mhurhangee/ep-ind-claims huggingface dataset:
System for forming a medical apparatus, in particular cell block apparatus, comprising: a first elongate tubular body having a proximal end and a distal end defining an interior space therebetween, a filter assembly (120, 220, 320) configured to detachably couple to the first elongate tubular body, wherein the filter assembly (120, 220, 320) includes a base member (124, 224, 324) having a body and a porous filter membrane (122, 222, 322) coupled with the base member (124, 224, 324), the filter membrane (122, 222, 322) being disposed within the body of the base member (124, 224, 324) and in the interior space between the proximal and distal ends of the first elongate tubular body, wherein the filter assembly (120, 220, 320) has a bottom surface and an upwardly extending side wall for containing a biological sample collected on the filter membrane (122,222, 322), the biological sample including a cellular or solid particle component and a liquid component, wherein the entire filter assembly (120, 220, 320) is sectionable, i.e. capable of being sliced into sections, for mounting on a glass slide with the cellular or solid particle component being retained on the filter membrane (122, 222, 322); characterized in that the system includes a cover (200, 400, 600) configured for being disposed within the filter assembly (120, 220, 320) and compressively engaging the filter assembly (120, 220, 320) to retain the biological sample on the filter membrane (122, 222, 322). a first elongate tubular body having a proximal end and a distal end defining an interior space therebetween, a filter assembly (120, 220, 320) configured to detachably couple to the first elongate tubular body, wherein the filter assembly (120, 220, 320) includes a base member (124, 224, 324) having a body and a porous filter membrane (122, 222, 322) coupled with the base member (124, 224, 324), the filter membrane (122, 222, 322) being disposed within the body of the base member (124, 224, 324) and in the interior space between the proximal and distal ends of the first elongate tubular body, wherein the filter assembly (120, 220, 320) has a bottom surface and an upwardly extending side wall for containing a biological sample collected on the filter membrane (122,222, 322), the biological sample including a cellular or solid particle component and a liquid component, wherein the entire filter assembly (120, 220, 320) is sectionable, i.e. capable of being sliced into sections, for mounting on a glass slide with the cellular or solid particle component being retained on the filter membrane (122, 222, 322); characterized in that the system includes a cover (200, 400, 600) configured for being disposed within the filter assembly (120, 220, 320) and compressively engaging the filter assembly (120, 220, 320) to retain the biological sample on the filter membrane (122, 222, 322).
A visibility improving film for a display panel, comprising: a substrate; and a photocurable resin layer that is provided on at least one side of the substrate, wherein the photocurable resin layer includes metal-coated inorganic oxide fine particles having an average particle size of 1 to 10 μ m in a dispersed form, and a relative visibility evaluation value represented by the following Formula 1 is 4 or more, Relative Visibility Evaluation Value = B 1 / A 1 wherein, in the above Formula 1, A1 is a luminance value measured at a height of 5.5 cm from the front side, when a film having transmittance of about 90 % as measured according to JIS K 7361 and a haze value of about 22 % as measured according to JIS K 7136 is bonded to a glass slide, then placed on a black acrylic plate and irradiated with a 535 nm laser light at 45° with respect to the normal direction, and B1 is a luminance value measured at a height of 5.5 cm from the front side, when the visibility improving film for a display panel is bonded to a glass slide, then placed on a black acrylic plate and irradiated with the same laser light at 45° with respect to the normal direction; wherein the metal-coated inorganic oxide fine particles are contained in an amount of 1.15 to 20 parts by weight based 100 parts by weight of the photocurable resin. wherein, in the above Formula 1, A1 is a luminance value measured at a height of 5.5 cm from the front side, when a film having transmittance of about 90 % as measured according to JIS K 7361 and a haze value of about 22 % as measured according to JIS K 7136 is bonded to a glass slide, then placed on a black acrylic plate and irradiated with a 535 nm laser light at 45° with respect to the normal direction, and B1 is a luminance value measured at a height of 5.5 cm from the front side, when the visibility improving film for a display panel is bonded to a glass slide, then placed on a black acrylic plate and irradiated with the same laser light at 45° with respect to the normal direction; wherein the metal-coated inorganic oxide fine particles are contained in an amount of 1.15 to 20 parts by weight based 100 parts by weight of the photocurable resin.
