mhurhangee/ep-ind-claims huggingface dataset:
A communication device for redirecting the communication device establishing a connection with a first node, the communication device comprising: a storage device, for storing instructions of: performing a first random access, RA, procedure with the first node; transmitting information of a service to the first node, when performing the first RA procedure; receiving a radio resource control, RRC, redirection command message for redirecting the communication device to at least one second node from the first node, after transmitting the information of the service; selecting a first one of the at least one second node according to the RRC redirection command message; and performing a second RA procedure with the first one of the at least one second node; and wherein the communication device selects the first one of the at least one second node according to a result of a cell search procedure, after performing the cell search procedure; or selects the first one of the at least one second node according to a measurement performed before performing the first RA procedure; a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device. performing a first random access, RA, procedure with the first node; transmitting information of a service to the first node, when performing the first RA procedure; receiving a radio resource control, RRC, redirection command message for redirecting the communication device to at least one second node from the first node, after transmitting the information of the service; selecting a first one of the at least one second node according to the RRC redirection command message; and performing a second RA procedure with the first one of the at least one second node; and wherein the communication device selects the first one of the at least one second node according to a result of a cell search procedure, after performing the cell search procedure; or selects the first one of the at least one second node according to a measurement performed before performing the first RA procedure; a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device.
Method for producing a composite component, which is made up at least of a carrier, for instance a trim panel, and a light guide, comprising a first method step, in which a carrier plastic component is injected into a main chamber that reproduces the negative form of the carrier, while leaving free a subchamber that reproduces the negative form of the light guide, and comprising a second method step, in which a light-guide plastic component is injected into the subchamber, wherein the composite component is produced in an assembly injection-moulding process, in which the carrier and the light guide are connected in an interlocking and inseparable manner without a material-bonding connection, wherein the injection-moulding tool that is used has tool halves (25, 27), which bound a mould chamber, which is divided into a main chamber and a subchamber, and that a shut-off slide is provided, taking up or closing the subchamber when the carrier plastic component is being injected and releasing the subchamber in the second method step, characterized in that the shut-off slide has projections that are adjustable transversely in relation to the demoulding direction, in order to create an interlocking connection between the carrier and the light guide.
A membrane electrode assembly comprising: an electrolyte membrane; an electrode catalytic layer comprising nanostructured elements having acicular microstructured support whiskers bearing acicular nanoscopic catalyst particles; and a gas diffusion layer comprising a nitrogen-containing compound having an anionic ion-exchange group. an electrolyte membrane; an electrode catalytic layer comprising nanostructured elements having acicular microstructured support whiskers bearing acicular nanoscopic catalyst particles; and a gas diffusion layer comprising a nitrogen-containing compound having an anionic ion-exchange group.
Machine for the aerial handling of a load, comprising a bearing slide having means for the aerial suspension (20, 21, 22), said machine further comprising means for coupling and dragging (3, 4, 5, 6, 10) said load on said slide, wherein said means for aerial suspension (20, 21, 22) comprises a support plate of said bearing slide, slidably mounted below said bearing slide, characterized in that the machine further comprises an actuator for the longitudinal movement of said support plate along said bearing slide, so as to continuously balance the possible oscillations due to weight shifting during the load handling operations.
Fuel cell stack, characterized in that it comprises: - a membrane electrode assembly (111, 112, 113) comprising a cathode fastened to a proton exchange membrane; - a conductive plate delimiting a flow channel between an air inlet and a water outlet; - a gas diffusion layer covering the flow channel, inserted and compressed between the cathode and the conductive plate, the gas diffusion layer comprising first and second portions (24, 25): - being two separate components that adjoin at an interface, and that have adjoining edges of complementary and non-rectilinear shape; - having different compositions; - having a same thickness under said compression; - the composition of the first portion having a current density under dry conditions greater than that of the composition of the second portion; - the composition of the second portion having a current density under wet conditions greater than that of the composition of the first portion; - the first portion extending between 15 and 50% of the length of the flow channel from the air inlet and the second portion extending between 50 and 85% of the length of the channel from the water outlet. - a membrane electrode assembly (111, 112, 113) comprising a cathode fastened to a proton exchange membrane; - a conductive plate delimiting a flow channel between an air inlet and a water outlet; - a gas diffusion layer covering the flow channel, inserted and compressed between the cathode and the conductive plate, the gas diffusion layer comprising first and second portions (24, 25): - being two separate components that adjoin at an interface, and that have adjoining edges of complementary and non-rectilinear shape; - having different compositions; - having a same thickness under said compression; - the composition of the first portion having a current density under dry conditions greater than that of the composition of the second portion; - the composition of the second portion having a current density under wet conditions greater than that of the composition of the first portion; - the first portion extending between 15 and 50% of the length of the flow channel from the air inlet and the second portion extending between 50 and 85% of the length of the channel from the water outlet. - being two separate components that adjoin at an interface, and that have adjoining edges of complementary and non-rectilinear shape; - having different compositions; - having a same thickness under said compression; - the composition of the first portion having a current density under dry conditions greater than that of the composition of the second portion; - the composition of the second portion having a current density under wet conditions greater than that of the composition of the first portion; - the first portion extending between 15 and 50% of the length of the flow channel from the air inlet and the second portion extending between 50 and 85% of the length of the channel from the water outlet.
