mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured to couple one of a plurality of surface mounted semiconductor device packages to a circuit board, each of said plurality of surface mounted semiconductor device packages including a semiconductor device die having a bottom surface containing spaced solderable planar metal contact pads (18, 24), the spaced solderable planar metal contact pads being formed in a plurality of different layouts (40a, 40b, 40c, 40d), the apparatus comprising: a circuit board contact pattern including two or more columns and two or more rows of source contacts, a total number of rows of said source contacts being equal to a largest number of rows of said spaced solderable planar metal contact pads in the plurality of different layouts, a total number of columns of said source contacts being equal to a largest number of columns of said spaced solderable planar metal contact pads in the plurality of different layouts, wherein the circuit board contact pattern is usable by all of the plurality of the different layouts of the plurality of surface mounted semiconductor device packages, said source contacts providing vertical connection between the spaced solderable planar metal contact pads of the semiconductor device die and the circuit board, characterized in that said circuit board contact pattern includes a gate contact also providing a vertical connection to the space solderable planar metal contact pads and said two or more columns and said two or more rows of said source contacts are arranged in a mesh pattern. a circuit board contact pattern including two or more columns and two or more rows of source contacts, a total number of rows of said source contacts being equal to a largest number of rows of said spaced solderable planar metal contact pads in the plurality of different layouts, a total number of columns of said source contacts being equal to a largest number of columns of said spaced solderable planar metal contact pads in the plurality of different layouts, wherein the circuit board contact pattern is usable by all of the plurality of the different layouts of the plurality of surface mounted semiconductor device packages, said source contacts providing vertical connection between the spaced solderable planar metal contact pads of the semiconductor device die and the circuit board,
A multiaxial cartesian robot comprising at least one link (1, 1'), characterised in that said link (1, 1') is comprised of at least two elements made of two different materials and integrally joined to one another: - a stiffening element (2, 2'), made from a bent sheet of steel; and - a holding and/or guiding element (3, 3'), made from an extruded aluminium profile, and in that the stiffening element and the holding and/or guiding element are integrally joined to one another as an embedded link at constant temperature, at least one of said elements (2, 2', 3, 3') having a plurality of local deformations (4, 4') enabling an expansion or a contraction of one or more portions of one of said elements relative to the other, when the temperature varies. - a stiffening element (2, 2'), made from a bent sheet of steel; and - a holding and/or guiding element (3, 3'), made from an extruded aluminium profile,
A method for determining in vitro the presence of a tumour in a subject, such method comprising a) providing a biological sample obtained from that subject, b) isolating extracellular vesicles from said sample, wherein this step of isolating extracellular vesicles comprises isolating TM9SF4-positive extracellular vesicles, c) determining, from the extracellular vesicles isolated in step b), the level or presence of a suitable biomarker, and d) comparing the level or presence of the biomarker determined in step c) with one or more reference values, characterized in that the TM9SF4-positive extracellular vesicles are isolated through binding to an anti-TM9SF4 antibody. a) providing a biological sample obtained from that subject, b) isolating extracellular vesicles from said sample, wherein this step of isolating extracellular vesicles comprises isolating TM9SF4-positive extracellular vesicles, c) determining, from the extracellular vesicles isolated in step b), the level or presence of a suitable biomarker, and d) comparing the level or presence of the biomarker determined in step c) with one or more reference values,
A holographic weapons sight comprising: a reticle image hologram; and an integrated grating and filter device containing: a base substrate, a transparent substrate spaced from the base substrate, a first epoxy between the substrates and contacting the base substrate, wherein the first epoxy includes an outer surface having a series of surface features molded thereon, a reflective coating contacting the outer surface of the first epoxy and configured to diffract light toward the hologram, and a dyed epoxy between the reflective coating and the transparent substrate, wherein the dyed epoxy is adapted to inhibit at least a portion of the light from reflecting to the hologram. a reticle image hologram; and an integrated grating and filter device containing: a base substrate, a transparent substrate spaced from the base substrate, a first epoxy between the substrates and contacting the base substrate, wherein the first epoxy includes an outer surface having a series of surface features molded thereon, a reflective coating contacting the outer surface of the first epoxy and configured to diffract light toward the hologram, and a dyed epoxy between the reflective coating and the transparent substrate, wherein the dyed epoxy is adapted to inhibit at least a portion of the light from reflecting to the hologram. a base substrate, a transparent substrate spaced from the base substrate, a first epoxy between the substrates and contacting the base substrate, wherein the first epoxy includes an outer surface having a series of surface features molded thereon, a reflective coating contacting the outer surface of the first epoxy and configured to diffract light toward the hologram, and a dyed epoxy between the reflective coating and the transparent substrate, wherein the dyed epoxy is adapted to inhibit at least a portion of the light from reflecting to the hologram.
