mhurhangee/ep-ind-claims huggingface dataset:
A screen locking method, carried out in a mobile terminal, comprising: a) displaying a first lock screen interface in a lock screen state, wherein the first lock screen interface uses a first picture as a lock screen background; and b) in response to receiving a gesture operation user input comprising a gesture operation input on the first lock screen interface, displaying a first lock screen configuration interface in the lock screen state, wherein content introduction information of the first picture is displayed on the first lock screen configuration interface, and the first lock screen configuration interface is provided with a function option for the user to perform configuration on a lock screen. a) displaying a first lock screen interface in a lock screen state, wherein the first lock screen interface uses a first picture as a lock screen background; and b) in response to receiving a gesture operation user input comprising a gesture operation input on the first lock screen interface, displaying a first lock screen configuration interface in the lock screen state, wherein content introduction information of the first picture is displayed on the first lock screen configuration interface, and the first lock screen configuration interface is provided with a function option for the user to perform configuration on a lock screen.
A vehicle interior door panel, when mounted on a door, comprising a thermoelectric air conditioner comprising a conditioning duct having an intake end and a discharge end, a waste duct having an intake end and a discharge end, and a thermoelectric device having a first heat sink on a first side and a second heat sink on an opposite second side, the first heat sink being positioned in the conditioning duct, the second heat sink being positioned in the waste duct, the thermoelectric air conditioner being able to move air from a vehicle passenger cabin along the first side of the thermoelectric device to change the temperature of the air before discharging the air back into the passenger cabin through a discharge port at the discharge end of the conditioning duct, the thermoelectric air conditioner being further able to move additional air along the opposite second side of the thermoelectric device and discharge the additional air through a discharge port at the discharge end of the waste duct to a location outside the passenger cabin, wherein the amount of air moved along the first side is separately controllable from the amount of air moved along the second side, and characterized in that the discharge end of the waste duct is formed through a side wall of the door panel in a direction between forward and rearward sides of the door when the door is mounted on a vehicle. a thermoelectric air conditioner comprising a conditioning duct having an intake end and a discharge end, a waste duct having an intake end and a discharge end, and a thermoelectric device having a first heat sink on a first side and a second heat sink on an opposite second side, the first heat sink being positioned in the conditioning duct, the second heat sink being positioned in the waste duct, the thermoelectric air conditioner being able to move air from a vehicle passenger cabin along the first side of the thermoelectric device to change the temperature of the air before discharging the air back into the passenger cabin through a discharge port at the discharge end of the conditioning duct, the thermoelectric air conditioner being further able to move additional air along the opposite second side of the thermoelectric device and discharge the additional air through a discharge port at the discharge end of the waste duct to a location outside the passenger cabin, wherein the amount of air moved along the first side is separately controllable from the amount of air moved along the second side, and characterized in that the discharge end of the waste duct is formed through a side wall of the door panel in a direction between forward and rearward sides of the door when the door is mounted on a vehicle.
A nozzle substrate comprising: a first nozzle that ejects a liquid; a first surface; and a second surface positioned opposite to the first surface, wherein the first nozzle includes a first upstream nozzle portion including a first supply opening opened in the second surface, a first bottom surface facing the first supply opening, and a side surface, and a first downstream nozzle portion including a first ejection opening opened in the first surface and a first coupling section opened in the first bottom surface, when viewed along a thickness direction of the nozzle substrate, a sectional area of the first upstream nozzle portion is larger than a sectional area of the first downstream nozzle portion, characterized in that when viewed along the thickness direction, a center of gravity of the first coupling section is positioned between a center of gravity of the first ejection opening and a center of gravity of the first bottom surface, and when viewed along the thickness direction, the center of gravity of the first coupling section and the center of gravity of the first ejection opening differ from each other in position. a first nozzle that ejects a liquid; a first surface; and a second surface positioned opposite to the first surface, wherein the first nozzle includes a first upstream nozzle portion including a first supply opening opened in the second surface, a first bottom surface facing the first supply opening, and a side surface, and a first downstream nozzle portion including a first ejection opening opened in the first surface and a first coupling section opened in the first bottom surface, a first upstream nozzle portion including a first supply opening opened in the second surface, a first bottom surface facing the first supply opening, and a side surface, and a first downstream nozzle portion including a first ejection opening opened in the first surface and a first coupling section opened in the first bottom surface, when viewed along a thickness direction of the nozzle substrate, a sectional area of the first upstream nozzle portion is larger than a sectional area of the first downstream nozzle portion, characterized in that when viewed along the thickness direction, a center of gravity of the first coupling section is positioned between a center of gravity of the first ejection opening and a center of gravity of the first bottom surface, and when viewed along the thickness direction, the center of gravity of the first coupling section and the center of gravity of the first ejection opening differ from each other in position.