In combination, a seat track assembly (10; 10') and a locking mechanism (16; 16') for a seat assembly, the combination comprising a lower track including a locking window (80; 80'), an upper track (14; 14') slidably coupled to the lower track, the upper track (14; 14') including a first aperture (76; 76'), a mounting bracket (82; 152) fixedly secured to the upper track (14; 14'), the mounting bracket (82; 152) including a guide aperture (100; 174), at least one pin (102; 102') slidably guided by the guide aperture (100; 174) of the mounting bracket (82; 152) for movement in and out of the locking window (80; 80') and the first aperture (76; 76') of the upper track (14; 14') between an unlocked position disengaged from the tracks to allow sliding movement therebetween and a locked position for interlocking the upper and lower tracks (14; 14', 12), the at least one pin (102; 102') including opposite first and second sides (110; 112), at least one of the first and second sides (110; 112) including a recess (116; 116'), the recess (116; 116') reducing a surface area of the at least one of the first and second sides (110; 112) of the pin (102; 102') and the recess (116; 116') defining upper and lower edges (120, 118), wherein in the locked position the upper and lower edges (120, 118) of the recess (116; 116') lockingly engage with the locking window (80; 80') of the lower track and the first aperture (76; 76') of the upper track (14; 14'), respectively, in response to a dynamic impact to prevent withdrawal of the at least one pin (102; 102') from the locking window (80; 80') and the first aperture (76; 76'), and wherein the pin (102; 102') extends longitudinally between the first tapered end for movement in and out of the locking window (80; 80') and the first aperture (76; 76') and an opposite second end, the upper and lower edges (120, 118) of the recess (116; 116') extending generally parallel to the longitudinal extension of the pin (102; 102').
A method performed by a first base station, the method comprising: receiving by the first base station from a second base station: an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; receiving, from a PDCP layer of the second base station, the duplicated PDCP packets of the first bearer; transmitting, to the wireless device, the duplicated PDCP packets; determining an aggregate bit rate between the wireless device and the first base station, wherein the determining ignores the duplicated PDCP packets received from the PDCP layer of the second base station; and limiting the aggregate bit rate based on the aggregate maximum bit rate. receiving by the first base station from a second base station: an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; an aggregate maximum bit rate of a wireless device at the first base station; and a parameter indicating that a first bearer comprises duplicated packet data convergence protocol, PDCP, packets; receiving, from a PDCP layer of the second base station, the duplicated PDCP packets of the first bearer; transmitting, to the wireless device, the duplicated PDCP packets; determining an aggregate bit rate between the wireless device and the first base station, wherein the determining ignores the duplicated PDCP packets received from the PDCP layer of the second base station; and limiting the aggregate bit rate based on the aggregate maximum bit rate.
An obstruction removal device (100, 200, 300) comprising: a first tubular region (101, 201, 301) comprising only two adjacent elliptical cells; a second tubular region (102, 202, 302) connected to said first tubular region (101, 201, 301) and comprising only four rectangular cells; a third tubular region connected to said second tubular region and comprising only two adjacent elliptical cells; and a fourth tubular region connected to said third tubular region and comprising only four rectangular cells; wherein said first tubular region (101, 201, 301) and said third tubular region have a first diameter, and said second tubular region (102, 202, 302) and said fourth tubular region have a second diameter that is larger than said first diameter when said obstruction removal device is in an expanded state; wherein said two adjacent elliptical cells in each of said first tubular region and said third tubular region are laterally adjacent and are disconnected from each other along one of their lateral sides, forming an open tubular shape; and wherein said four rectangular cells in each of said second tubular region and said fourth tubular region are laterally adjacent and form a closed tubular shape. a first tubular region (101, 201, 301) comprising only two adjacent elliptical cells; a second tubular region (102, 202, 302) connected to said first tubular region (101, 201, 301) and comprising only four rectangular cells; a third tubular region connected to said second tubular region and comprising only two adjacent elliptical cells; and a fourth tubular region connected to said third tubular region and comprising only four rectangular cells; wherein said first tubular region (101, 201, 301) and said third tubular region have a first diameter, and said second tubular region (102, 202, 302) and said fourth tubular region have a second diameter that is larger than said first diameter when said obstruction removal device is in an expanded state; wherein said two adjacent elliptical cells in each of said first tubular region and said third tubular region are laterally adjacent and are disconnected from each other along one of their lateral sides, forming an open tubular shape; and wherein said four rectangular cells in each of said second tubular region and said fourth tubular region are laterally adjacent and form a closed tubular shape.
A system of sealing a metal fastener from electrolyte in an area (B1, B2, B3, B4, B5) of dissimilar metals, comprising: a seal, a first member, a second member, and metal fasteners, wherein said seal comprises: at least a portion that is seated between said first member and said second member, and end portions, each of said end portions being respectively mounted onto an end portion of said first member, wherein each end portion of said seal has a lower end portion and an upper end portion, each lower end portion having at least a lower pad and each upper end portion having at least an upper pad, an extended portion extending from said upper end portion and having at least an inner pad, and side portions having apertures passing therethrough for respectively receiving therein said metal fasteners, wherein each lower pad is seated into a corresponding first groove of said second member, wherein said upper pad is seated into a corresponding second groove below or beneath a head of a corresponding one of said fasteners, and wherein said inner pad is seated into a corresponding third groove below or beneath said head of a corresponding one of said fasteners. at least a portion that is seated between said first member and said second member, and end portions, each of said end portions being respectively mounted onto an end portion of said first member, wherein each end portion of said seal has a lower end portion and an upper end portion, each lower end portion having at least a lower pad and each upper end portion having at least an upper pad, an extended portion extending from said upper end portion and having at least an inner pad, and side portions having apertures passing therethrough for respectively receiving therein said metal fasteners, wherein each lower pad is seated into a corresponding first groove of said second member, wherein said upper pad is seated into a corresponding second groove below or beneath a head of a corresponding one of said fasteners, and wherein said inner pad is seated into a corresponding third groove below or beneath said head of a corresponding one of said fasteners.
Mechanical connecting device comprising a bracelet and a mechanical part, in particular a component of a wristwatch, wherein the mechanical connecting device is arranged to connect the bracelet to the mechanical part, the bracelet comprising a pivot and a stop, said mechanical part comprising a retaining member for said pivot, the retaining member being arranged to hold said pivot on the mechanical part in a first configuration and to release the pivot from the mechanical part in a second configuration; the mechanical connecting device: - further comprises a latch movable between a closed position in which it holds said pivot on said mechanical part and an open position in which the pivot can be released from said mechanical part; - the latch having a resilient constraining member arranged to constrain said latch in its closed position; - said latch having at least one inclined plane arranged such that the application of a force to said inclined plane in one direction generates a displacement of the latch to its open position in another direction; - the latch comprising at least one support area arranged such that the application of a force on the support area generates a displacement of the latch to its open position; the mechanical connecting device is characterised - in that the mechanical part comprises a stop member cooperating with said stop of the bracelet so as to prevent the pivot of the bracelet from applying a force to the latch so as to move it into its open position when the bracelet is in a position of use, the stop member not interacting with the stop of the bracelet when the bracelet is in a replacement position. - further comprises a latch movable between a closed position in which it holds said pivot on said mechanical part and an open position in which the pivot can be released from said mechanical part; - the latch having a resilient constraining member arranged to constrain said latch in its closed position; - said latch having at least one inclined plane arranged such that the application of a force to said inclined plane in one direction generates a displacement of the latch to its open position in another direction; - the latch comprising at least one support area arranged such that the application of a force on the support area generates a displacement of the latch to its open position; the mechanical connecting device is characterised - in that the mechanical part comprises a stop member cooperating with said stop of the bracelet so as to prevent the pivot of the bracelet from applying a force to the latch so as to move it into its open position when the bracelet is in a position of use, the stop member not interacting with the stop of the bracelet when the bracelet is in a replacement position.
