mhurhangee/ep-ind-claims huggingface dataset:
A passenger protection control device, comprising: a printed circuit board with a control circuit for outputting a control signal printed thereon; a connector attached to this printed circuit board; and a case that is configured to accommodate the printed circuit board and the connector such that, while a connection end surface with a wire harness of the connector is exposed, the printed circuit board is isolated from the outside, wherein the case comprises: a box shaped cover in which the periphery of a ceiling wall is enclosed by side walls (11a 1 -11a 4) and a floor surface is opened, with the connector installed in an opening provided on the side walls (11a1 -11a4); and a rear cover that is configured to plug the floor surface of the box shaped cover and has a first standing wall projecting so as to face the connector in the portion of the box shaped cover in which the connector is installed, wherein the first standing wall of the rear cover has a planar region in a head top part, and the planar region has an inclined surface having a falling gradient facing outwardly from the box shaped cover. a box shaped cover in which the periphery of a ceiling wall is enclosed by side walls (11a 1 -11a 4) and a floor surface is opened, with the connector installed in an opening provided on the side walls (11a1 -11a4); and a rear cover that is configured to plug the floor surface of the box shaped cover and has a first standing wall projecting so as to face the connector in the portion of the box shaped cover in which the connector is installed, wherein the first standing wall of the rear cover has a planar region in a head top part, and the planar region has an inclined surface having a falling gradient facing outwardly from the box shaped cover.
An elevator cab ventilation device, comprising: a fan module; and a ventilation controller that is configured to receive an indication of a position of at least one door of the elevator cab, control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position. a fan module; and a ventilation controller that is configured to receive an indication of a position of at least one door of the elevator cab, control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position. receive an indication of a position of at least one door of the elevator cab, control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position.
Hydraulic power plant for generating energy from ocean currents, comprising the following features: 1.1 an energy unit having a turbine and a generator whose rotors are carried by a common drive shaft and which rests on a supporting structure; 1.2 a predicting unit which at a first point in time T1 predicts the energy supply E2 present at a future point in time T2; 1.3 the predicting unit contains a device for the indirect or direct detection of the forces acting on the foundation of the energy unit, and/or flow measuring devices for this purpose; 1.4 a regulator for regulating the speed n 1 of the common drive shaft at a point in time T 2 following the point in time T 1 to a value n 2 depending on the predicted energy supply E2, wherein n 2 decreases with increasing predicted value of the energy supply E2, and increases at falling predicted value of the energy supply E2. 1.1 an energy unit having a turbine and a generator whose rotors are carried by a common drive shaft and which rests on a supporting structure; 1.2 a predicting unit which at a first point in time T1 predicts the energy supply E2 present at a future point in time T2; 1.3 the predicting unit contains a device for the indirect or direct detection of the forces acting on the foundation of the energy unit, and/or flow measuring devices for this purpose; 1.4 a regulator for regulating the speed n 1 of the common drive shaft at a point in time T 2 following the point in time T 1 to a value n 2 depending on the predicted energy supply E2, wherein n 2 decreases with increasing predicted value of the energy supply E2, and increases at falling predicted value of the energy supply E2.
A method of producing a surgical or wound dressing comprising a sheet of gellan gum and an antifibrotic agent, comprising: (a) spraying a layer of heated gellan gum onto a mould; (b) depositing a layer of antifibrotic agent onto the layer of gellan gum; (c) spraying a further layer of heated gellan gum onto the layer of antifibrotic agent; optionally repeating steps (b) and (c) one or more times; and (d) optionally depositing a layer of antifibrotic agent onto the final layer of gellan gum. (a) spraying a layer of heated gellan gum onto a mould; (b) depositing a layer of antifibrotic agent onto the layer of gellan gum; (c) spraying a further layer of heated gellan gum onto the layer of antifibrotic agent; optionally repeating steps (b) and (c) one or more times; and (d) optionally depositing a layer of antifibrotic agent onto the final layer of gellan gum.
