mhurhangee/patent-ind-claim-en huggingface dataset:
Wooden module , - having four cross-sectionally square longitudinal pieces of timber , with a width B 1 and a minimum length L 1 = 6B 1 , which are arranged parallel to and spaced apart from one another in such a way that, at their end sides, they span a square with a width B 2 = 3B 1 , - having at least six cross-sectionally square transverse pieces of timber with a width B 1 and a length L 2 = 3B 1 , - having at least two cross-sectionally square plugs with a width B 1 and a length L 3 = 2B 1 , - wherein at least four transverse pieces of timber are arranged vertically and at least two transverse pieces of timber are arranged horizontally, - wherein the transverse pieces of timber are arranged over the length L 1 of the longitudinal pieces of timber and between the latter as follows: vertically, horizontally, vertically, vertically, horizontally, vertically, - wherein the at least two plugs are arranged vertically parallel to one another and to the vertical transverse pieces of timber on the at least two horizontal transverse pieces of timber and project from a lateral face of the wooden module , - wherein the longitudinal pieces of timber , the transverse pieces of timber and the plugs are connected to one another via connection plugs made of wood. - having four cross-sectionally square longitudinal pieces of timber , with a width B 1 and a minimum length L 1 = 6B 1 , which are arranged parallel to and spaced apart from one another in such a way that, at their end sides, they span a square with a width B 2 = 3B 1 , - having at least six cross-sectionally square transverse pieces of timber with a width B 1 and a length L 2 = 3B 1 , - having at least two cross-sectionally square plugs with a width B 1 and a length L 3 = 2B 1 , - wherein at least four transverse pieces of timber are arranged vertically and at least two transverse pieces of timber are arranged horizontally, - wherein the transverse pieces of timber are arranged over the length L 1 of the longitudinal pieces of timber and between the latter as follows: vertically, horizontally, vertically, vertically, horizontally, vertically, - wherein the at least two plugs are arranged vertically parallel to one another and to the vertical transverse pieces of timber on the at least two horizontal transverse pieces of timber and project from a lateral face of the wooden module , - wherein the longitudinal pieces of timber , the transverse pieces of timber and the plugs are connected to one another via connection plugs made of wood.
Radar fill level measurement device for determining a fill level of a medium, the radar fill level measurement device comprising: a transmitting unit for transmitting a transmission signal towards the medium; a receiving unit for receiving a reception signal reflected by the medium; and a control unit , which is configured to determine the fill level of the medium based on the reception signal and based on at least one evaluation parameter; wherein the radar fill level measurement device is configured to vary a transmitting power of the transmission signal; wherein the control unit is configured to determine a current transmitting power of the transmission signal; characterized in that the control unit is configured to vary, based on the determined current transmitting power, a value of the at least one evaluation parameter to determine the fill level, such that the fill level is determined taking into account the transmitting power. a transmitting unit for transmitting a transmission signal towards the medium; a receiving unit for receiving a reception signal reflected by the medium; and a control unit , which is configured to determine the fill level of the medium based on the reception signal and based on at least one evaluation parameter; wherein the radar fill level measurement device is configured to vary a transmitting power of the transmission signal; wherein the control unit is configured to determine a current transmitting power of the transmission signal; characterized in that the control unit is configured to vary, based on the determined current transmitting power, a value of the at least one evaluation parameter to determine the fill level, such that the fill level is determined taking into account the transmitting power.
Vortex generator for attachment to a wind turbine rotor blade, the vortex generator comprising: • a single fin aligned in a longitudinal direction and extending in the longitudinal direction for a first length, and • a base plate extending in the longitudinal direction for a second length, the second length being less than the first length, wherein • the fin has a first longitudinal section adjoining the base plate , connected to the base plate or merging into the base plate when the base plate and fin are manufactured in one piece, and a second longitudinal section adjoining the first longitudinal section and projecting beyond the base plate , wherein • the base plate has an upper side , on which the fin is arranged, and a lower side, characterized in that an attachment surface for bonding to a wind turbine rotor blade is arranged on the lower side. • a single fin aligned in a longitudinal direction and extending in the longitudinal direction for a first length, and • a base plate extending in the longitudinal direction for a second length, the second length being less than the first length, wherein • the fin has a first longitudinal section adjoining the base plate , connected to the base plate or merging into the base plate when the base plate and fin are manufactured in one piece, and a second longitudinal section adjoining the first longitudinal section and projecting beyond the base plate , wherein • the base plate has an upper side , on which the fin is arranged, and a lower side, characterized in that an attachment surface for bonding to a wind turbine rotor blade is arranged on the lower side.
