mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for removing a section of well tubing comprising: a work string ; a hydraulic tensioning device having an upper end and a lower end, the upper end being attachable to the work string, the lower end being moveable longitudinally relative to the upper end by a stroke length between a fully extended position and a fully retracted position in response to fluid pressure within the mechanism and a load applied on either end; a section mill attachable to the lower end of the hydraulic tensioning device, the section mill including a plurality of blades, the blades being arranged to move from a first position within the section mill to a second position being extended to contact the well tubing and thereby mill the tubing in an upward direction; characterised in that : the hydraulic tensioning device includes a self-correcting mechanism to maintain the lower end between the fully extended position and the fully retracted position to provide continuous milling of the well tubing by the section mill at a rate of progress matching a rate at which the work string is lifted. a work string ; a hydraulic tensioning device having an upper end and a lower end, the upper end being attachable to the work string, the lower end being moveable longitudinally relative to the upper end by a stroke length between a fully extended position and a fully retracted position in response to fluid pressure within the mechanism and a load applied on either end; a section mill attachable to the lower end of the hydraulic tensioning device, the section mill including a plurality of blades, the blades being arranged to move from a first position within the section mill to a second position being extended to contact the well tubing and thereby mill the tubing in an upward direction; characterised in that : the hydraulic tensioning device includes a self-correcting mechanism to maintain the lower end between the fully extended position and the fully retracted position to provide continuous milling of the well tubing by the section mill at a rate of progress matching a rate at which the work string is lifted.
A machining center , particularly a five-axis grinding center, comprising: - a control unit for automatically operating the machining center ; - a grinding head , having a spindle for clamping a machining tool and a first touch probe being attached to the grinding head and electrically connected to the control unit to provide a first touch probe signal to the control unit ; - a machining table for supporting a workpiece; and - a first test piece being configured to be mounted on the machining table , characterized in that the first test piece has a second touch probe being electrically connectable to the control unit to provide a second touch probe signal to the control unit , and in that the machining center further comprises a second test piece being configured to be connected to the spindle . - a control unit for automatically operating the machining center ; - a grinding head , having a spindle for clamping a machining tool and a first touch probe being attached to the grinding head and electrically connected to the control unit to provide a first touch probe signal to the control unit ; - a machining table for supporting a workpiece; and - a first test piece being configured to be mounted on the machining table , characterized in that the first test piece has a second touch probe being electrically connectable to the control unit to provide a second touch probe signal to the control unit , and in that the machining center further comprises a second test piece being configured to be connected to the spindle .
A transducer structure for a surface acoustic wave device, formed on an acoustic wave propagating substrate , said transducer structure being adapted to coupling to an electrical load and/or source, comprising: a pair of inter-digitated comb electrodes formed on said substrate , wherein said pair of inter-digitated comb electrodes comprises neighbouring electrode means belonging to different comb electrodes and having a pitch p being defined as the edge-to-edge electrode means distance between two neighbouring electrode means , the pitch p satisfying the Bragg condition given by p = λ / 2 , λ being the operating acoustic wavelength of said transducer, and wherein the electrode means all have the same geometry; wherein said pair of inter-digitated comb electrodes comprises at least two regions in which two or more neighbouring electrode means belong to the same comb electrode while having an edge-to-edge distance to each other corresponding to the pitch p and having the same geometry; and characterized in that the number of neighbouring electrode means belonging to the same comb electrode is different amongst at least two regions of the at least two or more regions in which two or more neighbouring electrode means belong to the same comb electrode . a pair of inter-digitated comb electrodes formed on said substrate , wherein said pair of inter-digitated comb electrodes comprises neighbouring electrode means belonging to different comb electrodes and having a pitch p being defined as the edge-to-edge electrode means distance between two neighbouring electrode means , the pitch p satisfying the Bragg condition given by p = λ / 2 , λ being the operating acoustic wavelength of said transducer, and wherein the electrode means all have the same geometry; wherein said pair of inter-digitated comb electrodes comprises at least two regions in which two or more neighbouring electrode means belong to the same comb electrode while having an edge-to-edge distance to each other corresponding to the pitch p and having the same geometry; and characterized in that the number of neighbouring electrode means belonging to the same comb electrode is different amongst at least two regions of the at least two or more regions in which two or more neighbouring electrode means belong to the same comb electrode .