A method of locating a drilling apparatus and/or a borehole in a subterranean region, comprising the steps of: transmitting seismic waves into the subterranean region during a subterranean drilling operation, the seismic waves being transmitted from a location remote from said drilling apparatus; detecting a seismic response from said drilling apparatus or borehole; and comparing said detected response with predetermined seismic survey data of said subterranean region to determine the location of said apparatus or borehole; wherein the step of comparing said detected seismic response comprises: creating a seismic data-set by seeking prismatic waves generated by reflections from geological boundaries within said region and a well-bore formed during the drilling operation and/or seeking diffracted waves generated by reflections from a point of intersection of the well-bore and a geological boundary; and subtracting said seismic data set from predetermined seismic survey data in the form of a reference seismic data set wherein the reference seismic data-set is one of a data set determined before drilling or a previous seismic data set created during drilling. transmitting seismic waves into the subterranean region during a subterranean drilling operation, the seismic waves being transmitted from a location remote from said drilling apparatus; detecting a seismic response from said drilling apparatus or borehole; and comparing said detected response with predetermined seismic survey data of said subterranean region to determine the location of said apparatus or borehole; creating a seismic data-set by seeking prismatic waves generated by reflections from geological boundaries within said region and a well-bore formed during the drilling operation and/or seeking diffracted waves generated by reflections from a point of intersection of the well-bore and a geological boundary; and subtracting said seismic data set from predetermined seismic survey data in the form of a reference seismic data set wherein the reference seismic data-set is one of a data set determined before drilling or a previous seismic data set created during drilling.
An assembly for a pen type drug delivery device, the assembly comprising: - a reservoir holder (104, 210, 310, 510, 610), - a dose setting mechanism (102, 220, 320, 520, 620), and - a flexible fastener (200, 301, 501, 601) configured to fasten the reservoir holder (104, 210, 310, 510, 610) to the dose setting mechanism (102, 220, 320, 520, 620), wherein the flexible fastener (200, 301, 501, 601) is provided at one of the reservoir holder (104, 210, 310, 510, 610) and the dose setting mechanism (102, 220, 320, 520, 620) and wherein the flexible fastener (200, 301, 501, 601) is arranged on a fastening ring or retention ring provided at the one of the reservoir holder (104, 210, 310, 510, 610) and the dose setting mechanism (102, 220, 320, 520, 620), characterized in that the fastening ring or retention ring is radially bendable such that the flexible fastener ( 501, 601) is brought into or out of engagement with corresponding engagement means on the other one of the reservoir holder ( 510, 610) and the dose setting mechanism (102, 520, 620) for connecting or disconnecting the reservoir holder (104, 510, 610) with or from the dose setting mechanism (102, 520, 620), wherein the fastening ring or retention ring comprises a plurality of radial protrusions extending toward a center of the fastening ring or retention ring. - a reservoir holder (104, 210, 310, 510, 610), - a dose setting mechanism (102, 220, 320, 520, 620), and - a flexible fastener (200, 301, 501, 601) configured to fasten the reservoir holder (104, 210, 310, 510, 610) to the dose setting mechanism (102, 220, 320, 520, 620), wherein the flexible fastener (200, 301, 501, 601) is provided at one of the reservoir holder (104, 210, 310, 510, 610) and the dose setting mechanism (102, 220, 320, 520, 620) and wherein the flexible fastener (200, 301, 501, 601) is arranged on a fastening ring or retention ring provided at the one of the reservoir holder (104, 210, 310, 510, 610) and the dose setting mechanism (102, 220, 320, 520, 620), the fastening ring or retention ring is radially bendable such that the flexible fastener ( 501, 601) is brought into or out of engagement with corresponding engagement means on the other one of the reservoir holder ( 510, 610) and the dose setting mechanism (102, 520, 620) for connecting or disconnecting the reservoir holder (104, 510, 610) with or from the dose setting mechanism (102, 520, 620), wherein the fastening ring or retention ring comprises a plurality of radial protrusions extending toward a center of the fastening ring or retention ring.
A receptacle (116, 200, 400) for a fastener, the receptacle comprising: a substantially cylindrical body (134, 202) of a non-metal material having an axis and an internal wall; a first opening on the axis at a first end portion of the body; a second opening on the axis at a second end portion of the body; a non-circular passageway between the first and second openings and substantially symmetric with respect to the axis; a support structure (270, 272) extending inwardly from the internal wall of the body and having a curved seat having a recess facing at least partly toward the second opening and extending angularly relative to the axis a first angular distance, wherein the support structure (270, 272) includes a lower surface facing the first opening, characterized in that the support structure (270, 272) comprises a cam surface structure (260, 262) on the internal wall facing at least partly toward the first opening and wherein the cam surface structure (260, 262) has first and second cam surfaces (264, 266; 402, 404) extending axially along the internal wall at a right or slightly obtuse angle relative to the internal wall and angularly relative to the axis, facing the first opening; said support structure (270, 272) comprising an interior structure inboard of the cam surface structure (260, 262), extending between the cam surfaces (264, 266; 402, 404), having a concave inward-facing surface, the interior structure extending angularly relative to the axis at least to the same extent as the first angular distance; and means (136, 136A, 140) for substantially securing the receptacle to a surface. a substantially cylindrical body (134, 202) of a non-metal material having an axis and an internal wall; a first opening on the axis at a first end portion of the body; a second opening on the axis at a second end portion of the body; a non-circular passageway between the first and second openings and substantially symmetric with respect to the axis; a support structure (270, 272) extending inwardly from the internal wall of the body and having a curved seat having a recess facing at least partly toward the second opening and extending angularly relative to the axis a first angular distance, wherein the support structure (270, 272) includes a lower surface facing the first opening,
A composition comprising an isolated alkaline phosphatase that has been expressed in a cell-based expression system, characterized in that the composition comprises less than 100 ppm of a host cell protein and wherein the composition forms less than 20 particles that are 50 μm in diameter or more in 1 mL of composition during stability testing at 2 - 8 ° C for 2 months.
