mhurhangee/ep-ind-claims huggingface dataset:
Pump for fluids, said pump comprising: a pump housing; a power source enclosed within said housing; a drive shaft connected to the power source; at least one pump inlet arranged in the pump housing; a pump outlet arranged in the pump housing; a first impeller arranged within a first impeller chamber and rotated by said drive shaft, and a second impeller arranged within a second impeller chamber and rotated by said drive shaft, wherein the pump is changeable between a first configuration in which the first and second impellers are arranged in parallel to provide a high pumping capacity, and a second configuration in which the first and second impellers are arranged in series to provide a pump with less pumping capacity, characterized in that the first and second impeller chamber each comprises two impeller chamber outlets (32, 22) arranged adjacent to the outer periphery of the first and second impeller in radially opposite positions around the impeller, wherein the outlets of the first impeller chamber are arranged between the outlets of the second impeller chamber in the pump housing. a pump housing; a power source enclosed within said housing; a drive shaft connected to the power source; at least one pump inlet arranged in the pump housing; a pump outlet arranged in the pump housing; a first impeller arranged within a first impeller chamber and rotated by said drive shaft, and a second impeller arranged within a second impeller chamber and rotated by said drive shaft, wherein the pump is changeable between a first configuration in which the first and second impellers are arranged in parallel to provide a high pumping capacity, and a second configuration in which the first and second impellers are arranged in series to provide a pump with less pumping capacity, characterized in that the first and second impeller chamber each comprises two impeller chamber outlets (32, 22) arranged adjacent to the outer periphery of the first and second impeller in radially opposite positions around the impeller, wherein the outlets of the first impeller chamber are arranged between the outlets of the second impeller chamber in the pump housing.
A disc refiner comprising a housing having portions defining a stock inlet and portions defining a stock outlet, a refining chamber between the stock inlet and the stock outlet, a shaft which extends into the housing, a rotating disc connected to and driven by the shaft for rotation within the housing, a sliding head plate within the housing, the sliding head plate having a front face and a rear face, a nonrotating movable refiner disc attached to the front face of the sliding head plate, the nonrotating movable refiner disc being adjacent the rotating disc so that a small adjustable refining gap is between the nonrotating movable refiner disc and the rotating disc, an actuator attached to the housing for moving the sliding head plate relative to the rotating disc, a guide rod support plate within the housing, the guide rod support plate having a plurality of spaced apart guide rod openings (152, 154, 156), a counterweight connected to the actuator, a plurality of spaced apart guide rods, each of which extends through a respective one of the guide rod openings (152, 154, 156), each guide rod having a first end attached to the rear face of the sliding head plate and a second end attached to the counterweight, the sliding head plate being on one side of the guide rod support plate and the counterweight being on the other side of the guide rod support plate, an actuator mounting plate attached to the housing, and a structural component attached to and extending between the actuator mounting plate and the guide rod support plate, the actuator mounting plate being spaced apart from the guide rod support plate, with the counterweight positioned between the actuator mounting plate and the guide rod support plate. a guide rod support plate within the housing, the guide rod support plate having a plurality of spaced apart guide rod openings (152, 154, 156), a counterweight connected to the actuator, a plurality of spaced apart guide rods, each of which extends through a respective one of the guide rod openings (152, 154, 156), each guide rod having a first end attached to the rear face of the sliding head plate and a second end attached to the counterweight, the sliding head plate being on one side of the guide rod support plate and the counterweight being on the other side of the guide rod support plate, an actuator mounting plate attached to the housing, and a structural component attached to and extending between the actuator mounting plate and the guide rod support plate, the actuator mounting plate being spaced apart from the guide rod support plate, with the counterweight positioned between the actuator mounting plate and the guide rod support plate.
