mhurhangee/ep-ind-claims huggingface dataset:
A method for performing ultrasound tests on a plurality of samples arranged in a well plate having a plurality of substantially cup-shaped wells, comprising the steps of: • providing a device for ultrasound tests comprising a bath filled-up with a liquid for the ultrasound transmission at controlled temperature, one or more transducers arranged at the bottom of such bath, immersed in the transmission liquid, supporting means which supports said well plate at the free surface of the transmission liquid of the bath; • providing the well plate with means for closing said wells, which insulates the content thereof by wholly covering the well plate; • arranging samples to be subjected to test in the respective wells, filled up with a corresponding aqueous solution which substantially has the same sound transmission speed of the transmission liquid in the bath; • arranging said covering means on the well plate and focusing on one or more target samples a beam of ultrasounds. characterized in that said means for closing said wells has a sound transmission speed which differs from that of the transmission liquid in the bath no more than +/-15%, preferably +/-10%, such closing means comprising an additional sound-absorbing layer spaced apart from each well and acting as dampener of the acoustic wave. • providing a device for ultrasound tests comprising a bath filled-up with a liquid for the ultrasound transmission at controlled temperature, one or more transducers arranged at the bottom of such bath, immersed in the transmission liquid, supporting means which supports said well plate at the free surface of the transmission liquid of the bath; • providing the well plate with means for closing said wells, which insulates the content thereof by wholly covering the well plate; • arranging samples to be subjected to test in the respective wells, filled up with a corresponding aqueous solution which substantially has the same sound transmission speed of the transmission liquid in the bath; • arranging said covering means on the well plate and focusing on one or more target samples a beam of ultrasounds.
An injection device, the injection device comprising: a housing containing a first electromechanical switch and a second electromechanical switch, each switch having an open state and a closed state and an associated actuator (401, 402), wherein the actuators (401, 402) associated with each switch are arranged to contact a rotatable surface of a dialling sleeve of the injection device at different relative circumferential positions; and a processor arrangement configured to: detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, wherein the rotatable surface of the dialling sleeve is corrugated and is arranged to move rotationally and axially with respect to the housing, wherein each switch has a first state when its respective actuator is located in a trough of a corrugation and a second state when its respective actuator is located on a crest of a corrugation, wherein the actuators (401, 402) are arranged to contact the rotatable surface during rotational and axial movement of the rotatable surface. a housing containing a first electromechanical switch and a second electromechanical switch, each switch having an open state and a closed state and an associated actuator (401, 402), wherein the actuators (401, 402) associated with each switch are arranged to contact a rotatable surface of a dialling sleeve of the injection device at different relative circumferential positions; and a processor arrangement configured to: detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, wherein the rotatable surface of the dialling sleeve is corrugated and is arranged to move rotationally and axially with respect to the housing, wherein each switch has a first state when its respective actuator is located in a trough of a corrugation and a second state when its respective actuator is located on a crest of a corrugation, wherein the actuators (401, 402) are arranged to contact the rotatable surface during rotational and axial movement of the rotatable surface.
A film supplying device for a horizontal package making and filling machine provided with an approaching angle adjusting device adjusting an approaching angle of a film toward a tube former, the approaching angle adjusting device being provided in a film feed course between a film roll and the tube former, the film supplying device comprising: a drive side rotation member provided in the film feed course between the film roll and the approaching angle adjusting device, and extending along a width direction of the film; a driven side rotation member that rotates responsive to the drive side rotation member with the film being sandwiched between the drive side rotation member and the driven side rotation member; a first support member fixed to a main body and supporting the drive side rotation member rotatably on both sides in a rotational axial direction of the drive side rotation member; characterized in that the film supplying device further comprises a second support member rotatably supporting the driven side rotation member on both sides in the rotational axial direction of the driven side rotation member, wherein the second support member is supported on the main body in such a way as to be movable between a sandwiched position in which the driven side rotation member approaches the drive side rotation member to be aligned therewith to sandwich the film, and a retract position spaced apart from the sandwiched position, and the drive side rotation member that moves the second support member to the sandwiched position to sandwich the film with the driven side rotation member is rotated to draw the film downstream from the film roll. a drive side rotation member provided in the film feed course between the film roll and the approaching angle adjusting device, and extending along a width direction of the film; a driven side rotation member that rotates responsive to the drive side rotation member with the film being sandwiched between the drive side rotation member and the driven side rotation member; a first support member fixed to a main body and supporting the drive side rotation member rotatably on both sides in a rotational axial direction of the drive side rotation member; characterized in that the film supplying device further comprises a second support member rotatably supporting the driven side rotation member on both sides in the rotational axial direction of the driven side rotation member, wherein the second support member is supported on the main body in such a way as to be movable between a sandwiched position in which the driven side rotation member approaches the drive side rotation member to be aligned therewith to sandwich the film, and a retract position spaced apart from the sandwiched position, and the drive side rotation member that moves the second support member to the sandwiched position to sandwich the film with the driven side rotation member is rotated to draw the film downstream from the film roll.