A manufacturing method for a solar module having a sealing member and a solar cell string arranged inside the sealing member , the solar cell string having a plurality of solar cells , a wiring member connecting the plurality of solar cells electrically, and a resin adhesive bonding the wiring member and the plurality of solar cells , the manufacturing method comprising the steps of: stacking a first resin sheet for constituting a portion of the sealing member , the solar cell string , and a second resin sheet for constituting another portion of the sealing member in this order to create a multilayer , wherein at least one of the first and second resin sheets contains a non-crosslinked resin; and laminating the multilayer to configure the sealing member from the first and second resin sheets and obtain a solar module ; characterized by the lamination of the multilayer being performed at a temperature less than the glass transition temperature of the resin adhesive by at least 20°C, and the melting point of the sealing member being from 60°C to 180°C. stacking a first resin sheet for constituting a portion of the sealing member , the solar cell string , and a second resin sheet for constituting another portion of the sealing member in this order to create a multilayer , wherein at least one of the first and second resin sheets contains a non-crosslinked resin; and laminating the multilayer to configure the sealing member from the first and second resin sheets and obtain a solar module ; characterized by the lamination of the multilayer being performed at a temperature less than the glass transition temperature of the resin adhesive by at least 20°C, and the melting point of the sealing member being from 60°C to 180°C.
An image forming apparatus, comprising: an image forming portion for forming an image on a recording medium (P) with toner in response to an image forming instruction; a first container capable of containing the toner conveyed from the image forming portion; a second container capable of containing the toner conveyed from the first container ; a mounting portion for removably mounting the second container ; characterized by a detecting portion for detecting an amount of the toner contained in the first container ; a stopping portion for stopping a conveyance of the toner from the first container to the second container while the second container is removed from the mounting portion ; and a determination portion for determining whether an image forming operation in response to the image forming instruction is to be executed on the basis of an output of the detecting portion while the second container is removed from the mounting portion . an image forming portion for forming an image on a recording medium (P) with toner in response to an image forming instruction; a first container capable of containing the toner conveyed from the image forming portion; a second container capable of containing the toner conveyed from the first container ; a mounting portion for removably mounting the second container ; characterized by a detecting portion for detecting an amount of the toner contained in the first container ; a stopping portion for stopping a conveyance of the toner from the first container to the second container while the second container is removed from the mounting portion ; and a determination portion for determining whether an image forming operation in response to the image forming instruction is to be executed on the basis of an output of the detecting portion while the second container is removed from the mounting portion .
A cable management assembly for mounting cables to a ladder rack, the cable management assembly comprising: a thermal expansion block positionable on a ladder rung of the ladder rack; the thermal expansion block having a top , a bottom , a first side , a second side , and ends , wherein the first side and the second side having an opening there through; a cable attachment beam receivable in the openings in the sides of the thermal expansion block ; and a bracket for securing the thermal expansion block to the ladder rung; characterized in that the sides of the thermal expansion block have outwardly extending flanges , the outwardly extending flanges having an opening for receiving a fastener . a thermal expansion block positionable on a ladder rung of the ladder rack; the thermal expansion block having a top , a bottom , a first side , a second side , and ends , wherein the first side and the second side having an opening there through; a cable attachment beam receivable in the openings in the sides of the thermal expansion block ; and a bracket for securing the thermal expansion block to the ladder rung; characterized in that the sides of the thermal expansion block have outwardly extending flanges , the outwardly extending flanges having an opening for receiving a fastener .
An air data probe , comprising: an inner housing having an outer surface ; an outer housing having an inner surface ; wherein at least a portion of the inner surface and a portion of the outer surface are tapered at a same conical angle; a thin film heating system having a first surface and a second surface ; a first thermally conductive adhesive disposed between the first surface and the outer surface ; a second thermally conductive adhesive disposed between the second surface and the inner surface ; and wherein the thin film heating system comprises one or more thin film heaters having one or more heating elements disposed in a thermally conductive, electrical insulator . an inner housing having an outer surface ; an outer housing having an inner surface ; wherein at least a portion of the inner surface and a portion of the outer surface are tapered at a same conical angle; a thin film heating system having a first surface and a second surface ; a first thermally conductive adhesive disposed between the first surface and the outer surface ; a second thermally conductive adhesive disposed between the second surface and the inner surface ; and wherein the thin film heating system comprises one or more thin film heaters having one or more heating elements disposed in a thermally conductive, electrical insulator .
