mhurhangee/ep-ind-claims huggingface dataset:
A high mass/low pressure liquid propulsion device which includes: - two counter-rotating impellers (14,15) mounted inside a housing; - an inlet which in use allows inflow of liquid into the housing on a first side of said impellers (14,15); - an outlet which in use allows outflow of liquid from the housing on a second side of said impellers (14,15) opposite to said first side; - means for driving said impellers (14,15); - means for reversing the drive to said impellers (14,15), such that the direction of flow of liquid through the device is reversed and liquid enters the device through said outlet, passes through said impellers (14,15), and leaves the device through said inlet; - characterised in that the device also includes a bypass, located on the underside of said housing adjacent the impellers (14,15), said bypass, having a first position in which said bypass is closed and does not permit air or liquid to pass through the bypass into the housing, and a second position in which said bypass is open and allows liquid to pass through into the housing. - two counter-rotating impellers (14,15) mounted inside a housing; - an inlet which in use allows inflow of liquid into the housing on a first side of said impellers (14,15); - an outlet which in use allows outflow of liquid from the housing on a second side of said impellers (14,15) opposite to said first side; - means for driving said impellers (14,15); - means for reversing the drive to said impellers (14,15), such that the direction of flow of liquid through the device is reversed and liquid enters the device through said outlet, passes through said impellers (14,15), and leaves the device through said inlet; - characterised in that the device also includes a bypass, located on the underside of said housing adjacent the impellers (14,15), said bypass, having a first position in which said bypass is closed and does not permit air or liquid to pass through the bypass into the housing, and a second position in which said bypass is open and allows liquid to pass through into the housing.
A ureteral stent comprising: an elongated member defining a lumen, the member having a solid sidewall defining a spiral-shaped opening such that the member is linearly expandable along a longitudinal axis of the lumen; a distal retention structure connected to a distal end of the elongated member for retention in a kidney; and a proximal retention structure connected to a proximal end of the elongated member for retention in a bladder, optionally wherein the member comprises a spring (315; 510) having a spring force of less than 4,448N (one pound). an elongated member defining a lumen, the member having a solid sidewall defining a spiral-shaped opening such that the member is linearly expandable along a longitudinal axis of the lumen; a distal retention structure connected to a distal end of the elongated member for retention in a kidney; and a proximal retention structure connected to a proximal end of the elongated member for retention in a bladder, optionally wherein the member comprises a spring (315; 510) having a spring force of less than 4,448N (one pound).
A solid, hydrocarbon-insoluble, catalyst component useful in polymerizing olefins containing magnesium, titanium, and halogen, further containing an internal electron donor which is wherein R is selected from lower alkyl groups containing 1 to 20 carbon atoms.
A high-silicon steel sheet having a chemical composition containing, by mass%, C: 0.02% or less, P: 0.02% or less, Si: 4.5% or more and 7.0% or less, Mn: 0.01% or more and 1.0% or less, Al: 1.0% or less, O: 0.01% or less, N: 0.01% or less, and S: 0.010% or less, and the balance being Fe and inevitable impurities, a grain-boundary oxygen concentration, which is an oxygen concentration with respect to chemical elements segregated at grain boundaries, of 30 at% or less, determined by using an Auger electron spectrometer, and a microstructure in which a degree of integration P of a -plane of α-Fe on the surface of the steel sheet is 15% or more, where, a degree of integration P(hkl) of each crystal plane is defined by the equation below on the basis of integrated intensities of various peaks obtained by using an X-ray diffraction method: P 211 = p 211 / S × 100 %, where S = p 110 / 100 + p 200 / 14.93 + p 211 / 25.88 + p 310 / 7.68 + p 222 / 1.59 + p 321 / 6.27 + p 411 / 1.55, and where p(hkl): integrated intensity of a peak of X-ray diffraction of an {hkl}-plane.
A conductive composition comprising a curable resin, a conductive filler, and an effective amount of a rheology modifier to provide a thixotropic index to the composition of greater than 3, wherein the rheology modifier is fumed silica and the surface of the fumed silica is polar, and wherein the effective amount of rheology modifier is in the amount of 0.01% by weight to 10% by weight of the total composition.
