mhurhangee/patent-ind-claim-en huggingface dataset:
Harvesting machine having cutting members for separating harvested material and/or having receiving members for receiving harvested material, having at least one transverse conveying device for conveying the separated and/or received harvested material in a transverse conveying direction extending transversely to the harvesting direction , wherein the at least one transverse conveying device is configured as a screw conveyor which has a drum and helical conveying elements protruding from the drum in the radial direction thereof, wherein the respective screw conveyor is configured in a conical manner such that an envelope surface of the helical conveying elements defines a cone which widens in a conical manner as seen in the transverse conveying direction , wherein the screw conveyor is arranged in a trough-like material flow channel which runs obliquely upward and/or obliquely towards the rear in the transverse conveying direction in a manner adapted to the screw conveyor , characterized in that a rear wall of the material flow channel diverges, as seen in the transverse conveying direction , from the envelope surface of the helical conveying elements of the screw conveyor , with the result that the distance of the rear wall of the material flow channel from the helical conveying elements increases in the transverse conveying direction . having cutting members for separating harvested material and/or having receiving members for receiving harvested material, having at least one transverse conveying device for conveying the separated and/or received harvested material in a transverse conveying direction extending transversely to the harvesting direction , wherein the at least one transverse conveying device is configured as a screw conveyor which has a drum and helical conveying elements protruding from the drum in the radial direction thereof, wherein the respective screw conveyor is configured in a conical manner such that an envelope surface of the helical conveying elements defines a cone which widens in a conical manner as seen in the transverse conveying direction , wherein the screw conveyor is arranged in a trough-like material flow channel which runs obliquely upward and/or obliquely towards the rear in the transverse conveying direction in a manner adapted to the screw conveyor ,
A voltage regulation circuit comprising: a direct current to direct current, DC-DC, converter configured to control a first current (I 1 ) provided from a source (V BAT ) to a load via a first output ; a linear regulator configured to control a second current (I 2 ) provided from the source to the load via a second output ; a single control loop configured to receive an output voltage (V OUT ) across the load and a first reference voltage (V REF ), being characterised by the single control loop being further configured to generate a single error signal (V ERROR ) and to control the DC-DC converter and the linear regulator using the single error signal such that when the single error signal is outside of a predetermined range the DC-DC converter provides the first current to the load and the linear regulator provides the second current to the load simultaneously; wherein the single control loop comprises an integrator configured to receive the output voltage and the first reference voltage, the integrator further configured to integrate an error between the output voltage and the first reference voltage to generate the single error signal; and wherein the linear regulator comprises a differential amplifier having a negative input configured to receive the single error signal from the integrator and a positive input configured to receive a second reference voltage (V REF_LDO ). a direct current to direct current, DC-DC, converter configured to control a first current (I 1 ) provided from a source (V BAT ) to a load via a first output ; a linear regulator configured to control a second current (I 2 ) provided from the source to the load via a second output ; a single control loop configured to receive an output voltage (V OUT ) across the load and a first reference voltage (V REF ), being characterised by the single control loop being further configured to generate a single error signal (V ERROR ) and to control the DC-DC converter and the linear regulator using the single error signal such that when the single error signal is outside of a predetermined range the DC-DC converter provides the first current to the load and the linear regulator provides the second current to the load simultaneously; wherein the single control loop comprises an integrator configured to receive the output voltage and the first reference voltage, the integrator further configured to integrate an error between the output voltage and the first reference voltage to generate the single error signal; and wherein the linear regulator comprises a differential amplifier having a negative input configured to receive the single error signal from the integrator and a positive input configured to receive a second reference voltage (V REF_LDO ).
