mhurhangee/ep-ind-claims huggingface dataset:
A cutting work machine comprising: a main unit; and a cutter unit that is driven by driving power of the main unit, wherein the cutter unit includes a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, both of the blades includes cutting edges projecting in a right-left direction, both blades, stacked on top of each other above and below, are configured to reciprocate in opposite front-back directions, the guard member includes a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, the guard plate is positioned above the cutting edge of the upper blade, characterized in that the guard member further includes a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, the fixed blade faces forward against the foremost cutting edge of the upper blade. a main unit; and a cutter unit that is driven by driving power of the main unit, wherein the cutter unit includes a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, both of the blades includes cutting edges projecting in a right-left direction, both blades, stacked on top of each other above and below, are configured to reciprocate in opposite front-back directions, the guard member includes a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, the guard plate is positioned above the cutting edge of the upper blade, characterized in that the guard member further includes a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, the fixed blade faces forward against the foremost cutting edge of the upper blade.
A throttle for an injection molding machine for injection molding rubber or elastomeric materials, comprising a throttle block, an inlet channel and an outlet channel provided therein, wherein the inlet channel leads into the outlet channel at an angle, and a throttle means comprising a throttle piston, wherein the throttle piston serves to reduce the material flow and to inject the rubber or elastomeric material into an injection mold.
An apparatus for content display for a mobile terminal, the apparatus comprising: a sensing unit comprising a location determiner for generating current location information of the mobile terminal, the location information comprising latitude, longitude and altitude information of the mobile terminal; a content storage unit for storing content items; a control unit; and a display unit; wherein the control unit is configured for controlling a process of storing, when a content item is created, the created content item together with location information comprising latitude, longitude and altitude information, in the content storage, for setting a display region for content display, for examining location information of stored content items, and for displaying content items created at a place belonging to the display region whose creation location is within a preset distance from the current location of the mobile terminal; and wherein the display unit is configured for displaying content items, using the stored location information, at corresponding places of the display region under control of the control unit. a sensing unit comprising a location determiner for generating current location information of the mobile terminal, the location information comprising latitude, longitude and altitude information of the mobile terminal; a content storage unit for storing content items; a control unit; and a display unit; wherein the control unit is configured for controlling a process of storing, when a content item is created, the created content item together with location information comprising latitude, longitude and altitude information, in the content storage, for setting a display region for content display, for examining location information of stored content items, and for displaying content items created at a place belonging to the display region whose creation location is within a preset distance from the current location of the mobile terminal; and wherein the display unit is configured for displaying content items, using the stored location information, at corresponding places of the display region under control of the control unit.
Touch probe having a housing and a stylus holder, wherein the stylus holder comprises a stylus mount and a stylus receptacle, wherein the stylus receptacle is provided for receiving a stylus, wherein the stylus holder is mounted movably at the housing by means of the stylus mount, wherein the stylus holder has an elastic membrane, wherein the membrane is formed between the stylus receptacle and the stylus mount of the stylus holder, wherein the membrane connects the stylus receptacle to the stylus mount, with the result that a measurement sensitivity of the touch probe for radial probing is the same from every direction, characterized in that the stylus holder is formed in one piece.
Panel structure for an aircraft, configured for withstanding high energy impacts, such as a bird strike, a blade release, or an engine debris impact, said panel structure comprising at least one composite layer (3, 4) and at least one net-shaped layer attached to the at least one composite layer (3, 4), wherein the net-shaped layer comprises a material suitable to improve the impact resistance of the panel structure, - wherein the panel structure further comprises a laminate sheet material joined to the net-shaped layer, - wherein the net-shaped layer is attached to an outer surface of an inner composite layer, such that the net-shaped layer is located between the inner composite layer and the laminate sheet material, - wherein the net-shaped layer is filled with a foam material; - and characterised in that the net-shaped layer has a double-chain link configuration. - wherein the panel structure further comprises a laminate sheet material joined to the net-shaped layer, - wherein the net-shaped layer is attached to an outer surface of an inner composite layer, such that the net-shaped layer is located between the inner composite layer and the laminate sheet material, - wherein the net-shaped layer is filled with a foam material; - and characterised in that the net-shaped layer has a double-chain link configuration.