A container for developer comprising: a container body made into a box shape and an encasement; a loading section for loading the container on an image forming apparatus, wherein a top section comprises a cap with an outlet (5A1) and a positioning structure, wherein the cap of the encasement is fittable in the aperture (4A7) of the container body, characterized in that the cap of the encasement is mounted on a mounting section of the container, wherein a pair of nozzle-guide members (1C1) protruded from the mounting section are provided on the mounting section in opposing positions on a horizontal plane around the center of the outlet (5A1) and the nozzle-guided members (1C1) are to be inserted into fitting points (5A2) provided on the cap, wherein the fitting points (5A2) are holes or recesses, wherein the holes or recesses are formed in such a way that the forms of the holes or recesses opposing each other around a center position of the outlet (5A1) are different from each other, wherein the forms of the nozzle-guide members (1C1) correspond to the forms of the fitting points (5A2), wherein the fitting points (5A2) further have a function that indicates as information the characteristics of the developer encased inside the encasement. a container body made into a box shape and an encasement; a loading section for loading the container on an image forming apparatus, wherein a top section comprises a cap with an outlet (5A1) and a positioning structure, wherein the cap of the encasement is fittable in the aperture (4A7) of the container body, characterized in that the cap of the encasement is mounted on a mounting section of the container, wherein a pair of nozzle-guide members (1C1) protruded from the mounting section are provided on the mounting section in opposing positions on a horizontal plane around the center of the outlet (5A1) and the nozzle-guided members (1C1) are to be inserted into fitting points (5A2) provided on the cap, wherein the fitting points (5A2) are holes or recesses, wherein the holes or recesses are formed in such a way that the forms of the holes or recesses opposing each other around a center position of the outlet (5A1) are different from each other, wherein the forms of the nozzle-guide members (1C1) correspond to the forms of the fitting points (5A2), wherein the fitting points (5A2) further have a function that indicates as information the characteristics of the developer encased inside the encasement.
Method of drying polymer powders in a drying apparatus, which comprises the steps: i) treatment of a polymer powder with a heated gas in a drying apparatus equipped with inlet and outlet for the polymer powder and with heat registers installed in the interior space, ii) introduction of heated gas through lines into the interior space of the drying apparatus, iii) heating of gas in heat exchangers for producing heated gas, wherein iv)the heating of the heat exchangers is effected by means of a hot fluid (5a, 10, 19) which has been heated by means of thermal energy which originates from a plant for the preparation of 1,2-dichloroethane and/or for the preparation of vinyl chloride from 1,2-dichloroethane, and v) hot water as hot fluid which has been heated by means of thermal energy which originates from a plant for the preparation of 1,2-dichloroethane and/or for the preparation of vinyl chloride from 1,2-dichloroethane flows through the heat register. i) treatment of a polymer powder with a heated gas in a drying apparatus equipped with inlet and outlet for the polymer powder and with heat registers installed in the interior space, ii) introduction of heated gas through lines into the interior space of the drying apparatus, iii) heating of gas in heat exchangers for producing heated gas, wherein iv)the heating of the heat exchangers is effected by means of a hot fluid (5a, 10, 19) which has been heated by means of thermal energy which originates from a plant for the preparation of 1,2-dichloroethane and/or for the preparation of vinyl chloride from 1,2-dichloroethane, and v) hot water as hot fluid which has been heated by means of thermal energy which originates from a plant for the preparation of 1,2-dichloroethane and/or for the preparation of vinyl chloride from 1,2-dichloroethane flows through the heat register.
An isolated eukaryotic cell comprising and expressing: (a) a recombinant polynucleotide that encodes an endoplasmic reticulum degradation-enhancing alpha-mannosidase-like protein 2 (EDEM2) protein, wherein the recombinant polynucleotide encoding said EDEM2 is part of a plasmid; and (b) a polynucleotide or polynucleotides that encode a multi-subunit protein, wherein the multi-subunit protein is an antibody, and wherein the expression of EDEM2 in the cell increases the titer of the multi-subunit protein secreted into the media when the cell is cultured. (a) a recombinant polynucleotide that encodes an endoplasmic reticulum degradation-enhancing alpha-mannosidase-like protein 2 (EDEM2) protein, wherein the recombinant polynucleotide encoding said EDEM2 is part of a plasmid; and (b) a polynucleotide or polynucleotides that encode a multi-subunit protein,
Sensor element, wherein the sensor element comprises a first and a second measuring section, wherein the first measuring section extends via a first segment, which is made from a first material, and the second measuring section extends at least partially via this first segment made from the first material, wherein the second measuring section also extends via a second segment, which is made from a second material, wherein said second material differs from the first material, wherein the material the second segment is made from experiences a phase transformation at a predefined temperature, and wherein, as a result of the phase transformation, the second material passes from a state in which the second material is essentially electrically isolated to an electrically conductive state.