A monitoring device for monitoring an electric motor , comprising: A. at least one receiving unit configured for receiving information on at least one amount of acceleration energy required for accelerating the electric motor from at least one first motion state to at least one second motion state; B. at least one evaluation unit configured for evaluating the information on the amount of acceleration energy and for determining at least one item of information on a wearing status of the electric motor , characterized in that the amount of acceleration energy comprises an acceleration energy required for decelerating the electric motor , wherein the acceleration energy comprises an acceleration energy which is at least one of dissipated, recuperated or released when decelerating the electric motor from a rotating motion state to a stationary state. A. at least one receiving unit configured for receiving information on at least one amount of acceleration energy required for accelerating the electric motor from at least one first motion state to at least one second motion state; B. at least one evaluation unit configured for evaluating the information on the amount of acceleration energy and for determining at least one item of information on a wearing status of the electric motor ,
Air handling unit comprising a plurality of sections (S FV , S FV1 , S FV2 , S S , S P , S RS , S PS ) wherein the sections (S FV , S FV1 , S FV2 , S S , S P , S RS , S PS ) comprise insulating panels, wherein sections (S FV , S FV1 , S FV2 , S S , S P , S RS , S PS ) of the air handling unit are frameless and comprise inner housing struts (9.1, 9.2, 9.3, 9.4) for mounting at least one bottom , at least one top , at least one rear , at least one front (IS, 12), and at least one side insulating panels, characterized in that said at least one bottom , at least one top , at least one rear , and at least one side insulating panels include plastic multi-chamber profiles (16.1, 16.2, 16.3, 16.4, 16', 16") with one side (26', 26") comprising a grove (27', 27"; 28', 28") for connecting outer folded metal sheet (13, 13', 13") to inner folded metal sheet (15, 15', 15") through plastic profile and attaching to plastic profile and other side (36', 36") of each plastic profile (16.1, 16.2, 16.3, 16.4, 16', 16") comprising a tongue (31', 31") for connecting inner metal sheet folded piece (15, 15', 15") to outer folded metal sheet (13, 13', 13") piece through plastic profile and attaching to plastic profile with a groove (32', 32") formed on the inner surface thereof, wherein inner metal sheet folded piece (15, 15', 15"), at the edge of interaction and locking with the tongue (31', 31") of the plastic profile, comprises a bulge (33', 33"), which extends at least partially along the edge of said inner folded metal sheet (15, 15', 15") and wherein the outer folded metal sheet (13, 13', 13") at the edge of the interaction and locking with the groove of the plastic profile (16.1, 16.2, 16.3, 16.4, 16', 16") comprises a step-shaped folded edge (29', 29") extending along the edge of said inner folded metal sheet.
Middle rest of an air passenger seat row with a hinge and with an armrest , the armrest being articulated movably on the hinge , the hinge having a middle element and two wing elements , a first wing element being articulated on the middle element such that it can be rotated about a first rotational axis, a second wing element being articulated on the middle element such that it can be rotated about a second rotational axis, the first wing element having a mounting element , in order to arrange a wing or a flap, the second wing element having a further mounting member , in order to arrange a further wing or a further flap, the hinge having a mounting member , in order to fasten the middle element to an air passenger seat, with the result that, in the mounted state of the hinge on the air passenger seat and in the arranged state of the wings or the flaps, the wings or flaps are present such that they can be moved relative to the remaining air passenger seat, the first and the second rotational axes being arranged on the hinge extending in a bearing plane and spaced apart from one another, the first wing element being articulated on the middle element by way of a first bushing , the first bushing of the first wing element being present along the first rotational axis between a second and a third bushing of the middle element , the first to third bushing (40-42) being mounted on a first shaft of the hinge , the second wing element being articulated on the middle element by way of a fourth bushing , the fourth bushing of the first wing element being present along the second rotational axis between a fifth and a sixth bushing of the middle element , the fourth to sixth bushing (45-47) being mounted on a second shaft of the hinge , the middle rest having a storage surface which extends in a storage plane, the hinge being arranged in the region of the storage surface via the mounting member on the middle rest , the storage plane being present spaced apart from the bearing plane of the rotational axes.
A recombinant microorganism from which the fatty alcohol dehydrogenase, the fatty alcohol oxidase and the fatty aldehyde dehydrogenase genes in the ω-oxidative metabolism pathway, and the β-oxidative metabolism pathway-related genes are deleted.