Actuating apparatus for triggering a flush of a toilet or a urinal, comprising a support element for connecting the actuating apparatus to a cistern, a receiving element having a receiving side and a fastening side, by way of which fastening side the receiving element can be releasably connected to the support element, characterized in that the actuating apparatus furthermore comprises two separately configured actuating plates (6, 7), wherein each of the actuating plates (6, 7) has a front side and a rear side and wherein the actuating plates (6, 7) are fastened by way of the rear side thereof to the receiving side of the receiving element, wherein the receiving side is configured substantially as a surface, in particular as a planar surface, wherein a spacer web extends from the surface, the actuating plates (6, 7) each being placed laterally with respect to said spacer web in such a way that the spacer web lies between the two actuating plates (6, 7) and provides a defined spacing between the two actuating plates (6, 7).
End cap for a light strip luminaire, comprising: a flat main body having two opposing flat sides (110, 140), the flat sides (110, 140) including a flat cover side for covering an end face of a light strip luminaire and a coupling side for coupling to an identical end cap of a light strip luminaire adjacent at the end face, the coupling side having coupling structures which are designed such that they can be connected to the coupling structures of a coupling side of an identical end cap in a tool-free and releasable manner, characterized in that the coupling structures have corresponding latching projections and latching receptacles. a flat main body having two opposing flat sides (110, 140), the flat sides (110, 140) including a flat cover side for covering an end face of a light strip luminaire and a coupling side for coupling to an identical end cap of a light strip luminaire adjacent at the end face, the coupling side having coupling structures which are designed such that they can be connected to the coupling structures of a coupling side of an identical end cap in a tool-free and releasable manner, characterized in that the coupling structures have corresponding latching projections and latching receptacles.
An array of micro objects, the array comprising: a source substrate having a process side and comprising a sacrificial layer consisting of silicon (1 0 0) sacrificial material on the process side; a plurality of spatially separated releasable micro objects distributed over the sacrificial layer; a plurality of anchor structures located on the process side of the source substrate, wherein the plurality of anchor structures spatially separate the micro objects and remain rigidly attached to the source substrate in the absence of the sacrificial material in areas below the micro objects; and a plurality of tethers, wherein each releasable micro object is connected by a single tether of the plurality of tethers to an anchor comprised in one of the plurality of anchor structures. a source substrate having a process side and comprising a sacrificial layer consisting of silicon (1 0 0) sacrificial material on the process side; a plurality of spatially separated releasable micro objects distributed over the sacrificial layer; a plurality of anchor structures located on the process side of the source substrate, wherein the plurality of anchor structures spatially separate the micro objects and remain rigidly attached to the source substrate in the absence of the sacrificial material in areas below the micro objects; and a plurality of tethers, wherein each releasable micro object is connected by a single tether of the plurality of tethers to an anchor comprised in one of the plurality of anchor structures.
A cooling device, comprising: a container configured to contain a cryogen; a tube configured to provide a pathway for the cryogen; a nozzle fluidically connected to the tube and configured to spray the cryogen to a target region; a valve fluidically connected to the tube and configured to regulate a flow of the cryogen; a heater disposed around an outer circumferential surface of the tube and configured to provide heat to the tube, a porous structure disposed inside the tube, wherein a location of the heater in an axial direction of the tube corresponds to a location of the porous structure in the axial direction of the tube such that the heat provided to the tube from the heater is sufficiently transferred to the porous structure; and a control unit configured to control an operation of the valve and an operation of the heater, wherein a temperature of the cryogen is increased while the cryogen passes through the porous structure when the valve is opened and the heater provides the heat to the porous structure through the tube, and wherein the control unit is configured to control power applied to the heater according to a temperature of the target region. a container configured to contain a cryogen; a tube configured to provide a pathway for the cryogen; a nozzle fluidically connected to the tube and configured to spray the cryogen to a target region; a valve fluidically connected to the tube and configured to regulate a flow of the cryogen; a heater disposed around an outer circumferential surface of the tube and configured to provide heat to the tube, a porous structure disposed inside the tube, wherein a location of the heater in an axial direction of the tube corresponds to a location of the porous structure in the axial direction of the tube such that the heat provided to the tube from the heater is sufficiently transferred to the porous structure; and a control unit configured to control an operation of the valve and an operation of the heater, wherein a temperature of the cryogen is increased while the cryogen passes through the porous structure when the valve is opened and the heater provides the heat to the porous structure through the tube, and wherein the control unit is configured to control power applied to the heater according to a temperature of the target region.
