mhurhangee/patent-ind-claim-en huggingface dataset:
Charging station for electric vehicles, comprising: - a cable holding device having a cord led over a first deflection device and a second deflection device , - characterized in that two charging cables are held by the two ends of the cord, wherein the first end of the cord is connected to a first charging cable of the charging station , and the further end of the cord is connected to a further charging cable of the charging station , and - a weight element , which is operatively connected to the cord in such a manner that when the charging cable is not being used, the charging cable can be held such that there is a distance between a ground surface and every part of the charging cable , - wherein the cord is led over at least a third deflection device arranged between the first deflection device and the second deflection device , - wherein the at least one weight element is fastened to the third deflection device . - a cable holding device having a cord led over a first deflection device and a second deflection device , - characterized in that two charging cables are held by the two ends of the cord, wherein the first end of the cord is connected to a first charging cable of the charging station , and the further end of the cord is connected to a further charging cable of the charging station , and - a weight element , which is operatively connected to the cord in such a manner that when the charging cable is not being used, the charging cable can be held such that there is a distance between a ground surface and every part of the charging cable , - wherein the cord is led over at least a third deflection device arranged between the first deflection device and the second deflection device , - wherein the at least one weight element is fastened to the third deflection device .
A process for the preparation of a compound of formula I, or a salt or solvate thereof, wherein R 1 represents a nitrogen protecting group that is carboxybenzyl (Cbz); which process comprises reaction of a compound of formula II, or a salt or solvate thereof, wherein X 1 represents a suitable leaving group, with a compound of formula III, or a salt, solvate or a protected derivative thereof, wherein R 1 is as defined above. or a salt or solvate thereof, wherein R 1 represents a nitrogen protecting group that is carboxybenzyl (Cbz); which process comprises reaction of a compound of formula II, or a salt or solvate thereof, wherein X 1 represents a suitable leaving group, with a compound of formula III, or a salt, solvate or a protected derivative thereof, wherein R 1 is as defined above.
Attachment device for a parapet , or suchlike, able to be positioned on a horizontal plane of a structure supported by a plurality of support girders , said support girders having a mainly oblong development, wherein said attachment device comprises a support body provided on the top with a section bar element in which a vertical support element of the parapet can be installed and provided laterally with at least one attachment portion which defines, with the support body , at least one housing seating which is able to be inserted in use, by vertical sliding (V), on an abutment plate attached to a head end of a support girder and transversely with respect to the mainly oblong development of said support girder , wherein an interference element is associated with the support body and is selectively able to be activated to constrain/release the retention of the attachment device on the abutment plate of the support girder , said interference element being positioned downstream of said attachment portion with respect to the vertical sliding direction (V) and wherein the interference element has an elongated shape suitable for insertion in a through hole provided in a support plate made in said support body , said interference element having a certain inclination toward said abutment plate of said support girder and a first end suitable to be positioned under said abutment plate once the insertion of the housing seating on the abutment plate has been completed, characterized in that with said first end of said interference element, once inserted in the through hole from the inside of the support body toward the outside, at least one element with lateral bulk is associated, to prevent the return of the first end through the through hole toward the inside of the support body and in such a way that the first end protrudes from the support plate .
A fluid sterilization device comprising: a treatment flow passage in which a fluid subject to sterilization flows; a light source chamber that stores a light source for irradiating the fluid in the treatment flow passage with ultraviolet light; a window member that is provided between the treatment flow passage and the light source chamber and arranged in transmitting the ultraviolet light; and a pressure adjustment mechanism that adjusts a pressure in the light source chamber so as to reduce a difference between a pressure in the treatment flow passage and the pressure in the light source chamber , characterized in that the pressure adjustment mechanism includes a partition wall configured to be displaced in accordance with a pressure difference between the treatment flow passage and the light source chamber by using volume change associated with displacement of the partition wall. a treatment flow passage in which a fluid subject to sterilization flows; a light source chamber that stores a light source for irradiating the fluid in the treatment flow passage with ultraviolet light; a window member that is provided between the treatment flow passage and the light source chamber and arranged in transmitting the ultraviolet light; and a pressure adjustment mechanism that adjusts a pressure in the light source chamber so as to reduce a difference between a pressure in the treatment flow passage and the pressure in the light source chamber , characterized in that the pressure adjustment mechanism includes a partition wall configured to be displaced in accordance with a pressure difference between the treatment flow passage and the light source chamber by using volume change associated with displacement of the partition wall.
