mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for securing luggage case casters , skis, and other transportation aids of a luggage case acting against a ground, wherein said assembly comprises: an adapter being formed of a separate holder , wherein said adapter has coupling means , wherein said coupling means are co-operatable with supplementary coupling elements situated on a caster holder for a caster housing or another holder for another transportation aid; and a separate or integrated corner bottom part of said luggage case , wherein the adapter is arranged receivable in and/or is connectable with said corner bottom part , wherein the adapter has a plurality of pegs projecting perpendicularly from the upper part thereof, which are receivable in openings of the corner bottom part and which pegs form receivers for fixing screws , and the corner bottom part further has cylindrical feet being arranged to surround the pegs from the interior of the luggage case and be fastened by fixing screws in the adapter , characterized in that the caster housing is arranged to be fastened to the assembly by a screw from the interior of the luggage case via through reception holes in the corner bottom part and the adapter as well as via a screw reception hole in a socket of the caster housing . an adapter being formed of a separate holder , wherein said adapter has coupling means , wherein said coupling means are co-operatable with supplementary coupling elements situated on a caster holder for a caster housing or another holder for another transportation aid; and a separate or integrated corner bottom part of said luggage case , wherein the adapter is arranged receivable in and/or is connectable with said corner bottom part , wherein the adapter has a plurality of pegs projecting perpendicularly from the upper part thereof, which are receivable in openings of the corner bottom part and which pegs form receivers for fixing screws , and the corner bottom part further has cylindrical feet being arranged to surround the pegs from the interior of the luggage case and be fastened by fixing screws in the adapter , characterized in that the caster housing is arranged to be fastened to the assembly by a screw from the interior of the luggage case via through reception holes in the corner bottom part and the adapter as well as via a screw reception hole in a socket of the caster housing .
An insulating roof support assembly for a roof structure comprising a plurality roof elongated rafters spaced apart in a predetermined distance with insulation boards therebetween, wherein elongated insulation elements are provided on the top of and in contact with each of the elongated roof rafters , wherein the elongated insulation elements are provided with the same width as the elongated roof rafters , and elongated wooden elements on top of said insulation elements with at least one flexible membrane for waterproofing between at least two neighbouring insulation elements sandwiched between the wooden elements and the insulation elements .
An image capturing element comprising: a pixel region in which a plurality of pixels are disposed in a matrix of rows and columns; and a vertical drive circuit configured to drive the pixels on each row, wherein the vertical drive circuit includes a power source configured to supply electrical power to an output element (46-1, 46-2, 46-3) configured to output a drive signal for driving each pixel , and a control element (43-1, 43-2, 44-1, 44-2) configured to control current flowing between a wire through which electrical power is output from the power source and a ground level in accordance with a pulse having a predetermined pulse width at switching between operation modes that require different operation voltages; and wherein the control element (43-1, 43-2, 44-1, 44-2) is a resistor (43-1, 43-2) and a switch (44-1, 44-2) connecting the wire through which electrical power is output from the power source and the ground level in series, and the switch (44-1, 44-2) opens and closes in accordance with the pulse. a pixel region in which a plurality of pixels are disposed in a matrix of rows and columns; and a vertical drive circuit configured to drive the pixels on each row, wherein the vertical drive circuit includes a power source configured to supply electrical power to an output element (46-1, 46-2, 46-3) configured to output a drive signal for driving each pixel , and a control element (43-1, 43-2, 44-1, 44-2) configured to control current flowing between a wire through which electrical power is output from the power source and a ground level in accordance with a pulse having a predetermined pulse width at switching between operation modes that require different operation voltages; and wherein the control element (43-1, 43-2, 44-1, 44-2) is a resistor (43-1, 43-2) and a switch (44-1, 44-2) connecting the wire through which electrical power is output from the power source and the ground level in series, and the switch (44-1, 44-2) opens and closes in accordance with the pulse.
A hand-held aerosol provision system , hereafter an AP system, comprising a power supply ; an airflow generator powered in operation by the power supply; an atomiser ; a nozzle ; and wherein the airflow generator is arranged in operation to generate an airflow that passes firstly through the atomiser to generate an aerosolised payload, and secondly through the nozzle; and characterized in that the nozzle is arranged in operation to emit the aerosolised payload as a stream, having a dispersion angle in the range of 0-5° during the first 3cm beyond the nozzle, for inhalation by a user without the need to touch the aerosol provision system with their lips.