Fill level measuring arrangement (200, 500), configured to determine a fill level or a density of a medium in a container, comprising: a detector arrangement, configured to detect incident secondary cosmic rays and convert into electrical signals; wherein the detector arrangement comprises a first and a second direction-selective detector (201, 202, 715, 716); wherein the detector arrangement is configured to detect, by means of the first direction-selective detector (201, 715), a first particle counting rate which is not influenced by the medium to be measured and serves as a reference, and to detect, by means of the second direction-selective detector (202, 716), a second particle counting rate which is influenced by the medium to be measured; an evaluation unit, configured to calculate the fill level or the density of the medium from the first and second particle counting rate; wherein the first or second direction-selective detector comprises, respectively, a combination of a plurality of scintillators (411, 412, 413, 414, 611, 612, 613); wherein the scintillators of the first and second direction-selective detector are spatially arranged in such a way that the detection of the radiation is limited to a certain spatial angle range. a detector arrangement, configured to detect incident secondary cosmic rays and convert into electrical signals; wherein the detector arrangement comprises a first and a second direction-selective detector (201, 202, 715, 716); wherein the detector arrangement is configured to detect, by means of the first direction-selective detector (201, 715), a first particle counting rate which is not influenced by the medium to be measured and serves as a reference, and to detect, by means of the second direction-selective detector (202, 716), a second particle counting rate which is influenced by the medium to be measured; an evaluation unit, configured to calculate the fill level or the density of the medium from the first and second particle counting rate; wherein the first or second direction-selective detector comprises, respectively, a combination of a plurality of scintillators (411, 412, 413, 414, 611, 612, 613); wherein the scintillators of the first and second direction-selective detector are spatially arranged in such a way that the detection of the radiation is limited to a certain spatial angle range.
A ball valve assembly comprising a ball element arranged to be rotated by rotation of a shaft in engagement with the ball element, the ball element having first and second flow channels defined therethrough, a first inlet port at a first end of said first flow channel, a first outlet port at a second end of the first channel, a second inlet port at a first end of the second flow channel and a second outlet port at a second end of the second channel; wherein the ball element is driven by a cam shaft having a cammed external profile, the assembly further comprising switch means (140, 150) arranged to cooperate with the cam shaft to provide an indication of the rotational position of the cam shaft, and wherein the switch means comprises a plurality of microswitches (140, 150) arranged around and in proximity to the external profile of the cam shaft such that the external profile contacts and activates said switches at predetermined rotational positions of the shaft, wherein the microswitches are arranged to switch in response to rotation of the cam shaft by 45 degrees; and wherein the switch means comprises two sets of microswitches, each set of microswitches comprising two microswitches arranged substantially 90 degrees apart around the circumference of the shaft, wherein the sets of microswitches are separated axially from each other with respect to the axis of the cam shaft, wherein the cammed external profile of the cam shaft comprises a first set of recesses (120, 130) arranged to cooperate with a first of the sets of microswitches, and a second set of recesses (121, 131) spaced axially from the first set and arranged to cooperate with a second of the sets of microswitches. wherein the ball element is driven by a cam shaft having a cammed external profile, the assembly further comprising switch means (140, 150) arranged to cooperate with the cam shaft to provide an indication of the rotational position of the cam shaft, and wherein the switch means comprises a plurality of microswitches (140, 150) arranged around and in proximity to the external profile of the cam shaft such that the external profile contacts and activates said switches at predetermined rotational positions of the shaft, wherein the microswitches are arranged to switch in response to rotation of the cam shaft by 45 degrees; and wherein the switch means comprises two sets of microswitches, each set of microswitches comprising two microswitches arranged substantially 90 degrees apart around the circumference of the shaft, wherein the sets of microswitches are separated axially from each other with respect to the axis of the cam shaft, wherein the cammed external profile of the cam shaft comprises a first set of recesses (120, 130) arranged to cooperate with a first of the sets of microswitches, and a second set of recesses (121, 131) spaced axially from the first set and arranged to cooperate with a second of the sets of microswitches.
An orthopedic impactor comprising: a) an elongated housing extending along a longitudinal axis A-A having a housing proximal section spaced from a housing distal end, a housing intermediate section therebetween, a prosthetic cup engagement portion located at the housing distal end; b) a handle having a handle proximal end spaced from a handle distal end, the handle distal end connected to the housing proximal section; c) a drive train having opposed drive train distal and proximal ends at least partially disposed within the housing and within the cup engagement portion, the drive train comprising a connection rod that extends along longitudinal axis A-A from a connection rod proximal end to a connection rod distal portion having a ram distal end at the drive train distal end, wherein the ram distal end is detachably connectable to an orthopedic prosthetic cup; and d) wherein rotation of the connection rod at the drive train proximal end causes a connected orthopedic prosthetic cup to travel in an axial direction along longitudinal axis A-A; characterized in that (e) a kick plate extends outwardly from an exterior surface of the housing proximal section, wherein the kick plate comprises a kick plate surface that faces the housing distal end. a) an elongated housing extending along a longitudinal axis A-A having a housing proximal section spaced from a housing distal end, a housing intermediate section therebetween, a prosthetic cup engagement portion located at the housing distal end; b) a handle having a handle proximal end spaced from a handle distal end, the handle distal end connected to the housing proximal section; c) a drive train having opposed drive train distal and proximal ends at least partially disposed within the housing and within the cup engagement portion, the drive train comprising a connection rod that extends along longitudinal axis A-A from a connection rod proximal end to a connection rod distal portion having a ram distal end at the drive train distal end, wherein the ram distal end is detachably connectable to an orthopedic prosthetic cup; and d) wherein rotation of the connection rod at the drive train proximal end causes a connected orthopedic prosthetic cup to travel in an axial direction along longitudinal axis A-A; characterized in that (e) a kick plate extends outwardly from an exterior surface of the housing proximal section, wherein the kick plate comprises a kick plate surface that faces the housing distal end.
