mhurhangee/ep-ind-claims huggingface dataset:
A double-acting cylinder comprising a cylinder housing, a first floating piston, a second floating piston and a central piston which is movable to three stationary positions along an actuation direction of the cylinder, wherein the cylinder housing defines a cylinder bore which extends along the actuation direction and is delimited on opposing ends by a first and a second cylinder cap (15, 17), respectively, wherein a movement of the first floating piston in the cylinder bore along the actuation direction of the cylinder is delimited towards the second floating piston by a first end stop arrangement, wherein a movement of the second floating piston in the cylinder bore along the actuation direction of the cylinder is delimited towards the first floating piston by a second end stop arrangement, wherein a movement of the central piston in the cylinder bore along the actuation direction of the cylinder is delimited by the first and the second floating piston (7, 9), wherein each floating piston (7, 9) comprises a first section (47, 49) and a second section (51, 53), wherein a circumferential length of the first floating piston in a plane extending perpendicular to the actuation direction of the cylinder is greater in the first section than in the second section and a circumferential length of the second floating piston in a plane extending perpendicular to the actuation direction of the cylinder is greater in the first section than in the second section, wherein in the first section (47, 49) of each floating piston (7, 9) a first seal is arranged for a sealing engagement with an inner wall (36, 71) of the cylinder bore and wherein in the second section (51, 53) of each floating piston (7, 9) a second seal is arranged for a sealing engagement with an inner wall of the central piston, wherein the movement of the first floating piston in the cylinder bore along the actuation direction of the cylinder and away from the second floating piston is delimited by the first cylinder cap and wherein the movement of the second floating piston in the cylinder bore along the actuation direction of the cylinder and away from the first floating piston is delimited by the second cylinder cap, characterized in that the first end stop arrangement is attached to the first cylinder cap and the second end stop arrangement is attached to the second cylinder cap, and each cylinder cap (15, 17) comprises a guiding section (21, 23) which extends from the respective cylinder cap (15, 17) towards the central piston and which is spaced from an inner wall of the cylinder bore, wherein the first end stop arrangement is formed by a protrusion arranged at the guiding section of the first cylinder cap and the second end stop arrangement is formed by a protrusion arranged at the guiding section of the second cylinder cap.
A tire comprising: a circumferential direction main groove extending in a circumferential direction on a tread surface; a pair of circumferential direction supplemental grooves (210, 220) extending in the circumferential direction, and located on both sides of the circumferential direction main groove in a tread width direction; and a pair of central land portions (310, 320) having a rib shape, and formed between the circumferential direction main groove and the pair of circumferential direction supplemental grooves (210, 220), wherein each of the central land portions (310, 320) has a plurality of sipes (311, 321), and each of the sipes (311, 321) extends to the circumferential direction main groove to form an opened portion (312, 322), characterized in that the circumferential direction main groove has shallow grooved portions and deep grooved portions a depth of which from the tread surface is larger than a depth of the shallow grooved portions from the tread surface, and the depth of the shallow grooved portions from the tread surface is smaller than a depth of the circumferential direction supplemental grooves (210, 220) from the tread surface. a circumferential direction main groove extending in a circumferential direction on a tread surface; a pair of circumferential direction supplemental grooves (210, 220) extending in the circumferential direction, and located on both sides of the circumferential direction main groove in a tread width direction; and a pair of central land portions (310, 320) having a rib shape, and formed between the circumferential direction main groove and the pair of circumferential direction supplemental grooves (210, 220), wherein each of the central land portions (310, 320) has a plurality of sipes (311, 321), and each of the sipes (311, 321) extends to the circumferential direction main groove to form an opened portion (312, 322), characterized in that the circumferential direction main groove has shallow grooved portions and deep grooved portions a depth of which from the tread surface is larger than a depth of the shallow grooved portions from the tread surface, and the depth of the shallow grooved portions from the tread surface is smaller than a depth of the circumferential direction supplemental grooves (210, 220) from the tread surface.
Device for receiving workpieces, comprising at least one magazine that receives workpieces, and at least one gripping element for receiving a workpiece, the gripping element being designed as a vacuum gripping element and comprising a receiving portion for workpieces, and a vacuum-generation apparatus being provided which is operatively connected to the vacuum gripping element for the purpose of applying a vacuum, a control apparatus for the vacuum-generation apparatus being provided by means of which the vacuum depending on the position of the vacuum gripping element and/or its manufacturing can be controlled with workpieces, characterised in that, in a loading position, the vacuum force is adjusted by the control apparatus according to the weight force of a workpiece, in order to receive exactly one workpiece.
