mhurhangee/ep-ind-claims huggingface dataset:
A device (1, 2) of the tobacco processing industry for supplying ground or cut tobacco material having at least 35% moisture content to a portioning device, comprising a conveyor device (11 - 16, 31 - 37), a homogenizing device (20 - 23, 23', 40 - 48) and a portioning device, characterized in that the homogenizing device (20 - 23, 23', 40 - 48) comprises a combination of a needle roller (20, 40) and a picker roller (22, 46), wherein the needle roller (20, 40) is disposed downstream of the conveyor device (11 - 16, 31 - 37) and receives tobacco material from the conveyor device (11 - 16, 31 - 37), wherein the picker roller (22, 46) is designed to expel tobacco material out of the needle roller (20, 40) in the direction of the portioning device, characterized in that the needle roller comprises a plurality of needle roller segments, which are disposed on a common drive axle and/or the picker roller comprises a plurality of picker roller segments which are disposed on a common drive axle, wherein the needle roller segments and/or the picker roller segments are disposed aligned with the reception part of the portioning device, and wherein a control device is provided by means of which a rotational speed of the needle roller (20, 40) and/or a rotational speed of the picker roller (22, 46) can be controlled such that the picker roller (22, 46) rotates with a higher circumferential speed than the needle roller (20, 40).
An air conditioning device comprising: a casing; and an imaging device that acquires image data of at least one predetermined object (40, 43, 45, 60, 66) to be imaged positioned in the casing, wherein a body of the casing is provided with a predetermined component (47, 49), wherein the imaging device includes an attachment portion detachably attached to the component (47, 49) so as to be at a position at which the imaging device can image the at least one predetermined object (40, 43, 45, 60, 66) to be imaged, characterized in that the at least one predetermined object (40, 43, 45, 60, 66) to be imaged includes at least one of a drain pan, a drain port, a drain pump, a float switch, or a humidifying element. a casing; and an imaging device that acquires image data of at least one predetermined object (40, 43, 45, 60, 66) to be imaged positioned in the casing, wherein a body of the casing is provided with a predetermined component (47, 49), wherein the imaging device includes an attachment portion detachably attached to the component (47, 49) so as to be at a position at which the imaging device can image the at least one predetermined object (40, 43, 45, 60, 66) to be imaged, characterized in that the at least one predetermined object (40, 43, 45, 60, 66) to be imaged includes at least one of a drain pan, a drain port, a drain pump, a float switch, or a humidifying element.
A water system of a watercraft, the water system being configured to draw water from a water source on which the watercraft is supported through at least a first port positioned in a body or hull of the watercraft, the water system defining a flow path when water is being drawn through the first port into the water system, the system comprising: a flow meter for measuring flow in the flow path; and a diagnostics system operatively connected to the flow meter and configured to: receive flow readings generated using the flow meter; detect a flow change in the flow readings; classify the flow change as one of a plurality of change classifications to provide a classified flow change; and diagnose a clog or a partial clog in a strainer of the water system based on the classified flow change, wherein the clog or the partial clog is determined based in part on a rate of change of the flow readings. a flow meter for measuring flow in the flow path; and a diagnostics system operatively connected to the flow meter and configured to: receive flow readings generated using the flow meter; detect a flow change in the flow readings; classify the flow change as one of a plurality of change classifications to provide a classified flow change; and diagnose a clog or a partial clog in a strainer of the water system based on the classified flow change, wherein the clog or the partial clog is determined based in part on a rate of change of the flow readings. receive flow readings generated using the flow meter; detect a flow change in the flow readings; classify the flow change as one of a plurality of change classifications to provide a classified flow change; and diagnose a clog or a partial clog in a strainer of the water system based on the classified flow change, wherein the clog or the partial clog is determined based in part on a rate of change of the flow readings.