A filtration device for use in filtration of a liquid, comprising: a liquid receptacle including an open end and a closed end; a plunger body moveable at least partially within the liquid receptacle along an axis said axis extending between said open and closed ends, said plunger including a filtrate chamber in fluid communication with the liquid receptacle via a fluid filtering path and a filter disposed in the filtering path, and the device further including a slidable seal for inhibiting or preventing fluid flow across the seal during said plunger movement; wherein said seal includes a first skirt depending from the plunger at one end of the first skirt, said first skirt including an outer surface which in use slidably and sealingly abuts the vial, and including, at least in an uncompressed state, a generally annular separation between the skirt and the plunger body, which separation extends generally parallel to the axis, the device being characterised in that the plunger body and skirt are integrally formed and made from the same material. a liquid receptacle including an open end and a closed end; a plunger body moveable at least partially within the liquid receptacle along an axis said axis extending between said open and closed ends, said plunger including a filtrate chamber in fluid communication with the liquid receptacle via a fluid filtering path and a filter disposed in the filtering path, and the device further including a slidable seal for inhibiting or preventing fluid flow across the seal during said plunger movement; wherein said seal includes a first skirt depending from the plunger at one end of the first skirt, said first skirt including an outer surface which in use slidably and sealingly abuts the vial, and including, at least in an uncompressed state, a generally annular separation between the skirt and the plunger body, which separation extends generally parallel to the axis, the device being characterised in that the plunger body and skirt are integrally formed and made from the same material.
A method of forming three-dimensional biocompatible energization elements, the method comprising: receiving a substrate made from an insulating material, the substrate having a three-dimensional surface, wherein the three-dimensional surface is a curved surface; roughening at least a portion of the three-dimensional surface; next, forming two or more conductive traces on the three-dimensional surface, then; depositing an anode chemical formulation on at least part of one of the conductive traces to form an anode; depositing a cathode chemical formulation on at least part of another of the conductive traces to form a cathode, then; depositing an electrolyte over at least part of the anode and the cathode; and encapsulating the anode, the cathode, and the electrolyte using a biocompatible material to form a three-dimensional biocompatible energization element. receiving a substrate made from an insulating material, the substrate having a three-dimensional surface, wherein the three-dimensional surface is a curved surface; roughening at least a portion of the three-dimensional surface; next, forming two or more conductive traces on the three-dimensional surface, then; depositing an anode chemical formulation on at least part of one of the conductive traces to form an anode; depositing a cathode chemical formulation on at least part of another of the conductive traces to form a cathode, then; depositing an electrolyte over at least part of the anode and the cathode; and encapsulating the anode, the cathode, and the electrolyte using a biocompatible material to form a three-dimensional biocompatible energization element.
Stairlift with a support and guide rail, with a carriage guided on the support and guide rail, with a platform pivotally mounted on the carriage, with a platform drive (5, 15) which adjusts the inclination of the platform relative to the carriage in such a way that the platform is aligned essentially horizontally, wherein the platform drive (5, 15) comprises a driven gear element (6, 16, 26) connected to the platform, at least two driving gear elements (7, 8, 17, 18, 27, 28) and at least two motors (9, 10, 19, 20), wherein a drive shaft of each motor (9, 10, 19, 20) is coupled to a respective driving gear element (7, 8, 17, 18, 27, 28) for transmitting a torque, such that a plurality of power branches are provided and each power branch comprises a motor (9, 10, 19, 20) and a driving gear element (7, 8, 17, 18, 27, 28), characterized in that at least two driving gear elements (7, 8, 17, 18, 27, 28) are engaged with the driven gear element (6, 16, 26), and the power branches are brought together at the driven gear element (6, 16, 26). with a support and guide rail, with a carriage guided on the support and guide rail, with a platform pivotally mounted on the carriage, with a platform drive (5, 15) which adjusts the inclination of the platform relative to the carriage in such a way that the platform is aligned essentially horizontally, wherein the platform drive (5, 15) comprises a driven gear element (6, 16, 26) connected to the platform, at least two driving gear elements (7, 8, 17, 18, 27, 28) and at least two motors (9, 10, 19, 20), wherein a drive shaft of each motor (9, 10, 19, 20) is coupled to a respective driving gear element (7, 8, 17, 18, 27, 28) for transmitting a torque, such that a plurality of power branches are provided and each power branch comprises a motor (9, 10, 19, 20) and a driving gear element (7, 8, 17, 18, 27, 28), characterized in that at least two driving gear elements (7, 8, 17, 18, 27, 28) are engaged with the driven gear element (6, 16, 26), and the power branches are brought together at the driven gear element (6, 16, 26).