A method for operating an image display device, the method comprising: replaying content; storing at least one portion of the replayed content when a content storage command on the replayed content exists; displaying a first object, which is a display object indicating the at least one portion of the replayed content has been stored, the display object being a scroll bar and including a second object, which is a content object indicating the stored content with the replayed content, the content object including a third object indicating an amount of the content stored from start of the content storage command to end of the content storage command or a current point; displaying fourth objects indicating the other users or the other electronic devices of an accessed network or the other networks linked to the accessed network with the content object; and when the second object is dragged to be dropped to an object (1525, 1625) selected from the fourth objects and corresponding to a selected user or a selected electronic device, transmitting the stored content to the selected user or the selected electronic device. replaying content; storing at least one portion of the replayed content when a content storage command on the replayed content exists; displaying a first object, which is a display object indicating the at least one portion of the replayed content has been stored, the display object being a scroll bar and including a second object, which is a content object indicating the stored content with the replayed content, the content object including a third object indicating an amount of the content stored from start of the content storage command to end of the content storage command or a current point; displaying fourth objects indicating the other users or the other electronic devices of an accessed network or the other networks linked to the accessed network with the content object; and when the second object is dragged to be dropped to an object (1525, 1625) selected from the fourth objects and corresponding to a selected user or a selected electronic device, transmitting the stored content to the selected user or the selected electronic device.
A removable module (g) for analyzing odors generated in a cooking enclosure of a household electrical appliance, the module (g) comprising a housing equipped with an inlet duct (a), the inlet duct (a) opening out inside the housing, the module (g) comprising, inside the housing: - at least one gas-sensitive element (b) arranged to react to threshold levels of volatile organic compounds being exceeded; - a suction element (c) arranged to draw a gas from outside the housing inlet duct into the housing; - a heating element (d); - a power supply element (e), configured to be electrically connected to a power source external to the housing; - a data communication element (f); the removable module (g) being positioned so that it is easily accessible by a user of the oven, and comprising fastening means designed to interact with complementary fastening means arranged on an external surface of a wall of the household appliance so as to removably fasten the removable module relative to the wall of the household appliance in an operative position in which the inlet duct of the housing is in gaseous communication with a passage provided through the wall of the household appliance and opening into a portion (h) of the cooking enclosure of the household appliance, the housing defining a confined space. - at least one gas-sensitive element (b) arranged to react to threshold levels of volatile organic compounds being exceeded; - a suction element (c) arranged to draw a gas from outside the housing inlet duct into the housing; - a heating element (d); - a power supply element (e), configured to be electrically connected to a power source external to the housing; - a data communication element (f);
An antisense gapmer oligonucleotide that is able to recruit RNAseH when hybridized to a target RNA nucleic acid, wherein said gapmer oligonucleotide is based on a central stretch of 6 - 12 2'-deoxy-erythro-pentofuranosyl sugar nucleotides (gap) flanked by 1 - 6 residues of 2'-O modified nucleotides (flanks), wherein 1 - 4 of said 2'-deoxy-erythro-pentofuranosyl sugar nucleotides is replaced with alpha-L-oxy LNA.
Set of parts comprising an agricultural vehicle, comprising a ballasting body, with a chassis of the agricultural vehicle having at least one support point and the ballasting body having at least one element for downward contact which, when the ballasting body is detachably mounted on the chassis, rests on the support point, and comprising a carrier structure which is adapted to carry the ballasting body in a stable position in the state where the latter is dismounted from the chassis, characterised in that the ballasting body and/or the chassis has an inclined surface which leads, at an obtuse angle, to a surface for contact between the element for downward contact and the support point, and in that, in the stable position, the inclined surface on the ballasting body is on a level with the support point, or the inclined surface on the chassis is on a level with the element for downward contact, and the element for downward contact is slidable onto the support point in the direction of travel.