A crystalline salt of 1-(4-(2-((1-(3,4-difluorophenyl)-1H-pyrazol-3-yl)methoxy)ethyl)piperazin-1-yl)ethanone, wherein said salt is selected from hydrochloride, maleate, succinate, oxalate and/or hydrobromide.
A system for energy conversion, the system comprising: a closed cycle engine containing a volume of working fluid, the engine comprising an expansion chamber separated from a compression chamber by a piston wherein the engine comprises a cold side heat exchanger through which a plurality of chiller conduits is extended from the compression chamber, wherein the cold side heat exchanger comprises a chiller working fluid passage in thermal communication with the plurality of chiller conduits, and wherein the engine comprises two or more piston bodies, the compression chamber and the expansion chamber positioned within each piston body, and wherein the chiller working fluid passage comprises a first chiller working fluid passage positioned at each piston body laterally proximate to the expansion chamber, and wherein the chiller working fluid passage further comprises a second chiller working fluid passage positioned at each piston body laterally distal to the expansion chamber relative to the first chiller working fluid passage, and wherein a chiller working fluid flowpath is extended from the first chiller working fluid passage at one piston body to the second chiller working fluid passage at another piston body.
An oil-in-water type composition for whipped cream, comprising hydroxypropyl methylcellulose, an oil, a non-fat milk solid and water, wherein the hydroxypropyl methylcellulose is characterized in that the ratio of interfacial elastic modulus to interfacial viscous modulus is from 2.0 to 3.5 when measured with a tensiometer at 25°C using a 0.2% by mass aqueous solution, the viscosity of 2.0 wt% aqueous HPMC solution at 20°C is from 5.5 mPa.s to 500,0 mPa.s, the degree of substitution with methoxy groups per unit of anhydrous glucose is from 1.60 to 1.95, and the molar substitution with hydroxypropoxy groups per mole of anhydrous glucose is from 0.10 to 0.60.
Method for detecting at least one flow property of a flowing fluid medium, wherein at least one sensor element is used, wherein the sensor element comprises at least one heating element and at least two temperature measurement sensors, characterized in that at least one first measurement variable and at least one second measurement variable, which is different from the first measurement variable, are detected by means of the sensor element, wherein the first measurement variable and the second measurement variable can be influenced by the flow property, wherein at least one correction, in particular at least one correction factor and/or at least one correction vector, is generated from the first measurement variable and the second measurement variable, wherein the flow property is determined from the first measurement variable and the second measurement variable taking into account the correction, wherein the first measurement variable and the second measurement variable are selected, independently of one another, from the group comprising: a heating voltage of a heating resistor of the heating element, which heating voltage is required for setting a prespecified temperature of the heating element; a heating current through a heating resistor of the heating element, which heating current is required for setting a prespecified temperature of the heating element; a heating power of a heating resistor of the heating element, which heating power is required for setting a prespecified temperature of the heating element; a temperature difference between temperatures which are detected by the temperature measuring sensors.
A casing for a disposable bag filter for filtering dispersed particles from a turbid solution which must not come into contact with the environment of the filter, wherein the casing is configured as a disposable casing which is determined for disposal after onetime use, characterized in that the casing is configured as a disposable casing in that it comprises a flexible outer wall which is of thin-walled configuration and comprises a material-dependent thickness which is suitable for an operating pressure of 2 to 10 bars above the ambient pressure, wherein stiffening of the casing is not effected by the outer wall of the casing but by a separate stiffening element, wherein the casing comprises an inlet through which the solution to be filtered is supplied to the interior of the casing, wherein particles in the solution are retained by the filter, wherein the stiffening element is a stiff filter cage which surrounds the bag filter and is arranged between the latter and the flexible outer wall, wherein the casing further comprises an outlet through which the filtered matter leaves the casing.