A method for producing ketones, suitable for manufacture of base oil or diesel fuel components, from a feedstock of biological origin comprising fatty acids and/or fatty acid derivatives, wherein the feedstock is at least partly in liquid phase, by subjecting the feedstock to a catalytic ketonisation reaction, wherein the ketonisation reaction is carried out in a system comprising one or more ketonisation reactor(s) each comprising at least one ketonisation catalyst bed, further comprising that • the feedstock is introduced into a ketonisation reactor together with a carrier gas stream comprising CO 2 ; • gas comprising CO 2 is separated from the effluent exiting a ketonisation reactor whereby the effluent comprising ketones is used either as a feedstock for a further ketonisation reactor or for recovery of ketones from the effluent; and • the separated gas comprising CO 2 is recycled and used in the carrier gas stream in a ketonisation reactor. • the feedstock is introduced into a ketonisation reactor together with a carrier gas stream comprising CO 2 ; • gas comprising CO 2 is separated from the effluent exiting a ketonisation reactor whereby the effluent comprising ketones is used either as a feedstock for a further ketonisation reactor or for recovery of ketones from the effluent; and • the separated gas comprising CO 2 is recycled and used in the carrier gas stream in a ketonisation reactor.
A method, comprising: obtaining alarm data from sensors in industrial machines ; storing the alarm data in a database , the database being disposed at a central location; ordering the alarm data as a sequence of individual alarms, determining relationships between the individual alarms, selectively storing the relationships in a mathematical model, wherein the relationships include domination relationships and mutual dependency relationships between the individual alarms, wherein the mathematical model includes discrete alarm events and a sequence of the discrete alarm events; determining a Petri net that corresponds to the mathematical model, the Petri net including the domination relationships and mutual dependency relationships between the individual alarms; analyzing the Petri-net to determine a set of construction rules , the construction rules defining an approach to reduce the number of alarms presented to an operator or a computer program; sensing a plurality of real-time alarms at the industrial machines ; applying the construction rules to the real-time alarms to obtain a reduced set of real-time alarms ; presenting the reduced set of real-time alarms to an operator or to a first computer program; wherein the operator or the computer program causes actions to be performed, the actions being one or more of: activating a selected industrial machine, deactivating a selected industrial machine, sending a message to human for the human to investigate a selected machine, causing a robot to travel to investigate an alarm at a selected industrial machine. obtaining alarm data from sensors in industrial machines ; storing the alarm data in a database , the database being disposed at a central location; ordering the alarm data as a sequence of individual alarms, determining relationships between the individual alarms, selectively storing the relationships in a mathematical model, wherein the relationships include domination relationships and mutual dependency relationships between the individual alarms, wherein the mathematical model includes discrete alarm events and a sequence of the discrete alarm events; determining a Petri net that corresponds to the mathematical model, the Petri net including the domination relationships and mutual dependency relationships between the individual alarms; analyzing the Petri-net to determine a set of construction rules , the construction rules defining an approach to reduce the number of alarms presented to an operator or a computer program; sensing a plurality of real-time alarms at the industrial machines ; applying the construction rules to the real-time alarms to obtain a reduced set of real-time alarms ; presenting the reduced set of real-time alarms to an operator or to a first computer program; wherein the operator or the computer program causes actions to be performed, the actions being one or more of: activating a selected industrial machine, deactivating a selected industrial machine, sending a message to human for the human to investigate a selected machine, causing a robot to travel to investigate an alarm at a selected industrial machine.
A method for wireless communication utilizing code division multiple access, CDMA, the method being performed by a mobile device, comprising: identifying a chip rate of the mobile device for a normal bandwidth channel, the normal bandwidth channel having a normal bandwidth; identifying spectrum to be used for a flexible bandwidth channel separate from spectrum occupied by the normal bandwidth channel, the identified spectrum comprising spectrum determined to be available for use for the flexible bandwidth channel, receiving adaption information from a base station to adapt the chip rate of the mobile device dynamically, the adaption information comprising a scaling factor, wherein the scaling factor represents a ratio of the normal bandwidth to the flexible bandwidth; wherein the normal bandwidth channel has a scaling factor equal to 1 and the flexible bandwidth channel has a scaling factor not equal to 1; adapting the chip rate of the mobile device dynamically utilizing the scaling factor, the adaptation being from the chip rate for the normal bandwidth channel to a chip rate for the flexible bandwidth channel; transmitting over the flexible bandwidth channel on the available spectrum utilizing the chip rate for the flexible bandwidth channel. identifying a chip rate of the mobile device for a normal bandwidth channel, the normal bandwidth channel having a normal bandwidth; identifying spectrum to be used for a flexible bandwidth channel separate from spectrum occupied by the normal bandwidth channel, the identified spectrum comprising spectrum determined to be available for use for the flexible bandwidth channel, receiving adaption information from a base station to adapt the chip rate of the mobile device dynamically, the adaption information comprising a scaling factor, wherein the scaling factor represents a ratio of the normal bandwidth to the flexible bandwidth; wherein the normal bandwidth channel has a scaling factor equal to 1 and the flexible bandwidth channel has a scaling factor not equal to 1; adapting the chip rate of the mobile device dynamically utilizing the scaling factor, the adaptation being from the chip rate for the normal bandwidth channel to a chip rate for the flexible bandwidth channel; transmitting over the flexible bandwidth channel on the available spectrum utilizing the chip rate for the flexible bandwidth channel.
System, comprising a cutting blade replacement jig , a cutting blade , a first and a second fastening member, and a disk , the cutting blade replacement jig being capable of replacing the cutting blade of a utility unit, the cutting blade being attachable to a peripheral edge part of the disk by the first fastening member and the second fastening member fastened to the first fastening member , the first fastening member being capable of passing through a disk through hole formed in the peripheral edge part of the disk and a cutting blade through hole formed in the cutting blade , the cutting blade replacement jig comprising: a fastening member holder configured to hold the second fastening member ; and a cutting blade holder configured to hold the cutting blade on the second fasting member held in the fastening member holder in a state where a center line (CL5) of the cutting blade through hole and a center line (CL4) of the second fasting member are aligned. a fastening member holder configured to hold the second fastening member ; and a cutting blade holder configured to hold the cutting blade on the second fasting member held in the fastening member holder in a state where a center line (CL5) of the cutting blade through hole and a center line (CL4) of the second fasting member are aligned.
An osteochondral plug comprising a subchondral bone portion and a cartilage cap on the subchondral bone portion , wherein the osteochondral plug is cylindrically shaped, characterized in that the subchondral bone portion is modified to have one or more gaps, a bore, slots, and/or channels which penetrate into the cartilage cap but do not penetrate the superficial surface of the cartilage cap.
A device for removing a clot or embolus from a blood vessel, the device having a compacted configuration for delivery through a catheter lumen to the clot or embolus location, comprising: an expandable treatment member having a frusto-conical distal end with a distal tip and a proximal end; a delivery wire having a distal end coupled to the proximal end of the expandable treatment member ; and a flow restrictor slideably carried along but not connected to the delivery wire at a location that is separate and proximal from the expandable treatment member , the flow restrictor having a body with a distal section and a proximal section , with the body defining an outer surface, the flow restrictor assuming an expanded configuration and an unexpanded configuration, wherein the outer surface of the distal section is covered by a biocompatible polymer coating, and the outer surface of the proximal section is uncovered in both the expanded and unexpanded configurations. an expandable treatment member having a frusto-conical distal end with a distal tip and a proximal end; a delivery wire having a distal end coupled to the proximal end of the expandable treatment member ; and a flow restrictor slideably carried along but not connected to the delivery wire at a location that is separate and proximal from the expandable treatment member , the flow restrictor having a body with a distal section and a proximal section , with the body defining an outer surface, the flow restrictor assuming an expanded configuration and an unexpanded configuration, wherein the outer surface of the distal section is covered by a biocompatible polymer coating, and the outer surface of the proximal section is uncovered in both the expanded and unexpanded configurations.
An intelligent personal assistant device comprising: a non-transitory storage configured to maintain a project script including a sequence of steps, each step including a description of the step and a sound signature indicative of ambient sounds that occur during performance of the step, the sound signature including data indicative of expected frequencies and amplitudes that, when received, would indicate that the corresponding step of the project script is being performed; an audio processor programmed to receive ambient audio input descriptive of audio surroundings of the intelligent personal assistant device, to provide an audio output indicating a description of the first step of the project script, and to perform a time frequency analysis of the ambient audio input to determine information about a pattern of change in the frequency domain over time; and a controller programmed to provide a description of a next step of the project script upon completion of a current step identified responsive to the time frequency analysis of the ambient audio input descriptive of the audio surroundings of the intelligent personal assistant device matching the expected frequencies and amplitudes of a sound signature corresponding to the next step of the project script. a non-transitory storage configured to maintain a project script including a sequence of steps, each step including a description of the step and a sound signature indicative of ambient sounds that occur during performance of the step, the sound signature including data indicative of expected frequencies and amplitudes that, when received, would indicate that the corresponding step of the project script is being performed; an audio processor programmed to receive ambient audio input descriptive of audio surroundings of the intelligent personal assistant device, to provide an audio output indicating a description of the first step of the project script, and to perform a time frequency analysis of the ambient audio input to determine information about a pattern of change in the frequency domain over time; and a controller programmed to provide a description of a next step of the project script upon completion of a current step identified responsive to the time frequency analysis of the ambient audio input descriptive of the audio surroundings of the intelligent personal assistant device matching the expected frequencies and amplitudes of a sound signature corresponding to the next step of the project script.
An apparatus for treating laundry, comprising: a cabinet having an entrance for putting in the laundry and a door opening/closing the entrance ; a tub provided to the cabinet and having an opening for the laundry to pass through; a drum rotatably provided to the tub to handle the laundry; a vibration insulating part maintaining water tightness by connecting the entrance and the opening together; a balance weight provided to a front side of the tub to increase a weight of the tub ; a wash water inflow portion configured to guide wash water to the drum from the front side of the tub and provided at a top side of the vibration insulating part ; a detergent box for accommodating a detergent; a water supply pipe connecting the detergent box to the wash water inflow portion for supplying wash water with the detergent; and an annular passage part installed between the vibration insulating part and the balance weight , the annular passage part fixedly supported by the balance weight , characterized in that the annular passage part has a multitude of nozzles spraying wash water stored in the tub and supplied by a circulation pump into the drum through the vibration insulating part , and in that the apparatus further comprises: a fixing rib protruded toward the balance weight and formed on an outer surface of the annular passage part ; and a fastening portion having the fixing rib fastened thereto and formed at the balance weight . a cabinet having an entrance for putting in the laundry and a door opening/closing the entrance ; a tub provided to the cabinet and having an opening for the laundry to pass through; a drum rotatably provided to the tub to handle the laundry; a vibration insulating part maintaining water tightness by connecting the entrance and the opening together; a balance weight provided to a front side of the tub to increase a weight of the tub ; a wash water inflow portion configured to guide wash water to the drum from the front side of the tub and provided at a top side of the vibration insulating part ; a detergent box for accommodating a detergent; a water supply pipe connecting the detergent box to the wash water inflow portion for supplying wash water with the detergent; and an annular passage part installed between the vibration insulating part and the balance weight , the annular passage part fixedly supported by the balance weight , characterized in that the annular passage part has a multitude of nozzles spraying wash water stored in the tub and supplied by a circulation pump into the drum through the vibration insulating part , and in that the apparatus further comprises: a fixing rib protruded toward the balance weight and formed on an outer surface of the annular passage part ; and a fastening portion having the fixing rib fastened thereto and formed at the balance weight . a fixing rib protruded toward the balance weight and formed on an outer surface of the annular passage part ; and a fastening portion having the fixing rib fastened thereto and formed at the balance weight .