mhurhangee/ep-ind-claims huggingface dataset:
Earthing unit (1, 115 to 120) for a switchgear assembly for the demand-dependent earthing of an electrical conductor (122 to 124) of the switchgear assembly, the earthing unit (1, 115 to 120) comprising - a housing having two open housing ends (21, 23) situated opposite one another, - an electrical connecting conductor running between the two open housing ends (21, 23), and - an earthing switch having an electrically conductive switching element, which is movable between a first switching position, in which it is disconnected from the connecting conductor, and a second switching position, in which it is electrically conductively connected to the connecting conductor, wherein the housing has a substantially hollow-cylindrical body section, through which the connecting conductor runs, wherein the housing has a neck section projecting from an outer lateral surface of the hollow-cylindrical body section, and a head section adjacent to the neck section, wherein the switching element projects from the head section into the neck section and is movable to the connecting conductor in the body section, characterized in that the two open housing ends (21, 23) are respectively bordered by a housing flange (17, 19) and the neck section is arranged between the two housing flanges (17, 19) in a manner connecting the latter to one another. - a housing having two open housing ends (21, 23) situated opposite one another, - an electrical connecting conductor running between the two open housing ends (21, 23), and - an earthing switch having an electrically conductive switching element, which is movable between a first switching position, in which it is disconnected from the connecting conductor, and a second switching position, in which it is electrically conductively connected to the connecting conductor, wherein the housing has a substantially hollow-cylindrical body section, through which the connecting conductor runs, wherein the housing has a neck section projecting from an outer lateral surface of the hollow-cylindrical body section, and a head section adjacent to the neck section, wherein the switching element projects from the head section into the neck section and is movable to the connecting conductor in the body section,
Labeling unit, comprising: - a vacuum transfer cylinder with suction bars for suctioning labels; - a gluing unit formed adjacent to said vacuum transfer cylinder for applying glue onto said labels; and - a stationary switching unit having a movable operating cam for switching said suction bars to an inner position in which said suction bars pass said gluing unit without contacting it, characterized in that said switching unit comprises a toggle lever for actuating said operating cam. - a vacuum transfer cylinder with suction bars for suctioning labels; - a gluing unit formed adjacent to said vacuum transfer cylinder for applying glue onto said labels; and - a stationary switching unit having a movable operating cam for switching said suction bars to an inner position in which said suction bars pass said gluing unit without contacting it,
A switchgear comprising: a plurality of compatible switch units (1a, 1b) provided in a housing, each of the switch units including one or more switches (6a, 6b, 7a, 7b) and a bus connection bushing connected to a bus side and enabling switching between closing/interrupting/ground functions, wherein: the plurality of switch units (1a, 1b) are electrically connected at a load side of the switch with each other. a plurality of compatible switch units (1a, 1b) provided in a housing, each of the switch units including one or more switches (6a, 6b, 7a, 7b) and a bus connection bushing connected to a bus side and enabling switching between closing/interrupting/ground functions, the plurality of switch units (1a, 1b) are electrically connected at a load side of the switch with each other.
Method for preparing an edible product from a disposable container in a machine, the disposable container comprising at least one ingredient compartment with at least one base ingredient for the targeted edible product and a processing compartment where the content of the ingredient compartments is processed together with air and a fluid provided into the processing compartment, the disposable container also comprising identification means with the process parameters information for the preparation of the targeted edible product, the machine comprising a dispensing mechanism for dispensing the content of the ingredient compartments into the processing compartment, driving means for moving the processing compartment in order to process its content, and a control unit, retrieving the process parameters information from the disposable container and adapting the process carried out in the machine with the process parameters retrieved, such that these parameters are at least one or a combination of: dispensing sequence and dispensing flow rate of the dispensing mechanism, speed of the driving means, flow rate of the air provided into the processing compartment and flow rate of the fluid provided into the processing compartment.
A displacement pump (100, 101, 102, 103, 104, 105) for sucking and discharging a fluid by changing pressure in a space constituted by an outer peripheral surface of a rotor and an inner wall surface of a casing for accommodating the rotor, which is fixed to a pump main body for accommodating a shaft fixed to the rotor in an axial direction of the shaft and rotating with respect to the pump main body, comprising a side clearance adjusting member for moving the shaft in an axial direction of the shaft, wherein the side clearance adjusting member is screwed to the female screw of the pump main body at an end portion of the shaft on a side separated from the rotor, characterised in that a thermal expansion adjusting member is arranged between the side clearance adjusting member and a bearing (7, 8) for rotatably supporting the shaft, and thermal expansion coefficient of the thermal expansion adjusting member is larger than that of the pump main body for accommodating the shaft. wherein the side clearance adjusting member is screwed to the female screw of the pump main body at an end portion of the shaft on a side separated from the rotor, characterised in that a thermal expansion adjusting member is arranged between the side clearance adjusting member and a bearing (7, 8) for rotatably supporting the shaft, and thermal expansion coefficient of the thermal expansion adjusting member is larger than that of the pump main body for accommodating the shaft.