A luminous base, comprising: a base body for carrying a cup and/or a beverage bottle, said base body, having a cover with a light outlet formed thereon; a light guide structure, installed at the base body, and configured to be corresponsive to the light outlet; a light emitting module, installed in the base body, and provided for projecting light towards the light guide structure; and a power supply module (7, 76), electrically coupled to the light emitting module, and provided for supplying electric power; characterised in that the cover has a shading wall disposed on an inner side of the cover and configured to be corresponsive to the periphery of the light outlet, and the shading wall has a first notch, and the light guide structure covers the light outlet, and the light guide structure is installed and positioned inside the shading wall, and the periphery of the light guide structure is covered by the shading wall without light leakage, and the light emitting module projects light from the first notch towards the light guide structure. a base body for carrying a cup and/or a beverage bottle, said base body, having a cover with a light outlet formed thereon; a light guide structure, installed at the base body, and configured to be corresponsive to the light outlet; a light emitting module, installed in the base body, and provided for projecting light towards the light guide structure; and a power supply module (7, 76), electrically coupled to the light emitting module, and provided for supplying electric power; characterised in that the cover has a shading wall disposed on an inner side of the cover and configured to be corresponsive to the periphery of the light outlet, and the shading wall has a first notch, and the light guide structure covers the light outlet, and the light guide structure is installed and positioned inside the shading wall, and the periphery of the light guide structure is covered by the shading wall without light leakage, and the light emitting module projects light from the first notch towards the light guide structure.
A substrate collecting device that detaches and collects some substrates among a plurality of substrates, which have been attached to a sheet member such that the substrates can be detached by carrying out a predetermined operation, from the sheet member, characterized in that it comprises: a stage on which the sheet member is placed with the plurality of the substrates facing downward and which is movable in a horizontal direction; an acquiring section which causes the substrates to come off from the sheet member and fall by carrying out the predetermined operation on the substrates on the stage from above the stage; an observation section for observing the substrates on the stage from under the stage; a collecting section that collects, under the stage, the substrates which have fallen from the stage; and a moving mechanism which moves the observation section and the collecting section integrally in the horizontal direction, wherein the acquiring section carries out the predetermined operation on the some substrates disposed at a predetermined relative position with respect to the acquiring section, and the moving mechanism is capable of positioning the observation section and the collecting section at a first position at which the observation section is positioned substantially vertically below the predetermined relative position and a second position at which the collecting section is disposed substantially vertically below the predetermined relative position. a stage on which the sheet member is placed with the plurality of the substrates facing downward and which is movable in a horizontal direction; an acquiring section which causes the substrates to come off from the sheet member and fall by carrying out the predetermined operation on the substrates on the stage from above the stage; an observation section for observing the substrates on the stage from under the stage; a collecting section that collects, under the stage, the substrates which have fallen from the stage; and a moving mechanism which moves the observation section and the collecting section integrally in the horizontal direction, wherein the acquiring section carries out the predetermined operation on the some substrates disposed at a predetermined relative position with respect to the acquiring section, and the moving mechanism is capable of positioning the observation section and the collecting section at a first position at which the observation section is positioned substantially vertically below the predetermined relative position and a second position at which the collecting section is disposed substantially vertically below the predetermined relative position.
A fluid spray gun, comprising a filter, a body made up of a barrel supporting a fluid spray nozzle and a handle having a cavity for receiving the filter, open opposite the barrel, and a guard suitable for protecting the hand of a user against impacts and preventing accidental operation in case of fall, the guard being removably mounted on the body and having a first end secured to the barrel and a second end secured to the handle, characterized in that the guard comprises means for removing the filter from the cavity.
System for controlling a controlled parameter of an aeronautical equipment device, said controlled parameter being governed by an operating law of said device linking said controlled parameter to a command and to a plurality of input parameters (X1, X2, X3,...), said operating law being capable of being modelled by a transfer function constituting a mathematical model of the relationship between the command, the input parameters (X1, X2, X3,...) and the controlled parameter, said control system comprising a control loop servo-controlling said controlled parameter at a setpoint (y c) by means of the command controlling the device, characterised in that the control loop comprises a regulator comprising in series a corrector and an operating law compensation module whereof the transfer function is intended to compensate the transfer function of the operating law, the command provided to the device corresponding to the output of the regulator, the system further comprising a local gain determination module receiving the command and the input parameters (X1, X2, X3,...) and configured to determine the local gain of a static part of a model of the operating law representative of the gain of said controlled parameter in response to a variation in said command in a steady operating speed of said operating law, said static part of the model of the operating law combining the independent relations of the time between the controlled parameter, the command and the plurality of input parameters (X1, X2, X3,...), said model of the operating law also comprising a dynamic part combining the time-dependent relations between the controlled parameter, the command and the plurality of input parameters (X1, X2, X3), said operating law compensation module involving the inverse of said local gain determined by the determination module.