A pad spring for a brake pad assembly, the pad spring having a straight intermediate portion having opposite first and second ends and defining a plane, a first arm extending, without discontinuity, from the first end of the intermediate portion, inclined out of the plane and a second arm extending without discontinuity from the second end of the intermediate portion inclined out of the plane on the same side of the plane as the first arm, each arm (28, 34) having an intermediate portion end (32, 38) and an opposite, free end (30, 36), the free end (30, 36) of each arm (28, 34) curving outwardly relative to the intermediate portion and back towards the plane, each curved end (30, 36) describing an angle of at least 120°. a straight intermediate portion having opposite first and second ends and defining a plane, a first arm extending, without discontinuity, from the first end of the intermediate portion, inclined out of the plane and a second arm extending without discontinuity from the second end of the intermediate portion inclined out of the plane on the same side of the plane as the first arm, each arm (28, 34) having an intermediate portion end (32, 38) and an opposite, free end (30, 36), the free end (30, 36) of each arm (28, 34) curving outwardly relative to the intermediate portion and back towards the plane, each curved end (30, 36) describing an angle of at least 120°.
A light emitting device comprising: a plurality of semiconductor laser elements, including a first semiconductor laser element (,,), a base comprising a bottom surface and a frame part surrounding the bottom surface on which the plurality of semiconductor laser elements are disposed, the frame part having a pair of first inner lateral surfaces facing each other; a light-reflective member disposed on the bottom surface inside of a frame formed by the frame part, and configured to reflect laser light traveling from at least one of the plurality of semiconductor laser elements toward one of the first inner lateral surfaces of the frame part; a step part formed along a second inner lateral surface of the frame part, the second inner lateral surface extending along a plane intersecting with a plane along which the one of the first inner lateral surfaces extends, the step part being disposed inside of the frame; a plurality of metal films provided on an upper surface of the step part; a plurality of wires electrically connecting the plurality of semiconductor laser elements respectively to the plurality of metal films; and a first protective element (,), to avoid overcurrent to the semiconductor laser elements, the first protective element being disposed on the upper surface of the step part and on a light traveling side of the laser light from the first semiconductor laser element with respect to a plane including an emitting end surface of the first semiconductor laser element. a plurality of semiconductor laser elements, including a first semiconductor laser element (,,), a base comprising a bottom surface and a frame part surrounding the bottom surface on which the plurality of semiconductor laser elements are disposed, the frame part having a pair of first inner lateral surfaces facing each other; a light-reflective member disposed on the bottom surface inside of a frame formed by the frame part, and configured to reflect laser light traveling from at least one of the plurality of semiconductor laser elements toward one of the first inner lateral surfaces of the frame part; a step part formed along a second inner lateral surface of the frame part, the second inner lateral surface extending along a plane intersecting with a plane along which the one of the first inner lateral surfaces extends, the step part being disposed inside of the frame; a plurality of metal films provided on an upper surface of the step part; a plurality of wires electrically connecting the plurality of semiconductor laser elements respectively to the plurality of metal films; and a first protective element (,), to avoid overcurrent to the semiconductor laser elements, the first protective element being disposed on the upper surface of the step part and on a light traveling side of the laser light from the first semiconductor laser element with respect to a plane including an emitting end surface of the first semiconductor laser element.