A method for receiving system information in a 5G New Radio, NR, system, performed by a terminal, the method comprising sending a system information request message to a first access network device, wherein the terminal is a user equipment, UE, in an idle state, the system information request message carries an identification of a neighbor cell and an identification of a system information block, SIB, X for configuring transmission resources of the neighbor cell to perform a service with low latency requirements, where X is an integer greater than 1, the neighbor cell being selected as a target cell in a cell reselection by the UE, and the system information request message is configured to instruct the first access network device to send an update message to the second access network device, wherein the update message carries the identification of the SIB X; receiving other system information, Other SI, broadcasted by a second access network device, wherein the Other SI carries the SIB X; and reading the SIB X of the neighbor cell before performing the cell reselection; wherein, the first access network device is an access network device for a cell where the terminal currently dwells, and the second access network device is an access network device for the neighbor cell. sending a system information request message to a first access network device, wherein the terminal is a user equipment, UE, in an idle state, the system information request message carries an identification of a neighbor cell and an identification of a system information block, SIB, X for configuring transmission resources of the neighbor cell to perform a service with low latency requirements, where X is an integer greater than 1, the neighbor cell being selected as a target cell in a cell reselection by the UE, and the system information request message is configured to instruct the first access network device to send an update message to the second access network device, wherein the update message carries the identification of the SIB X; receiving other system information, Other SI, broadcasted by a second access network device, wherein the Other SI carries the SIB X; and reading the SIB X of the neighbor cell before performing the cell reselection; wherein, the first access network device is an access network device for a cell where the terminal currently dwells, and the second access network device is an access network device for the neighbor cell.
Braking method for a vehicle comprising at least one front wheel and at least one rear wheel, wherein a hydraulically actuatable brake is provided at the front wheel and at the rear wheel and an automatic parking brake is provided at the rear wheel, wherein, in a first step (P3a) of an initiation phase (P3) of the braking method, a braking force is generated at the front wheel by means of a hydraulic brake pressure of the hydraulically actuatable brake, characterized in that , - in the first step (P3a) of the initiation phase (P3) of the braking method, a braking force is generated at the rear wheel exclusively by means of an electrical actuator of the automatic parking brake. - in the first step (P3a) of the initiation phase (P3) of the braking method, a braking force is generated at the rear wheel exclusively by means of an electrical actuator of the automatic parking brake.
A flat layer component arrangement for temperature-compensated optical detection of an oxygen content of a fluid, the flat layer component arrangement comprising: - a luminophore-containing reaction layer body comprising one or more layers , the luminophore of which can be excited by irradiation with a first electromagnetic radiation (E1) of a first wavelength to radiate a second electromagnetic radiation (E2) of a second wavelength different from the first wavelength, the excited emission behaviour of the luminophore is dependent on an oxygen partial pressure in a fluid contacting the luminophore, and - a temperature-detecting layer body comprising one or more layers and emitting infrared radiation (I), characterised in that the reaction layer body and the temperature-detecting layer body are formed separately from each other and are arranged spatially separated from each other, the temperature-detecting layer body being free of luminophore. - a luminophore-containing reaction layer body comprising one or more layers , the luminophore of which can be excited by irradiation with a first electromagnetic radiation (E1) of a first wavelength to radiate a second electromagnetic radiation (E2) of a second wavelength different from the first wavelength, the excited emission behaviour of the luminophore is dependent on an oxygen partial pressure in a fluid contacting the luminophore, and - a temperature-detecting layer body comprising one or more layers and emitting infrared radiation (I),
A method for a computer-aided installation of spatially decentralized, electrical components of a machine by multiple users with user-specific support, comprising: Receiving an identifier of an installation element , preferably a cable or a component; Providing an installation specification which specifies an assignment of the installation element for connection to an electrical component ; Identifying the electrical component based on the provided installation specification ; and Initiating an output of at least one installation information based on the received identifier and the identified component ; wherein the method is applied by a plurality of users simultaneously or at least partially simultaneously. Receiving an identifier of an installation element , preferably a cable or a component; Providing an installation specification which specifies an assignment of the installation element for connection to an electrical component ; Identifying the electrical component based on the provided installation specification ; and Initiating an output of at least one installation information based on the received identifier and the identified component ; wherein the method is applied by a plurality of users simultaneously or at least partially simultaneously.