Method for operating an ultrasonic measurement apparatus for detecting an object and in particular for measuring the distance to the object, wherein a transmitting signal is generated from a digital transmitting sequence by a transmitting branch and an ultrasonic signal is generated from the transmitting signal by a transmitting unit, a receiving signal (Rb, Rb') is generated by a receiving unit depending on an object echo of the ultrasonic signal, and a correlation signal (Ro) is generated from the receiving signal (Rb, Rb') by a correlation filter by correlating the receiving signal (Rb, Rb') with a correlation core (H, H'), and the correlation signal (Ro) is provided to a detector unit, characterized in that the correlation core (H, H') is provided, by a distortion device, with a signal characteristic, which at least partially compensates for a transfer characteristic of the transmitting unit and/or the receiving unit in the correlation signal (Ro).
Apparatus for stream treating hair comprising a box that comprises: - a first and second jaw (2, 3) arranged to face one another, a first treatment surface supported by the first jaw, a second treatment surface supported by the second jaw, the jaws being connected so as to pass from an open position to a closed position wherein the surfaces (4, 5) pinch a lock of hair, - a reservoir containing a liquid intended to be sprayed towards the hair, - a longitudinal housing receiving an absorbing element intended to be moistened with the liquid supplied by the reservoir, the longitudinal housing and/or the absorbing element being in contact with at least one electrical heating means (8, 40, 8', 23), the longitudinal housing having one or several orifices (7") for dispensing steam towards a lock of hair, said absorbing element occupying substantially all of the volume defined by the longitudinal housing and the absorbing element being supplied with fluid by a flow adjustment means (6, 6') active between the reservoir and the longitudinal housing characterised in that the walls of said longitudinal housing are constituted at least partially of the heating means and a longitudinal open chamber having said dispensing orifices (7") and forming a housing made of two separate parts. - a first and second jaw (2, 3) arranged to face one another, a first treatment surface supported by the first jaw, a second treatment surface supported by the second jaw, the jaws being connected so as to pass from an open position to a closed position wherein the surfaces (4, 5) pinch a lock of hair, - a reservoir containing a liquid intended to be sprayed towards the hair, - a longitudinal housing receiving an absorbing element intended to be moistened with the liquid supplied by the reservoir, the longitudinal housing and/or the absorbing element being in contact with at least one electrical heating means (8, 40, 8', 23), the longitudinal housing having one or several orifices (7") for dispensing steam towards a lock of hair,
Rail vehicle, in particular for holding a crane, with an undercarriage which is supported on both its longitudinal ends by in each case one travel gear unit with at least one axle, and at least one centre running gear set, and a hydraulic cylinder unit (40, 46), which is connected to the centre running gear at one end and to the undercarriage at the other, characterized in that the centre running gear supports the undercarriage in the vertical direction solely by means of the hydraulic cylinder unit (40, 46).
Intrusion-preventing device for at least one frame of a building, characterized in that it comprises at least one fastening system, adapted to connect said intrusion-preventing device to at least one wall recess for housing said frame, and at least one central element, said central element being composed of: - at least one internal tubular element, equipped at an end with a second connecting element adapted to be strictly coupled with a second component of said fastening system, and equipped on an external surface with a plurality of holes adapted to connectingly receive at least one projection placed on the lower surface of a first end of at least one or more blocking elements; - at least one external tubular element, equipped at an end with a first connecting element adapted to be strictly coupled with a first component of said fastening system, said at least one external tubular element being adapted to coaxially receive said internal tubular element so that it telescopically slides inside said external tubular element; and - at least one fastening element, arranged at an end of said external tubular element, equipped on an external surface with a plurality of housings adapted to connectingly receive a second end of each of said blocking elements. - at least one internal tubular element, equipped at an end with a second connecting element adapted to be strictly coupled with a second component of said fastening system, and equipped on an external surface with a plurality of holes adapted to connectingly receive at least one projection placed on the lower surface of a first end of at least one or more blocking elements; - at least one external tubular element, equipped at an end with a first connecting element adapted to be strictly coupled with a first component of said fastening system, said at least one external tubular element being adapted to coaxially receive said internal tubular element so that it telescopically slides inside said external tubular element; and - at least one fastening element, arranged at an end of said external tubular element, equipped on an external surface with a plurality of housings adapted to connectingly receive a second end of each of said blocking elements.