mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first housing portion comprising a test fixture dimensioned and configured to overlay at least a display screen portion of a computing device, an arrangement of receptacles being formed in the test fixture and configured to receive contact members within the receptacles as to render each of the contact members independently detectable by the computing device while each respective contact member is received in the receptacles; and a second housing portion connected to the first housing portion and configured to attach the first housing portion with respect to the display screen portion of the computing device, the second housing portion including a contact surface to mechanically and electrically connect the test fixture with a body of the computing device, the first and second housing portions being connected together such that the receptacles are electrically connected to the computing device, wherein the test fixture is pivotably connected to the second housing portion and, when the second housing is attached to the computing device, is configured to enable rotational movement of the test fixture with respect to the display screen portion of the computing device between a test position in which the test fixture is in an overlying position with the display screen portion and a support position in which the test fixture is operative to support the computing device. a first housing portion comprising a test fixture dimensioned and configured to overlay at least a display screen portion of a computing device, an arrangement of receptacles being formed in the test fixture and configured to receive contact members within the receptacles as to render each of the contact members independently detectable by the computing device while each respective contact member is received in the receptacles; and a second housing portion connected to the first housing portion and configured to attach the first housing portion with respect to the display screen portion of the computing device, the second housing portion including a contact surface to mechanically and electrically connect the test fixture with a body of the computing device, the first and second housing portions being connected together such that the receptacles are electrically connected to the computing device, wherein the test fixture is pivotably connected to the second housing portion and, when the second housing is attached to the computing device, is configured to enable rotational movement of the test fixture with respect to the display screen portion of the computing device between a test position in which the test fixture is in an overlying position with the display screen portion and a support position in which the test fixture is operative to support the computing device.
A slide bearing in which halved members made by dividing a cylinder parallel to an axial direction are disposed vertically, the slide bearing comprising: grooves provided at both axial ends on a downstream side in an axial rotation direction of a lower halved member; and a recess provided on an axially outer periphery of each of the grooves, wherein a bottom surface of the recess is formed to be higher than a bottom surface of the groove, wherein a circumferential length of the recess is formed to be shorter than a length of the groove, characterized in that a downstream end in of the rotation direction of the groove is disposed at a first bearing angle (ω0), wherein the first bearing angle (ω0) is bigger than an angle in which a mating surface on the downstream side of the rotation direction is located, wherein an upstream end in the rotation direction of the groove is disposed at a second bearing angle (ω1) and wherein the second bearing angle (ω1) is bigger than the first bearing angle (ω0) and not more than the angle which is rotated 90 degrees from the angle in which the mating surface on the downstream side of the rotation direction is located. grooves provided at both axial ends on a downstream side in an axial rotation direction of a lower halved member; and a recess provided on an axially outer periphery of each of the grooves, wherein a bottom surface of the recess is formed to be higher than a bottom surface of the groove, wherein a circumferential length of the recess is formed to be shorter than a length of the groove, characterized in that a downstream end in of the rotation direction of the groove is disposed at a first bearing angle (ω0), wherein the first bearing angle (ω0) is bigger than an angle in which a mating surface on the downstream side of the rotation direction is located, wherein an upstream end in the rotation direction of the groove is disposed at a second bearing angle (ω1) and wherein the second bearing angle (ω1) is bigger than the first bearing angle (ω0) and not more than the angle which is rotated 90 degrees from the angle in which the mating surface on the downstream side of the rotation direction is located.