A multistage centrifugal compressor that compresses working gas, the centrifugal compressor comprising: a casing ; a rotor including a rotary shaft and a plurality of impellers that are provided on the rotary shaft to compress the working gas; a diaphragm defining a gas flow path (F) that includes a return flow path (F4) causing the working gas discharged from the impellers to be sucked into the impellers on corresponding next stages; and at least one liquid injection device configured to inject liquid into the gas flow path, characterized in that the liquid injection device includes a liquid injection path in the casing , an internal path provided in the diaphragm , a liquid supply pipe through which the liquid passes that is inserted into the casing through the liquid injection path , a chamber , and a plurality of injection portions , the liquid injection path penetrating through the casing at a position corresponding to a return bend (F3) that causes the working gas to flow into the return flow path (F 4 ), the chamber being provided in the diaphragm along a circumferential direction, the liquid being introduced into the chamber through the internal path , and the plurality of injection portions injecting the liquid introduced into the chamber , to the gas flow path from different positions of the chamber in the circumferential direction. a casing ; a rotor including a rotary shaft and a plurality of impellers that are provided on the rotary shaft to compress the working gas; a diaphragm defining a gas flow path (F) that includes a return flow path (F4) causing the working gas discharged from the impellers to be sucked into the impellers on corresponding next stages; and at least one liquid injection device configured to inject liquid into the gas flow path, characterized in that the liquid injection device includes a liquid injection path in the casing , an internal path provided in the diaphragm , a liquid supply pipe through which the liquid passes that is inserted into the casing through the liquid injection path , a chamber , and a plurality of injection portions , the liquid injection path penetrating through the casing at a position corresponding to a return bend (F3) that causes the working gas to flow into the return flow path (F 4 ), the chamber being provided in the diaphragm along a circumferential direction, the liquid being introduced into the chamber through the internal path , and the plurality of injection portions injecting the liquid introduced into the chamber , to the gas flow path from different positions of the chamber in the circumferential direction.
Method for transporting container preforms , of the type of preforms that are intended to be transformed into containers by blow-moulding or stretch-blow-moulding, which preforms are made of plastic and each have a tubular wall defining a body and a neck that are separated by a collar that protrudes radially from the wall , by means of a device comprising an endless circulating element that has an external face and bears a series of brushes that protrude from the external face , which are able to come into contact with the preforms so as to drive them by friction along a path (T), the device comprising a pair of rails that are spaced apart from one another, which jointly define at least a part of the path (T) of the preforms , these rails having coplanar bearing faces for the suspension, by their collar , of the preforms oriented neck up, the belt having an internal face opposite the external face , in which method: the preforms are guided by means of a neck guide that extends vertically in line with the rails at a distance therefrom that is greater than or equal to a height of the neck of the preforms , the guiding of the preforms by the neck guide preventing the collars of two successive preforms from overlapping; the circulating element bears, over at least a part of the path (T), on a lateral guide via the internal face ; this method being characterized in that : the external face forms, for its part, a succession of crenellations , each crenellation bearing a brush ; the position of the guide is adjustable transversely. the preforms are guided by means of a neck guide that extends vertically in line with the rails at a distance therefrom that is greater than or equal to a height of the neck of the preforms , the guiding of the preforms by the neck guide preventing the collars of two successive preforms from overlapping; the circulating element bears, over at least a part of the path (T), on a lateral guide via the internal face ; this method being characterized in that : the external face forms, for its part, a succession of crenellations , each crenellation bearing a brush ; the position of the guide is adjustable transversely. the external face forms, for its part, a succession of crenellations , each crenellation bearing a brush ; the position of the guide is adjustable transversely.
A node of a telecommunications network, the node comprising: a first function configured to perform a data compression function on a first portion of a packet handled by the node ; and a second function configured to perform an encryption function on a second portion of the packet; characterized in that the first function and the second function are configured to employ a shared transaction for operating on the packet, wherein the shared transaction comprises shared information that is a Sequence Number, SN, wherein the SN is generated by either the first function or the second function , wherein the SN is shared between the first function and the second function , and wherein the first function performs the data compression using the SN, and the second function derives a session key for the encryption using the SN. a first function configured to perform a data compression function on a first portion of a packet handled by the node ; and a second function configured to perform an encryption function on a second portion of the packet; characterized in that the first function and the second function are configured to employ a shared transaction for operating on the packet, wherein the shared transaction comprises shared information that is a Sequence Number, SN, wherein the SN is generated by either the first function or the second function , wherein the SN is shared between the first function and the second function , and wherein the first function performs the data compression using the SN, and the second function derives a session key for the encryption using the SN.