A linear counterbalance apparatus comprising: an x-ray source mechanism configured to move an x-ray source assembly along a linear imaging trajectory in a first direction; and a counterweight configured to move in a second direction opposite the first direction simultaneously with the x-ray source assembly to counterbalance the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory; characterized in that the counterweight comprises at least two masses spaced apart; and the counterweight is configured to move such that the center of mass of the counterweight is located along a line between the at least two masses and moves collinearly with a movement of the center of mass of the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory. an x-ray source mechanism configured to move an x-ray source assembly along a linear imaging trajectory in a first direction; and a counterweight configured to move in a second direction opposite the first direction simultaneously with the x-ray source assembly to counterbalance the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory; characterized in that the counterweight comprises at least two masses spaced apart; and the counterweight is configured to move such that the center of mass of the counterweight is located along a line between the at least two masses and moves collinearly with a movement of the center of mass of the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory.
A monocrystalline germanium wafer that increases the open-circuit voltage of the bottom cell of multijunction solar cells, wherein the monocrystalline germanium wafer comprises co-dopants silicon and gallium, with silicon having an atomic concentration of from 1×10 14 atoms/cc to 1×10 19 atoms/cc and gallium having an atomic concentration of from 1×10 16 atoms/cc to 1×10 20 atoms/cc; wherein the ratios of atomic concentration of silicon to atomic concentration of gallium are 1:6-20.
An elongated steel element having a non-round cross-section and being in a work-hardened state, said elongated steel element consisting of a steel composition: a carbon content ranging from 0.20 weight percent to 1.00 weight percent, a silicon content ranging from 0.05 weight percent to 2.0 weight percent, a manganese content ranging from 0.40 weight percent to 1.0 weight percent, a chromium content ranging from 0.0 weight percent to 1.0 weight percent, a sulfur and phosphor content being individually limited to 0.025 weight percent, contents of nickel, vanadium, aluminium, molybdenum or cobalt being individually limited to 0.5 weight percent, the remainder being iron and unavoidable impurities, said steel having martensitic structure that comprises martensitic grains and less than 1 vol% retained austenite, wherein a fraction of at least 10 volume percent of martensitic grains is oriented. a carbon content ranging from 0.20 weight percent to 1.00 weight percent, a silicon content ranging from 0.05 weight percent to 2.0 weight percent, a manganese content ranging from 0.40 weight percent to 1.0 weight percent, a chromium content ranging from 0.0 weight percent to 1.0 weight percent, a sulfur and phosphor content being individually limited to 0.025 weight percent, contents of nickel, vanadium, aluminium, molybdenum or cobalt being individually limited to 0.5 weight percent, the remainder being iron and unavoidable impurities, said steel having martensitic structure that comprises martensitic grains and less than 1 vol% retained austenite, wherein a fraction of at least 10 volume percent of martensitic grains is oriented.
An inhalation device for the generation of an aerosol, the device comprising at least one reservoir containing a liquid composition comprising pirfenidone, wherein the inhalation device is a pump-actuated inhaler adapted to release upon actuation a metered dose of the liquid composition from the reservoir, wherein the inhalation device comprises a housing , inside this housing at least one reservoir for storing said liquid composition (F), at least one pumping unit with at least one pumping chamber for generation of a pressure inside said pumping chamber , wherein the pumping chamber is fluidically connected with the reservoir via a check valve which blocks in direction of the reservoir , at least one riser pipe which can be received with at least one reservoir-facing, interior end in said pumping chamber , and a nozzle which is connected liquid-tight to an exterior end (5A", 5B") of the riser pipe , wherein the interior volume of the at least one pumping chamber is changeable by means of relative motion of the pumping chamber to the riser pipe , and wherein the at least one riser pipe is immobile and firmly attached to the housing or to the nozzle , and the at least one pumping chamber is moveable relative to the housing or to the nozzle , wherein the nozzle has a main axis (Z) and four ejection channels adapted to eject liquid (F, F1, F2) along respective ejection trajectories, wherein two collision points (X, X1, X2) are provided, and wherein at each of the two collision points two of said ejection trajectories intersect with one another.