A connector or connecting a cable conductor to a fuse knife or conductor bar and comprising a cage for receiving a conductor and a jaw for receiving a knife, with a U-shaped section, the jaw of the connector being formed by a plate of electrically conductive material, which constitutes one of the branches of the U of the jaw and is secured to said cage by the base of said U, and an elastically deformable blade that constitutes the other branch of the U of the jaw, said elastically deformable blade being made up of a fixed independent part, said cage and said plate being made in a single piece in a profile of electrically conductive material, this profile including a slot arranged in the base of said U and receiving a fastening edge of said elastically deformable blade, said edge being perpendicular to a surface of the electrically deformable blade, the edge of said elastically deformable blade opposite said fastening edge being free, said slot being parallel to the free edge of said plate and being arranged in the base of said U, said slot of the profile having an L-shaped section corresponding to the shape of said fastening edge of the elastically deformable blade, the connector being characterized in that said fastening edge of said elastically deformable blade includes a tongue, and inclined in the longitudinal direction of said slot.
An internal combustion engine comprising: a cylinder head; a support structure that is provided above the cylinder head and supports a camshaft; a cam pulley provided at an end of the camshaft, a timing belt being wound around the cam pulley; and a seal member that is provided to cover a gap provided between the cylinder head and the support structure at a facing surface facing the cam pulley, the seal member providing sealing between the cylinder head and the support structure in an axial direction of the camshaft. a cylinder head; a support structure that is provided above the cylinder head and supports a camshaft; a cam pulley provided at an end of the camshaft, a timing belt being wound around the cam pulley; and a seal member that is provided to cover a gap provided between the cylinder head and the support structure at a facing surface facing the cam pulley, the seal member providing sealing between the cylinder head and the support structure in an axial direction of the camshaft.
A manufacturing method of a planar light source comprising: disposing a plurality of light emitting devices on a substrate to have a first matrix and a second matrix having a plurality of light emitting devices arranged in rows and columns, respectively, wherein at least one of the rows of the first matrix is disposed to be angled in relation to at least one of the rows of the second matrix in order to form a zigzag structure; and disposing an optical sheet separated from the light emission surface of the light emitting device by the optical length t, wherein the step of disposing the plurality of light emitting devices on the substrate includes determining a pitch S between one light emitting device included in the light emitting device matrix and another light emitting device most adjacent to the one light emitting device, to satisfy the equation S ≤ l 2 × tan θ 2 + α wherein Θ is the angle at which half of a maximum luminous intensity of a respective light emitting device is obtained, Θ is in the range of 110° ≤ Θ ≤ 130°, and α is in the range of -π/90 ≤ α ≤ π/90. disposing a plurality of light emitting devices on a substrate to have a first matrix and a second matrix having a plurality of light emitting devices arranged in rows and columns, respectively, wherein at least one of the rows of the first matrix is disposed to be angled in relation to at least one of the rows of the second matrix in order to form a zigzag structure; and disposing an optical sheet separated from the light emission surface of the light emitting device by the optical length t, wherein the step of disposing the plurality of light emitting devices on the substrate includes determining a pitch S between one light emitting device included in the light emitting device matrix and another light emitting device most adjacent to the one light emitting device, to satisfy the equation S ≤ l 2 × tan θ 2 + α wherein Θ is the angle at which half of a maximum luminous intensity of a respective light emitting device is obtained, Θ is in the range of 110° ≤ Θ ≤ 130°, and α is in the range of -π/90 ≤ α ≤ π/90.