Method for displaying a recommended action for correcting the tyre pressure on one or more vehicle tyres in conjunction with monitoring of the tyre pressure having the following steps: a) measuring the tyre pressure at regular time intervals by means of a pressure sensor in the vehicle tyre, b) detecting a first warning stage at which the tyre pressure of a critical vehicle tyre drops below a predefined first tyre pressure threshold value, c) determining and analysing the individual pressure values at all the vehicle tyres of the vehicle, d) identifying further critical vehicle tyres which have a pressure value near to the first tyre pressure threshold value, wherein the first tyre pressure threshold value is approximately 90% of the predefined setpoint value for the tyre pressure, and vehicle tyres with a pressure value between 90 and 95% are identified as further critical vehicle tyres, e) determining a tyre pressure-monitoring warning for the critical vehicle tyre identified in step b), and for the further critical vehicle tyre identified in step d), f) transmitting a recommended action to the driver of the vehicle, as a result of which it is indicated to the driver at which vehicle tyre the tyre pressure is to be adapted to a predefined setpoint value. a) measuring the tyre pressure at regular time intervals by means of a pressure sensor in the vehicle tyre, b) detecting a first warning stage at which the tyre pressure of a critical vehicle tyre drops below a predefined first tyre pressure threshold value, c) determining and analysing the individual pressure values at all the vehicle tyres of the vehicle, d) identifying further critical vehicle tyres which have a pressure value near to the first tyre pressure threshold value, wherein the first tyre pressure threshold value is approximately 90% of the predefined setpoint value for the tyre pressure, and vehicle tyres with a pressure value between 90 and 95% are identified as further critical vehicle tyres, e) determining a tyre pressure-monitoring warning for the critical vehicle tyre identified in step b), and for the further critical vehicle tyre identified in step d), f) transmitting a recommended action to the driver of the vehicle, as a result of which it is indicated to the driver at which vehicle tyre the tyre pressure is to be adapted to a predefined setpoint value.
A movable shade mechanism for a vehicular headlight comprising: a shade member rotating around a rotary shaft and being adapted to adjust a shielding amount of light from a light source; a drive unit to generate power to drive the shade member; a transmission member to transmit power of the drive unit to the shade member; and a bracket to hold the rotary shaft and the drive unit, characterized in that the bracket is a plate member in which a front portion and a rear portion are bent downwardly and upwardly, respectively in a vehicle mounted state, and includes: a base that is a portion which is disposed between the front portion and the rear portion along a horizontal plane in the vehicle-mounted state and which supports the drive unit; and a shade support that is the rear portion bent from a rear end of the base upwardly and which supports the rotary shaft, and a reinforcement part that is the front portion bent from a front end of the base downwardly. a shade member rotating around a rotary shaft and being adapted to adjust a shielding amount of light from a light source; a drive unit to generate power to drive the shade member; a transmission member to transmit power of the drive unit to the shade member; and a bracket to hold the rotary shaft and the drive unit, characterized in that the bracket is a plate member in which a front portion and a rear portion are bent downwardly and upwardly, respectively in a vehicle mounted state, and includes: a base that is a portion which is disposed between the front portion and the rear portion along a horizontal plane in the vehicle-mounted state and which supports the drive unit; and a shade support that is the rear portion bent from a rear end of the base upwardly and which supports the rotary shaft, and a reinforcement part that is the front portion bent from a front end of the base downwardly. a base that is a portion which is disposed between the front portion and the rear portion along a horizontal plane in the vehicle-mounted state and which supports the drive unit; and a shade support that is the rear portion bent from a rear end of the base upwardly and which supports the rotary shaft, and a reinforcement part that is the front portion bent from a front end of the base downwardly.
A control means equipping a cloud infrastructure, said cloud infrastructure having a voice communication system instance, hereinafter referred as to VCS, (12 i) deployed or removed by an orchestration server, said VCS instance (12 i) being coupled when deployed, to a public telecommunication network and a network (4 i), said control means being arranged either for controlling said orchestration server to deploy said VCS instance (12 i) and routing a call originating from a communication device (2 i) connected to said public telecommunication network to a communication device (5 i, 9 i) connected to said network through said VCS instance (12 i), when the control means is set to a first state during a first scheduled time interval, or, for controlling said orchestration server to remove said VCS instance (12 i), and providing a minimum set of telephony services in response to said call when the control means is set to a second state during a second scheduled time interval.
An initiator head assembly, comprising: an electrical contact component comprising an electrically contactable line-in portion, and an electrically contactable ground portion, a body comprising a head extending from a base, the head including a first surface, a second surface, and an insulating portion extending therebetween, the electrically contactable line-in portion positioned on the first surface, the base including a first end and a second end, wherein the first end is connected to the second surface; and wherein the electrically contactable ground portion of the electrical contact component is positioned proximal to an opening of the base, and the opening extends at least partially along a length of the base. an electrical contact component comprising an electrically contactable line-in portion, and an electrically contactable ground portion, a body comprising a head extending from a base, the head including a first surface, a second surface, and an insulating portion extending therebetween, the electrically contactable line-in portion positioned on the first surface, the base including a first end and a second end, wherein the first end is connected to the second surface; and wherein the electrically contactable ground portion of the electrical contact component is positioned proximal to an opening of the base, and the opening extends at least partially along a length of the base.