Light-converting material comprising semiconductor nanoparticles and an unactivated crystalline material, where the semiconductor nanoparticles are located on the surface of the unactivated crystalline material and the unactivated crystalline material is a matrix material of an inorganic phosphor, characterised in that the semiconductor nanoparticles consist of at least two different semiconductor materials in an alloy, in a core/shell configuration or in a core/multishell configuration having at least two shells, where the core comprises either a semiconductor material or an alloy of at least two different semiconductor materials and the shell(s) comprise(s) independently a semiconductor material or an alloy of at least two different semiconductor materials, where a concentration gradient may optionally be present within the core and/or the shell(s) and/or between the core and/or the shell(s)
An integrated circuit for a communication apparatus, the communication apparatus being a 20 MHz operating station, the integrated circuitry comprising means for causing the communication apparatus to perform a communication method, and the communication method comprising: receiving a Trigger frame allocating resource units, RUs, for random access, wherein the RUs include at least one RU that is restricted from being used for the 20 MHz operating station; controlling an Uplink OFDMA-based Random Access, UORA, procedure, said UORA procedure comprising: decrementing an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access, the available RUs being RUs of the allocated RUs that are unrestricted from being used for the 20 MHz operating station, and decrementing the OBO counter by the number of the available RUs for random access otherwise. receiving a Trigger frame allocating resource units, RUs, for random access, wherein the RUs include at least one RU that is restricted from being used for the 20 MHz operating station; controlling an Uplink OFDMA-based Random Access, UORA, procedure, said UORA procedure comprising: decrementing an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access, the available RUs being RUs of the allocated RUs that are unrestricted from being used for the 20 MHz operating station, and decrementing the OBO counter by the number of the available RUs for random access otherwise. decrementing an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access, the available RUs being RUs of the allocated RUs that are unrestricted from being used for the 20 MHz operating station, and decrementing the OBO counter by the number of the available RUs for random access otherwise.
Ajar container comprising a container body, a tubular member, a bottom surface member (3, 4), and a lid member, wherein the container body has an opening part at an upper end of the tubular member; and the lid member seals the opening part to be openable and closable, the jar container has an annular member (11, 41,42,43,44,45) having a joint (11a,45a) with respect to the upper end of the tubular member and a mouth edge part (11b,45b) extending upward from the joint (11a,45a), that is bonded to the upper end of the tubular member, the bottom surface member (3, 4) is bonded to the tubular member at a bottom surface part of the tubular member, the tubular member is constituted by a flexible laminated body of three or more layers including a sealant layer, and the lid member is coupled to the annular member (11, 41,42,43,44,45) by a hinge to be openable and closable. the container body has an opening part at an upper end of the tubular member; and the lid member seals the opening part to be openable and closable, the jar container has an annular member (11, 41,42,43,44,45) having a joint (11a,45a) with respect to the upper end of the tubular member and a mouth edge part (11b,45b) extending upward from the joint (11a,45a), that is bonded to the upper end of the tubular member, the bottom surface member (3, 4) is bonded to the tubular member at a bottom surface part of the tubular member, the tubular member is constituted by a flexible laminated body of three or more layers including a sealant layer, and the lid member is coupled to the annular member (11, 41,42,43,44,45) by a hinge to be openable and closable.
Radiation-emitting semiconductor chip comprising a thin-film semiconductor body which has a semiconductor layer sequence comprising an active region suitable for generating radiation, and a mirror layer arranged on the thin-film semiconductor body, wherein the semiconductor chip comprises a Bragg mirror, the Bragg mirror and the mirror layer are arranged on the same side of the active region, and wherein the semiconductor chip is designed for generating incoherent radiation, characterized in that a semiconductor contact layer is arranged between the mirror layer and the Bragg mirror.
A system comprising two formulations for use in treating the symptoms of arthritis, comprising: a solid oral formulation comprising about 5 mg to about 50 mg dimethylsulfoxide (DMSO) and about 300 mg to about 800 mg methylsulfonylmethane as prills, microprills, or flakes, prepared by flaking or prilling a molten combination of DMSO and MSM, wherein the oral formulation remains solid between 70°F and 80°F(21.1°C and 26.7°C); and a topical formulation comprising about 40 % to about 90 % DMSO and about 1 % to about 15 % MSM w/w of the topical formulation, wherein the topical formulation is provided in a gel, cream, serum, liquid, spray ointment, and/or patch form. a solid oral formulation comprising about 5 mg to about 50 mg dimethylsulfoxide (DMSO) and about 300 mg to about 800 mg methylsulfonylmethane as prills, microprills, or flakes, prepared by flaking or prilling a molten combination of DMSO and MSM, wherein the oral formulation remains solid between 70°F and 80°F(21.1°C and 26.7°C); and a topical formulation comprising about 40 % to about 90 % DMSO and about 1 % to about 15 % MSM w/w of the topical formulation, wherein the topical formulation is provided in a gel, cream, serum, liquid, spray ointment, and/or patch form.