An adapter for a multi-pole busbar having a U-shaped cross-section, comprising a base part to be inserted in the receiving slot of the busbar and a head part to be arranged outside of the busbar, to said head part an electrical consumer being connectable, a first shift axle being provided, by means of which contact fingers for contacting the electrical conductors provided in the busbar can be adjusted from a mounting position pivoted-in into the base part into a pivoted-out contact position, and a second shift device, by means of which selectively a contact of a phase terminal with one of the contact fingers (16, 17, 18) connected to phase and with the contact finger connected to the neutral conductor is established, the second shift device being a second shift axle, and the first shift axle being oriented coaxially with the second shift axle, characterized by that for a busbar that includes in addition to three phase conductors (4, 5, 6) and one neutral conductor, two more electrical conductors (8, 9), the adapter includes additional contact fingers (23, 24) being pivoted-in in the mounting position and being pivoted-out in the contact position, that the additional contact fingers (23, 24) are attached in the housing of the adapter and can be pivoted in and out by means of shift cams provided at the shift axle by rotating the first shift axle, that the first shift axle is rotatably held in the housing of the adapter and includes a bottom, contact strips for three phase conductors and one neutral conductor exiting at the bottom the shift axle and forming first connection zones and exiting at the envelope in different distances from the bottom on opposite sides and forming the contact fingers, that underneath the bottom in the housing a circuit board is fixed in the housing, said circuit board having on its upper side four first contacts for the first connection zones of the contact strips, three contacts being contacted through the circuit board and forming on the lower side of the circuit board three second contact pads and three third contact pads spaced to and isolated from the second ones and serving as phase terminals for a consumer, and that underneath the circuit board, rotatably held thereat, the second shift axle serving as a phase selector switch is arranged, comprising a contact bridge contacting in alternative rotational positions one third contact pad each with a second contact pad, and that the fourth first contact serving as a neutral conductor terminal forms a connection position for a neutral conductor of a consumer, and that the two additional electrical conductors are formed by resilient contact strips (39, 40) held in the housing and forming connection positions for another electrical consumer or an electrical controller at an end portion (41, 42) located in the housing and comprising a second end portion that includes the contact fingers (23, 24), the first shift axle including webs or the like shift cams acting on the resilient contact strips (39, 40), by means of which the contact fingers (23, 24) are pivoted-out in the contact position.
A surgical access device, comprising: a housing defining a working channel sized and configured to receive a surgical instrument; an insufflation port formed in the housing and configured to deliver an insufflation gas to the working channel; a seal (616, 618) disposed within the housing and positioned proximal to the insufflation port, the seal (616, 618) being configured to receive a surgical instrument passed through the working channel; and a fluid remover (620, 622, 624) disposed within the housing, the fluid remover (620, 622, 624) having an outer perimeter mounted within the housing and a central opening configured to receive surgical instruments therethrough; characterized in that the fluid remover (620, 622, 624) is positioned distal to the insufflation port, whereby the insufflation port is configured to deliver the insufflation gas to the portion of the working channel distal of the seal (616, 618) and proximal of the fluid remover (620, 622, 624), and the fluid remover (620, 622, 624) is configured to allow insufflation gas to pass therethrough when an instrument occludes the central opening. a housing defining a working channel sized and configured to receive a surgical instrument; an insufflation port formed in the housing and configured to deliver an insufflation gas to the working channel; a seal (616, 618) disposed within the housing and positioned proximal to the insufflation port, the seal (616, 618) being configured to receive a surgical instrument passed through the working channel; and a fluid remover (620, 622, 624) disposed within the housing, the fluid remover (620, 622, 624) having an outer perimeter mounted within the housing and a central opening configured to receive surgical instruments therethrough; characterized in that the fluid remover (620, 622, 624) is positioned distal to the insufflation port, whereby the insufflation port is configured to deliver the insufflation gas to the portion of the working channel distal of the seal (616, 618) and proximal of the fluid remover (620, 622, 624), and the fluid remover (620, 622, 624) is configured to allow insufflation gas to pass therethrough when an instrument occludes the central opening.
A method of producing a bispecific antibody comprising the steps of a. Providing a first half-antibody at pH 5-9 in the presence of a first solubilizer, wherein the first half-antibody comprises a heteromultimerization domain; b. Providing a second half-antibody at pH 5-9 in the presence of a second solubilizer, wherein the second half-antibody comprises a heteromultimerization domain; c. Mixing the first and second half-antibodies to form an assembly mixture in a reducing condition, wherein a reductant is added to the mixture in 50-400x molar excess with respect to the total amount of the half-antibodies, wherein the reductant is GSH; and d. incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibodies, wherein the first half-antibody interacts with the second half-antibody at the heteromultimerization domain. a. Providing a first half-antibody at pH 5-9 in the presence of a first solubilizer, wherein the first half-antibody comprises a heteromultimerization domain; b. Providing a second half-antibody at pH 5-9 in the presence of a second solubilizer, wherein the second half-antibody comprises a heteromultimerization domain; c. Mixing the first and second half-antibodies to form an assembly mixture in a reducing condition, wherein a reductant is added to the mixture in 50-400x molar excess with respect to the total amount of the half-antibodies, wherein the reductant is GSH; and d. incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibodies, wherein the first half-antibody interacts with the second half-antibody at the heteromultimerization domain.