Drainage fitting, in particular for a walk-in shower, having a cover plate and a housing, through which a drain section is formed, as well as a bar connected to the cover plate, which bar is movable within the drain section both in its longitudinal direction as well as in a transverse direction, wherein a magnetic centring of the end of the bar, which end faces away from the cover plate, is provided, and wherein on the end of the bar a sliding surface inclined to its longitudinal axis is formed, which sliding surface is provided to bear on a sliding surface, also inclined, of the drain section, wherein the two sliding surfaces (11, 12) are magnetically attracted to each other, characterized in that the sliding surface of the bar extends up to its cylindrical peripheral surface and the sliding surface of the drain section extends up to a shoulder formed therein, which shoulder is provided to bear on a section of the peripheral surface of the bar.
Monitoring device for an elevator system having an elevator car for monitoring a movement of the elevator car, comprising: - a sensor system for detecting a movement variable, - an analysis device that is designed to evaluate the detected movement variable and compare it with a limit value and, if the limit value is exceeded, to trigger a signal output in order to activate a brake or a catching device, the monitoring device selecting the limit value from predefined limit values on the basis of a state of the monitoring device, characterized in that - the predefined limit values comprise at least one normal operating limit value and the monitoring device indicates a normal state as soon as predetermined connecting elements are connected, in particular in operational readiness, to the monitoring device, and in that the monitoring device selects the normal operating limit value from the predefined limit values as soon as the normal state is indicated, and in that the analysis device compares the evaluated movement variable with the normal operating limit value, and/or - the predefined limit values comprise an assembly limit value, the monitoring device indicates an assembly state as long as predetermined connecting elements are missing from the monitoring device, and in that the monitoring device selects the assembly limit value from the predefined limit values as long as the assembly state is indicated, and in that the analysis device compares the evaluated movement variable with the assembly limit value. - a sensor system for detecting a movement variable, - an analysis device that is designed to evaluate the detected movement variable and compare it with a limit value and, if the limit value is exceeded, to trigger a signal output in order to activate a brake or a catching device, the monitoring device selecting the limit value from predefined limit values on the basis of a state of the monitoring device, - the predefined limit values comprise at least one normal operating limit value and the monitoring device indicates a normal state as soon as predetermined connecting elements are connected, in particular in operational readiness, to the monitoring device, and in that the monitoring device selects the normal operating limit value from the predefined limit values as soon as the normal state is indicated, and in that the analysis device compares the evaluated movement variable with the normal operating limit value, and/or - the predefined limit values comprise an assembly limit value,
An information processing program that causes a computer to execute a process comprising: extracting second data through executing a predefined first process on first data including sensitive information; outputting fourth data obtained by executing the first process on third data, the third data being obtained by executing a predefined second process to delete sensitive information on the first data; and determining, in a case where the second data is different from the fourth data, that the first process uses sensitive information. extracting second data through executing a predefined first process on first data including sensitive information; outputting fourth data obtained by executing the first process on third data, the third data being obtained by executing a predefined second process to delete sensitive information on the first data; and determining, in a case where the second data is different from the fourth data, that the first process uses sensitive information.
Process for manufacturing a structure, such process comprises the following operating steps: - a step of manufacturing at least two rigid profiles by means of an extrusion process, each said rigid profile extended along a longitudinal extension axis and being provided with an arched wall extended around said longitudinal extension axis between a first longitudinal coupling edge and a second longitudinal coupling edge countershaped with respect to each other; - a step of coupling at least two said rigid profiles, wherein the first longitudinal coupling edge of each rigid profile is constrained in a shape relationship with the second longitudinal coupling edge of another said rigid profile, said rigid profiles coupled together forming a tubular body provided with a substantially cylindrical outer surface defined by the arched walls of said rigid profiles; characterized in that the process is used for manufacturing a transfer head for a container labeling machine and in that the process further comprises the following operating steps: - a step of rubberizing said tubular body, wherein at least one layer of polymeric material is fixed on the outer surface of said tubular body; - a step of processing, wherein at least the arched wall of each said rigid profile of said tubular body and said polymeric material layer are shaped, by means of removal, preferably milling or laser cutting, with a specific form corresponding to the format of labels to be applied to containers. - a step of manufacturing at least two rigid profiles by means of an extrusion process, each said rigid profile extended along a longitudinal extension axis and being provided with an arched wall extended around said longitudinal extension axis between a first longitudinal coupling edge and a second longitudinal coupling edge countershaped with respect to each other; - a step of coupling at least two said rigid profiles, wherein the first longitudinal coupling edge of each rigid profile is constrained in a shape relationship with the second longitudinal coupling edge of another said rigid profile, said rigid profiles coupled together forming a tubular body provided with a substantially cylindrical outer surface defined by the arched walls of said rigid profiles; - a step of rubberizing said tubular body, wherein at least one layer of polymeric material is fixed on the outer surface of said tubular body; - a step of processing, wherein at least the arched wall of each said rigid profile of said tubular body and said polymeric material layer are shaped, by means of removal, preferably milling or laser cutting, with a specific form corresponding to the format of labels to be applied to containers.