A measurement configuration method, comprising: configuring, by a macro base station, a first measurement gap pattern for user equipment, UE, wherein the first measurement gap pattern refers to a data format that is set by the macro base station for suspending data transmission with the UE when the UE identifies and measures a small base station; receiving, by the macro base station, indication information sent by the UE, wherein the indication information is used to represent that quality of a signal radiated by the small base station and received by the UE is higher than or equal to a preset signal quality threshold, wherein the quality of the signal radiated by the small base station is obtained through measurement by the UE according to the first measurement gap pattern; and configuring, by the macro base station, a second measurement gap pattern for the UE, wherein a measurement gap period in the second measurement gap pattern is less than a measurement gap period in the first measurement gap pattern; wherein before the receiving, by the macro base station, indication information sent by the UE, the method further comprises: sending, by the macro base station to the UE, carrier frequency information used by the small base station, reception time window information of the signal radiated by the small base station, and a physical cell identity list. configuring, by a macro base station, a first measurement gap pattern for user equipment, UE, wherein the first measurement gap pattern refers to a data format that is set by the macro base station for suspending data transmission with the UE when the UE identifies and measures a small base station; receiving, by the macro base station, indication information sent by the UE, wherein the indication information is used to represent that quality of a signal radiated by the small base station and received by the UE is higher than or equal to a preset signal quality threshold, wherein the quality of the signal radiated by the small base station is obtained through measurement by the UE according to the first measurement gap pattern; and configuring, by the macro base station, a second measurement gap pattern for the UE, wherein a measurement gap period in the second measurement gap pattern is less than a measurement gap period in the first measurement gap pattern; wherein before the receiving, by the macro base station, indication information sent by the UE, the method further comprises: sending, by the macro base station to the UE, carrier frequency information used by the small base station, reception time window information of the signal radiated by the small base station, and a physical cell identity list.
A method of encoding high dynamic range video data, and additional data comprising at least one change time instant (TMA_1) indicating a change in time of a characteristic luminance (CHRLUM) of the video data, which characteristic luminance summarizes a set of luminances of pixels in an image of the video data, the method comprising: - generating on the basis of the video data descriptive data of the characteristic luminance variation of the video, the descriptive data comprising at least one change time instant (TMA_1), and - encoding and outputting the video data comprising initial luminances (Lin*); - encoding in additional data at least one indication (ALCORR, (TYPE)) of allowed reprocessing strategies of at least the initial luminances of the pixels of the video data by an apparatus (112, 110) using the video data and additional data, to obtain high dynamic range luminances, which at least one indication of allowed reprocessing strategies comprises a mathematical algorithm for calculating a deviation strategy for changing the initial luminances (Lin*), prescribed over successive time instants after the at least one change time instant (TMA_1); - encoding and outputting the additional data, comprising the descriptive data, to enable a video decoding apparatus to apply for successive time instants after the at least one change time instant (TMA_1) the mathematical algorithm to the initial luminances to obtain the high dynamic range luminances. - generating on the basis of the video data descriptive data of the characteristic luminance variation of the video, the descriptive data comprising at least one change time instant (TMA_1), and - encoding and outputting the video data comprising initial luminances (Lin*); - encoding in additional data at least one indication (ALCORR, (TYPE)) of allowed reprocessing strategies of at least the initial luminances of the pixels of the video data by an apparatus (112, 110) using the video data and additional data, to obtain high dynamic range luminances, which at least one indication of allowed reprocessing strategies comprises a mathematical algorithm for calculating a deviation strategy for changing the initial luminances (Lin*), prescribed over successive time instants after the at least one change time instant (TMA_1); - encoding and outputting the additional data, comprising the descriptive data, to enable a video decoding apparatus to apply for successive time instants after the at least one change time instant (TMA_1) the mathematical algorithm to the initial luminances to obtain the high dynamic range luminances.
A template-based supervisory process control and manufacturing information application development platform comprising: an application object template library storing a set of previously defined application object templates for creating domain objects in a supervisory process control and manufacturing information application, said application object templates each including a superset of domain-specific options common to a set of related domain objects; and a configuration utility configured for modifying a selected application object template, said modified application object template specifying at least one domain-specific option of the superset and hiding at least one domain-specific option of the superset, and instantiating application object instances from selected application object templates including domain-specific options to create the application object instances to be included in the supervisory process control and manufacturing information application, said application object instances comprising the modified application object templates including the instantiated specified domain-specific options, and automatically configuring the instances with the selected domain-specific options. an application object template library storing a set of previously defined application object templates for creating domain objects in a supervisory process control and manufacturing information application, said application object templates each including a superset of domain-specific options common to a set of related domain objects; and a configuration utility configured for modifying a selected application object template, said modified application object template specifying at least one domain-specific option of the superset and hiding at least one domain-specific option of the superset, and instantiating application object instances from selected application object templates including domain-specific options to create the application object instances to be included in the supervisory process control and manufacturing information application, said application object instances comprising the modified application object templates including the instantiated specified domain-specific options, and automatically configuring the instances with the selected domain-specific options.
A water-based ink composition comprising: a water-based medium; a coloured particle containing a pigment and a water-insoluble dispersant; and a self-dispersing polymer particle containing a hydrophobic constituent unit derived from an alicyclic (meth)acrylate and a hydrophilic constituent unit. a water-based medium; a coloured particle containing a pigment and a water-insoluble dispersant; and a self-dispersing polymer particle containing a hydrophobic constituent unit derived from an alicyclic (meth)acrylate and a hydrophilic constituent unit.
A pneumatic pressure-regulating valve for a brake control system of a rail vehicle, comprising at least three pressure chambers admitting compressed air and formed in a housing of the pressure-regulating valve, wherein a first pressure chamber, sealed off by a piston and a valve seat arranged on a valve tappet, has a brake pressure admitted to it and has a fluid connection by way of a passage in the valve tappet to a second pressure chamber in order to relieve pressure, wherein a third pressure chamber to which a supply pressure is admitted is furthermore arranged between the two pressure chambers (6, 8) and the sealing between the third pressure chamber and the second pressure chamber is provided by means of a flat diaphragm, which is arranged in the third pressure chamber and which allows an axial movement of the valve tappet, characterized in that the flat diaphragm comprises a substantially centrally arranged circular opening for achieving a check function, through which the valve tappet extends in an axial direction.
A display device comprising a display panel that includes a display area including a plurality of pixels and a first peripheral area adjacent to the display area; wherein the first peripheral area includes a bendable region extending across the display panel and a plurality of signal lines partially included in the bendable region, the plurality of signal lines includes a first group and a second group that are adjacent to each other in the bendable region, the first group includes two or more first signal lines among the plurality of signal lines, the second group includes two or more second signal lines among the plurality of signal lines, characterized in, the two or more first signal lines included in the first group are configured to transmit signals of a first polarity, and the two or more second signal lines included in the second group are configured to transmit signals of a second polarity that is opposite to the first polarity, the first group and the second group are separated by a first interval, signal lines within the first group or the second group are separated by a second interval, and the first interval is greater than the second interval.
Assembly (1, 21, 24) consisting of a kitchen worktop (2, 22) comprising a work surface which is interrupted by at least one recess for fitting an undermount element, in particular a sink, and an undermount element attached on the underneath of the kitchen worktop (2, 22), wherein an end face of the wall of the undermount element is arranged flush with an edge that inwardly defines an extension of the recess, wherein the end face is aligned substantially parallel to the work surface, wherein the kitchen worktop (2, 22) consists, at least in portions, of Dekton® in a region of the recess, a surface normal of a chamfer area adjacent to the edge is oriented at an angle that differs from 90° with respect to a surface normal of the work surface, wherein the angle is less than 90°, wherein the chamfer area is adjacent to the work surface, wherein a thickness of the kitchen worktop (2, 22) is smaller in a surrounding region of the recess than outside the surrounding region of the recess, wherein the work surface is free of joins in the transition region from the surrounding region of the recess to the region outside the surrounding region of the recess, wherein the surface (7, 15) opposite the work surface in the surrounding region of the recess and an abutment surface which is substantially perpendicular to the work surface is roughened to produce an adhesive bond, wherein the undermount element is attached to the kitchen worktop (2, 22) by means of an adhesive bond, wherein a contact element (10, 17) which is connected to the undermount element and the kitchen worktop (2, 22) is provided in order to attach the undermount element to the kitchen worktop, wherein the contact element (10, 17) is a contact element (10, 17) which enlarges the end face in order to enlarge the contact surface with the kitchen worktop (2, 22), wherein the contact element (10, 17) is formed as an angle profile, wherein a first surface is attached to the wall and a second surface is designed to contact the kitchen worktop (2, 22), wherein the contact element (10, 17) is designed to contact the abutment surface and the surface (7, 15) opposite the work surface in the surrounding region of the recess.