Process for marking a chip card electronic module face arrangement , the face arrangement including a metal layer , the process comprising the step consisting in depositing a coating layer on a partial zone of the metal layer , the process comprising a step prior to said deposition of the coating layer on a partial zone of the metal layer , which prior step consists in putting a mask in place over a distinct zone of said partial zone such that the mask prevents the coating layer from being deposited on said distinct zone , characterized in that the coating layer deposited on the partial zone of the metal layer is composed of a material chosen from the group consisting of palladium and of an alloy comprising at least 50% palladium by weight.
Device for extruding a structured extrudate, comprising: a housing, wherein the housing has a circumferential lateral wall which, at a front end in the direction of production, is provided with a nozzle wall with an outlet nozzle, and at the back end contrary to the direction of production, is provided with a global sleeve, wherein the space in the housing between the global sleeve, the lateral wall and the outlet nozzle delimits an extrusion space, and the housing in the region of the extrusion space can be connected to a polymer feeding appliance, wherein at least one guide channel extending in the direction of production is formed in the global sleeve, in order to introduce at least one rod-shaped body from a feeding appliance for rod-shaped bodies into the extrusion space, and the at least one guide channel is arranged roughly in straight alignment relative to the outlet nozzle, wherein the guide channel has a substantially constant conicity over its entire length, wherein the guide channel extends along the entire length of the global sleeve, characterized in that at least one peripheral guide channel is provided besides the central guide channel, which has substantially constant conicity over its entire length. a housing, wherein the housing has a circumferential lateral wall which, at a front end in the direction of production, is provided with a nozzle wall with an outlet nozzle, and at the back end contrary to the direction of production, is provided with a global sleeve, wherein the space in the housing between the global sleeve, the lateral wall and the outlet nozzle delimits an extrusion space, and the housing in the region of the extrusion space can be connected to a polymer feeding appliance, wherein at least one guide channel extending in the direction of production is formed in the global sleeve, in order to introduce at least one rod-shaped body from a feeding appliance for rod-shaped bodies into the extrusion space, and the at least one guide channel is arranged roughly in straight alignment relative to the outlet nozzle, wherein the guide channel has a substantially constant conicity over its entire length, wherein the guide channel extends along the entire length of the global sleeve, characterized in that at least one peripheral guide channel is provided besides the central guide channel, which has substantially constant conicity over its entire length.
A stackable storage system comprising: a first storage container configured and arranged to be selectively connected to a second storage container , wherein the first storage container comprises of at least one locking groove and the second container comprises a locking mechanism for selectively engaging the locking groove to connect and hold the first storage container to the second storage container , and wherein a portion of the locking mechanism extends laterally away from the side surface of the container when the locking mechanism is disengaged from the locking groove and wherein the portion of the locking mechanism is coplanar with the side surface of the container when the locking mechanism is engaged with the locking groove characterized in that the locking mechanism is configured as a sliding mechanism comprising a slider that moves between the engaged and disengaged position with respect to the locking groove , in that the slider has a side surface that is perpendicular to the direction of travel of the slider between the engaged and disengaged position with respect to the locking groove , and in that the side surface is coplanar with the side surface of the container when the slider is engaged with the locking groove . a first storage container configured and arranged to be selectively connected to a second storage container , wherein the first storage container comprises of at least one locking groove and the second container comprises a locking mechanism for selectively engaging the locking groove to connect and hold the first storage container to the second storage container , and wherein a portion of the locking mechanism extends laterally away from the side surface of the container when the locking mechanism is disengaged from the locking groove and wherein the portion of the locking mechanism is coplanar with the side surface of the container when the locking mechanism is engaged with the locking groove characterized in that the locking mechanism is configured as a sliding mechanism comprising a slider that moves between the engaged and disengaged position with respect to the locking groove , in that the slider has a side surface that is perpendicular to the direction of travel of the slider between the engaged and disengaged position with respect to the locking groove , and in that the side surface is coplanar with the side surface of the container when the slider is engaged with the locking groove .