A vehicle body rear structure comprising: a hinge connected to a roof panel; a rear spoiler connected to the hinge at a first connecting position; and a glass hatch connected to the rear spoiler at a second connecting position that is on a vehicle rear side with respect to the first connecting position, the vehicle body rear structure characterized by further comprising: a reinforcement member that extends from the first connecting position to the second connecting position, wherein the rear spoiler includes a spoiler outer arranged to be oriented toward an outer side of a vehicle body and a spoiler inner arranged to be oriented toward an inner side of the vehicle body, and the reinforcement member is arranged between the spoiler inner and the spoiler outer. a hinge connected to a roof panel; a rear spoiler connected to the hinge at a first connecting position; and a glass hatch connected to the rear spoiler at a second connecting position that is on a vehicle rear side with respect to the first connecting position, the vehicle body rear structure characterized by further comprising: a reinforcement member that extends from the first connecting position to the second connecting position, wherein the rear spoiler includes a spoiler outer arranged to be oriented toward an outer side of a vehicle body and a spoiler inner arranged to be oriented toward an inner side of the vehicle body, and the reinforcement member is arranged between the spoiler inner and the spoiler outer. a reinforcement member that extends from the first connecting position to the second connecting position, wherein the rear spoiler includes a spoiler outer arranged to be oriented toward an outer side of a vehicle body and a spoiler inner arranged to be oriented toward an inner side of the vehicle body, and the reinforcement member is arranged between the spoiler inner and the spoiler outer.
A process for epoxidizing an olefin selected from the group consisting of ethylene and propylene, the process comprising: contacting the olefin with hydrogen peroxide as an oxidant in the presence of a Lewis acid oxidation catalyst and organic base in a solvent system comprising an organic water-miscible solvent; and adding a pressurizing gas selected from the group consisting of nitrogen, argon, neon and helium to increase the pressure to between 689.47 KPa and 6894.75 KPa (100 and 1000 psi) wherein the reaction temperature does not exceed 60 °C, whereby said olefin is further dissolved in said organic solvent system, and whereby said reaction has an epoxidation selectivity greater than 95% and wherein when the olefin is propylene said reaction has a propylene epoxidation yield of greater than 90%. contacting the olefin with hydrogen peroxide as an oxidant in the presence of a Lewis acid oxidation catalyst and organic base in a solvent system comprising an organic water-miscible solvent; and adding a pressurizing gas selected from the group consisting of nitrogen, argon, neon and helium to increase the pressure to between 689.47 KPa and 6894.75 KPa (100 and 1000 psi) wherein the reaction temperature does not exceed 60 °C, whereby said olefin is further dissolved in said organic solvent system, and whereby said reaction has an epoxidation selectivity greater than 95% and wherein when the olefin is propylene said reaction has a propylene epoxidation yield of greater than 90%.
A system for use on a vessel, the system comprising: a Flettner rotor; wherein the system further comprises: a transport for conveying the Flettner rotor over a deck of the vessel between an operating position and a storage position; a railway for guiding movement of the transport over the deck of the vessel; and a foundation for supporting the Flettner rotor on the deck of the vessel in an operating position; wherein the transport comprises a trolley, the trolley comprising a chassis with wheels (202, 203) for engaging with the railway and a load bearing mechanism configured to engage a base of the Flettner rotor to transfer the load of the Flettner rotor from the foundation to the railway. a Flettner rotor; wherein the system further comprises: a transport for conveying the Flettner rotor over a deck of the vessel between an operating position and a storage position; a railway for guiding movement of the transport over the deck of the vessel; and a foundation for supporting the Flettner rotor on the deck of the vessel in an operating position; wherein the transport comprises a trolley, the trolley comprising a chassis with wheels (202, 203) for engaging with the railway and a load bearing mechanism configured to engage a base of the Flettner rotor to transfer the load of the Flettner rotor from the foundation to the railway. a transport for conveying the Flettner rotor over a deck of the vessel between an operating position and a storage position; a railway for guiding movement of the transport over the deck of the vessel; and a foundation for supporting the Flettner rotor on the deck of the vessel in an operating position; wherein the transport comprises a trolley, the trolley comprising a chassis with wheels (202, 203) for engaging with the railway and a load bearing mechanism configured to engage a base of the Flettner rotor to transfer the load of the Flettner rotor from the foundation to the railway.
