mhurhangee/ep-ind-claims huggingface dataset:
A grass trimmer comprising a main body and a trimming device, wherein the main body comprises an operating device and a power source; wherein the trimming device comprises: a grass cutting assembly having a cutting member; and a power head for driving the cutting member to rotate; the power head comprising a housing and a motor having a rotor assembly and a stator assembly; wherein the rotor assembly further comprises two or more magnetic pieces, and wherein the stator assembly comprises a stator support and a coil assembly; wherein the stator support comprises a mounting portion being secured on the housing and a supporting portion for supporting the coil assembly; wherein the housing includes an accommodation portion and a connection portion which are formed integrally, the accommodation chamber defined for receiving the motor; the rotor assembly being accommodated in the accommodation chamber and comprising a rotor sleeve which is a hollow cylinder rotatable around a pivotal axis, wherein the two or more magnetic pieces are arranged at an inner wall of the rotor sleeve; the stator assembly being received in the rotor sleeve; and the coil assembly is disposed in the rotor sleeve by the supporting portion. a grass cutting assembly having a cutting member; and a power head for driving the cutting member to rotate; the power head comprising a housing and a motor having a rotor assembly and a stator assembly; wherein the rotor assembly further comprises two or more magnetic pieces, and wherein the stator assembly comprises a stator support and a coil assembly; wherein the stator support comprises a mounting portion being secured on the housing and a supporting portion for supporting the coil assembly; wherein the housing includes an accommodation portion and a connection portion which are formed integrally, the accommodation chamber defined for receiving the motor; the rotor assembly being accommodated in the accommodation chamber and comprising a rotor sleeve which is a hollow cylinder rotatable around a pivotal axis, wherein the two or more magnetic pieces are arranged at an inner wall of the rotor sleeve; the stator assembly being received in the rotor sleeve; and the coil assembly is disposed in the rotor sleeve by the supporting portion.
A method comprising: receiving, from a computer system, a request comprising a phone number; identifying a primary channel and one or more secondary channels based on, at least in part, respective rates of conversion events of messages sent via respective channels (210, 212); sending a first message comprising a first text string via the primary channel to a destination device associated with the phone number; after sending the first message, determining that a conversion event for the message and the primary channel did not occur within a specified time period wherein the occurrence of a conversion event means receiving, from the computer system, a second text string submitted by a user of the destination device that matches the first text string; based on the determining, sending a second message comprising the first text string via a particular secondary channel to the destination device, wherein receiving, identifying, sending, and determining are performed by one or more computer processors. receiving, from a computer system, a request comprising a phone number; identifying a primary channel and one or more secondary channels based on, at least in part, respective rates of conversion events of messages sent via respective channels (210, 212); sending a first message comprising a first text string via the primary channel to a destination device associated with the phone number; after sending the first message, determining that a conversion event for the message and the primary channel did not occur within a specified time period wherein the occurrence of a conversion event means receiving, from the computer system, a second text string submitted by a user of the destination device that matches the first text string; based on the determining, sending a second message comprising the first text string via a particular secondary channel to the destination device, wherein receiving, identifying, sending, and determining are performed by one or more computer processors.
A pressing and stripping apparatus for a punch die, comprising: a base, a pressing and striping plate, characterized in that the pressing and stripping apparatus further comprises a set of A-type pillars each of a which is of a column structure, a first bolt, an elastic or pressure element, a stripping bolt, a second bolt, a die-mounting bolt, a set of B-type pillars each of which is of a column stepped structure, a locating pin, a cylindrical guide column, a third bolt, an outer supporting frame, and a square guide column, wherein said pressing and stripping plate is connected to said base, wherein each of said A-type pillar is provided with a first screwed hole and is firmly connected to said base via the first bolt through the first screwed hole, wherein each of said B-type pillar is provided with a stepped through hole at the central axial thereof and one end of the stepped through hole is provided with a second screwed hole, wherein each of said B-type pillars is in a screw connection with the second bolt via the second screwed hole wherein the die-mounting bolt penetrates into the stepped through hole, wherein said pressing and stripping plate is movably connected to said base via said stripping bolt, wherein said elastic or pressure element is provided between said base and said pressing and stripping plate, wherein first ends of said set of A-type pillars, said set of B-type pillars, said cylindrical guide column, and said square guide column are firmly connected to said base while second ends thereof are respectively passed through holes in said pressing and stripping plate, wherein said die-mounting bolt, which is internally installed in a central axial hole of said base and said set of B-type pillars, is capable of moving upward and downward as well as rotating to firmly mount said pressing and stripping apparatus for a punch die on said die when in operation, said elastic or pressure element is selected from a group consisting of metal spiral spring, nitrogen spring, pneumatic cylinder modular arrangement with a single piston rod, and hydraulic cylinder with a single piston rod, wherein said set of A-type pillars and said set of B-type pillars are installed on said base with a grid shaped distribution configuration wherein said outer supporting frame, which is cuboid shaped, surrounds said pressing and stripping plate, wherein said base is provided with a hoisting screw hole, wherein said locating pin is mounted on said pressing and stripping plate.