A vision system comprising: a housing with a front mounting face with an aperture aligned relative to an image sensor located within an interior of the housing, the aperture having an outer step having a first diameter; the outer step being constructed and arranged to receive a first lens type base, wherein the outer step defines female threads for mounting the first lens type and a mounting flange on the front mounting face for the first lens type base, wherein the mounting flange includes a pair of threaded holes that are on opposite sides of the mounting flange; and a lens module having a frame assembly and a lens barrel, characterized in that the frame assembly is arranged to engage the mounting flange, and in that the frame assembly further has fasteners aligned with the pair of threaded holes, whereby the lens barrel is mounted relative to the image sensor in an aligned and spaced-apart relationship, free of mating threads between the lens barrel and the housing. a housing with a front mounting face with an aperture aligned relative to an image sensor located within an interior of the housing, the aperture having an outer step having a first diameter; the outer step being constructed and arranged to receive a first lens type base, wherein the outer step defines female threads for mounting the first lens type and a mounting flange on the front mounting face for the first lens type base, wherein the mounting flange includes a pair of threaded holes that are on opposite sides of the mounting flange; and a lens module having a frame assembly and a lens barrel, characterized in that the frame assembly is arranged to engage the mounting flange, and in that the frame assembly further has fasteners aligned with the pair of threaded holes, whereby the lens barrel is mounted relative to the image sensor in an aligned and spaced-apart relationship, free of mating threads between the lens barrel and the housing.
A bottom ring (804, 808, 812, 1004) configured to support a moveable edge ring (324, 424, 526), wherein the edge ring is configured to be raised and lowered relative to a substrate support, the bottom ring comprising: an upper surface; an annular inner diameter; an annular outer diameter; a lower surface; and a plurality of vertical guide channels (836, 1028) configured to receive respective lift pins (840, 1032) for raising and lowering the edge ring, wherein the guide channels extend from the lower surface to the upper surface of the bottom ring, each of the guide channels has a cavity on the lower surface having a diameter greater than the guide channel, and the bottom ring is characterized in that each of the guide channels includes a first region (842, 1036), from the upper surface, having a smaller diameter than the guide channel. an upper surface; an annular inner diameter; an annular outer diameter; a lower surface; and a plurality of vertical guide channels (836, 1028) configured to receive respective lift pins (840, 1032) for raising and lowering the edge ring, wherein the guide channels extend from the lower surface to the upper surface of the bottom ring, each of the guide channels has a cavity on the lower surface having a diameter greater than the guide channel, and the bottom ring is characterized in that each of the guide channels includes a first region (842, 1036), from the upper surface, having a smaller diameter than the guide channel.
A process for the preparation of an organic-inorganic microcapsule comprising the steps of: 1) suspending in water a first type of inorganic particles with at least one amine functionality and a second type of inorganic particles with at least one hydroxyl functionality, to form an aqueous phase; 2) suspending at least one polyisocyanate in a perfume or flavor oil to form an oil phase; 3) adding the oil phase to the water phase and mixing them to form an oil-in-water Pickering emulsion under conditions allowing interfacial reaction between the at least one polyisocyanate and the functional groups on inorganic particles to form an inorganic-organic microcapsule. 1) suspending in water a first type of inorganic particles with at least one amine functionality and a second type of inorganic particles with at least one hydroxyl functionality, to form an aqueous phase; 2) suspending at least one polyisocyanate in a perfume or flavor oil to form an oil phase; 3) adding the oil phase to the water phase and mixing them to form an oil-in-water Pickering emulsion under conditions allowing interfacial reaction between the at least one polyisocyanate and the functional groups on inorganic particles to form an inorganic-organic microcapsule.
A home appliance comprising at least one functional module, further comprising: a communication module, the communication module being adapted to receive a control instruction from a cloud server; wherein the control instruction includes operation parameters for the functional module, which are identifiable by the functional module, and a drive module for driving the at least one functional module; characterized in that a control module of the home appliance is removed from the home appliance and virtualized and integrated into the cloud server, wherein the drive module is adapted to acquire the control instruction from the communication module and drive the at least one functional module according to the operation parameters included in the control instruction, so that the functional module of the home appliance can directly adjust its operating state according to the operation parameters included in the control instruction. a communication module, the communication module being adapted to receive a control instruction from a cloud server; wherein the control instruction includes operation parameters for the functional module, which are identifiable by the functional module, and a drive module for driving the at least one functional module; characterized in that a control module of the home appliance is removed from the home appliance and virtualized and integrated into the cloud server, wherein the drive module is adapted to acquire the control instruction from the communication module and drive the at least one functional module according to the operation parameters included in the control instruction, so that the functional module of the home appliance can directly adjust its operating state according to the operation parameters included in the control instruction.