A safety system of a drive of a gate, in particular of a lifting gate , further in particular of a fast-running lifting gate , having a rotating tension means , the drive having a drive wheel and a driven wheel , and a rotating tension means , wherein a drive torque can be transmitted from the drive wheel to the driven wheel by means of the tension means , wherein the safety system further comprises a blocking member which, in a normal operating position in which the tension means is intact, is out of engagement with the driven wheel and is held pretensioned in the normal position by means of a pretensioning device , having a holding portion , and a holding device , the holding device being formed and configured in such a way that, at least in the event of breakage/tearing of the tension means , it releases the blocking member and the pretensioning device displaces the blocking member out of the normal position into a blocking position in which at least the driven wheel is blocked, wherein the holding device is provided on a motor bracket of a drive motor , characterized in that the motor bracket is held in a pretensioned operating position by the pulling means and after a tear in the tension means , the motor bracket is automatically displaceable by means of the pretensioning, thereby releasing the holding portion of the pretensioning device .
Method for operating a cableway having at least one vehicle , wherein, at least in one station of the cableway , a closure device of the vehicle is closed by means of a closure drive and the closed closure device is locked by a locking unit , wherein a locking status of the locking unit is detected by a locking monitor and is transmitted to a cableway controller of the cableway , and the travel of the vehicle out of the station is prevented by the cableway controller in the event of defective locking, characterized in that a current collector of the vehicle contacts a first busbar during travel through the station in a direction of movement at least after the closing and locking of the closure device , wherein the first busbar is connected to the cableway controller via a first station powerline modem , and the current collector is connected to a vehicle powerline modem on the vehicle , in that, after the closing and locking of the closure device , a locking evaluation unit queries the locking status from the locking monitor and transmits it to the cableway controller with the vehicle powerline modem via the first busbar and the first station powerline modem by means of powerline communication, and in that, in the event of defective locking, the cableway is stopped by the cableway controller , as a result of which the vehicle comes to a standstill in the region of the first busbar or a second busbar arranged after the first busbar in the direction of movement, wherein the second busbar is connected to the first station powerline modem or to a second station powerline modem connected to the cableway controller , and in that, while the vehicle is standing in the region of the first or second busbar , the locking status is queried at least once from the locking monitor and the locking status is transmitted again to the cableway controller by means of the vehicle powerline modem via the first or second busbar and the associated station powerline modem , and the cableway is started by the cableway controller when a correct locking has been signaled by the re-transmitted locking status.
A lamp, comprising: a heat dissipation base , a light source assembly , and a lampshade arranged outside the light source assembly ; the heat dissipation base comprises: a base and a heat dissipation column arranged on the base ; the light source assembly comprises: a flexible substrate , lamp beads , and a power driven module arranged on the flexible substrate ; the flexible substrate comprises: a side plate wrapping outside a sidewall of the heat dissipation column , and a top plate connected to the side plate and covering a top of the heat dissipation column ; the lamp beads are arranged on the side plate and the top plate , respectively; characterized in that connecting strips extend from a periphery of the top plate , and the connecting strips abut against an outer side of the heat dissipation column and are wrapped inside the side plate ; and in that the lamp further includes a thermal conductive sleeve sleeved outside the heat dissipation column ; and the side plate is wrapped outside a sidewall of the thermal conductive sleeve , and the connecting strips abut against a sidewall of the thermal conductive sleeve . the heat dissipation base comprises: a base and a heat dissipation column arranged on the base ; the light source assembly comprises: a flexible substrate , lamp beads , and a power driven module arranged on the flexible substrate ; the flexible substrate comprises: a side plate wrapping outside a sidewall of the heat dissipation column , and a top plate connected to the side plate and covering a top of the heat dissipation column ; the lamp beads are arranged on the side plate and the top plate , respectively; characterized in that connecting strips extend from a periphery of the top plate , and the connecting strips abut against an outer side of the heat dissipation column and are wrapped inside the side plate ; and in that the lamp further includes a thermal conductive sleeve sleeved outside the heat dissipation column ; and the side plate is wrapped outside a sidewall of the thermal conductive sleeve , and the connecting strips abut against a sidewall of the thermal conductive sleeve . connecting strips extend from a periphery of the top plate , and the connecting strips abut against an outer side of the heat dissipation column and are wrapped inside the side plate ; and in that the lamp further includes a thermal conductive sleeve sleeved outside the heat dissipation column ; and the side plate is wrapped outside a sidewall of the thermal conductive sleeve , and the connecting strips abut against a sidewall of the thermal conductive sleeve .
