mhurhangee/patent-ind-claim-en huggingface dataset:
Longitudinal adjuster for a vehicle seat , in particular a motor vehicle seat, having at least one pair of rails , which is formed of a first seat rail , in particular for connecting to a seat frame side part , and a second seat rail , in particular for connecting to a vehicle structure, wherein the seat rails of the pair of rails can be displaced in the longitudinal direction (x) relative to one another and engage reciprocally around one another, forming an internal channel , wherein an anchor that is fastened to the second seat rail is arranged in the internal channel , wherein a reinforcing profile that is fastened to the first seat rail is arranged in the internal channel , wherein, in normal conditions, the reinforcing profile and the anchor are spaced apart from one another and, in response to a predefined application of force, for example in the event of a crash, are jammed together, in particular engage into one another, characterized in that the reinforcing profile has a connecting portion , which passes rearwardly out of the internal channel and can be connected to a rear end of a seat frame side part , wherein the connecting portion is bent upwardly about a bending axis extending in the transverse direction (y).
A kit comprising first and second frit materials (15a-d, 17a-b) for use in forming an edge seal for a vacuum insulating glass (VIG) window unit , wherein: the first frit material (15a-d) comprises at least 65% bismuth oxide, by weight, the first frit material (15a-d) being fusable to glass when the glass reaches a first temperature of 550 degrees C or higher, and the second frit material (17a-b) comprises vanadium oxide, barium oxide, and zinc oxide, in amounts that total at least 65% by weight, the second frit being structured to form a bond with the first frit material (15a-d) in making the edge seal for the VIG window unit and being meltable when the glass reaches at a second temperature of no more than 400 degrees C, the first frit material (15a-d) being wettable at the second temperature. the first frit material (15a-d) comprises at least 65% bismuth oxide, by weight, the first frit material (15a-d) being fusable to glass when the glass reaches a first temperature of 550 degrees C or higher, and the second frit material (17a-b) comprises vanadium oxide, barium oxide, and zinc oxide, in amounts that total at least 65% by weight, the second frit being structured to form a bond with the first frit material (15a-d) in making the edge seal for the VIG window unit and being meltable when the glass reaches at a second temperature of no more than 400 degrees C, the first frit material (15a-d) being wettable at the second temperature.
A cassette type air conditioner, wherein the cassette type air conditioner comprises a heat exchanger which comprises: two side heat exchange parts provided on two sides and at an angle to each other; and an intermediate heat exchange part provided between the two side heat exchange parts , wherein the intermediate heat exchange part has a concave structure facing away from the angle between the two side heat exchange parts , characterized in that the two side heat exchange parts of the heat exchanger correspond to an air inlet of the cassette type air conditioner, and the intermediate heat exchange part corresponds to an air outlet of the cassette type air conditioner. two side heat exchange parts provided on two sides and at an angle to each other; and an intermediate heat exchange part provided between the two side heat exchange parts , wherein the intermediate heat exchange part has a concave structure facing away from the angle between the two side heat exchange parts , characterized in that the two side heat exchange parts of the heat exchanger correspond to an air inlet of the cassette type air conditioner, and the intermediate heat exchange part corresponds to an air outlet of the cassette type air conditioner.