Method for the documented tightening or tightening up of a heavily loaded screw connection , consisting of a threaded bolt and a nut screwed thereon, by using an axially operating, preferably hydraulically driven tensioning device and a process control unit provided with a documentation module, in which 1) the screw connection is identified by scanning an identification , preferably a barcode identification, provided on the screw connection , and the data thus determined are stored in the documentation module; 2) the screw connection is longitudinally extended by means of the tensioning device by axially pulling on the threaded end of the threaded bolt , and the tightening force (F A ) and/or the tightening pressure (P A ) thereby exerted is/are stored in the documentation module; 3) after the longitudinal extension, the nut is turned by using a hand torque wrench , characterized in that the hand torque (M) actually exerted thereby is stored in the documentation module. 1) the screw connection is identified by scanning an identification , preferably a barcode identification, provided on the screw connection , and the data thus determined are stored in the documentation module; 2) the screw connection is longitudinally extended by means of the tensioning device by axially pulling on the threaded end of the threaded bolt , and the tightening force (F A ) and/or the tightening pressure (P A ) thereby exerted is/are stored in the documentation module; 3) after the longitudinal extension, the nut is turned by using a hand torque wrench , characterized in that the hand torque (M) actually exerted thereby is stored in the documentation module.
A method of identifying whether a subject having androgenetic alopecia, baldness or hair loss is likely to be responsive to administration of a DP-2 antagonist that is selective with respect to DP-1 to stimulate hair growth, comprising: (i) genotyping single nucleotide polymorphic loci within or flanking the DP-2 gene in a genomic DNA sample obtained from the subject; and (ii) determining whether the subject is likely to be responsive to administration of the DP-2 antagonist, based on the genotype detected at each of the loci, wherein the loci comprise rs545659, rs634681 and rs7167, and wherein allele C of rs545659, allele A of rs634681 and allele G of rs7167 indicate that the subject is likely to be responsive. (i) genotyping single nucleotide polymorphic loci within or flanking the DP-2 gene in a genomic DNA sample obtained from the subject; and (ii) determining whether the subject is likely to be responsive to administration of the DP-2 antagonist, based on the genotype detected at each of the loci,
Wall-mounted radiant cooling device for rooms, comprising: - at least two cooling tubes positioned on two different levels adapted for cooled water to flow through; - fixing means of said cooling tubes to the outside of the walls (P) of said rooms, - a channel , arranged parallel to and underneath said cooling tubes , adapted to collect the condensate that is generated through contact with the hot air present in said rooms provided with said cooling tubes , characterized in that each cooling tube comprises two shaped longitudinal fins (2', 2"), wherein the size and the shape of the longitudinal fins (2',2") provided on the tubes causes collection, channelling and drainage of the condensate, and wherein said longitudinal fins (2', 2") of said cooling tubes are adapted to cooperate with one another to convey said condensate into said channel . - at least two cooling tubes positioned on two different levels adapted for cooled water to flow through; - fixing means of said cooling tubes to the outside of the walls (P) of said rooms, - a channel , arranged parallel to and underneath said cooling tubes , adapted to collect the condensate that is generated through contact with the hot air present in said rooms provided with said cooling tubes ,
A method for building a honeypot environment, the method comprising: collecting, by a gathering tool , data about a computing system ; selecting, by a distribution tool , at least one virtual environment of a plurality of pre-built virtual environments for association with the computing system based on the data, and one of: a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, wherein each of the plurality of pre-built virtual environments includes an emulator ; intercepting, by a network traffic control tool , network traffic of the computing system; emulating, by the emulator of the at least one virtual environment , the computing system ; and detecting, by an analysis tool , at least one malicious object from the intercepted network traffic based on the emulating. collecting, by a gathering tool , data about a computing system ; selecting, by a distribution tool , at least one virtual environment of a plurality of pre-built virtual environments for association with the computing system based on the data, and one of: a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, wherein each of the plurality of pre-built virtual environments includes an emulator ; intercepting, by a network traffic control tool , network traffic of the computing system; emulating, by the emulator of the at least one virtual environment , the computing system ; and detecting, by an analysis tool , at least one malicious object from the intercepted network traffic based on the emulating.