Drive assembly for a roll crusher comprising two rollers (301, 302) arranged in parallel comprising two drive trains (1, 2) each for driving a roller (301, 302), wherein the drive trains (1, 2) each have a gear transmission (15, 17, 25, 27), comprising a drive shaft (11, 21) which can connect to a motor (102, 202) and an output shaft (16, 26) which can connect to a roller (301, 302), wherein each gear transmission (15, 17, 25, 27) comprises an intermediate shaft (12, 22) arranged between the drive shaft (11, 21) and the output shaft (16, 26), characterised in that the intermediate shafts (12, 22) are connected to each other with a slip-free torque transmission device (37, 47, 50), which allows an offset of the gear transmission (15, 17, 25, 27) in relation to each other, in combination with an overload clutch, which terminates the connection for conjoint rotation of the intermediate shafts (12, 22) when an adjustable torque is exceeded.
A method for polishing a substrate by moving an upper plate having a polishing pad installed thereto, wherein the upper plate performs a polishing process along a quadrangular path, wherein the path forms a square, and wherein a travel range by which the upper plate moves in the longitudinal direction of the substrate and a travel range by which the upper plate moves in the transverse direction of the substrate are respectively 90% to 100% of a diameter of the polishing pad installed to the upper plate, wherein S1 and S2 respectively have a smallest value among values calculated by Formulas 1 and 2 below: D − d D ′ + D − D ′ 2 − P end P eff where d: double of a radial length of a worn portion of a rim portion of the polishing pad, which does not contact the substrate; D': diameter of a portion where the pressure applied to the substrate by the polishing pad is equal to or greater than an effective pressure (P eff) which is capable of wearing the surface portion of the substrate; P end: pressure applied to the substrate by the polishing pad at each outermost point in all portions of the polishing pad other than the worn portion which does not contact the substrate; and P eff: pressure applied to the substrate by the polishing pad, which is capable of wearing the surface portion of the substrate. d: double of a radial length of a worn portion of a rim portion of the polishing pad, which does not contact the substrate; D': diameter of a portion where the pressure applied to the substrate by the polishing pad is equal to or greater than an effective pressure (P eff) which is capable of wearing the surface portion of the substrate; P end: pressure applied to the substrate by the polishing pad at each outermost point in all portions of the polishing pad other than the worn portion which does not contact the substrate; and P eff: pressure applied to the substrate by the polishing pad, which is capable of wearing the surface portion of the substrate.
A system for assisting a rescuer in providing resuscitative treatment to a victim, the system comprising: a processor, a memory, and associated circuitry configured to detect compression waveform features (901-908, 910, 912, 914, 920, 930, 935, 940, 945, 950) characteristic of manual chest compressions, automated chest compressions, and mechanically assisted active compression-decompression, ACD, chest compressions, at least one output device communicatively coupled to the processor, and at least one motion sensor, communicatively coupled to the processor and configured to generate signals indicative of motion of the chest of the victim during chest compressions, wherein the processor is further configured to: receive the signals indicative of the motion of the chest, generate a compression waveform based on the signals indicative of the motion of the chest, identify the compression waveform as one of a manual chest compression waveform, an automated chest compression waveform, and a mechanically assisted ACD chest compression waveform based on one or more compression waveform features in the compression waveform, and control the at least one output device to selectively provide chest compression feedback to the rescuer based at least in part on the identified compression waveform. a processor, a memory, and associated circuitry configured to detect compression waveform features (901-908, 910, 912, 914, 920, 930, 935, 940, 945, 950) characteristic of manual chest compressions, automated chest compressions, and mechanically assisted active compression-decompression, ACD, chest compressions, at least one output device communicatively coupled to the processor, and at least one motion sensor, communicatively coupled to the processor and configured to generate signals indicative of motion of the chest of the victim during chest compressions, wherein the processor is further configured to: receive the signals indicative of the motion of the chest, generate a compression waveform based on the signals indicative of the motion of the chest, identify the compression waveform as one of a manual chest compression waveform, an automated chest compression waveform, and a mechanically assisted ACD chest compression waveform based on one or more compression waveform features in the compression waveform, and control the at least one output device to selectively provide chest compression feedback to the rescuer based at least in part on the identified compression waveform. receive the signals indicative of the motion of the chest, generate a compression waveform based on the signals indicative of the motion of the chest, identify the compression waveform as one of a manual chest compression waveform, an automated chest compression waveform, and a mechanically assisted ACD chest compression waveform based on one or more compression waveform features in the compression waveform, and control the at least one output device to selectively provide chest compression feedback to the rescuer based at least in part on the identified compression waveform.
