mhurhangee/ep-ind-claims huggingface dataset:
An oil level detection apparatus comprising: an oil level sensor installable within an oil storage portion of a compressor, and comprising first and second detection portions (510, 520) so as to measure a capacitance value changed according to a level of oil contained in the oil storage portion at a plurality of positions, wherein either or both of the first and second detection portions (510, 520) include a reference electrode (511, 521) and a detection electrode (512, 513, 522, 523) arranged at both sides of the reference electrode (511, 521); a signal processor configured to convert capacitance values measured by the oil level sensor at the plurality of positions into frequency signals; and a controller configured to determine whether the level of oil is equal to or higher than a first reference level, or is between the first reference level and a second reference level, or is less than the second reference level on the basis of the frequency signals received from the signal processor. an oil level sensor installable within an oil storage portion of a compressor, and comprising first and second detection portions (510, 520) so as to measure a capacitance value changed according to a level of oil contained in the oil storage portion at a plurality of positions, wherein either or both of the first and second detection portions (510, 520) include a reference electrode (511, 521) and a detection electrode (512, 513, 522, 523) arranged at both sides of the reference electrode (511, 521); a signal processor configured to convert capacitance values measured by the oil level sensor at the plurality of positions into frequency signals; and a controller configured to determine whether the level of oil is equal to or higher than a first reference level, or is between the first reference level and a second reference level, or is less than the second reference level on the basis of the frequency signals received from the signal processor.
A water pump, comprising: a pump body defining a water outlet and a water inlet communicated with the water outlet, wherein the pump body comprises a water inlet column protruded from a periphery of the water inlet; and a plurality of columns disposed on the pump body and surrounding the water inlet to prevent flocculent materials in pumped liquid from being sucked into the water pump; wherein the plurality of columns comprises a plurality of first columns disposed on an end surface of the water inlet column; characterised in that the plurality of columns further comprises a plurality of second columns disposed on an outer periphery of the water inlet column. a pump body defining a water outlet and a water inlet communicated with the water outlet, wherein the pump body comprises a water inlet column protruded from a periphery of the water inlet; and a plurality of columns disposed on the pump body and surrounding the water inlet to prevent flocculent materials in pumped liquid from being sucked into the water pump; wherein the plurality of columns comprises a plurality of first columns disposed on an end surface of the water inlet column; characterised in that the plurality of columns further comprises a plurality of second columns disposed on an outer periphery of the water inlet column.
An electric motor comprising a rotor comprising a magnetized part defining a plurality of rotor poles, and a stator comprising a plurality of coils and a magnetic armature defining a magnetic circuit, each coil comprising a conductive wire wound on a coil support and a coil core, the core being in the form of a separate preformed part made of a magnetic material fastened to the magnetic armature and comprising a tooth defining a magnetic pole of the stator, the tooth including extensions (16a, 16b) extending in an axial direction, a height ( H') of the tooth and a height of the coil being equal or nearly equal to a height ( H") of the magnetized part of the rotor, characterized in that an axial thickness of the core of the coil is less than half of an axial thickness ( C1 + C2) of a part of the coil wound with conductive wire.
A PCV valve, comprising: a housing defining a flow passage for blow-by gas; a valve member positioned in the flow passage to cooperate with a valve seat formed in the housing; a spring biasing the valve member toward the valve seat; a heat transmission member including a heat dissipating part surrounding the valve member; and a heating unit including a heating element for heating the heat transmission member, the heating element being separated from the flow passage in an air tight manner; characterised in that the housing is provided with a receiving recess opening out toward the flow passage for receiving a heat receiving part forming an end of the heat transmission member; in that a part of the heat dissipating part of the heat transmission member is exposed to the flow passage; and in that the heating unit is configured to heat the heat receiving part of the heat transmission member via a partition wall defining at least a part of the receiving recess. a housing defining a flow passage for blow-by gas; a valve member positioned in the flow passage to cooperate with a valve seat formed in the housing; a spring biasing the valve member toward the valve seat; a heat transmission member including a heat dissipating part surrounding the valve member; and a heating unit including a heating element for heating the heat transmission member, the heating element being separated from the flow passage in an air tight manner; characterised in that the housing is provided with a receiving recess opening out toward the flow passage for receiving a heat receiving part forming an end of the heat transmission member; in that a part of the heat dissipating part of the heat transmission member is exposed to the flow passage; and in that the heating unit is configured to heat the heat receiving part of the heat transmission member via a partition wall defining at least a part of the receiving recess.