An electrical subsystem for a vehicle comprising a message filter and an electronic control module that in use generates messages tagged to indicate the type of the message of a number of different types that are to be transmitted across a network communication bus of the vehicle, in which the message filter comprises: an input for receiving messages from the module prior to the messages being fed to the bus ; and an output at which the received messages can be fed onto the bus ; the filter being configured so that in the event of a fault in the electronic control module the filter only passes through a subset of the total types of message from the module to the bus which meet a predefined criteria whilst allowing all messages to pass to the bus when there is no fault; wherein the message filter is arranged to receive a signal from a fault detection unit indicative of whether the electronic control module has a fault, and that the predefined criteria is that the message is non-safety-critical for the vehicle, the message filter including a memory which stores the information indicating which types of messages are safety-critical and/or which types of message are non-safety-critical. an input for receiving messages from the module prior to the messages being fed to the bus ; and an output at which the received messages can be fed onto the bus ; the filter being configured so that in the event of a fault in the electronic control module the filter only passes through a subset of the total types of message from the module to the bus which meet a predefined criteria whilst allowing all messages to pass to the bus when there is no fault; wherein the message filter is arranged to receive a signal from a fault detection unit indicative of whether the electronic control module has a fault, and that the predefined criteria is that the message is non-safety-critical for the vehicle, the message filter including a memory which stores the information indicating which types of messages are safety-critical and/or which types of message are non-safety-critical.
Handlebar grip for a two-wheeled vehicle , having the following components • at least one oscillation generator , which is designed to generate a mechanical oscillation, wherein the handlebar grip is designed to be partially pushed into a handlebar tube , wherein, after pushing in, the oscillation generator is arranged in the handlebar tube , • a damping element , wherein the damping element is designed to contact the handlebar tube after fixing of the handlebar grip on the handlebar tube of the two-wheeled vehicle and to damp transmission of the mechanical oscillation of the handlebar grip to the handlebar tube , and • a vibration element , which is connected to the oscillation generator , wherein the vibration element is designed so as, when the handlebar grip is gripped by a hand of a user, to transmit the mechanical oscillation generated by means of the oscillation generator to the hand, characterized in that the vibration element is at least partially arranged directly on a surface of the handlebar grip. • at least one oscillation generator , which is designed to generate a mechanical oscillation, wherein the handlebar grip is designed to be partially pushed into a handlebar tube , wherein, after pushing in, the oscillation generator is arranged in the handlebar tube , • a damping element , wherein the damping element is designed to contact the handlebar tube after fixing of the handlebar grip on the handlebar tube of the two-wheeled vehicle and to damp transmission of the mechanical oscillation of the handlebar grip to the handlebar tube , and • a vibration element , which is connected to the oscillation generator , wherein the vibration element is designed so as, when the handlebar grip is gripped by a hand of a user, to transmit the mechanical oscillation generated by means of the oscillation generator to the hand, characterized in that the vibration element is at least partially arranged directly on a surface of the handlebar grip.
A method for making a low density foamed article having a density of from 0.15 to 3 g/cm 3 , comprising: combining in an extruder (12; 130) a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers having a melt index of from 5 to 100 grams/10 min. at 190° C., 8.7 kg or from 180 to 300 grams/10 min. at 200° C., 21.6 kg as measured using the procedure of ASTM D1238 and thermoplastic ethylene-vinyl acetate copolymers having a melt index of from 0.5 up to 50 grams/10 min. at 190° C., 8.7 kg as measured using the procedure of ASTM D1238 with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid wherein the blowing agent (a) is present in an amount up to 15 wt % based on polymer weight and the supercritical fluid comprises one of 0.1 to 5 weight percent of supercritical CO 2 or about 0.1 to about 4 weight percent of supercritical N 2 to form a mixture and injection molding the mixture at an injection pressure of from 110 MPa to 207 MPa into a mold comprising a porous tool . combining in an extruder (12; 130) a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers having a melt index of from 5 to 100 grams/10 min. at 190° C., 8.7 kg or from 180 to 300 grams/10 min. at 200° C., 21.6 kg as measured using the procedure of ASTM D1238 and thermoplastic ethylene-vinyl acetate copolymers having a melt index of from 0.5 up to 50 grams/10 min. at 190° C., 8.7 kg as measured using the procedure of ASTM D1238 with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid wherein the blowing agent (a) is present in an amount up to 15 wt % based on polymer weight and the supercritical fluid comprises one of 0.1 to 5 weight percent of supercritical CO 2 or about 0.1 to about 4 weight percent of supercritical N 2 to form a mixture and injection molding the mixture at an injection pressure of from 110 MPa to 207 MPa into a mold comprising a porous tool .