Device, in particular a visor mechanism, for displacing a visor on a helmet, having 1.1. a helmet connection means for connecting the device to the helmet, 1.2. a visor connection means for connecting the device to the visor, and 1.3. a guidance means for the guided displacement of the visor connection means relative to the helmet connection means between 1.3.1. a closed position in which the visor is closed, 1.3.2. an open position in which the visor is open, 1.3.3. a transfer position between the closed position and the open position, characterised by 1.4. at least one biasing means (11, 11a, 11b) for biasing the visor connection means arranged in the transfer position in the direction of the closed position and in the direction of the open position. 1.1. a helmet connection means for connecting the device to the helmet, 1.2. a visor connection means for connecting the device to the visor, and 1.3. a guidance means for the guided displacement of the visor connection means relative to the helmet connection means between 1.3.1. a closed position in which the visor is closed, 1.3.2. an open position in which the visor is open, 1.3.3. a transfer position between the closed position and the open position, characterised by 1.3.1. a closed position in which the visor is closed, 1.3.2. an open position in which the visor is open, 1.3.3. a transfer position between the closed position and the open position, 1.4. at least one biasing means (11, 11a, 11b) for biasing the visor connection means arranged in the transfer position in the direction of the closed position and in the direction of the open position.
A method for transmitting a sensing report in a wireless local area network, WLAN, system, the method comprising: receiving (S210; S610) a sensing request frame (310, 312, 315, 320; 330) including a channel number field indicating a channel for which the sensing applies; and transmitting (S230; S640) the sensing report frame (410, 412, 415, 420; 430) including information indicating whether a primary signal has been detected in the channel, wherein the primary signal is a signal transmitted from a device that requires protection. receiving (S210; S610) a sensing request frame (310, 312, 315, 320; 330) including a channel number field indicating a channel for which the sensing applies; and transmitting (S230; S640) the sensing report frame (410, 412, 415, 420; 430) including information indicating whether a primary signal has been detected in the channel, wherein the primary signal is a signal transmitted from a device that requires protection.
Apparatus for user exercise monitoring for rehabilitation, comprising: a frame; a motion sensing unit, a memory, a processing unit and a user input unit supported by the frame; and a harness configured to secure the frame to a user body part; wherein the user input unit comprises a continuous input device, the continuous input device comprising a rotary device including a turn knob and cooperating rotary displacement measurement element, wherein the continuous input device is operable to receive user input corresponding to a level of pain or discomfort experienced by the user by turning the turn knob during or shortly after completion of an exercise, wherein the memory includes a plurality of rehabilitation exercises stored therein, each of the exercises corresponding to a stored motion pattern and wherein the processing unit is configured to receive data from the motion sensing unit such that, in use, the processing unit is operable to identify completion of the exercises by comparing the data with the motion patterns stored in the memory. a frame; a motion sensing unit, a memory, a processing unit and a user input unit supported by the frame; and a harness configured to secure the frame to a user body part; wherein the user input unit comprises a continuous input device, the continuous input device comprising a rotary device including a turn knob and cooperating rotary displacement measurement element, wherein the continuous input device is operable to receive user input corresponding to a level of pain or discomfort experienced by the user by turning the turn knob during or shortly after completion of an exercise, wherein the memory includes a plurality of rehabilitation exercises stored therein, each of the exercises corresponding to a stored motion pattern and wherein the processing unit is configured to receive data from the motion sensing unit such that, in use, the processing unit is operable to identify completion of the exercises by comparing the data with the motion patterns stored in the memory.
Dialysis machine having an extracorporeal blood circuit in which a dialyzer, a blood pump and an arterial pressure sensor are arranged, wherein the dialysis machine furthermore has a compensation device by means of which the value set for the blood flow (Q b,set) can be corrected to a compensated value (Q b) by the extracorporeal circuit using the arterial blood pressure (P a), wherein the dialysis machine furthermore has detection means which are configured to recognize whether the arterial pressure sensor is connected to the extracorporeal blood circuit or not, characterized in that the dialysis machine has an estimator unit which is configured to estimate a value for the arterial blood pressure (P a) if it is recognized by the recognition means that the arterial pressure sensor is not connected to the extracorporeal blood circuit.