An aircraft light comprising: a housing having a flange adapted to be mounted to the exterior surface of an aircraft; a first plurality of Light Emitting Diodes (34, 36) mounted to the housing, the first plurality of Light Emitting Diodes capable of being excited to emit a substantially white beam of light; a second plurality of Light Emitting Diodes mounted to the housing, the second plurality of Light Emitting Diodes capable of being excited to emit a substantially red beam of light; characterized in that the first and second plurality of Light Emitting Diodes (34, 36) being configured to operate together in a first mode to produce a first beam of light having a chromaticity within the region defined by the following formula on the 1931 C.I.E. Chromaticity Diagram, x ≥ 0.300 and x ≤ 0.540; y ≥ x − 0.040; or y 0 − 0.010, whichever is the smaller; and y ≤ x + 0.020 and y ≤ 0.636 − 0.400 x; Where y0 is the y coordinate of the Planckian radiator for the value of x considered; and the second plurality of Light Emitting Diodes being configured to operate in a second mode independent of the first plurality of Light Emitting Diodes to produce a second beam of light having a chromaticity within the region defined by the following formula on the 1931 C.I.E. Chromaticity Diagram, y ≤ 0.335; and z ≤ 0.002. a housing having a flange adapted to be mounted to the exterior surface of an aircraft; a first plurality of Light Emitting Diodes (34, 36) mounted to the housing, the first plurality of Light Emitting Diodes capable of being excited to emit a substantially white beam of light; a second plurality of Light Emitting Diodes mounted to the housing, the second plurality of Light Emitting Diodes capable of being excited to emit a substantially red beam of light; characterized in that the first and second plurality of Light Emitting Diodes (34, 36) being configured to operate together in a first mode to produce a first beam of light having a chromaticity within the region defined by the following formula on the 1931 C.I.E. Chromaticity Diagram, x ≥ 0.300 and x ≤ 0.540; y ≥ x − 0.040; or y 0 − 0.010, whichever is the smaller; and y ≤ x + 0.020 and y ≤ 0.636 − 0.400 x; Where y0 is the y coordinate of the Planckian radiator for the value of x considered; and the second plurality of Light Emitting Diodes being configured to operate in a second mode independent of the first plurality of Light Emitting Diodes to produce a second beam of light having a chromaticity within the region defined by the following formula on the 1931 C.I.E. Chromaticity Diagram, y ≤ 0.335; and z ≤ 0.002.
A valve for controlling flow of pressurized fluid along a path leading from a confined area comprising: a valve body provided with a fluid passage (40, 42) and adapted to be mounted in said fluid path; a reverse-buckling rupture disc carried by the valve body in normal blocking relationship to flow of fluid through said passage (40, 42), said disc having a bulged central section presenting a generally convex surface and a concave face, with the convex surface thereof in facing relationship to the pressurized fluid; and a selectively actuatable device carried by the body in disposition adjacent the convex surface of the central section of the disc that is operable upon actuation to disrupt, without puncturing, the disc to an extent that reversal of the central section of the disc is initiated by the pressurized fluid in said passage to allow flow of fluid through the valve passage (40, 42). a valve body provided with a fluid passage (40, 42) and adapted to be mounted in said fluid path; a reverse-buckling rupture disc carried by the valve body in normal blocking relationship to flow of fluid through said passage (40, 42), said disc having a bulged central section presenting a generally convex surface and a concave face, with the convex surface thereof in facing relationship to the pressurized fluid; and a selectively actuatable device carried by the body in disposition adjacent the convex surface of the central section of the disc that is operable upon actuation to disrupt, without puncturing, the disc to an extent that reversal of the central section of the disc is initiated by the pressurized fluid in said passage to allow flow of fluid through the valve passage (40, 42).
A purifying catalyst, consisting of: catalyst powder composed of a transition metal oxide (1a, 1b) of which an average particle diameter obtained by a dynamic light scattering method is within 1 nm to 2 μm and in which an electron binding energy of oxygen is shifted to an energy side lower than 531.3 eV, wherein the electron binding energy is measured by an X-ray photoelectron spectroscopy; an oxygen release material composed of a rare earth oxide which is cerium oxide or praseodymium oxide, and wherein the purifying catalyst does not contain noble metal, and wherein the transition metal oxide (1a, 1b) is iron oxide or cobalt oxide. catalyst powder composed of a transition metal oxide (1a, 1b) of which an average particle diameter obtained by a dynamic light scattering method is within 1 nm to 2 μm and in which an electron binding energy of oxygen is shifted to an energy side lower than 531.3 eV, wherein the electron binding energy is measured by an X-ray photoelectron spectroscopy; an oxygen release material composed of a rare earth oxide which is cerium oxide or praseodymium oxide, and wherein the purifying catalyst does not contain noble metal, and wherein the transition metal oxide (1a, 1b) is iron oxide or cobalt oxide.