A sign holder comprising a sign , where the sign is received on one arm of a rocker, where the rocker is pivotably suspended on an axle that constitutes the delineation between the two arms of the rocker, and where the rocker in its other arm is provided with a counter weight , characterised in that the axle is connected to at least one electrical generator (3a-b), that the sign holder comprises at least one battery that receives electrical power generated by the at least one electrical generator (3a-b), and that the battery is arranged on the rocker in such a way that it constitutes the counter weight .
A method for separating a target allele from a mixture of nucleic acids, comprising (a) providing a mixture of nucleic acids in fluidic contact with a stabilized ternary complex that is attached to a solid support, wherein the stabilized ternary complex comprises a polymerase, primed nucleic acid template, and next correct nucleotide, wherein the template comprises a target allele, wherein the next correct nucleotide is a cognate nucleotide for the target allele, and wherein the stabilized ternary complex is attached to the solid support via a linkage between the polymerase and the solid support or via a linkage between the next correct nucleotide and the solid support; and (b) separating the solid support from the mixture of nucleic acids, thereby separating the target allele from the mixture of nucleic acids. (a) providing a mixture of nucleic acids in fluidic contact with a stabilized ternary complex that is attached to a solid support, wherein the stabilized ternary complex comprises a polymerase, primed nucleic acid template, and next correct nucleotide, wherein the template comprises a target allele, wherein the next correct nucleotide is a cognate nucleotide for the target allele, and wherein the stabilized ternary complex is attached to the solid support via a linkage between the polymerase and the solid support or via a linkage between the next correct nucleotide and the solid support; and (b) separating the solid support from the mixture of nucleic acids, thereby separating the target allele from the mixture of nucleic acids.
Sandwich panel obtained by the method according to any one of the Claims 8-13, comprising a first and a second metal profile , a foam core between the first metal profile and the second metal profile which foam core comprises a first foam layer on the first metal profile or on an optional primer that may be provided on the first metal profile , and a second foam layer on the first foam layer , wherein the first foam layer completely covers the optional primer and/or the first metal profile and the second foam layer completely covers and is in direct contact with the first foam layer at a foam-foam interface between the first foam layer and the second foam layer wherein the foam-foam interface is provided at a predefined distance from the first metal profile .
A support bracket configured for detachably attaching to a support rail , said support bracket comprising a body extending between a first, engaging end , and a second end , wherein the engaging end comprises at least a pair of axially disposed engaging hooks projecting from the engaging end and configured for sliding engagement within bracket arresting slots of the support rail , and a locking mechanism comprising a locking plunger normally biased into a projecting position from the engaging end , and a actuating member for displacing the locking plunger into a retracted position, wherein the actuating member is accommodated within a space of the body defined between two parallelly disposed side walls , the actuating member being configured with a body portion having a body width (Z) corresponding with the width (P) of the space between the parallelly extending side walls of the bracket body, and a sliding limit projecting from the body portion, having a width greater then said space width and projecting into actuation openings of the side wall, thereby restricting sliding displacement of the retracing member between a forward projecting position and a rearward, retracted position, the body portion of the actuating member being configured with a through-going finger engaging location , disposed in register with actuation openings at the side walls, said finger engaging location being smaller than the actuation openings and configured with a laterally projecting rim portion defining said sliding limit. the actuating member being configured with a body portion having a body width (Z) corresponding with the width (P) of the space between the parallelly extending side walls of the bracket body, and a sliding limit projecting from the body portion, having a width greater then said space width and projecting into actuation openings of the side wall, thereby restricting sliding displacement of the retracing member between a forward projecting position and a rearward, retracted position, the body portion of the actuating member being configured with a through-going finger engaging location , disposed in register with actuation openings at the side walls, said finger engaging location being smaller than the actuation openings and configured with a laterally projecting rim portion defining said sliding limit.
An electromagnetic-wave absorbing sheet having flexibility, comprising an electric resistance film and a dielectric layer and an electromagnetic-wave shielding layer that are stacked sequentially, characterized in that the electric resistance film is formed of a conductive organic polymer, wherein the electromagnetic-wave absorbing sheet does not crack after being subjected to a flexibility evaluation test, and a surface electric resistance of the electromagnetic-wave absorbing sheet does not increase after being subjected to the flexibility evaluation test comprising: placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent. placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent.