mhurhangee/patent-ind-claim-en huggingface dataset:
Method for enabling functions of at least one tachograph which comprises a control unit (100; 100') and an interface connected thereto, wherein the control unit is enabled by means of programming to perform a first group of functions and the method has the following steps: a) an external storage medium is connected to the interface of the at least one tachograph , wherein the storage medium has one instruction which can be read by the control unit for the purpose of enabling a function, wherein the function produces an available further interface of the tachograph for the purpose of wireless data interchange via the further interface; b) authentication is performed between the external storage medium and the control unit; c) the function associated with the instruction is enabled such that the function from the first group is associated with the control unit (100; 100') wherein the function can be enabled on a number of tachographs which is stipulated by the external storage medium, and the stipulated number and/or the number of enabling operations already performed by means of the external storage medium and/or the magnitude of the difference between the stipulated number and the number of enabling operations already performed by means of the external storage medium are stored on the external storage medium; d) the connection between the external storage medium and the interface of the at least one tachograph is broken. a) an external storage medium is connected to the interface of the at least one tachograph , wherein the storage medium has one instruction which can be read by the control unit for the purpose of enabling a function, wherein the function produces an available further interface of the tachograph for the purpose of wireless data interchange via the further interface; b) authentication is performed between the external storage medium and the control unit; c) the function associated with the instruction is enabled such that the function from the first group is associated with the control unit (100; 100') wherein the function can be enabled on a number of tachographs which is stipulated by the external storage medium, and the stipulated number and/or the number of enabling operations already performed by means of the external storage medium and/or the magnitude of the difference between the stipulated number and the number of enabling operations already performed by means of the external storage medium are stored on the external storage medium; d) the connection between the external storage medium and the interface of the at least one tachograph is broken.
A variable nozzle unit used in a turbine having a gas inflow passage through which a gas flowing from a scroll flow passage into a turbine impeller flows, and first and second flow passage wall surfaces that face each other in a direction of a rotational axis (H) of the turbine impeller and define the gas inflow passage, the variable nozzle unit comprising nozzle vanes , each of which pivots about a pivotal axis (J) parallel to the rotational axis of the turbine impeller in the gas inflow passage, wherein, of end faces of the nozzle vane, an end face facing any one of the first flow passage wall surface or the second flow passage wall surface has a cutout region that is located closer to a leading edge of the nozzle vane than the pivotal axis, is cut out such that a gap from one of the flow passage wall surfaces is greater than other regions, and intersects the leading edge, whereby each of the nozzle vanes is rotatably supported on both sides thereof by the first flow passage wall surface side and the second flow passage wall surface side, and each nozzle vane has only one cut-out region, the cut-out region being provided on one side of the leading edge of the nozzle vane.
Pneumatic brake device for a commercial vehicle, comprising at least one pneumatically actuable spring force accumulator for a parking brake of the commercial vehicle and comprising an electronic parking brake device , having at least one control electronics system , at least one bistable valve unit , at least one first valve unit by means of which a parking brake of a trailer of the commercial vehicle can be deactivated when the parking brake of the commercial vehicle is activated, at least one second valve device which can be connected up in such a way that, when there is a drop in the system pressure for supplying the parking brake of the trailer, the parking brake of the trailer can be activated, and having a tractor vehicle protection valve , wherein both the parking brake of the commercial vehicle and the parking brake of the trailer can be actuated by means of the bistable valve unit , characterised in that the bistable valve unit is connected to the spring force accumulator of the commercial vehicle via a first line and to the parking brake of the trailer via a second, separate line .
A process for the manufacture of a product based on mineral or organic fibers which are bonded by an organic binder, said process comprising: (a) the preparation of a binding composition exhibiting a pH comprised between a value greater than 7 and 10, by dilution with water of an aqueous poly(furfuryl alcohol) solution which is devoid of formaldehyde and contains from 40% to 85% by weight of poly(furfuryl alcohol), from 15% to 60% by weight of water, and less than 1.5% by weight of furfuryl alcohol, exhibiting a pH comprised between a value greater than 7.0 and 10.0, the pH being adjusted by addition of aqueous ammonia (NH 4 OH) or of an amine, (b) the application of the binding composition to mineral or organic fibers, (c) before or after stage (b), formation of an assemblage of mineral or organic fibers, (d) heating the assemblage of sized mineral or organic fibers until curing of the binding composition. (a) the preparation of a binding composition exhibiting a pH comprised between a value greater than 7 and 10, by dilution with water of an aqueous poly(furfuryl alcohol) solution which is devoid of formaldehyde and contains from 40% to 85% by weight of poly(furfuryl alcohol), from 15% to 60% by weight of water, and less than 1.5% by weight of furfuryl alcohol, exhibiting a pH comprised between a value greater than 7.0 and 10.0, the pH being adjusted by addition of aqueous ammonia (NH 4 OH) or of an amine, (b) the application of the binding composition to mineral or organic fibers, (c) before or after stage (b), formation of an assemblage of mineral or organic fibers, (d) heating the assemblage of sized mineral or organic fibers until curing of the binding composition.
A method for manufacturing a piston for a vehicle engine, comprising: a piston assembling step (S100) of forming a piston assembly by assembling a first piston part , a bonding member and a second piston part , wherein the first piston part has two or more bonding surfaces separated from each other and extended in a circumferential direction and a first groove between the first and second bonding surfaces for forming a cooling gallery, and the second piston part has two or more bonding surfaces separated from each other and extended in the circumferential direction and a second groove between the third and fourth bonding surfaces for forming said cooling gallery; a piston diffusion brazing step (S300) of diffusion brazing the first piston part, the bonding member and the second piston part under an open atmosphere by heating the formed piston assembly; and a piston cooling step (S400) of cooling a piston unit formed by diffusion brazing the first piston part, the bonding member and the second piston part, wherein the piston assembly comprises a locking part for maintaining a position at which the first and second piston parts are assembled, and wherein the method further comprises a locking part removing step (S500) of removing the locking part from the cooled piston unit. a piston assembling step (S100) of forming a piston assembly by assembling a first piston part , a bonding member and a second piston part , wherein the first piston part has two or more bonding surfaces separated from each other and extended in a circumferential direction and a first groove between the first and second bonding surfaces for forming a cooling gallery, and the second piston part has two or more bonding surfaces separated from each other and extended in the circumferential direction and a second groove between the third and fourth bonding surfaces for forming said cooling gallery; a piston diffusion brazing step (S300) of diffusion brazing the first piston part, the bonding member and the second piston part under an open atmosphere by heating the formed piston assembly; and a piston cooling step (S400) of cooling a piston unit formed by diffusion brazing the first piston part, the bonding member and the second piston part, wherein the piston assembly comprises a locking part for maintaining a position at which the first and second piston parts are assembled, and wherein the method further comprises a locking part removing step (S500) of removing the locking part from the cooled piston unit.
An electric drill , comprising: a housing provided with an air inlet and an air outlet; a motor received in the housing , wherein the motor at least comprises a motor shaft ; a fan supported by the motor shaft ; a transmission assembly configured to connect the motor shaft to an output shaft ; and a gearbox configured to accommodate the transmission assembly , wherein the gearbox includes a box body and a gearbox rear cover , and the gearbox rear cover is provided opposite to the fan along the extending direction of the motor shaft ; characterized in that the gearbox is formed with a passage provided in the gearbox rear cover and provided for an airflow to flow, and at least a part of a flow path of the airflow that enters the housing from the air inlet and flows out of the housing from the air outlet is provided on the passage . a housing provided with an air inlet and an air outlet; a motor received in the housing , wherein the motor at least comprises a motor shaft ; a fan supported by the motor shaft ; a transmission assembly configured to connect the motor shaft to an output shaft ; and a gearbox configured to accommodate the transmission assembly , wherein the gearbox includes a box body and a gearbox rear cover , and the gearbox rear cover is provided opposite to the fan along the extending direction of the motor shaft ; characterized in that the gearbox is formed with a passage provided in the gearbox rear cover and provided for an airflow to flow, and at least a part of a flow path of the airflow that enters the housing from the air inlet and flows out of the housing from the air outlet is provided on the passage .
A surface processing apparatus for use in the surface processing of a substrate , the surface processing apparatus comprising: a plasma source including a wall defining a plasma chamber and an excitation source adjacent the wall; a processing chamber in which a substrate having a predetermined maximum lateral dimension is mounted in use, the processing chamber being operatively connected to the plasma source ; and a transmission plate for the transmission of plasma in use between the plasma source and processing chamber , the transmission plate comprising a plurality of apertures , characterised in that the apertures follow a non-rectilinear path through the transmission plate such that there is no line of sight in use between a substrate with the predetermined maximum lateral dimension mounted in the processing chamber and the most intense region of the plasma in the plasma chamber, wherein the apertures are circular apertures and are arranged in a regular array; wherein the most intense region of the plasma has a lateral boundary defined as the part of the plasma source wall adjacent to that part of the excitation source closest to the transmission plate and a vertical boundary defined as the vertical position of the part of the plasma source wall adjacent to that part of the excitation source closest to the transmission plate . a plasma source including a wall defining a plasma chamber and an excitation source adjacent the wall; a processing chamber in which a substrate having a predetermined maximum lateral dimension is mounted in use, the processing chamber being operatively connected to the plasma source ; and a transmission plate for the transmission of plasma in use between the plasma source and processing chamber , the transmission plate comprising a plurality of apertures , characterised in that the apertures follow a non-rectilinear path through the transmission plate such that there is no line of sight in use between a substrate with the predetermined maximum lateral dimension mounted in the processing chamber and the most intense region of the plasma in the plasma chamber, wherein the apertures are circular apertures and are arranged in a regular array; wherein the most intense region of the plasma has a lateral boundary defined as the part of the plasma source wall adjacent to that part of the excitation source closest to the transmission plate and a vertical boundary defined as the vertical position of the part of the plasma source wall adjacent to that part of the excitation source closest to the transmission plate .
A method performed by a base station in a wireless communication system, the method comprising: determining that a first resource region mapped with downlink data to be transmitted to a terminal overlaps with a second resource region used for transmission of control information; identifying whether to transmit the downlink data by mapping the downlink data to the second resource region , based on a ratio of overlap between the first resource region and the second resource region , wherein the ratio of overlap is a ratio between a number of physical downlink control channel, PDCCH, candidates in the second resource region and a number of PDCCH candidates in an overlap region between the first resource region and the second resource region ; transmitting, to the terminal, the downlink data on the whole of the first resource region , in case that the ratio of overlap is less than a threshold; and transmitting, to the terminal, the downlink data on a portion of the first resource region excluding the second resource region , in case that the ratio of overlap is greater than or equal to the threshold. determining that a first resource region mapped with downlink data to be transmitted to a terminal overlaps with a second resource region used for transmission of control information; identifying whether to transmit the downlink data by mapping the downlink data to the second resource region , based on a ratio of overlap between the first resource region and the second resource region , wherein the ratio of overlap is a ratio between a number of physical downlink control channel, PDCCH, candidates in the second resource region and a number of PDCCH candidates in an overlap region between the first resource region and the second resource region ; transmitting, to the terminal, the downlink data on the whole of the first resource region , in case that the ratio of overlap is less than a threshold; and transmitting, to the terminal, the downlink data on a portion of the first resource region excluding the second resource region , in case that the ratio of overlap is greater than or equal to the threshold.
An electronic flow meter comprising: - a flow tube provided with flow channel extending between an inlet and an outlet - an electronics housing arranged in association with the flow tube, wherein a sensor bore in fluid communication with the flow channel is provided in an inner surface of the electronic housing; - a flow sensor including a pair of ultrasound transducers mounted on a main printed circuit board arranged inside the electronics housing, the flow sensor being configured for measuring a flow rate of a fluid flowing through the flow tube, - a pressure sensor including a sensor element and an associated electronic measurement circuit ; wherein a top-side of the sensor element is arranged opposite the sensor bore in fluid communication with the flow channel via the sensor bore and a backing device is provided to force the sensor element against a sealing element arranged to provide a sealing between the sensor element and the inner surface of in the electronic housing, characterized in that the electronic flowmeter further comprises a measuring tube arranged in the flow channel extending between the ultrasound transducers, and an opening of the sensor bore is provided in an interior surface of the flow tube overlapped by the measuring tube, and extending along the flow channel, the measuring tube creates a narrow passage along an outer periphery of the flow channel adjacent to the interior surface of the flow tube, and the opening of the sensor bore is provided in the interior surface of the flow tube in the narrow passage between a flow tube wall and the measuring tube. - a flow tube provided with flow channel extending between an inlet and an outlet - an electronics housing arranged in association with the flow tube, wherein a sensor bore in fluid communication with the flow channel is provided in an inner surface of the electronic housing; - a flow sensor including a pair of ultrasound transducers mounted on a main printed circuit board arranged inside the electronics housing, the flow sensor being configured for measuring a flow rate of a fluid flowing through the flow tube, - a pressure sensor including a sensor element and an associated electronic measurement circuit ; wherein a top-side of the sensor element is arranged opposite the sensor bore in fluid communication with the flow channel via the sensor bore and a backing device is provided to force the sensor element against a sealing element arranged to provide a sealing between the sensor element and the inner surface of in the electronic housing, characterized in that the electronic flowmeter further comprises a measuring tube arranged in the flow channel extending between the ultrasound transducers, and an opening of the sensor bore is provided in an interior surface of the flow tube overlapped by the measuring tube, and extending along the flow channel, the measuring tube creates a narrow passage along an outer periphery of the flow channel adjacent to the interior surface of the flow tube, and the opening of the sensor bore is provided in the interior surface of the flow tube in the narrow passage between a flow tube wall and the measuring tube.
Fertilizer comprising ammonium hydrogen carbonate (ABC) as the main component as well as at least one additive for binding the NH 3 - and the CO 2 -fraction of ABC in the solid and/or dissolved state, characterized in that the fertilizer comprises as the additive at least 5 to 10 percent by mass biochar and/or 1 to 21 percent by mass TIO 2 , gelatin and/or lignosulfonic acid as a compacting agent and/or 1 to 10 percent by mass peroxide and/or permanganate as an oxidizing agent and/or 1 to 10 percent by mass cellulose derivative.
WC attachment having - a shower device , - a water safety device , which is connected by a conduit to the shower device , - a channel for discharging leakage from the water safety device , - wherein the channel has side walls and is open at least partially in the upward direction, - wherein the water safety device has an injector in the case of which a water jet is sprayed horizontally over a free section, and - wherein the water safety device is arranged above the channel. - a shower device , - a water safety device , which is connected by a conduit to the shower device , - a channel for discharging leakage from the water safety device , - wherein the channel has side walls and is open at least partially in the upward direction, - wherein the water safety device has an injector in the case of which a water jet is sprayed horizontally over a free section, and - wherein the water safety device is arranged above the channel.
A guiding needle for a suction tube, in which the needle has a rear end coupled to one end of a tube connected to a drainage container for discharging body blood of a patient, wherein the needle includes a coupling part provided at an inward of the rear end of the needle, and a fixing handle detachably coupled to the coupling part , the coupling part has one of circular, elliptical, and polygonal sectional shapes, and the fixing handle fitted to the coupling part has one of circular, elliptical, and polygonal inner sectional shapes corresponding to the sectional shape of the coupling part .
A particulate composition comprising sugar alcohol and a water-insoluble polymer, wherein the water-insoluble polymer is micro-fibrillated cellulose.
A method for cladding roofs with a plurality of panels consisting of a pair of opposite sheets sandwiching a layer of insulating material, wherein at least one of the sheets , making up the outer surface of the panel and being substantially flat except in correspondence with the longitudinal sides where bead-like bendings are provided, has an external surface layer/membrane of weldable protective material which extends across the entire surface of the sheet except on two peripheral, opposite longitudinal guard bands (10") in correspondence with the longitudinal sides of said sheet, said bands (10") being continuous, wherein said outer surface layer/membrane of weldable protective material is applied onto said substantially flat sheet before performing a bending operation for defining said bead-like bendings, and wherein installation of the cladding occurs in two steps - a first step, wherein each of said panels is mounted adjacent to a panel mounted earlier and the joint gap between said two panels is temporarily sealed with the application of an adhesive tape laid on said continuous guard bands (10"), - a second step wherein, at the end of the mounting of said plurality of panels, weldable bridging strips are heat welded in correspondence of said joint gaps between panels, said strips being wider than the overall width of two adjacent guard bands (10") . - a first step, wherein each of said panels is mounted adjacent to a panel mounted earlier and the joint gap between said two panels is temporarily sealed with the application of an adhesive tape laid on said continuous guard bands (10"), - a second step wherein, at the end of the mounting of said plurality of panels, weldable bridging strips are heat welded in correspondence of said joint gaps between panels, said strips being wider than the overall width of two adjacent guard bands (10") .