A method for detecting foreign objects , in particular cutting or punching waste, between at least a bending tool and a sheet metal part to be formed, comprising the following steps: - providing a bending cell , comprising at least one upper tool and at least one lower tool , a system control , as well as at least one light source and at least one light sensor for detecting foreign objects , - providing at least the sheet metal part at a predefinable position between the upper tool and the lower tool in an opened state of the bending cell , - detecting foreign objects between the bending tool and the sheet metal part to be formed, wherein the detection of foreign objects : - is carried out with the aid of the at least one light source and the at least one light sensor by performing a profile measurement of the at least one lower tool arranged between the light source and the light sensor , and - the lower tool profile is compared with predefinable reference profiles and/or target profiles in a system control , - and if they match, the forming of the sheet metal part is initiated, - or, if they deviate from one another, an interruption or a termination of the process is initiated, and wherein, during the profile measurement, the at least one light source and/or the at least one light sensor are displaced in opposite directions along the direction of movement of the bending tool , and the at least one light source and/or the at least one light sensor are continuously turned towards one another by means of at least one alignment device . - providing a bending cell , comprising at least one upper tool and at least one lower tool , a system control , as well as at least one light source and at least one light sensor for detecting foreign objects , - providing at least the sheet metal part at a predefinable position between the upper tool and the lower tool in an opened state of the bending cell , - detecting foreign objects between the bending tool and the sheet metal part to be formed, - is carried out with the aid of the at least one light source and the at least one light sensor by performing a profile measurement of the at least one lower tool arranged between the light source and the light sensor , and - the lower tool profile is compared with predefinable reference profiles and/or target profiles in a system control , - and if they match, the forming of the sheet metal part is initiated, - or, if they deviate from one another, an interruption or a termination of the process is initiated, and
A method to produce a groove inner surface of a groove forming a workpiece surface on a rod-shaped workpiece , whereby the groove is produced starting from a first groove end using a machining machine comprising a laser that produces laser beam impulses (B), with a laser head that directs the laser beam impulses (B) of the laser onto the workpiece , and with a machine drive unit that has at least one machine axis drive that is configured to move the workpiece and the laser head relative to one another in at least one translational and/or rotational degree of freedom (X, Y, Z, DX, DY, DZ), comprising the following steps: - Positioning and/or orienting the workpiece relative to the laser head ; - Specifying and/or selecting an outside contour (K) of a pulse area and points of incidence separated from one another and arranged within the pulse area , onto which the laser beam impulses (B) from the laser head are emitted in a specified sequence, such that the outside contour (K) of the pulse area corresponds to the cross sectional contour of the groove to be produced, - Emitting the laser beam impulses (B) via the laser head in an emission direction (R) onto the workpiece onto the specified points of incidence within the pulse area , wherein, during the machining, the laser beam impulses (B) are oriented tangential to the section of the workpiece surface that is produced by the machining of the workpiece and that borders the pulse area ; - Moving the laser head and/or the workpiece relative to one another in such a way that the pulse area on which the material removal takes place is moved with respect to the workpiece exclusively in the emission direction (R) following a specified path of motion to produce the workpiece surface . - Positioning and/or orienting the workpiece relative to the laser head ; - Specifying and/or selecting an outside contour (K) of a pulse area and points of incidence separated from one another and arranged within the pulse area , onto which the laser beam impulses (B) from the laser head are emitted in a specified sequence, such that the outside contour (K) of the pulse area corresponds to the cross sectional contour of the groove to be produced, - Emitting the laser beam impulses (B) via the laser head in an emission direction (R) onto the workpiece onto the specified points of incidence within the pulse area , wherein, during the machining, the laser beam impulses (B) are oriented tangential to the section of the workpiece surface that is produced by the machining of the workpiece and that borders the pulse area ; - Moving the laser head and/or the workpiece relative to one another in such a way that the pulse area on which the material removal takes place is moved with respect to the workpiece exclusively in the emission direction (R) following a specified path of motion to produce the workpiece surface .
Fixing system which is configured for fixing a vehicle in at least two different processing plants for performing different processing methods for the vehicle, wherein the fixing system has at least one fixing module , wherein a respective fixing module of the at least one fixing module is to be arranged in a component of a bodywork of the vehicle, wherein the respective fixing module is configured in the component to releasably fix the bodywork in a first processing plant for performing a first processing method and in at least one second processing plant for performing at least one second processing method, wherein the at least one fixing module is configured to be rotationally symmetrical and funnel-shaped, wherein the fixing system has a plurality of funnel-shaped rotating parts , wherein a respective rotating part is to be temporarily inserted into the at least one fixing module of the at least one component , wherein a respective rotating part is configured as an adapter for fixing the vehicle in one of the respective processing plants.
A method for wireless communications by a base station of a coordinated multi-point, CoMP, cooperating set of base stations in a wireless communications network, the method characterized by : performing a clear channel assessment, CCA, procedure to contend for access to an unlicensed radio frequency spectrum band; determining a CCA status that indicates whether access to the unlicensed radio frequency spectrum band has been won for a time period; communicating the CCA status to one or more other base stations in the CoMP cooperating set; receiving one or more CCA status of the one or more other base stations that indicate whether the one or more other base stations have access to the unlicensed radio frequency spectrum band for the time period; and initiating CoMP communications with a user equipment, UE, using one or more base stations in the CoMP cooperating set that have a CCA status of winning access to the unlicensed radio frequency spectrum band for the time period. performing a clear channel assessment, CCA, procedure to contend for access to an unlicensed radio frequency spectrum band; determining a CCA status that indicates whether access to the unlicensed radio frequency spectrum band has been won for a time period; communicating the CCA status to one or more other base stations in the CoMP cooperating set; receiving one or more CCA status of the one or more other base stations that indicate whether the one or more other base stations have access to the unlicensed radio frequency spectrum band for the time period; and initiating CoMP communications with a user equipment, UE, using one or more base stations in the CoMP cooperating set that have a CCA status of winning access to the unlicensed radio frequency spectrum band for the time period.
Nozzle body of the nozzle of a fuel injector , the body having a bore extending along a main axis (Z) toward a blind extremity which internally forms a seat for receiving in circumferential contact a closing member, the tip portion of the bore having a peripheral surface of revolution about the main axis (Z) forming a sac chamber , the body being further provided with at least one spray hole axially (H) extending throughout the wall of the body , between an entry that is arranged in the peripheral surface of the sac and an exit opening on the outer surface of the wall , characterized in that in the vicinity of its entry , the transversal section (SI) of the spray hole is elongated along an elongation axis (E) and is oval or elliptical or oblong, or is triangular having its height along the elongation axis (E), the triangular entries having rounded corners and being alternated upside-down one every two holes, the triangles being arranged in a complementary manner having their base and apex alternated upside-down, so as to arrange said entries in a complementary manner around the peripheral surface of the sac and, in the vicinity of the exit the transversal section (SO) of the spray hole is circular and, the transversal section (S) of the spray hole continuously and smoothly evolves from the entry to the exit and wherein, the nozzle body is further provided with a plurality of spray holes , the axis (H) of the spray holes intersects the peripheral surface of the sac along a line (C) transversal to the main axis (Z) of the body .
An all-purpose dispenser for spraying and funneled dosage of liquids without propellant gases or aerosols, comprising a rectangular straight, prism-shaped outside casing with rounded edges, inside which there is a rectangular chassis-support to which the following elements are attached: - a liquid recipient with an output nozzle at the top, the output nozzle being provided with a spray output channel and a perpendicular rotating lever in its middle so that the liquid can be sprayed from the front or back of the all-purpose dispenser; - a pressure trigger comprising a substantially triangular part moored at one vertex by a rotating shaft , an upper vertex being secured by a tensor spring moored and fixed at an opposite end ; wherein the all-purpose dispenser comprises a cylindrical pressure cap welded to the middle of the pressure trigger and exactly aligned with the top of the output nozzle , wherein a free end of the pressure trigger is supported on a load arm consisting of an inertia flywheel , on one side of which there is a helical spiral , both the helical spiral and the inertia flywheel forming an integral part of an electric-motor-driven rotating shaft ; and wherein, when the output nozzle is turned to the opposite position using the lever , the liquid can be released through the back of the all-purpose dispenser which comprises a fuse and a deposit adapted to collect the liquid, which rather than emerging as spray, does so under gravity along a channelling directly to a recipient to be cleaned or disinfected. - a liquid recipient with an output nozzle at the top, the output nozzle being provided with a spray output channel and a perpendicular rotating lever in its middle so that the liquid can be sprayed from the front or back of the all-purpose dispenser; - a pressure trigger comprising a substantially triangular part moored at one vertex by a rotating shaft , an upper vertex being secured by a tensor spring moored and fixed at an opposite end ; wherein the all-purpose dispenser comprises a cylindrical pressure cap welded to the middle of the pressure trigger and exactly aligned with the top of the output nozzle , wherein a free end of the pressure trigger is supported on a load arm consisting of an inertia flywheel , on one side of which there is a helical spiral , both the helical spiral and the inertia flywheel forming an integral part of an electric-motor-driven rotating shaft ; and wherein, when the output nozzle is turned to the opposite position using the lever , the liquid can be released through the back of the all-purpose dispenser which comprises a fuse and a deposit adapted to collect the liquid, which rather than emerging as spray, does so under gravity along a channelling directly to a recipient to be cleaned or disinfected.
