the upper edge surface of the recessed portion in plan view. . a display screen and a flexible printed circuit extending from an upper edge surface of the display screen as seen by a viewer in plan view; wherein the upper edge surface of the display screen is provided with a recessed portion suitable for accommodating a functional module of a mobile terminal , and the flexible printed circuit is provided with an opening , wherein the opening is adapted to correspond to and to be arranged over the recessed portion when the flexible printed circuit is bent onto the back surface of the display screen , and wherein the display screen comprises a backlight module , characterised in that : the upper edge surface of the backlight module in plan view is provided with a recessed structure , and the recessed structure constitutes a part of the recessed portion , wherein the backlight module comprises an LED light strip array , and the LED light strip array is located at the upper edge surface of the backlight module in plan view and passes through the upper edge surface of the recessed portion in plan view. . the upper edge surface of the backlight module in plan view is provided with a recessed structure , and the recessed structure constitutes a part of the recessed portion , wherein the backlight module comprises an LED light strip array , and the LED light strip array is located at the upper edge surface of the backlight module in plan view and passes through the upper edge surface of the recessed portion in plan view. .