A package for active electronics, comprising: a housing structure configured to house the active electronics; a connector element comprising a spacer portion and a connector portion; and an interposer element comprising a tie point between the housing structure and the spacer portion of the connector element such that the tie point is remote from respective edges of the housing structure and the connector element, characterized in that the tie point is configured for fastening the spacer portion to the interposer element by a rivet through a hollow section in the spacer portion. a housing structure configured to house the active electronics; a connector element comprising a spacer portion and a connector portion; and an interposer element comprising a tie point between the housing structure and the spacer portion of the connector element such that the tie point is remote from respective edges of the housing structure and the connector element, characterized in that the tie point is configured for fastening the spacer portion to the interposer element by a rivet through a hollow section in the spacer portion.
An optoelectronic device comprising a photoresponsive region located between first and second electrodes such that charge carriers can move between the photoresponsive region and the first and second electrodes, the photoresponsive region comprising: a stack of alternate first and second layers, each first layer comprising a first photoresponsive material and each second layer comprising a second photoresponsive material, the first and second photoresponsive materials having different electron affinities; wherein each pair of second layers on opposite sides of a first layer contact each other via first holes defined in said first layer between said pair of second layers, said first holes being filled with the second photoresponsive material and each pair of first layers on opposite sides of a second layer contact each other via second holes defined in said second layer between said pair of first layers, said second holes being filled with the first photoresponsive material.
A porous product, characterized in that: - the material making up said product corresponds to the general formula TiO x, the value of x being between 1.6 and 1.9, preferably between 1.75 and 1.85. - the distribution of pore diameters is approximately monomodal, - the median diameter d 50 of the pores is between 0.5 and 5 micrometers, - the open porosity is above 34%. - the material making up said product corresponds to the general formula TiO x, the value of x being between 1.6 and 1.9, preferably between 1.75 and 1.85. - the distribution of pore diameters is approximately monomodal, - the median diameter d 50 of the pores is between 0.5 and 5 micrometers, - the open porosity is above 34%.
A storage compartment comprising: a placing section on which an object is temporarily placed when the object is being received to be used by a board work machine that is configured to perform given board work on a board; a guiding section configured to display on the placing section a placement position for each type of the object with external dimensions that differ from other types of the objects to guide an operator to select the placement position that can accommodate the object such that the placing position enables a moving section to handle the object; a storage section that is configured to store the object; and the moving section that is configured to move the object placed on the placing section to the storage section characterized in that: the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section, or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object. a placing section on which an object is temporarily placed when the object is being received to be used by a board work machine that is configured to perform given board work on a board; a guiding section configured to display on the placing section a placement position for each type of the object with external dimensions that differ from other types of the objects to guide an operator to select the placement position that can accommodate the object such that the placing position enables a moving section to handle the object; a storage section that is configured to store the object; and the moving section that is configured to move the object placed on the placing section to the storage section characterized in that: the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section, or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object. the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section, or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object.