Handling pallet comprising a floor intended to support goods, and a base intended to bear on the ground, the floor being separated from the base by spacers (200, 200') delimiting a passage intended to allow the insertion of forks of a lifting machine for moving said pallet, each spacer (200, 200') having a C-shaped geometry comprising an upper wall fixed below the floor and a lower wall fixed to the base, which walls are connected by an intermediate plate (210, 210'), the pallet being provided with fixing means secured to the spacers and designed to mutually couple two juxtaposed pallets (100a, 100b), the fixing means comprising an anti-separation plate arranged at a slight distance to the rear of the corresponding intermediate plate (210, 210') of a pallet, characterized in that a bearing wall of an angle section is interposed between the upper walls of the spacers (200, 200') of one and the same row and the lower face of the said floor to support it, and in that the anti-separation plate is extended perpendicularly by a stop wall secured to the said intermediate plate such that the anti-separation plate defines, with the said intermediate plate (210, 210'), a gap in which the intermediate plate (210, 210') of a spacer of another pallet is retained by longitudinal insertion, the two pallets remaining at the same level, the stop wall forming a stop in the longitudinal direction for the spacer of the other pallet.
Arrangement with an angle measurement device and with a chassis of a vehicle, wherein the chassis comprises a control arm and a pivot bearing with a pivot axis (a), wherein the control arm is pivotable about the pivot axis (a) and wherein the angle measurement device comprises a sensor and a signal emitter (8, 9, 10), wherein the sensor is arranged on the control arm in the region of the pivot axis (a) and the signal emitter (8, 9, 10) is arranged on the pivot bearing and the control arm has on the bearing side an annular eye with a receiving opening for the pivot bearing, and the eye has an outer surface and the sensor is arranged on and fixed to the outer surface, wherein the outer surface has a recess in which the sensor is guided and held, wherein the recess is worked into the outer surface of the eye in the form of a depression, so that the sensor is provided with guidance on the control arm, wherein the recess is adapted to the form of the sensor, so that the latter is provided with lateral guidance and consequently also securement against twisting, and the recess has two parallel guiding surfaces and a stopping surface on the end face, wherein a third side is open, so that the sensor is pushed into the recess and fixed there, and wherein an underside of the sensor lies flat on a bottom of the recess, which is formed as a depression with respect to the outer circumference of the eye.
A cut-off device comprising a conductive element and a movable piston, the piston being able to move along an axial direction (D Z) between a first position for the passage of the current in the conductive element and a second current cut-off position, the piston being configured to break the conductive element during its passage from its first position to its second position, and the piston being positioned in a receiving cavity of a receiving element when said piston is in its second position, the receiving cavity being delimited by at least one inner wall of the receiving element forming an enclosure, the inner wall being made of electrically insulating material, the receiving element comprising fins made of electrically insulating material and extending inside the receiving cavity from said at least one inner wall of the receiving element, the fins extending, along a direction (D R) perpendicular to said axial direction (D Z), between a first end secured to the inner wall and a second free end, characterized in that the fins comprise, along the axial direction (D z), a first side secured to a bottom wall of the receiving cavity and a second free side on which the piston is bearing when it is in its second position. the receiving element comprising fins made of electrically insulating material and extending inside the receiving cavity from said at least one inner wall of the receiving element, the fins extending, along a direction (D R) perpendicular to said axial direction (D Z), between a first end secured to the inner wall and a second free end, characterized in that the fins comprise, along the axial direction (D z), a first side secured to a bottom wall of the receiving cavity and a second free side on which the piston is bearing when it is in its second position.