A circuit , comprising: - a supply node (VDD_CAN) configured to receive a power supply, - a control node (TXD) configured to receive a control signal with a first value and a second value, - an output node (CANH) configured to provide a drive signal to a CAN bus (B) as a function of said control signal, - an output transistor coupled to the output node (CANH) to provide said CAN bus drive signal via the current path through the output transistor , - a current mirror in a current line from the supply node (VDD_CAN) to the output node (CANH) through the output transistor , the current line comprising an intermediate portion between the current mirror and the output transistor , wherein the current mirror is coupled to the control node (TXD), the current mirror configured to be switched , as a function of said control signal between: - a first mode, with said CAN bus drive signal applied to the output node (CANH) via the output transistor , and - a second mode, with the output transistor providing a high output impedance at the output node (CANH), wherein the circuit comprises a high-voltage diode arranged in the intermediate portion of the current line between the current mirror and the output transistor and characterized in that the circuit comprises a class AB stage active between the supply node (VDD CAN) and the control terminal of the output transistor , the class AB stage configured to facilitate current flow through the output transistor in said first mode. - a supply node (VDD_CAN) configured to receive a power supply, - a control node (TXD) configured to receive a control signal with a first value and a second value, - an output node (CANH) configured to provide a drive signal to a CAN bus (B) as a function of said control signal, - an output transistor coupled to the output node (CANH) to provide said CAN bus drive signal via the current path through the output transistor , - a current mirror in a current line from the supply node (VDD_CAN) to the output node (CANH) through the output transistor , the current line comprising an intermediate portion between the current mirror and the output transistor , wherein the current mirror is coupled to the control node (TXD), the current mirror configured to be switched , as a function of said control signal between: - a first mode, with said CAN bus drive signal applied to the output node (CANH) via the output transistor , and - a second mode, with the output transistor providing a high output impedance at the output node (CANH), wherein the circuit comprises a high-voltage diode arranged in the intermediate portion of the current line between the current mirror and the output transistor and characterized in that the circuit comprises a class AB stage active between the supply node (VDD CAN) and the control terminal of the output transistor , the class AB stage configured to facilitate current flow through the output transistor in said first mode. - a first mode, with said CAN bus drive signal applied to the output node (CANH) via the output transistor , and - a second mode, with the output transistor providing a high output impedance at the output node (CANH),
A method executed by a user equipment, UE, for initiating offloading from a cellular network to a WiFi network, the cellular network connecting through an evolved NodeB, eNB, the WiFi network connecting through a Wireless Local Area Network, WLAN, the method comprising: sending a Power Preference Indication, PPI, message to the eNB to indicate that the UE has a low power; receiving from the eNB an offload instruction to offload from the cellular network to the WiFi network including an identification of the WLAN; connecting to the WLAN; sending the identified WLAN an offload initiation; and connecting the UE to the WiFi network through the identified WLAN. sending a Power Preference Indication, PPI, message to the eNB to indicate that the UE has a low power; receiving from the eNB an offload instruction to offload from the cellular network to the WiFi network including an identification of the WLAN; connecting to the WLAN; sending the identified WLAN an offload initiation; and connecting the UE to the WiFi network through the identified WLAN.
A riding grass mower machine comprising: a grass mower device provided between front and rear wheels of a vehicle body; a jacking device including a jacking body and an operational handle detachably attached to the jacking body and capable, under an attached state, of extending/contracting the jacking body , the jacking device being capable of elevating a vehicle body front end side by the jacking body under an extended state thereof; characterized in that the riding grass mower machine comprises a balance weight attaching portion which is provided at a front portion of the vehicle body and to which a balance weight is attached; and further in that the jacking body is pivotally supported to the balance weight attaching portion to be posture-switchable between a lowered use posture capable of elevating the vehicle body front end side and an elevated storage posture elevated toward the vehicle body side; and the balance weight attaching portion includes a handle storage portion capable of storing the operational handle . a grass mower device provided between front and rear wheels of a vehicle body; a jacking device including a jacking body and an operational handle detachably attached to the jacking body and capable, under an attached state, of extending/contracting the jacking body , the jacking device being capable of elevating a vehicle body front end side by the jacking body under an extended state thereof; characterized in that the riding grass mower machine comprises a balance weight attaching portion which is provided at a front portion of the vehicle body and to which a balance weight is attached; and further in that the jacking body is pivotally supported to the balance weight attaching portion to be posture-switchable between a lowered use posture capable of elevating the vehicle body front end side and an elevated storage posture elevated toward the vehicle body side; and the balance weight attaching portion includes a handle storage portion capable of storing the operational handle .
Refrigeration device, especially a household refrigeration device, with a carcass and a door which surround a storage compartment, and an ice maker accommodated in the storage compartment, wherein the ice maker is mounted on an inner side of the door , wherein the ice maker has two trays, wherein each tray of the ice maker has a number of compartments separated by partition walls as well as outer walls , wherein the ice maker has a lever able to be pivoted with the trays , characterised in that the two trays are able to be pivoted and twisted jointly around a first axis , wherein the lever is arranged between the two trays of the ice maker.