Laminate for tubes and container structures composed of an inner backing layer a) and outer thinner print layer c), that includes a print image on the outer side and/or on the inner side and a laminating layer arranged between them, characterised in that the functional backing layer a) has a base sheet that may be sealed with a density of 140 to 400 μm and a melting point in a range between 126 and 160 °C, the print layer c) is a printing film that may be sealed with the functional backing layer a) that has a melting point in a range between 105 and 136 °C and a density of 20 to 100 μm and that the laminating layer b) is composed of a single-component, NCO-terminated polyurethane-based reaction adhesive or a two-component polyurethane-based reaction adhesive with an ROH = Hydroxyl, NCO = Isocyanate component system and the percentage solids content and the mixing ratio between the adhesive and hardener as well as the application quantity of the adhesive, the cylinder temperature and the drying temperature are specified as follows: Adhesive base Components Component system Solids content Mixing ratio Application quantity Cylinder temperature Drying temperature PU Adhesive ROH 70% 3 to 2 3.5 - 4.5 g/m 2 60° >60° Hardener NCO 81% or Adhesive base Components Component system Solids content Mixing ratio Application quantity Cylinder temperature Drying temperature PU Adhesive NCO 75% 4 to 1 3.5 - 4.0 g/m 2 <60° >60° Hardener ROH 75% or Adhesive base Components Component system Solids content Mixing ratio Application quantity Cylinder temperature Drying temperature PU Single component NCO-terminated 75% 2.0 - 5.0 g/m 2 <60° 60° or Adhesive base Components Component system Solids content Mixing ratio Application quantity Cylinder temperature Drying temperature PU Adhesive NCO 60% 3 to 1 2.0 - 5 g/m 2 90° 60° Hardener ROH 50%
A patient interface device (30, 90), characterised by: a contacting portion (64, 94) structured to directly engage a user's skin during use of the patient interface device, wherein at least a section of the contacting portion has an engineered surface comprising a plurality of non-random, predesigned surface features (70, 76) each having a like geometry, wherein in the section a pitch between each immediately adjacent pair of the surface features is: (i) anisotropic, such that the pitch between each immediately adjacent pair of the surface features in a first direction is equal to a first pitch value and the pitch between each immediately adjacent pair of the surface features in a second direction transverse to the first direction is equal to a second pitch value different than the first pitch value; or (ii) variable, such that the pitch between each immediately adjacent pair of the surface features varies, in each case the pitch being less than or equal to a predetermined maximum pitch value, and wherein in the section a height of each of the surface features is less than or equal to a predetermined maximum height value. (i) anisotropic, such that the pitch between each immediately adjacent pair of the surface features in a first direction is equal to a first pitch value and the pitch between each immediately adjacent pair of the surface features in a second direction transverse to the first direction is equal to a second pitch value different than the first pitch value; or (ii) variable, such that the pitch between each immediately adjacent pair of the surface features varies,
A hull for an armored vehicle, the hull comprising a set of panels (22, 30) constituting portions of the hull, and having a passenger cabin with an interior defined by at least some of said panels, the panels being attached to one another via a plurality of bolts, at least one of the bolts having an axis directed toward the interior of the passenger cabin, said hull comprising one or more arrangements for preventing said bolts from reaching the interior of said passenger cabin in an event that they become secondary projectiles, the arrangement comprising a shield disposed between the interior of the passenger cabin and the bolt whose axis is directed toward the interior of the passenger cabin, the shield intersecting the axis of the bolt and being attached to the hull at areas spaced apart from said bolt.
Flooring panel (1,1') having a wear layer (3,3'), a carrier panel (2,2') and a backing layer (6,6'), - wherein the wear layer (3,3') comprises a cork layer (4,4'), - wherein the cork layer (4, 4') of the wear layer (3,3') has a density of at least 550 kg/m3 and - wherein the backing layer (6,6') has a cork layer (7,7'), - wherein the cork layer (4, 4') of the wear layer (3, 3') is coated with a lacquer, characterised in that - the cork layer (4,4') of the wear layer (3,3') has a thickness of less than 2 mm, and - that the cork layer (7,7') of the backing layer (6,6') has a thickness of 0.5 mm to 1.0 mm and a density of at least 550 kg/m3. - wherein the wear layer (3,3') comprises a cork layer (4,4'), - wherein the cork layer (4, 4') of the wear layer (3,3') has a density of at least 550 kg/m3 and - wherein the backing layer (6,6') has a cork layer (7,7'), - wherein the cork layer (4, 4') of the wear layer (3, 3') is coated with a lacquer, characterised in that - the cork layer (4,4') of the wear layer (3,3') has a thickness of less than 2 mm, and - that the cork layer (7,7') of the backing layer (6,6') has a thickness of 0.5 mm to 1.0 mm and a density of at least 550 kg/m3.