A method of making a punched sheet lid for containers, such as containers of polyester, from a sheet, said sheet comprising a transparent polyester base sheet, a polyolefin layer and a PET layer, said method involving coextrusion and comprising the step of punching the sheet lid from the sheet, characterized in that the sheet is made by coating the transparent polyester base sheet with an additional layer, which is applied on top of the transparent polyester base sheet by coextruding the polyolefin layer and the PET layer in the form of a PET welding layer of amorphous polyester, to form the sheet, wherein the coextrusion of the polyolefin layer and the PET welding layer on top of the transparent polyester base sheet takes place such that the polyolefin layer is disposed between the transparent polyester base sheet and the PET welding layer.
Test device for testing electrical components, comprising: - a housing, wherein the housing comprises a cylindrical cavity; - contacting means arranged on the housing for electrically contacting a component to be tested; and - a component-holding unit, which comprises a first portion and a second portion, wherein the first portion is cylindrical and is arranged in the cavity in the housing at least in part, wherein the second portion of the component-holding unit is configured for placing on the component to be tested, wherein the component-holding unit is configured to be movable relative to the housing and is in contact with a pressure chamber, which is arranged in the housing and is formed by the cavity, and wherein, when generating a negative pressure in the pressure chamber, the component-holding unit is movable into a test position, in which the component to be tested contacts the contacting means. - a housing, wherein the housing comprises a cylindrical cavity; - contacting means arranged on the housing for electrically contacting a component to be tested; and - a component-holding unit, which comprises a first portion and a second portion, wherein the first portion is cylindrical and is arranged in the cavity in the housing at least in part, wherein the second portion of the component-holding unit is configured for placing on the component to be tested, wherein the component-holding unit is configured to be movable relative to the housing and is in contact with a pressure chamber, which is arranged in the housing and is formed by the cavity, and wherein, when generating a negative pressure in the pressure chamber, the component-holding unit is movable into a test position, in which the component to be tested contacts the contacting means.
A terminal comprising: a control section configured to determine a position of an additional demodulation reference signal, DMRS, based on a first value associated with frequency hopping of a physical uplink shared channel, PUSCH, being enabled or a second value associated with frequency hopping of the PUSCH being disabled, the additional DMRS being a DMRS in addition to a first DMRS symbol; and a transmitting section configured to transmit the additional DMRS by using an allocation duration of the PUSCH. a control section configured to determine a position of an additional demodulation reference signal, DMRS, based on a first value associated with frequency hopping of a physical uplink shared channel, PUSCH, being enabled or a second value associated with frequency hopping of the PUSCH being disabled, the additional DMRS being a DMRS in addition to a first DMRS symbol; and a transmitting section configured to transmit the additional DMRS by using an allocation duration of the PUSCH.