A method for manufacturing a negative electrode for a lithium ion secondary battery, the method comprising: preparing a lithium metal layer; dispersing fluorocarbon in a solvent to prepare a slurry for manufacturing a protective layer; coating the slurry onto the lithium metal layer; and drying the slurry, wherein the fluorocarbon is a solid at room temperature and is at least one selected from: n, wherein 1.0≤n≤100,000; (C 2 F) n, wherein 1.0≤n≤100,000; C 60 F x, wherein 0.1≤x≤60.0; CF x, wherein 0.1≤x≤1.0; and (CF 1.1) 10,000. preparing a lithium metal layer; dispersing fluorocarbon in a solvent to prepare a slurry for manufacturing a protective layer; coating the slurry onto the lithium metal layer; and drying the slurry, wherein the fluorocarbon is a solid at room temperature and is at least one selected from: n, wherein 1.0≤n≤100,000; (C 2 F) n, wherein 1.0≤n≤100,000; C 60 F x, wherein 0.1≤x≤60.0; CF x, wherein 0.1≤x≤1.0; and (CF 1.1) 10,000.
A thermoelectric conversion material having, on a porous substrate having microscopic pores, a thermoelectric semiconductor layer formed of a thermoelectric semiconductor material, wherein the porous substrate has a polymer layer on a plastic film and the microscopic pores are formed in the polymer layer and in a part of the plastic film, and which is characterized in that the thermoelectric semiconductor layer exists both on the top of the polymer layer and on the inside bottom of the microscopic pores, and wherein further the thermoelectric semiconductor layer on the top of the polymer layer is kept electrically insulated from the thermoelectric semiconductor layer existing on the inside bottom of the microscopic pores.
A cassette for use in a system for adjusting the temperature of a patient, the cassette comprising a heat exchanger, the heat exchanger having a primary fluid circuit side and a secondary fluid circuit side, the primary fluid circuit side including releasable couplers for releasably coupling to a primary fluid circuit, the secondary fluid circuit side in fluid communication with a heat exchange catheter insertable within a patient, a secondary fluid circuit, the cassette also including a secondary fluid reservoir in fluid communication with the secondary fluid circuit and a secondary fluid circuit pump for flowing a heat exchange fluid through the secondary fluid circuit to the heat exchange catheter and back through the secondary fluid circuit to the secondary fluid circuit pump; the releasable couplers (231,233) being configured to fluidly seal the primary fluid circuit side when the primary fluid circuit side is not connected to the primary fluid circuit to minimize primary fluid loss from the primary fluid circuit side of the heat exchanger, and the cassette being configured for insertion into a reusable housing in which are disposed a primary fluid circuit pump, a primary fluid reservoir, a microprocessor and a secondary fluid circuit pump motor, the cassette being configured to be removably received by the housing such that the secondary fluid circuit pump releasably engages the secondary fluid circuit pump motor.
A sealed threaded connection comprising a first and a second tubular component, each being provided with a respective male end and female end, the male end comprising, on its outer peripheral surface, at least one threaded zone, and at least one sealing surface (5, 11) and finishing in a terminal surface which is orientated transversely with respect to the axis of the connection, the female end comprising, on its inner peripheral surface, at least one threaded zone cooperating with the threaded zone of the male end by make up, the threaded zones (3, 4) cooperating in self-locking tightening, the threaded zones (3, 4) being inclined in accordance with a tapered generatrix forming an angle of taper α with the axis of the connection, at least one sealing surface (6, 12) being positioned so as to cooperate with the at least one sealing surface (5, 11) of the male end along a radially interfering contact zone, and finishing in a terminal surface which is transversely orientated with respect to the axis of the connection, said connection being deprived of abutment surfaces, the tangent at the contact zone of said at least one sealing surface (5, 6; 11, 12) being inclined in a straight line forming an angle β in the range 1 to 30 degrees in absolute value with the axis of the threaded connection, one of the at least one sealing surfaces (5, 6; 11, 12) being a tapered surface; the other corresponding facing sealing surface (6, 5; 12, 11) being toric with a radius R and the tangent at the contact zone between the tapered surface and the toric surface forming the angle β with the axis of the connection, the inclination defined by the tapered generatrix relative to the threaded zones (3, 4) being in a direction opposite to the inclination defined by the tangent at the contact zone of said at least one sealing surface (5, 6; 11, 12).
A motor vehicle pedal having a fixed box, an arm connected at a first end to said box, said end being pivotally mounted abut an articulation axis transverse to the box, said arm having at its other end a pad intended to receive the pressure of the driver's foot, characterized in that the arm of the pedal has means of deflecting the driver's foot in the case of a frontal impact of the vehicle, in that these deflecting means are carried by the median longitudinal portion or the portion adjacent to the first end of said arm and transmit to said foot a movement with a lateral component.