An image processing device comprising: - an input for receiving image data representative of a region of interest in the body of a patient from a medical X-ray imaging apparatus, wherein said image data comprises a first dark-field image obtained for a first X-ray spectrum and a second dark-field image obtained for a second X-ray spectrum, wherein said first X-ray spectrum and said second X-ray spectrum are different, and - a combination unit to provide a combination image that is representative of a condition map by combining the first dark-field image and the second dark-field image. - an input for receiving image data representative of a region of interest in the body of a patient from a medical X-ray imaging apparatus, wherein said image data comprises a first dark-field image obtained for a first X-ray spectrum and a second dark-field image obtained for a second X-ray spectrum, wherein said first X-ray spectrum and said second X-ray spectrum are different, and - a combination unit to provide a combination image that is representative of a condition map by combining the first dark-field image and the second dark-field image.
A method of obtaining data relating to a component installed at an underwater well facility, comprising the steps of: a) providing a tag which stores data relating to the component, the tag being operable to wirelessly transmit the data to a reader device; b) locating the tag at the component; c) providing a reader device; and d) interrogating the tag using the reader device, such that the tag is caused to wirelessly transmit the data to the reader device, wherein: e) the component comprises a subsea control module; f) the tag is communicatively connected to a subsea electronics module for receiving information therefrom, wherein the subsea electronics module comprises processing means for functioning of the underwater well facility and wherein the tag receives information from the subsea electronics module to control a reprogramming of the tag, wherein the reprogramming comprises updating the tag with operational data of the underwater well facility; and resetting communications parameters within a communications system between the subsea control module and a surface location of the underwater well facility based on data obtained from the tag. a) providing a tag which stores data relating to the component, the tag being operable to wirelessly transmit the data to a reader device; b) locating the tag at the component; c) providing a reader device; and d) interrogating the tag using the reader device, such that the tag is caused to wirelessly transmit the data to the reader device, wherein: e) the component comprises a subsea control module; f) the tag is communicatively connected to a subsea electronics module for receiving information therefrom, wherein the subsea electronics module comprises processing means for functioning of the underwater well facility and wherein the tag receives information from the subsea electronics module to control a reprogramming of the tag, wherein the reprogramming comprises updating the tag with operational data of the underwater well facility; and
A rapidly disintegrating, low friable tablet formulation for producing a rapidly disintegrating, low friable tablet exhibiting a friability of 5% by weight or less and disintegrating in less than 60 seconds, the formulation comprising: a) 1 to 20% by weight of an ethylcellulose binder having an ethoxyl content in the range of 44 to 54.9% and 5% solution viscosity in the range 0.003 to 0.2 Pa s (3 to 200 cps) in a 80:20 toluene: ethanol solvent blend, and b) 2 to 15% by weight of a disintegrant selected from the group consisting of cross-linked povidone, sodium cross carmellose (cross-linked sodium carboxymethyl cellulose), sodium starch glycollate, low-substituted hydroxypropyl cellulose, and guar. a) 1 to 20% by weight of an ethylcellulose binder having an ethoxyl content in the range of 44 to 54.9% and 5% solution viscosity in the range 0.003 to 0.2 Pa s (3 to 200 cps) in a 80:20 toluene: ethanol solvent blend, and b) 2 to 15% by weight of a disintegrant selected from the group consisting of cross-linked povidone, sodium cross carmellose (cross-linked sodium carboxymethyl cellulose), sodium starch glycollate, low-substituted hydroxypropyl cellulose, and guar.