A switch for controlling a rotational speed of a motor, comprising: an operation member; a first circuit comprising a brush and a variable resistive plate, the brush being coupled to the operation member having a contact, and the resistive plate having an electrically resistive portion changing in response to a contact position of the contact point of the brush, so that the first circuit outputs a control signal to the motor according to the contact position of the contact point; and a second circuit connecting the brush and the resistive plate without through the contact point when the brush is positioned at a given position relative to the resistive plate, wherein the first circuit further comprises a first terminal and a second terminal mounted to opposite ends of the electrically resistive portion, and further comprises a brush terminal; a reference voltage is applied between the first and second terminals (T0, T1); the brush is coupled to the operating member and slidably movable along the resistive portion between the first and second terminals (T0, T1) according to the operation of the operating member; the output signal provides a maximum rotational speed of the motor when the brush contacts the second terminal; and characterised in that the second circuit electrically connects between the brush terminal and the second terminal when the operating member is operated to the given position, wherein the second circuit includes a mechanically operable electric device that is constructed such that the second terminal and the brush terminal can be short-circuited. an operation member; a first circuit comprising a brush and a variable resistive plate, the brush being coupled to the operation member having a contact, and the resistive plate having an electrically resistive portion changing in response to a contact position of the contact point of the brush, so that the first circuit outputs a control signal to the motor according to the contact position of the contact point; and a second circuit connecting the brush and the resistive plate without through the contact point when the brush is positioned at a given position relative to the resistive plate, wherein the first circuit further comprises a first terminal and a second terminal mounted to opposite ends of the electrically resistive portion, and further comprises a brush terminal; a reference voltage is applied between the first and second terminals (T0, T1); the brush is coupled to the operating member and slidably movable along the resistive portion between the first and second terminals (T0, T1) according to the operation of the operating member; the output signal provides a maximum rotational speed of the motor when the brush contacts the second terminal; and characterised in that the second circuit electrically connects between the brush terminal and the second terminal when the operating member is operated to the given position, wherein the second circuit includes a mechanically operable electric device that is constructed such that the second terminal and the brush terminal can be short-circuited.
Tactical glove with a glove body, glove fingers (3a to 3e) and a shaft connected with the glove body, wherein the shaft can be narrowed by means of a closure system, wherein the closure system comprises a strap which is attached by one end to the tactical glove and has a mechanical closure means, which for narrowing of the shaft is guided by a closing movement of the strap to a co-operating mechanical closure means, whereby a mechanical closure is formed, and a zip fastener is provided at the shaft, characterised in that the slider of the zip fastened is so coupled to the strap by way of coupling means that the fastener is closed by the closing movement of the strap.
A composition for replenishing at least one metal in an electrolytic bath, which composition contains: a solution of a sulfate or sulfamate of a first metal; a carbonate or oxide of the first metal dispersed within the solution; and a dispersing agent, characterized in that the composition has a metal concentration greater than 120 g/L. a solution of a sulfate or sulfamate of a first metal; a carbonate or oxide of the first metal dispersed within the solution; and a dispersing agent, characterized in that the composition has a metal concentration greater than 120 g/L.
Particulate composition suitable for use in an alumina-magnesia spinel forming dry vibratable mix, the composition comprising, based on the total weight of the particulate composition, 98 to 99.9 wt.-% of a mixture of particulate Al 2 O 3 and particulate MgO; and 0.1 to 2 wt.-% binding agent; wherein at least a portion of the particles of said mixture of particulate Al 2 O 3 and particulate MgO is present in the particulate composition as a coating of particles on the surface of other particles; wherein the binding agent is selected from solid thermoplastic binding agents, thermohardening or thermo setting binding agents and liquid, optionally multi-component, reacting binding agents; and wherein the particulate composition has the following particle size distribution: 35 to 65 wt.-% of the particulate composition are particles having a particle size of 1 mm or above; 45 to 75 wt.-% of the particulate composition are particles having a particle size of 0.5 mm or above; 65 to 95 wt.-% of the particulate composition are particles having a particle size of 0.045 mm or above; the balance being made up of binding agent; wherein at least a portion of the particulate composition are first metal oxide particles selected from Al 2 O 3, MgO or both and having a particle diameter of 0.25 mm or below, which are present in the particulate composition as part of a coating on second metal oxide particles selected from Al 2 O 3 and MgO and having a particle diameter of 0.5 mm or above. 98 to 99.9 wt.-% of a mixture of particulate Al 2 O 3 and particulate MgO; and 0.1 to 2 wt.-% binding agent; 35 to 65 wt.-% of the particulate composition are particles having a particle size of 1 mm or above; 45 to 75 wt.-% of the particulate composition are particles having a particle size of 0.5 mm or above; 65 to 95 wt.-% of the particulate composition are particles having a particle size of 0.045 mm or above;