A vacuum pump having a disconnectable drive coupling, the disconnectable drive coupling including an input shaft, a co-axial output shaft and a coupling sleeve movable axially of the shafts (13,22), said disconnectable drive coupling further having a speed synchronising clutch (31,32) and drive formations (36,37) provided on both shafts (13,22), wherein said coupling sleeve is resiliently urged to an engaged condition where the input shaft is coupled for rotation with the output shaft via the drive formations (36,37), the coupling sleeve forming part of an annular piston, characterised in that the coupling sleeve is movable in response to an increase in fluid pressure to achieve a disengaged condition where the input shaft is decoupled from rotation with the output shaft.
Method for operating a battery sensor, having at least one capture device (38, 44, 60) for capturing at least one battery parameter and outputting a battery value dependent on the battery parameter, having an evaluation circuit for determining a corrected battery value from the battery value and from a correction value, and having a correction value determination device which is provided for the purpose of determining the correction value in the evaluation circuit, characterized in that the correction value determination device captures at least one influencing value of an influencing parameter of the correction value that influences the correction value, wherein a pre-determined rule for assigning a correction factor (82, 86, 88, 90) to the respective influencing parameter (72, 74, 76) is respectively stored in the correction value determination device for at least two value ranges of the influencing parameter, the correction value being determined with the following steps: a) capturing at least one influencing value of the at least one influencing parameter (72, 74, 76), b) determining and outputting the value range of the influencing parameter (72, 74, 76) for the captured influencing values (118, 120, 122), c) selecting the at least one assignment rule corresponding to the value range, d) determining and outputting the correction factor (82, 86, 88, 90) corresponding to the value range of the influencing parameter (72, 74, 76) from the assignment rule, and e) determining the correction value with the correction factor (82, 86, 88, 90). a) capturing at least one influencing value of the at least one influencing parameter (72, 74, 76), b) determining and outputting the value range of the influencing parameter (72, 74, 76) for the captured influencing values (118, 120, 122), c) selecting the at least one assignment rule corresponding to the value range, d) determining and outputting the correction factor (82, 86, 88, 90) corresponding to the value range of the influencing parameter (72, 74, 76) from the assignment rule, and e) determining the correction value with the correction factor (82, 86, 88, 90).
A method of wireless communication, comprising: receiving, by a first wireless communication device from a second wireless communication device, a configuration indicating a communication direction for a first slot; receiving, by the first wireless communication device from the second wireless communication device, a slot format indicator, SFI, indicating slot formats for a set of slots including the first slot after receiving the configuration, wherein the SFI indicates an unspecified slot format for the first slot; and characterized by: communicating, by the first wireless communication device with the second wireless communication device, a communication signal during the first slot in the direction indicated by the configuration. receiving, by a first wireless communication device from a second wireless communication device, a configuration indicating a communication direction for a first slot; receiving, by the first wireless communication device from the second wireless communication device, a slot format indicator, SFI, indicating slot formats for a set of slots including the first slot after receiving the configuration, wherein the SFI indicates an unspecified slot format for the first slot; and characterized by: communicating, by the first wireless communication device with the second wireless communication device, a communication signal during the first slot in the direction indicated by the configuration.