A power tool comprising: a cover for concealing one or more components of the power tool, and having a through recess between an inner surface for facing the one or more components and an outer surface for facing away from the one or more components, the through-recess being arranged for receiving a threaded member protruding from the tool and extending between an inner opening at the inner surface and an outer opening at the outer surface; and a threaded nut for threadingly engaging the threaded member for tightening the cover to the tool and being captively attached to the cover, the nut including a radially protruding portion with a larger radius than the inner and outer openings (704, 706); wherein the cover has opposing first and second shoulder portions (712, 714) surrounding the inner and outer openings (704, 706), and in the tightened state of the nut and threaded member, the nut being in tight contact with the first shoulder portion, and in the non-engaged state of the nut and threaded member, the radially protruding portion is engagable with the second shoulder portion for captively attaching the nut to the cover, characterized in that the radially protruding portion is a washer attached to a bottom surface of the nut. a cover for concealing one or more components of the power tool, and having a through recess between an inner surface for facing the one or more components and an outer surface for facing away from the one or more components, the through-recess being arranged for receiving a threaded member protruding from the tool and extending between an inner opening at the inner surface and an outer opening at the outer surface; and a threaded nut for threadingly engaging the threaded member for tightening the cover to the tool and being captively attached to the cover, the nut including a radially protruding portion with a larger radius than the inner and outer openings (704, 706); wherein the cover has opposing first and second shoulder portions (712, 714) surrounding the inner and outer openings (704, 706), and in the tightened state of the nut and threaded member, the nut being in tight contact with the first shoulder portion, and in the non-engaged state of the nut and threaded member, the radially protruding portion is engagable with the second shoulder portion for captively attaching the nut to the cover, characterized in that the radially protruding portion is a washer attached to a bottom surface of the nut.
A conveyor for aluminium cans, comprising: a first conveyor belt for conveying aluminium cans along a product path moving in a first direction; a second conveyor belt moving in a second direction; a guide device for touchlessly guiding the aluminium cans along the product path without mechanically contacting the aluminium cans; wherein the touchless guide is disposed below the product path to motivate the aluminium cans from the bottom direction; a junction zone between the first and second conveyor belts (622, 624); a low friction surface; characterized in that, the touchless guide comprises a plurality of curved rails (651,652,653); wherein the junction zone comprises the plurality of curved rails (651,652,653) below the product path in the junction zone; the low friction surface is directly above the curved rails to form the product path in the junction zone; wherein each curved rail (651, 652, 653) comprises a linear induction motor; and wherein the curved linear induction motors are activated to propel the aluminium cans around and through the 90° junction zone. a first conveyor belt for conveying aluminium cans along a product path moving in a first direction; a second conveyor belt moving in a second direction; a guide device for touchlessly guiding the aluminium cans along the product path without mechanically contacting the aluminium cans; wherein the touchless guide is disposed below the product path to motivate the aluminium cans from the bottom direction; a junction zone between the first and second conveyor belts (622, 624); the touchless guide comprises a plurality of curved rails (651,652,653); wherein the junction zone comprises the plurality of curved rails (651,652,653) below the product path in the junction zone; the low friction surface is directly above the curved rails to form the product path in the junction zone; wherein each curved rail (651, 652, 653) comprises a linear induction motor; and wherein the curved linear induction motors are activated to propel the aluminium cans around and through the 90° junction zone.
Method of operating a book sewing machine for processing printed sheets into book blocks, the book sewing machine comprising, in essence, a transporting system (1,2) for the printed sheets and a stitching station connected downstream thereof, the transporting system comprising, in essence, a first transporting line on which the printed sheets are transported while resting down astride and are fed to a second transporting line, and the printed sheets being fed from this second transporting line to the stitching station, the first transporting line being operated by at least one conveying mechanism which is responsible for the onward transport of the printed sheets (100, 200) to the second transporting line, the second transporting line being operated by a conveying means for the continuing transport of the printed sheets, and the conveying means within the second transporting line being operated by means of a control system and/or being operatively connected to at least one stop, which control system and/or stop ensure that at least one undersized printed sheet is individually positioned relative to the normal-sized printed sheets within a book block, characterised in that the conveying mechanism of the first transporting line is operated with a change of speed as a function of the direct sequence of different lengths of the printed sheets (100, 200).