A gas turbine comprising: a combustor for burning fuel to generate combustion gas, the combustor including an inner cylinder, a transition piece and a fuel nozzle; a combustor casing that is formed in a cylindrical shape and houses the combustor inside thereof in a combustor chamber; and a combustor insertion hole, which is formed in the combustor casing to connect the inside and outside of the combustor casing and to allow inserting of the combustor into and pulling out of the combustor from the combustor chamber via the combustor insertion hole, characterised in that: the combustor insertion hole has a shape in a plane orthogonal to the axis of the inner cylinder of the combustor in a state where the combustor is arranged in the combustor chamber of the combustor casing, which shape is defined by combining a plurality of circular holes (31aa,31ab) with centers (C1, C2) thereof being different from each other and having overlapping portions, and which insertion hole has a size such that the hole includes an entire external form of the combustor which is defined as a projection from the direction along the axis of the inner cylinder of the combustor in the state where the combustor is arranged in the combustor chamber. a combustor for burning fuel to generate combustion gas, the combustor including an inner cylinder, a transition piece and a fuel nozzle; a combustor casing that is formed in a cylindrical shape and houses the combustor inside thereof in a combustor chamber; and a combustor insertion hole, which is formed in the combustor casing to connect the inside and outside of the combustor casing and to allow inserting of the combustor into and pulling out of the combustor from the combustor chamber via the combustor insertion hole, characterised in that: the combustor insertion hole has a shape in a plane orthogonal to the axis of the inner cylinder of the combustor in a state where the combustor is arranged in the combustor chamber of the combustor casing, which shape is defined by combining a plurality of circular holes (31aa,31ab) with centers (C1, C2) thereof being different from each other and having overlapping portions, and which insertion hole has a size such that the hole includes an entire external form of the combustor which is defined as a projection from the direction along the axis of the inner cylinder of the combustor in the state where the combustor is arranged in the combustor chamber. the combustor insertion hole has a shape in a plane orthogonal to the axis of the inner cylinder of the combustor in a state where the combustor is arranged in the combustor chamber of the combustor casing, which shape is defined by combining a plurality of circular holes (31aa,31ab) with centers (C1, C2) thereof being different from each other and having overlapping portions, and which insertion hole has a size such that the hole includes an entire external form of the combustor which is defined as a projection from the direction along the axis of the inner cylinder of the combustor in the state where the combustor is arranged in the combustor chamber.
A washing machine comprising: a cabinet including an outer part forming the external appearance of the washing machine, and an inner part connected to the inner surface of the outer part; a spin basket rotatably disposed in the inner part and including a bottom and a side wall extending from the bottom so as to be inclined such that the diameter of the side wall increases; a pulsator rotatably disposed in the spin basket; a motor provided under the spin basket; a clutch to selectively transmit power of the motor to the spin basket or the pulsator; a base plate to fix the clutch and the motor; and suspension members connecting the base plate to the upper portion of the cabinet to absorb vibration generated by the spin basket, wherein wash water is stored within the spin basket and is not stored outside the spin basket during a washing cycle, wherein the inner part contacts the inner surface of at least a portion of the outer part. a cabinet including an outer part forming the external appearance of the washing machine, and an inner part connected to the inner surface of the outer part; a spin basket rotatably disposed in the inner part and including a bottom and a side wall extending from the bottom so as to be inclined such that the diameter of the side wall increases; a pulsator rotatably disposed in the spin basket; a motor provided under the spin basket; a clutch to selectively transmit power of the motor to the spin basket or the pulsator; a base plate to fix the clutch and the motor; and suspension members connecting the base plate to the upper portion of the cabinet to absorb vibration generated by the spin basket, wherein wash water is stored within the spin basket and is not stored outside the spin basket during a washing cycle,
A rotary displacement vacuum pump, in particular a rotary vane vacuum pump, comprising a rotor; at least one working pump section (14, 15) formed at the rotor for conveying a working medium along a medium conveying path; at least one control pump section (18, 19) formed at the rotor for conveying a control fluid; a safety valve for temporarily closing the medium conveying path; and a pressure pilot control, operated by the control fluid, for the safety valve, wherein a pressure relief valve is provided for the pressure pilot control; wherein the pressure pilot control comprises a pilot control line leading from the control pump section (18, 19) to the safety valve and a drain line for draining the control fluid from the pressure pilot control; and wherein the drain line has a cross-section which is reduced with respect to the pilot control line, characterized in that the reduced cross-section is defined by an opening in a drain plug arranged in the drain line.
A device for applying medical fluid to an area and for cutting within the area, the device comprising: an inlet port configured for receiving the medical fluid into the device; a fluid flow channel configured for the medical fluid to flow through the device, a first end of the fluid flow channel connected to the inlet port; an outlet configured for the medical fluid to come out of the device, the outlet being positioned at a second end of the fluid flow channel; and a blade configured for cutting in the area that the medical fluid has been applied to, the outlet being formed on a cutting edge of the blade, characterized in that, that the outlet is wider than the fluid flow channel. an inlet port configured for receiving the medical fluid into the device; a fluid flow channel configured for the medical fluid to flow through the device, a first end of the fluid flow channel connected to the inlet port; an outlet configured for the medical fluid to come out of the device, the outlet being positioned at a second end of the fluid flow channel; and a blade configured for cutting in the area that the medical fluid has been applied to, the outlet being formed on a cutting edge of the blade, characterized in that, that the outlet is wider than the fluid flow channel.