An apparatus for setting an operational sensitivity for construction equipment characterised by comprising an operation amount detection means for detecting an operation amount of an operation lever; and a control unit to receive the operation amount detected by the operation amount detection means and calculate a drive amount according to a relationship between a pre-stored operation amount and the drive amount, the drive amount being for operating an actuator; the apparatus further comprising an input unit setting or changing the relationship between the operation amount and the drive amount stored in the control unit according to a user's key operation.
A method for producing a gasoline boiling range product from a mixed light olefin feed stream including ethylene and propylene and an aromatic feed stream including single ring aromatic compounds, which process comprises: alkylating the single ring aromatic compounds in the aromatic feed stream with the mixed olefin feed stream in the presence of a catalyst system comprising a catalyst component comprising a zeolite of the MWW family having an alpha value greater than 1.0 and a different catalyst component of the intermediate pore size zeolite family having an alpha value greater than 1.0 to form a gasoline boiling range product containing akylaromatics, wherein the aromatic feed stream contains from 20 vol. % to 60 vol. % benzene, and wherein the olefinic feed stream and the aromatic feed stream are reacted in a first stage over the catalyst component comprising a zeolite of the MWW family and in a second stage over the catalyst component of the intermediate pore size zeolite family, wherein the feed temperature to the first stage is in the range of 90°C to 250°C with the first stage exotherm being controlled to achieve an inlet temperature to the second stage within the range 200°C to 325°C, the first and second stages being in the vapor phase.
A working machine, in particular a tractor, with a chassis and a cabin disposed on the chassis, wherein the cabin is disposed on the chassis by means of a cabin mounting for resilient and damping suspension of the cabin relative to the chassis, wherein the cabin mounting comprises a damping system as well as at least one guide device for guiding the movement (16, 17, 18) of the cabin, wherein the guide device comprises at least one guide element which is mounted, in particular articulated, on the chassis side, and a guide element which is mounted, in particular articulated, on the cabin side which are articulated to each other by means of a respective articulation assembly with at least one degree of freedom, wherein the respective articulation assembly has a guide rod on the chassis side and a guide rod on the cabin side which are articulated to each other, wherein the guide rod on the chassis side is connected to the guide element mounted on the chassis side in a manner that is fixed against rotation and wherein the guide rod on the cabin side is connected to the guide element mounted on the cabin side in a manner that is fixed against rotation, characterized in that at least two spring elements which are coaxial with the pivot axis (7, 8) are associated with the guide elements (5, 6) on the chassis side and on the cabin side, wherein in each case, a spring element is positioned in front of and a spring element is positioned behind the respective guide element (5, 6).
A support for a flexible display, comprising two support areas and a bending area connected between the two support areas, wherein the support is configured to be bent in the bending area, the support comprises a hard plate layer, the hard plate layer comprises a first surface and a second surface that are disposed opposite to each other in a thickness direction of the hard plate layer, at least one gap is disposed on a part that is of the hard plate layer and that corresponds to the bending area, the gap penetrates a thickness direction of the hard plate layer, a flexible strip is disposed in each gap, a length direction of the flexible strip is the same as an extension direction of the gap, wherein there is a spacing between the flexible strip and a side wall of the gap in a width direction of the flexible strip, and characterised in that: the support further comprises a flexible layer, the flexible layer is located on the first surface of the hard plate layer, the flexible strip is fastened to the flexible layer, and the flexible layer covers at least the bending area. the support comprises a hard plate layer, the hard plate layer comprises a first surface and a second surface that are disposed opposite to each other in a thickness direction of the hard plate layer, at least one gap is disposed on a part that is of the hard plate layer and that corresponds to the bending area, the gap penetrates a thickness direction of the hard plate layer, a flexible strip is disposed in each gap, a length direction of the flexible strip is the same as an extension direction of the gap, wherein there is a spacing between the flexible strip and a side wall of the gap in a width direction of the flexible strip, and characterised in that: the support further comprises a flexible layer, the flexible layer is located on the first surface of the hard plate layer, the flexible strip is fastened to the flexible layer, and the flexible layer covers at least the bending area.