Head restraint for a vehicle seat, in particular for a motor vehicle seat, wherein the head restraint has a cushion part facing the head of a seat occupant, a main body and a comfort adjustment device, wherein in a usage situation of the head restraint the cushion part may be adjusted relative to the main body from a first position further removed from the head of the seat occupant into a second position provided closer to the head of the seat occupant by means of the comfort adjustment device, wherein the cushion part may also be adjusted by means of the comfort adjustment device from the second position in the direction of the first position, wherein this requires the adjustment of a front extreme position of the cushion part, wherein the comfort adjustment device has a control element which may be adjusted in a locked position and in an unlocked position, wherein with an adjustment of the control element in the locked position a direct movement of the cushion part is possible from the first position into the second position, a movement of the cushion part being blocked in the opposing direction, however, and wherein with an adjustment of the control element in the unlocked position a direct movement of the cushion part is possible from the first position into the second position and from the second position into the first position, wherein the movement of the cushion part for comfort adjustment is a pivoting movement of the cushion part about a rotational axis extending substantially horizontally, wherein the rotational axis extends in the upper region of the head restraint or of the main body, wherein the cushion part may be adjusted into a plurality of latching positions, wherein the adjustment force required for adjustment in the direction from the first position into the second position of the cushion part is provided to be greater after the last latching position before the extreme position, wherein for increasing the adjustment force a leaf spring and/or a spiral spring and/or a buffer function is provided, wherein the buffer function is provided, in particular, by means of a rubber material and/or by means of a foam material and/or by means of a linear damping element and/or by means of a rotational damping element about the rotational axis.
A pressure measuring device for the measuring of pressures of fluids, in particular a manometer, with a measuring spring, which is arranged on a base body, wherein the measuring spring has a curved shape with a pressure chamber, and wherein the pressure chamber can be applied with the fluid in the base body through a pressure line so that an elastic deformation of the measuring spring occurs, which can be indicated as a pressure value through a measuring element, wherein a stop body is provided for the connection of the measuring spring with the base body, against which the measuring spring is made to rest with a first spring side, and wherein the measuring spring is welded to the stop body, characterized in that the measuring spring is formed of two sheet metal strips (18, 19) located on top of each other, which are connected to one another circumferentially, so that the pressure chamber is formed between the sheet metal strips (18, 19), in that the measuring spring comprises a connection lug at the free end, to which at least one element of the measuring element of the pressure measuring device can be connected, wherein the connection lug is formed in one piece from the sheet metal strip (18, 19).
A plurality of combustors (3a, 3b...) disposed annularly along an outer peripheral portion of a casing of a turbine, each combustor (3a, 3b...) comprising: a combustion chamber that burns fuel and air to thereby generate a combustion gas; a diffusion burner disposed upstream of the combustion chamber; a plurality of premix burners disposed around the diffusion burner; and a plurality of cross fire tubes, each providing communication between combustion chambers of combustors adjacent to each other in a circumferential direction of the casing, wherein the cross fire tubes connected to the combustors adjacent to a first side in the circumferential direction of the casing are disposed so as to have a central axis passing over one of the premix burners as viewed from the combustion chamber, and wherein the cross fire tubes connected to the combustors adjacent to a second side in the circumferential direction of the casing are disposed so as to have a central axis passing between two premix burners adjacent to each other as viewed from the combustion chamber. a combustion chamber that burns fuel and air to thereby generate a combustion gas; a diffusion burner disposed upstream of the combustion chamber; a plurality of premix burners disposed around the diffusion burner; and a plurality of cross fire tubes, each providing communication between combustion chambers of combustors adjacent to each other in a circumferential direction of the casing, wherein the cross fire tubes connected to the combustors adjacent to a first side in the circumferential direction of the casing are disposed so as to have a central axis passing over one of the premix burners as viewed from the combustion chamber, and wherein the cross fire tubes connected to the combustors adjacent to a second side in the circumferential direction of the casing are disposed so as to have a central axis passing between two premix burners adjacent to each other as viewed from the combustion chamber.
An operating device (1, 101, 201) suitable to be used as an input device for an information processing apparatus, the operating device comprising: left and right hold sections (10L, 10R) to be held by a user; a front surface; an upper surface; a touch sensor (23, 223); a light source; a plurality of operating members (11, 19, 22; 122; 222) disposed on the upper surface of the hold sections (10L, 10R); and a light emitting area (28, 128, 228) defined in the upper surface and configured to be made luminous by the light source, wherein the touch sensor (23, 123, 223) is provided on the upper surface, and the light emitting area (28, 128, 228) on the upper surface is located along a front edge of the touch sensor (23, 123, 223). a front surface; an upper surface; a touch sensor (23, 223); a light source; a plurality of operating members (11, 19, 22; 122; 222) disposed on the upper surface of the hold sections (10L, 10R); and a light emitting area (28, 128, 228) defined in the upper surface and configured to be made luminous by the light source, wherein the touch sensor (23, 123, 223) is provided on the upper surface, and the light emitting area (28, 128, 228) on the upper surface is located along a front edge of the touch sensor (23, 123, 223).