An optical communication device comprising: a slave connected to an industrial network by optical communication and having a dual-sided boot function of a safe mode and a user mode; a notification device for transmitting transition notification information indicating that the slave has transitioned to the user mode of the dual-sided boot to another device in the industrial network, and a CDR section for separating a clock embedded in serial data transmitted by a serial communication of the optical communication, wherein the slave has: the safe mode for configuring a first logic circuit by first configuration information (CF21); and the user mode for configuring a second logic circuit by second configuration information (CF22) different from the first configuration information (CF21), the second logic circuit processing control data (CD) transmitted from a master in the industrial network through the serial communication. a slave connected to an industrial network by optical communication and having a dual-sided boot function of a safe mode and a user mode; a notification device for transmitting transition notification information indicating that the slave has transitioned to the user mode of the dual-sided boot to another device in the industrial network, and a CDR section for separating a clock embedded in serial data transmitted by a serial communication of the optical communication, wherein the slave has: the safe mode for configuring a first logic circuit by first configuration information (CF21); and the user mode for configuring a second logic circuit by second configuration information (CF22) different from the first configuration information (CF21), the second logic circuit processing control data (CD) transmitted from a master in the industrial network through the serial communication. the safe mode for configuring a first logic circuit by first configuration information (CF21); and the user mode for configuring a second logic circuit by second configuration information (CF22) different from the first configuration information (CF21), the second logic circuit processing control data (CD) transmitted from a master in the industrial network through the serial communication.
A wound dressing comprising a melt-blown multi-layered substrate having at least two major facing surfaces and a coated layer that is applied to at least one of the major facing surfaces of a sealing agent that is selected from the group consisting of co-reactive hydrogel-forming materials, one or more plasma-based hemostatic agents and combinations thereof, wherein the melt-blown substrate has a porosity gradient profile; wherein the coated layer is applied to at least the major facing surface having the highest porosity.
Di-p-toluoyl-L-tartrate of a compound of formula I: or a hydrate of the di-p-toluoyl-L-tartrate.
A multi-disc clutch disc , at least comprising a hub and a first disc for the arrangement of friction linings and a second disc for the arrangement of friction linings , wherein the friction linings of the different discs are arranged at a distance from one another in an axial direction ; wherein the first disc is connected via a first metal sheet and the second disc is connected via a second metal sheet to the hub , wherein the metal sheets each have a material thickness of less than 0.9 millimetres, characterized in that a stop element is arranged on the hub , on which stop element at least the metal sheets are supported in relation to the axial direction .
Steel tube provided with a zinc alloy coating, characterised in that the zinc alloy coating comprises 0.20 to 0.35 % (w/w) magnesium, 0.05 to 0.14 % (w/w) aluminium and unavoidable impurities, the remainder being zinc, and wherein the zinc alloy coating is provided only on the outside of the steel tube.
An apparatus comprising: a processing element configured to cause a wireless communication device to: create a first communication link with a first accessory device using a first short¬-range radio access technology, SRAT, according to first link information; share the first link information, via a server , with other devices comprised in a specified group of devices that also comprises the wireless communication device; receive second link information from the server, wherein the second link information is associated with the other devices; and share the second link information with the first accessory device, wherein the first link information is usable by the other devices and the second link information is usable by the first accessory device to establish a second communication link between any one of the other devices and the first accessory device. a processing element configured to cause a wireless communication device to: create a first communication link with a first accessory device using a first short¬-range radio access technology, SRAT, according to first link information; share the first link information, via a server , with other devices comprised in a specified group of devices that also comprises the wireless communication device; create a first communication link with a first accessory device using a first short¬-range radio access technology, SRAT, according to first link information; share the first link information, via a server , with other devices comprised in a specified group of devices that also comprises the wireless communication device; receive second link information from the server, wherein the second link information is associated with the other devices; and share the second link information with the first accessory device, wherein the first link information is usable by the other devices and the second link information is usable by the first accessory device to establish a second communication link between any one of the other devices and the first accessory device.