A speaker device comprising: an operation section configured to receive a user input operation; and a controller configured to control assignment of a process to the user input operation on a basis of whether or not the speaker device is stored in a charging case; wherein the process is executed if the user input operation is inputted to the operation section, and wherein the speaker device includes an earphone or a headphone. an operation section configured to receive a user input operation; and a controller configured to control assignment of a process to the user input operation on a basis of whether or not the speaker device is stored in a charging case; wherein the process is executed if the user input operation is inputted to the operation section, and wherein the speaker device includes an earphone or a headphone.
Valve gun for a high pressure cleaning appliance for dispensing cleaning liquid, having a housing and a valve arranged in the housing, which comprises a closing body that is arranged on a valve plunger and, in a closed position, sealingly abuts against a valve seat and that is moveable into an open position at a distance from the valve seat by pivoting a triggering lever (52; 202), which is mounted on a bearing point so as to be pivotable about a first pivotal axis, against a pressure of the cleaning liquid acting on the closing body, wherein the triggering lever (52; 202) in the closing position of the closing body adopts a rest position and in the open position of the closing body adopts a release position and is mechanically coupled to the valve plunger by way of a coupling lever (54; 216) mounted so as to be pivotable about a second pivotal axis, wherein a pivotal movement of the triggering lever (52; 202) is transmittable to the coupling lever (54; 216) by way of a coupling member (74; 154; 208; 260) that is moveable along a guideway (94; 152; 212; 252), and the guideway (94; 152; 212; 252) comprises a first end portion (96; 160; 218; 254), an intermediate portion (98; 162; 220; 256), and a second end portion (100; 164; 222; 258), characterized in that the valve gun (10; 150; 200; 250) comprises one single coupling member (74; 154; 208; 260), wherein the coupling member (74; 154; 208; 260), upon pivoting the triggering lever (52; 202) from the rest position to the release position, is moveable along the first end portion (96; 160; 218, 254), then along the intermediate portion (98; 162; 220; 256), and then along the second end portion (100; 164; 222; 258), wherein the first end portion (96; 160; 218; 254) has a smaller inclination to the pivotal direction of the triggering lever (52; 202) than the intermediate portion (98; 162; 220; 256).
Actuator with at least one control element which has thermally activatable transducer material having actuating element, and which, as a result of the supply or dissipation of thermal energy, changes from a first into a second shape state, and having a mechanical energy store, which is operatively connected to the control element, and which, when the control element is in the second shape state, exerts a restoring force on the control element that returns control element to the first shape state, characterized in that the mechanical energy store has an elastomer body which, at least in regions, is in direct physical and thermal contact with the control element, and that the elastomer body is connected to the control element in a spatially fixed manner at at least two spatially separated joining regions along the control element, such that when the shape of the control element changes, the elastomer body is subjected to a compression or elongation that generates the restoring force.
Wiper blade device with at least one wiper blade adapter for connecting to at least one wiper arm, with at least one spring rail and with at least one wiper strip unit which has at least one wiper lip and at least one wiper fluid output channel which comprises at least one output element for outputting wiper fluid, wherein the at least one wiper strip unit comprises at least one wiper fluid feed channel for feeding wiper fluid to the wiper fluid output channel, wherein the wiper fluid feed channel extends next to the wiper fluid output channel over at least a substantial portion of the wiper fluid output channel, wherein the at least one wiper strip unit comprises at least one further wiper fluid channel which is formed separately from the one wiper fluid output channel and separately from the one wiper fluid feed channel, characterized in that the wiper strip unit comprises at least one directional control valve which is provided to orient a wiper fluid output and which is arranged in a connecting region between the at least one wiper arm and the at least one wiper strip unit.
A recombinant lentivector comprising: (a) a nucleotide sequence encoding a functional γ-globin; and (b) a 3.2-kb portion of a human β-globine locus control region, which consists essentially of a nucleotide fragment spanning the HS2 site and extending between SnaBI and BstXI restriction sites of said LCR, a nucleotide fragment spanning the HS3 site and extending between HindIII and BamHI restriction sites of said LCR and a nucleotide fragment spanning the HS4 site and extending between BamHI and BanII restriction sites of said LCR; said lentivector providing expression of said functional γ-globin when introduced into a mammal in vivo which is effective to provide therapeutic benefits to an individual with a defective globin gene. (a) a nucleotide sequence encoding a functional γ-globin; and (b) a 3.2-kb portion of a human β-globine locus control region, which consists essentially of a nucleotide fragment spanning the HS2 site and extending between SnaBI and BstXI restriction sites of said LCR, a nucleotide fragment spanning the HS3 site and extending between HindIII and BamHI restriction sites of said LCR and a nucleotide fragment spanning the HS4 site and extending between BamHI and BanII restriction sites of said LCR;
A method of screening an improving agent or preventive agent for periodontal disease, comprising the steps of: mixing a Vibrio harveyi BB170 strain with a test drug; and selecting a test drug having an autoinducer-2 activity inhibitory effect as an improving agent or preventive agent for periodontal disease. mixing a Vibrio harveyi BB170 strain with a test drug; and selecting a test drug having an autoinducer-2 activity inhibitory effect as an improving agent or preventive agent for periodontal disease.