Method for operating a drive device of a motor vehicle, which has at least one electrical machine having a phase angle transmitter as well as a drive shaft able to be operatively connected to the electrical machine, characterised in that, in the case of a constant return value of the phase angle transmitter, a first diagnosis operating mode of the drive device is executed, wherein the operative connection between the electrical machine and the drive shaft is interrupted, subsequently the electrical machine is regulated to a determined rotational speed and, in the case of a continued constant return value, a first operating state is detected, and otherwise a correct function of the phase angle transmitter.
A method for managing a contention window by a base station in a wireless communication system, the method comprising: transmitting, to a plurality of user equipments, UEs, multiple data in a first subframe; obtaining values of reception result corresponding to the multiple data transmitted in the first subframe; determining a ratio of negative acknowledge, NACK, signals to the values of reception result; setting the contention window to an initial value when the ratio of the NACK signals is less than a predetermined ratio; and sensing a channel based on the adjusted or maintained contention window; wherein the first subframe is a first subframe of continuous subframes most recently transmitted on the channel made by the base station, where values of reception result are expected to be fed back; and wherein the determining of the ratio of the NACK signals includes, upon failure to detect a reception result for each of the multiple data, counting a NACK signal corresponding to corresponding data. transmitting, to a plurality of user equipments, UEs, multiple data in a first subframe; obtaining values of reception result corresponding to the multiple data transmitted in the first subframe; determining a ratio of negative acknowledge, NACK, signals to the values of reception result; setting the contention window to an initial value when the ratio of the NACK signals is less than a predetermined ratio; and sensing a channel based on the adjusted or maintained contention window; wherein the first subframe is a first subframe of continuous subframes most recently transmitted on the channel made by the base station, where values of reception result are expected to be fed back; and wherein the determining of the ratio of the NACK signals includes, upon failure to detect a reception result for each of the multiple data, counting a NACK signal corresponding to corresponding data.
Medical temperature control apparatus with at least one housing, at least one fluid supply device by which a fluid is provided in the housing, at least one temperature control device arranged in the housing, which controls the temperature of the fluid flowing through the housing, at least one fluid outflow device by which the fluid is led out of the housing at a substantially predetermined temperature, and at least one pump device arranged in the housing which pressurizes the fluid flowing through the housing, wherein the at least one temperature control device (2, 3) comprises at least one first temperature control unit and at least one second temperature control unit, each comprising at least one thermoelectric element (4, 5), in particular at least one Peltier element, at least one heat exchanger element (8, 9) through which fluid can flow for transferring heat to or from the fluid, and at least one heat sink (6, 7), characterized in that the at least one heat sink of the at least one first temperature control unit and the at least one heat sink of the at least one second temperature control unit face one another, and that, preferably closed, cooling channels are formed by the heat sink of the first temperature control unit together with the heat sink of the second temperature control unit.