A desiccant window or desiccant outer wall material or the like comprising: a first plate configured of one or a plurality of transparent plates (11, 12); a second plate configured of one or a plurality of plates (11, 12) and arranged substantially in parallel with the first plate; a desiccant element (41, 60) having hygroscopicity and disposed between the first and second plates (10a, 10b); a transparent triangular prism (30, 60) that is disposed between the first and second plates (10a, 10b), is configured of a first side (30a, 60a) along the first plate and second and third sides (30b, 30c, 60b, 60c) which have an angle with respect to the first side (30a, 60a) in a sectional view, and forms three types of optical paths of sunlight that directly reaches the second side (30b 60b), sunlight that is totally reflected on the third side (30c, 60c) and reaches the second side (30b, 60b), and sunlight that reaches the second side (30b, 60b) after being totally reflected on the third side (30c, 60c) and the first side (30a, 60a) in order, with respect to sunlight incident through the first plate; and a solar heat receiving unit (42, 70) that is installed against the second side (30b, 60b) that is a side on a lower side out of the second and third sides (30b, 30c, 60b, 60c) of the triangular prism (30, 60), and receives solar heat and releases absorbed moisture by heating the desiccant element (41, 60) using the received heat. a first plate configured of one or a plurality of transparent plates (11, 12); a second plate configured of one or a plurality of plates (11, 12) and arranged substantially in parallel with the first plate; a desiccant element (41, 60) having hygroscopicity and disposed between the first and second plates (10a, 10b); a transparent triangular prism (30, 60) that is disposed between the first and second plates (10a, 10b), is configured of a first side (30a, 60a) along the first plate and second and third sides (30b, 30c, 60b, 60c) which have an angle with respect to the first side (30a, 60a) in a sectional view, and forms three types of optical paths of sunlight that directly reaches the second side (30b 60b), sunlight that is totally reflected on the third side (30c, 60c) and reaches the second side (30b, 60b), and sunlight that reaches the second side (30b, 60b) after being totally reflected on the third side (30c, 60c) and the first side (30a, 60a) in order, with respect to sunlight incident through the first plate; and a solar heat receiving unit (42, 70) that is installed against the second side (30b, 60b) that is a side on a lower side out of the second and third sides (30b, 30c, 60b, 60c) of the triangular prism (30, 60), and receives solar heat and releases absorbed moisture by heating the desiccant element (41, 60) using the received heat.
A pop-up monitor with a double rack gear structure, the pop-up monitor comprising: a driving unit comprising a spur gear set which comprises first and second spur gears (350; 360), and respectively generating first and second rotational motions with the first and second spur gears (350; 360); a rack gear set comprising an outer gear changing the first rotational motion to a first rectilinear motion; and an inner gear changing the second rotational motion to a second rectilinear motion; a monitor; and a monitor frame comprising a support frame supporting the monitor, wherein the outer gear operates integrally with the monitor frame to enable a vertical motion of the monitor frame, wherein the outer gear comprises a rail groove in one surface thereof along a length direction, and wherein the inner gear comprises a rail that is rail-coupled to the rail groove, and wherein the inner gear vertically ascends by the second rectilinear motion without forward and rearward movement, and wherein the inner gear supports the monitor frame when the support frame has vertically ascended to the maximum according to the first rectilinear motion. a driving unit comprising a spur gear set which comprises first and second spur gears (350; 360), and respectively generating first and second rotational motions with the first and second spur gears (350; 360); a rack gear set comprising an outer gear changing the first rotational motion to a first rectilinear motion; and an inner gear changing the second rotational motion to a second rectilinear motion; a monitor; and a monitor frame comprising a support frame supporting the monitor, wherein the outer gear operates integrally with the monitor frame to enable a vertical motion of the monitor frame, wherein the outer gear comprises a rail groove in one surface thereof along a length direction, and wherein the inner gear comprises a rail that is rail-coupled to the rail groove, and wherein the inner gear vertically ascends by the second rectilinear motion without forward and rearward movement, and wherein the inner gear supports the monitor frame when the support frame has vertically ascended to the maximum according to the first rectilinear motion.
A primary electrochemical cell comprising a negative and a positive terminal and an outer housing having a closed end and opposing open end, and an end cap assembly inserted therein closing said housing, wherein the end cap assembly comprises an end cap, and an insulating sealing member underlying said end cap, and a support member between said end cap and said insulating sealing member, when the cell is viewed in vertical position with the end cap assembly on top; said support member being formed of a support disk of single piece metallic construction having a first group of vent apertures; and characterised in that it further has a second group of vent apertures therethrough, wherein each of said groups of vent apertures comprises at least a plurality of individual apertures, wherein the vent apertures in said first group are spaced apart from the vent apertures in said second group in the radial direction away from the cell's central longitudinal axis.
A heat dissipation structure comprising: a heating element; and a heat dissipation film on the heating element to dissipate heat generated from the heating element, to outside, the heat dissipation film including nano-sized graphene fragments; characterized in that each of the nano-sized graphene fragments has at least one of: a disc shape; a thickness of 1 nm to 2 nm; and a diameter of 3 nm to 4 nm. a heating element; and a heat dissipation film on the heating element to dissipate heat generated from the heating element, to outside, the heat dissipation film including nano-sized graphene fragments; characterized in that each of the nano-sized graphene fragments has at least one of: a disc shape; a thickness of 1 nm to 2 nm; and a diameter of 3 nm to 4 nm. a disc shape; a thickness of 1 nm to 2 nm; and a diameter of 3 nm to 4 nm.