A wind tunnel balance calibrator for calibrating a wind tunnel balance, said wind tunnel balance calibrator comprising: a load application mechanism for applying a load to the wind tunnel balance; and an attitude restoration mechanism for restoring an attitude of the wind tunnel balance which is displaced by the load applied to the wind tunnel balance; wherein the attitude restoration mechanism is a parallel-link mechanism including: a support unit for supporting the wind tunnel balance by an upper surface thereof; and a driving unit which is configured to displace the attitude of the support unit with six degrees of freedom in directions of three orthogonal axes (Ax, Ay, Az) and around the three orthogonal axes (Ax, Ay, Az), the driving unit including six linear actuators, characterized in that the six linear actuators are arranged in a standing position and the tip end portions of the actuators are coupled to the lower surfaces of the corner portions of the support plate. a load application mechanism for applying a load to the wind tunnel balance; and an attitude restoration mechanism for restoring an attitude of the wind tunnel balance which is displaced by the load applied to the wind tunnel balance; wherein the attitude restoration mechanism is a parallel-link mechanism including: a support unit for supporting the wind tunnel balance by an upper surface thereof; and a driving unit which is configured to displace the attitude of the support unit with six degrees of freedom in directions of three orthogonal axes (Ax, Ay, Az) and around the three orthogonal axes (Ax, Ay, Az), the driving unit including six linear actuators, characterized in that the six linear actuators are arranged in a standing position and the tip end portions of the actuators are coupled to the lower surfaces of the corner portions of the support plate. a support unit for supporting the wind tunnel balance by an upper surface thereof; and a driving unit which is configured to displace the attitude of the support unit with six degrees of freedom in directions of three orthogonal axes (Ax, Ay, Az) and around the three orthogonal axes (Ax, Ay, Az), the driving unit including six linear actuators, characterized in that the six linear actuators are arranged in a standing position and the tip end portions of the actuators are coupled to the lower surfaces of the corner portions of the support plate.
Hand-guided working implement with an internal combustion engine and with a fan impeller for conveying cooling air for the internal combustion engine, wherein the internal combustion engine has a cylinder and a crankcase, wherein the fan impeller is located in an impeller housing and driven to rotate in a direction of rotation by the internal combustion engine, wherein the impeller housing has a rear wall facing the crankcase of the internal combustion engine and a circumferential boundary, wherein the circumferential boundary has a first end and a second end (28, 28'), wherein the first end and the second end (28, 28') bound a discharge opening for cooling air to be conveyed to the cylinder, wherein the discharge opening extends in the direction of rotation from the second end (28, 28') to the first end, wherein the impeller housing is provided with an additional through-opening (30, 64, 66), through which the cooling air flows from the impeller housing to the outside of the crankcase, wherein the angular distance (α) between the first end and the through-opening (30, 64, 66), as measured in the direction of rotation from the first end, is less than the angular distance (β) between the through-opening (30, 64, 66) and the second end (28, 28'), as measured in the direction of rotation from the through-opening (30, 64, 66), wherein the angular distance (α, β) is in each case measured as a circumferential angle about the axis of rotation, characterised in that the through-opening (30, 64, 66) at least partially extends into the rear wall of the impeller housing.
An evacuation system for an insufflation system, the evacuation system comprising a vacuum creating means for communicating with a vessel being insufflated by the insufflation system, the vacuum creating means communicating with the vessel through a flow path for accommodating insufflating gas from the vessel, the evacuation system further comprising a leak control system for minimising leakage of insufflating gas from the vessel through the evacuation system when the evacuation system is deactivated, characterised in that said leak control system comprises a pressure relief valve located in the flow path of the evacuation system upstream of the vacuum creating means, said pressure relief valve being operable from a closed state preventing gas flow to the vacuum creating means through the flow path, to an open state permitting gas flow to the vacuum creating means through the flow path in response to a pressure drop across the pressure relief valve in the direction of flow to the vacuum creating means exceeding a predefined pressure drop value.
A genetic recognition reagent comprising a plurality of nucleobase moieties attached to a nucleic acid or nucleic acid analog backbone, in which at least one nucleobase moiety is: wherein, X 1 is CH 3; X 2 is H, CH 3, CN, NC, N 3, C OH, or C NH 2; X 3 is O or S; and Y is N or CH. X 1 is CH 3; X 2 is H, CH 3, CN, NC, N 3, C OH, or C NH 2; X 3 is O or S; and Y is N or CH.
Housing element for a storage housing of an electrical energy store of a motor vehicle, the electrical energy store being designed to store electrical energy and comprising a plurality of storage cells which can be arranged in a receiving space of the storage housing, characterized in that the housing element has a baseplate which is formed from a light metal and which is provided, at least in a subregion, with a reinforcing plate formed from a steel and is reinforced by being adhesively bonded to the subregion of the baseplate by means of an elastomer.