A method for producing a multimetal oxide catalyst, comprising preparation of a precursor composition, exposing said precursor composition to elevated temperatures to activate the composition, and grinding the activated composition, wherein the preparation of the precursor composition comprises: a) forming a plasticized precursor composition from the constituents of the composition; b) discharging the plasticized precursor composition from an extruder having at least one die to form extrudates; c) allowing the extrudates to drop onto a transfer surface (40, 43) disposed beneath the at least one die whereby the extrudates break into pieces which come to rest on the transfer surface (40, 43); d) transferring the pieces to at least one drying chamber; and e) moving the pieces through the at least one drying chamber on an air permeable drying conveyor belt; wherein steps b) through d) are carried out under reduced pressure. a) forming a plasticized precursor composition from the constituents of the composition; b) discharging the plasticized precursor composition from an extruder having at least one die to form extrudates; c) allowing the extrudates to drop onto a transfer surface (40, 43) disposed beneath the at least one die whereby the extrudates break into pieces which come to rest on the transfer surface (40, 43); d) transferring the pieces to at least one drying chamber; and e) moving the pieces through the at least one drying chamber on an air permeable drying conveyor belt;
Hot beverages machine, in particular fully automatic coffee machine for domestic purposes, - with a heating device, - with a brewing chamber, - with a hot water discharge, and - with a motor driven multi-way valve, with a driven adjustment element, with a plurality of markers having a working areas, and which are distributed around the periphery of the adjustment element, - with an initialization identifier on the adjustment element which differs therefrom, - with a control device for controlling the multi-way valve, - with a detection unit which interacts with the markers and which signals detected markers, and interacts with the initialization identifier and it outputs a control signal which can be evaluated in the control device, characterized in that the working area of at least one of the markers has a cam shape profile, with a step changing cam surface, resulting in a step change of the control signal and in that the initialization identifier and the markers having a cam surface which varies in shape from a rising edge, then a plateau portion and a step edge. - with a heating device, - with a brewing chamber, - with a hot water discharge, and - with a motor driven multi-way valve, with a driven adjustment element, with a plurality of markers having a working areas, and which are distributed around the periphery of the adjustment element, - with an initialization identifier on the adjustment element which differs therefrom, - with a control device for controlling the multi-way valve, - with a detection unit which interacts with the markers and which signals detected markers, and interacts with the initialization identifier and it outputs a control signal which can be evaluated in the control device,
A method for photographing an image using an electronic device including a display, a first image sensor, and a second image sensor on the same side of the electronic device as the display, the method comprising: displaying a first preview image obtained by the first image sensor as a main screen in the display; and displaying a second preview image obtained by the second image sensor as a sub screen, together with the first preview image in the display, in a partial region of the first preview image; characterized in that the displaying of the second preview image comprises: detecting the orientation of the device from the output of a sensor; identifying a location of the second image sensor according to the detected orientation of the electronic device; and setting the partial region for displaying the second preview image at a location closer to the identified location of the second image sensor. displaying a first preview image obtained by the first image sensor as a main screen in the display; and displaying a second preview image obtained by the second image sensor as a sub screen, together with the first preview image in the display, in a partial region of the first preview image; characterized in that the displaying of the second preview image comprises: detecting the orientation of the device from the output of a sensor; identifying a location of the second image sensor according to the detected orientation of the electronic device; and setting the partial region for displaying the second preview image at a location closer to the identified location of the second image sensor. detecting the orientation of the device from the output of a sensor; identifying a location of the second image sensor according to the detected orientation of the electronic device; and setting the partial region for displaying the second preview image at a location closer to the identified location of the second image sensor.
A method of improving a centrifugally-cast tube comprising: passing a first cutting tool having a plurality of first cutting inserts through a bore of the tube so as to mechanically remove a first quantity of material from the bore and to commence the formation of a plurality of grooves and bosses; passing a second cutting tool having a plurality of second cutting inserts through the bore so as to mechanically remove a second quantity of material from the bore and to continue the formation of the plurality of grooves and bosses, the plurality of second cutting inserts having larger dimensions than corresponding dimensions of the plurality of first cutting inserts; continuing to pass additional cutting tools having a plurality of additional cutting inserts through the bore, each set of additional cutting tools having dimensions different than corresponding dimensions of the cutting inserts employed in the immediately preceding pass, so as to continue to mechanically remove additional quantities of material from the bore until a desired profile of grooves and bosses is achieved, wherein the dimensions incrementally increase at a rate of between 0.05 mm and 0.1 mm per pass. passing a first cutting tool having a plurality of first cutting inserts through a bore of the tube so as to mechanically remove a first quantity of material from the bore and to commence the formation of a plurality of grooves and bosses; passing a second cutting tool having a plurality of second cutting inserts through the bore so as to mechanically remove a second quantity of material from the bore and to continue the formation of the plurality of grooves and bosses, the plurality of second cutting inserts having larger dimensions than corresponding dimensions of the plurality of first cutting inserts; continuing to pass additional cutting tools having a plurality of additional cutting inserts through the bore, each set of additional cutting tools having dimensions different than corresponding dimensions of the cutting inserts employed in the immediately preceding pass, so as to continue to mechanically remove additional quantities of material from the bore until a desired profile of grooves and bosses is achieved, wherein the dimensions incrementally increase at a rate of between 0.05 mm and 0.1 mm per pass.