A lock to be applied to a wall of a door leaf, comprising a box-like body having a rear wall applicable to said wall of said door leaf, a latch and/or a bolt positioned in the box-like body and extractable from a lateral wall of the box-like body, a means for actuating said latch and/or bolt positioned in said box-like body, a cylinder having a cam for commanding said actuating means, and a plate for fixing the cylinder engaged on the outer side of said rear wall of the box-like body and supporting the cylinder outside said box-like body, said cylinder being offset by a first primary midplane of the fixing plate in turn coinciding with a second primary midplane of the box-like body perpendicular to said lateral wall, said fixing plate and said rear wall of the box-like body having a means for adjusting the position of reciprocal engagement cooperating for the adjustment of the entry of the lock and handing of the lock.
A mount for a panel, said mount comprising: a body including two adjustable actuators, each of said adjustable actuators having a substantially horizontal axis, said two adjustable actuators being spaced apart vertically on a first side of the body so that the two adjustable actuators are adjustable from the same side of the panel, the two adjustable actuators being located opposite a curved inner wall portion of a second side of the body spaced apart from the first side, the curved inner wall portion being located on the second side of the body vertically between the horizontal axes of the two adjustable actuators; and at least one clamping member (5a, 5b) configured to clamp an edge region of the panel, the at least one clamping member (5a, 5b) including an outer wall portion configured to cooperate with said curved inner wall portion of the second side of the body by contacting the curved inner wall portion vertically between the horizontal axes of the two adjustable actuators to provide for pivoting of the panel with respect to the body on differential actuation of the two adjustable actuators. a body including two adjustable actuators, each of said adjustable actuators having a substantially horizontal axis, said two adjustable actuators being spaced apart vertically on a first side of the body so that the two adjustable actuators are adjustable from the same side of the panel, the two adjustable actuators being located opposite a curved inner wall portion of a second side of the body spaced apart from the first side, the curved inner wall portion being located on the second side of the body vertically between the horizontal axes of the two adjustable actuators; and at least one clamping member (5a, 5b) configured to clamp an edge region of the panel, the at least one clamping member (5a, 5b) including an outer wall portion configured to cooperate with said curved inner wall portion of the second side of the body by contacting the curved inner wall portion vertically between the horizontal axes of the two adjustable actuators to provide for pivoting of the panel with respect to the body on differential actuation of the two adjustable actuators.
An ultra-fine powder formed from a naturally occurring mineral or rock material having a Mohs hardness of at least 5 or having a refractive index of about 1.4 to 1.6, said powder having a controlled or "engineered" particle size distribution with a maximum particle size in the range of 14-17 microns and a minimum particle size D5 in the range of 4-7 microns, wherein said maximum particle size is the D95 size and the minimum particle size is the D5 size.
A computer implementing a virtual machine configurable to function as a web server, the virtual machine comprising: a request handler worker for handling an incoming query relating to an operational state of the virtual machine; a plurality of services wherein a service performs operations for replying to the incoming query; and an operations worker for generating output containing a reply to the incoming query, using at least one of the plurality of services, wherein the reply provides state information regarding the operation of the virtual machine, and wherein the reply is an HTTP response comprising HTML or XML pages; and a request data structure for transferring data between the request handler worker and the operations worker, the request data structure having a service pointer area containing a pointer to one of the plurality of services to be used for deriving the reply to the incoming query, a response buffer area, and a query segment area. a request handler worker for handling an incoming query relating to an operational state of the virtual machine; a plurality of services wherein a service performs operations for replying to the incoming query; and an operations worker for generating output containing a reply to the incoming query, using at least one of the plurality of services, wherein the reply provides state information regarding the operation of the virtual machine, and wherein the reply is an HTTP response comprising HTML or XML pages; and a request data structure for transferring data between the request handler worker and the operations worker, the request data structure having a service pointer area containing a pointer to one of the plurality of services to be used for deriving the reply to the incoming query, a response buffer area, and a query segment area.