A train control system for controlling a train in accordance with speed patterns indicating relationships between a traveling position of the train that travels on a track and a speed limit at the traveling position, wherein the speed patterns are set for respective safety systems having control ranges allocated to the track, the safety systems include a first safety system having a first speed pattern and a second safety system having a second speed pattern , when the safety system used to control the train is to be changed over from the first safety system to the second safety system at a first position within a control section in which the control ranges overlap each other, and a speed limit of the first speed pattern and a speed limit of the second speed pattern compete with each other at the first position, the first speed pattern is changed so that a speed limit at a second position ahead of the first position within the overlapping control section is equal to or lower than the speed limit of the second speed pattern, and after the first speed pattern after the change is applied, the safety system is changed over from the first safety system to the second safety system. the speed patterns are set for respective safety systems having control ranges allocated to the track, the safety systems include a first safety system having a first speed pattern and a second safety system having a second speed pattern , when the safety system used to control the train is to be changed over from the first safety system to the second safety system at a first position within a control section in which the control ranges overlap each other, and a speed limit of the first speed pattern and a speed limit of the second speed pattern compete with each other at the first position, the first speed pattern is changed so that a speed limit at a second position ahead of the first position within the overlapping control section is equal to or lower than the speed limit of the second speed pattern, and after the first speed pattern after the change is applied, the safety system is changed over from the first safety system to the second safety system.
A refrigerator extending the shelf-life of the food products placed therein, comprising - at least one inner chamber in which the items intended to be stored are placed, and - at least one door enabling closing the inner chamber , - at least one generator creating electric signals to enable generation of the ultrasonic waves intended to be transmitted to the inner chamber , - at least one transducer converting the electric signals generated by the generator to ultrasonic waves characterized by - at least one microphone detecting ultrasonic waves and enabling measuring the amount of the ultrasonic waves transmitted to the inner chamber - at least one inner chamber in which the items intended to be stored are placed, and - at least one door enabling closing the inner chamber , - at least one generator creating electric signals to enable generation of the ultrasonic waves intended to be transmitted to the inner chamber , - at least one transducer converting the electric signals generated by the generator to ultrasonic waves characterized by - at least one microphone detecting ultrasonic waves and enabling measuring the amount of the ultrasonic waves transmitted to the inner chamber
An in vitro method of inducing adult regenerative cells to differentiate into induced noncontractile cardiomyocyte cells, said method comprising subjecting a population of adult regenerative cells to sequential expression of SHOX2 > TBX5 > HCN2 in order to induce specific differentiation of said cells, and growing said cells until cardiac pacemaker cells and Purkinje cells form.
A computer implemented method in a server apparatus, comprising: synchronizing a local clock of a client device using the trusted clock of the server apparatus and forming a corresponding service timestamp of the server apparatus; and receiving from the client device an event log corresponding to event entries of an electronic diary of a participant of a clinical trial, the event log being generated in the client device; the event log comprising an event identifier and an event timestamp for each of at least two event entries; wherein the synchronising of the local clock is one of the events; the method further comprising: determining a block of event entries within the event log, the block comprising a first event entry and a second event entry which are in a chronological order, so that the event timestamp of at least one of the first event entry and the second event entry is verified being correct in view of the corresponding service timestamp of a server apparatus; and adjusting the event timestamp of at least one of the first and the second event entry based on the timestamp verified being correct. synchronizing a local clock of a client device using the trusted clock of the server apparatus and forming a corresponding service timestamp of the server apparatus; and receiving from the client device an event log corresponding to event entries of an electronic diary of a participant of a clinical trial, the event log being generated in the client device; the event log comprising an event identifier and an event timestamp for each of at least two event entries; wherein the synchronising of the local clock is one of the events; determining a block of event entries within the event log, the block comprising a first event entry and a second event entry which are in a chronological order, so that the event timestamp of at least one of the first event entry and the second event entry is verified being correct in view of the corresponding service timestamp of a server apparatus; and adjusting the event timestamp of at least one of the first and the second event entry based on the timestamp verified being correct.