A refrigerator door, comprising: an end cover, wherein a top surface of the end cover comprises an inclined surface portion that inclines downwards in a direction from the rear to the front; and a door panel, made of a metal sheet, wherein the door panel comprises a front panel; wherein, the door panel comprises a front flange which is bent backwards from the front panel and is connected to the end cover, an included angle (β) between the front flange and the front panel is greater than 90 degrees, and the front flange is located in parallel with and under the inclined surface portion characterized in that, the end cover comprises a handle groove, and the inclined surface portion is arranged around at least one edge of the handle groove and wherein a front end of the end cover is provided with a first inserting groove, wherein the first inserting groove is parallel with the inclined surface portion, the front flange is inserted into the first inserting groove, and an upper groove wall of the first inserting groove is arranged along a front edge of the handle groove and wherein the inclined surface portion extends along the entire width of a front end of the end cover, and the front flange extends along the entire width of the front panel. an end cover, wherein a top surface of the end cover comprises an inclined surface portion that inclines downwards in a direction from the rear to the front; and a door panel, made of a metal sheet, wherein the door panel comprises a front panel; wherein, the door panel comprises a front flange which is bent backwards from the front panel and is connected to the end cover, an included angle (β) between the front flange and the front panel is greater than 90 degrees, and the front flange is located in parallel with and under the inclined surface portion characterized in that, the end cover comprises a handle groove, and the inclined surface portion is arranged around at least one edge of the handle groove and wherein a front end of the end cover is provided with a first inserting groove, wherein the first inserting groove is parallel with the inclined surface portion, the front flange is inserted into the first inserting groove, and an upper groove wall of the first inserting groove is arranged along a front edge of the handle groove and wherein the inclined surface portion extends along the entire width of a front end of the end cover, and the front flange extends along the entire width of the front panel.
A method of manufacturing a steering wheel comprising a rim for holding for steering, the rim comprising a heater unit, a rim core and a cladding member for covering the rim core, the cladding member comprising a base cladding that covers the rim core and a cover cladding that is disposed on an outer surface of the rim the method comprising: providing a pair of substrates (10, 10') that are formed from a polymeric foam and a cord-shaped heater; laying a first substrate over a bottom platen of a hot-press manufacturing device such that a plurality of hook members protruding out of the bottom platen penetrate the first substrate, the hook members being movable in axial direction and being constantly biased upwardly by a coil spring; winding the cord-shaped heater around the hook members one after another such that the cord-shaped heater is arranged in a predetermined pattern on the first substrate; laying a second substrate over the first substrate, the second substrate having on the surface an adhesive layer; moving a flat heat platen of the hot-press heater manufacturing device downwardly to move the hook members downwardly and applying heat and pressure to the cord-shaped heater and the substrates (10, 10') such that a thickness of a region of each of the substrates (10, 10') at which the cord-shaped heater is disposed is thinned relative to other regions of the substrates (10, 10') in such a manner as to be shaped to the cord-shaped heater such that the heater unit forms a flat shape; and disposing the heater unit between the base cladding and the cover cladding. providing a pair of substrates (10, 10') that are formed from a polymeric foam and a cord-shaped heater; laying a first substrate over a bottom platen of a hot-press manufacturing device such that a plurality of hook members protruding out of the bottom platen penetrate the first substrate, the hook members being movable in axial direction and being constantly biased upwardly by a coil spring; winding the cord-shaped heater around the hook members one after another such that the cord-shaped heater is arranged in a predetermined pattern on the first substrate; laying a second substrate over the first substrate, the second substrate having on the surface an adhesive layer; moving a flat heat platen of the hot-press heater manufacturing device downwardly to move the hook members downwardly and applying heat and pressure to the cord-shaped heater and the substrates (10, 10') such that a thickness of a region of each of the substrates (10, 10') at which the cord-shaped heater is disposed is thinned relative to other regions of the substrates (10, 10') in such a manner as to be shaped to the cord-shaped heater such that the heater unit forms a flat shape; and disposing the heater unit between the base cladding and the cover cladding.
MEMS sound transducer for generating and/or detecting sound waves in the audible wavelength spectrum with a membrane carrier, a membrane that is connected in its edge area to the membrane carrier, and may vibrate along a z-axis substantially perpendicular to the membrane with respect to the membrane carrier, a MEMS actuator interacting with the membrane, and a stopper mechanism, which limits the vibrations of the membrane in at least one direction, wherein the stopper mechanism has at least one reinforcing element that is arranged on one side of the membrane, and an end stop opposite to the reinforcing element, which, in a neutral position of the membrane, is spaced at a distance from it and against which the reinforcing element abuts at a maximum deflection characterized in that, the end stop is at least partially formed on carrier substrate of the MEMS actuator.