Sowing machine for dispensing seed and/or fertilizer, having - a running wheel which is fastened to a support arm and which is able to be moved between a transport state and a working state, wherein the running wheel is raised in the transport state and lowered as far as the ground in the working state; - a support beam which is fastened to a frame, wherein the support arm is connected to the support beam in a manner pivotable about a pivot axis; and - a dosing member which is designed for dosing in a manner dependent on the rotational speed of the running wheel the seed and/or fertilizer quantity to be dispensed; wherein by a spring-loaded separate coupling member, which is designed to transmit a spring force to the support arm, wherein the spring-loaded separate coupling member is able to be connected to the support arm in a non-destructively and reversibly detachable manner, characterized in that the spring-loaded separate coupling member is articulated on the support arm and/or the support beam in a manner pivotable about the pivot axis of the support arm. - a running wheel which is fastened to a support arm and which is able to be moved between a transport state and a working state, wherein the running wheel is raised in the transport state and lowered as far as the ground in the working state; - a support beam which is fastened to a frame, wherein the support arm is connected to the support beam in a manner pivotable about a pivot axis; and - a dosing member which is designed for dosing in a manner dependent on the rotational speed of the running wheel the seed and/or fertilizer quantity to be dispensed;
An optical device for analyzing a gas composition comprising: - an excitation radiation emitter comprising a multimode laser source configured to emit a laser beam; - an analysis cell suitable for containing a gas, said analysis cell having an inlet duct, through which a gas can flow to the inside of said analysis cell, and an outlet duct, through which the gas can flow out from the analysis cell; said analysis cell comprising a focusing lens, suitable for focusing said laser beam in a focal area inside the analysis cell, said focal area acting as a source for Raman radiation collected in a direction perpendicular to the direction of the beam, said analysis cell comprising a window and/or lens suitable to be crossed by said Raman radiation, - an imaging group for the Raman source and a spectrograph; said imaging group being suitable for forming an image of the Raman source as input to said spectrograph; and - a detector suitable for collecting the image of the spectrum formed by the spectrograph, and characterized in that: - the seal for the gas inside said analysis cell is obtained, in correspondence with the entry of the laser beam into said analysis cell, by means of said focusing lens, - said analysis cell comprises a laser beam stopper suitable for totally absorbing the laser beam without diffusing spurious radiation, and - the focusing lens being provided on a wall of the cell which faces a wall of the cell in which the beam stopper is mounted. - an excitation radiation emitter comprising a multimode laser source configured to emit a laser beam; - an analysis cell suitable for containing a gas, said analysis cell having an inlet duct, through which a gas can flow to the inside of said analysis cell, and an outlet duct, through which the gas can flow out from the analysis cell; said analysis cell comprising a focusing lens, suitable for focusing said laser beam in a focal area inside the analysis cell, said focal area acting as a source for Raman radiation collected in a direction perpendicular to the direction of the beam, said analysis cell comprising a window and/or lens suitable to be crossed by said Raman radiation, - an imaging group for the Raman source and a spectrograph; said imaging group being suitable for forming an image of the Raman source as input to said spectrograph; and - a detector suitable for collecting the image of the spectrum formed by the spectrograph, - the seal for the gas inside said analysis cell is obtained, in correspondence with the entry of the laser beam into said analysis cell, by means of said focusing lens, - said analysis cell comprises a laser beam stopper suitable for totally absorbing the laser beam without diffusing spurious radiation, and - the focusing lens being provided on a wall of the cell which faces a wall of the cell in which the beam stopper is mounted.
Shading device for a two-part side-window arrangement of a motor vehicle, having a main shading structure for a main window and having a secondary shading structure for a secondary window, wherein the main shading structure can be displaced, at least essentially in the vertical direction, between a rest position and a shading position and is retained on a winding shaft such that it can be wound up and unwound, and wherein the secondary shading structure can be displaced, at least essentially transversely to the main shading structure, between a rest position and a shading position, and having a drive system, which has a drive unit and a main drive train with two drive-transmission means (14a, 14b), interacting with the main shading structure, and which has a secondary drive train with at least one drive-transmission means for displacing the secondary shading structure, which is in operative connection with the drive unit, characterized in that drive elements for the two drive-transmission means of the main shading structure are coupled to one another synchronously in a rotationally fixed manner via a synchronization shaft, and in that the synchronization shaft is mounted at a distance from the winding shaft for the main shading structure and at least largely parallel thereto.