A toner for developing electrostatic image, comprising particles of oil phase containing at least a toner composition and/or toner composition precursor in an aqueous medium, wherein the toner composition and/or toner composition precursor comprises an organic-modified layered inorganic mineral prepared by modifying at least partially an ion of a layered inorganic mineral into an organic ion, and the organic ion-modification ratio X satisfies the relation of 100 < X (%) ≤ 150 in the organic-modified layered inorganic mineral, wherein the term "organic ion-modification ratio" in the organic-modified layered inorganic mineral means the ratio of organic ion (mole) to exchangeable metal ion (mole) in layered inorganic mineral, dispersed in water, prior to organic modification, as expressed by Equation below: organic ion − modification ratio = organic ion mole / metal ion mole between layers of layered inorganic mineral × 100 and wherein the toner has a shape factor SF-1 of 110 to 200, a shape factor SF-2 of 110 to 300, and an acid value of 0.5 mgKOH/g to 40.0 mgKOH/g, and wherein the organic ion is trimethyl stearyl ammonium.
A device comprising a camera unit, which serves to capture images of the outer area of a motor vehicle, comprising a camera, which is accommodated in a housing of the camera unit, comprising a rotation axis, so as to be movable between a retracted position and an image capturing position, wherein at least one first slotted guide is provided for guiding the motion of the camera between the retracted position and the image capturing position, and wherein at least one sliding element, which is guided in the slotted guide to guide the motion of the camera between the retracted position and the image capturing position, is arranged on the camera, and wherein a cover element is provided, which serves for closing an opening present in the housing, when the camera is situated in the retracted position, wherein the cover element is arranged on the camera directly or via at least one guide element, wherein the arrangement of the cover element on the camera is designed as a rigid arrangement, so that the cover element is able to be moved together with the movement of the camera between a closed position and an open position, characterized in that the slotted guide has an S-shaped course with at least one peak, wherein a first section of the slotted guide corresponds to a circular path around the rotation axis, so that the camera and the cover element carry out a pure pivoting movement about the rotation axis and adjoining onto the first section is a linear or arc-shaped section extending in the reverse direction, so that the camera and the cover element leave the circular path around the rotation axis and carry out a straight movement or a reversed pivoting movement out of the opening of the housing.
A processing method, comprising: irradiating a light-transmittable material with laser light to perform ablation to cut off an unnecessary portion of the material, characterized by the following steps: radiating the laser light along an irradiated part based on a first line segment set in a predetermined direction, radiating the laser light along each of irradiated parts based on a plurality of second line direction to form a cut part; segments set in a direction different from the predetermined wherein irradiation with the laser light is carried out such that the laser light focal position is corrected by taking into consideration the contribution of the refractive index of the material. irradiating a light-transmittable material with laser light to perform ablation to cut off an unnecessary portion of the material, characterized by the following steps: radiating the laser light along an irradiated part based on a first line segment set in a predetermined direction, radiating the laser light along each of irradiated parts based on a plurality of second line direction to form a cut part; segments set in a direction different from the predetermined wherein irradiation with the laser light is carried out such that the laser light focal position is corrected by taking into consideration the contribution of the refractive index of the material.
Diaphragm valve having a housing and a diaphragm which is arranged within the housing and the center region of which can be moved to and fro in order to close and/or open a valve seat, the diaphragm being clamped in by way of a clamping region between two housing parts (9, 10), the diaphragm having at least one sealing face (11, 12), the sealing face (11, 12) being configured on a plug-in region (23, 24), the plug-in region (23, 24) engaging into a corresponding recess (25, 26) on one housing part (9, 10) of the two housing parts (9, 10), and a sealing projection (29, 30) which protrudes from a recess bottom (27, 28) and presses against the at least one sealing face (11, 12) being configured in the recess (25, 26), characterized in that the at least one sealing face (11, 12) is oriented substantially in a direction transversely with respect to a clamping direction and is configured on an end side (21, 22) of the plug-in region (23, 24) which runs substantially in a direction parallel to the clamping direction, in that a further plug-in region (23, 24) is configured in relation to the clamping region on a side which lies opposite the plug-in region (23, 24), which further plug-in region (23, 24) engages into a corresponding recess (25, 26) on a further housing part (9, 10) of the two housing parts (9, 10), and in that the plug-in region (23, 24) and/or the further plug-in region (23, 24) can be plugged with a play into the respective recess (25, 26).