mhurhangee/ep-ind-claims huggingface dataset:
An implantable prosthetic valve (210; 310) comprising: an annular frame (212; 312) comprising an inflow end (215; 315), an outflow end (219; 319), and a plurality of struts (222, 224, 226, 228, 231, 232, 234; 322, 324, 326, 328, 331, 332) forming a plurality of cells, wherein each of the cells defines an opening (236, 238, 239, 240; 336; 338; 339, 340) in the frame (212; 312), and wherein the frame (212; 312) is radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame (212; 312) and secured thereto; and a plurality of sealing members (250; 350, 352) positioned within the openings (236, 238, 239, 240; 336; 338; 339, 340) of a plurality of the cells of the frame (212; 312) and secured thereto, wherein each of the sealing members (250; 350, 352) is positioned within a respective one of the openings (236, 238, 239, 240; 336; 338; 339, 340), wherein the sealing members (250; 350, 352) are secured to the frame (212; 312) such that two opposite sides of a sealing member (250; 350, 352) are secured to the frame (212; 312) and the other two opposite sides of the sealing member (250; 350, 352) are not secured to the frame (212; 312) to create a diagonal path in a direction (260, 270; 360, 370) along the outside of the frame. an annular frame (212; 312) comprising an inflow end (215; 315), an outflow end (219; 319), and a plurality of struts (222, 224, 226, 228, 231, 232, 234; 322, 324, 326, 328, 331, 332) forming a plurality of cells, wherein each of the cells defines an opening (236, 238, 239, 240; 336; 338; 339, 340) in the frame (212; 312), and wherein the frame (212; 312) is radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame (212; 312) and secured thereto; and a plurality of sealing members (250; 350, 352) positioned within the openings (236, 238, 239, 240; 336; 338; 339, 340) of a plurality of the cells of the frame (212; 312) and secured thereto, wherein each of the sealing members (250; 350, 352) is positioned within a respective one of the openings (236, 238, 239, 240; 336; 338; 339, 340), wherein the sealing members (250; 350, 352) are secured to the frame (212; 312) such that two opposite sides of a sealing member (250; 350, 352) are secured to the frame (212; 312) and the other two opposite sides of the sealing member (250; 350, 352) are not secured to the frame (212; 312) to create a diagonal path in a direction (260, 270; 360, 370) along the outside of the frame.
A method of operating a hydraulic motor including: a rotor shaft; a cylinder; a piston forming a working chamber together with the cylinder; and at least one high-pressure valve and at least one low-pressure valve configured to switch a communication state between the working chamber and a high-pressure line and between the working chamber and a low-pressure line, respectively, in connection with reciprocating motion of the piston, the method comprising: a step of detecting an abnormality of the hydraulic motor; and a stop step of stopping the hydraulic motor if the abnormality is detected, wherein the stop step includes: maintaining a pressure of the high-pressure line to be within a predetermined range of not greater than an upper limit value Pmax which is smaller than a rated pressure of the high-pressure line and not less than a lower limit value Pmin which is greater than zero at least until a rotation speed of the rotor shaft decreases to a predetermined rotation speed (N 1) which is lower than a rated rotation speed (N rated), and setting a displacement (Fd M) of the hydraulic motor to a value which is greater than zero, at least until the pressure of the high-pressure line decreases to the upper limit value Pmax. a step of detecting an abnormality of the hydraulic motor; and a stop step of stopping the hydraulic motor if the abnormality is detected, maintaining a pressure of the high-pressure line to be within a predetermined range of not greater than an upper limit value Pmax which is smaller than a rated pressure of the high-pressure line and not less than a lower limit value Pmin which is greater than zero at least until a rotation speed of the rotor shaft decreases to a predetermined rotation speed (N 1) which is lower than a rated rotation speed (N rated), and setting a displacement (Fd M) of the hydraulic motor to a value which is greater than zero, at least until the pressure of the high-pressure line decreases to the upper limit value Pmax.
Silver pigments based on low-refractive-index, transparent, flake-form substrates, characterised in that the transparent flake is an SiO 2 flake, Al 2 O 3 flake, a polymer flake, a single crystal or a glass flake, the average thickness of the individual flakes is within a standard deviation of ≤ 20%, and the substrates have a high-refractive-index coating consisting of TiO 2 having a layer thickness of 5 - 300 nm and optionally an outer protective layer.
A display module comprising: a window cover; an antenna layer formed on one surface of the window cover by an imprinting method, and including a resin layer; a touch panel attached to the window cover such that the antenna layer is disposed between the window cover and the touch panel; and a display panel attached to the touch panel, wherein the resin layer includes: a plurality of grooves formed in a surface of the resin layer, and a conductive ink filled in the plurality of grooves, wherein the plurality of grooves form a mesh pattern. a window cover; an antenna layer formed on one surface of the window cover by an imprinting method, and including a resin layer; a touch panel attached to the window cover such that the antenna layer is disposed between the window cover and the touch panel; and a display panel attached to the touch panel, wherein the resin layer includes: a plurality of grooves formed in a surface of the resin layer, and a conductive ink filled in the plurality of grooves, wherein the plurality of grooves form a mesh pattern. a plurality of grooves formed in a surface of the resin layer, and a conductive ink filled in the plurality of grooves, wherein the plurality of grooves form a mesh pattern.
An apparatus for scheduling transmissions at a base station, comprising: a memory element; and a processor configured to execute a set of instructions residing in the memory element, the set of instructions for: sending a preamble channel along with a data channel, wherein the preamble channel carries scheduling information of the data channel, the scheduling information includes an indication of a destination station, a subpacket identifier, and an automatic repeat request, ARQ, channel identifier; and receiving an indication of whether the data on the data channel is successfully decoded, which indirectly acknowledges the receipt of the scheduling information. a memory element; and a processor configured to execute a set of instructions residing in the memory element, the set of instructions for: sending a preamble channel along with a data channel, wherein the preamble channel carries scheduling information of the data channel, the scheduling information includes an indication of a destination station, a subpacket identifier, and an automatic repeat request, ARQ, channel identifier; and receiving an indication of whether the data on the data channel is successfully decoded, which indirectly acknowledges the receipt of the scheduling information. sending a preamble channel along with a data channel, wherein the preamble channel carries scheduling information of the data channel, the scheduling information includes an indication of a destination station, a subpacket identifier, and an automatic repeat request, ARQ, channel identifier; and receiving an indication of whether the data on the data channel is successfully decoded, which indirectly acknowledges the receipt of the scheduling information.
An alignment apparatus for aligning inlet guide vanes in a turbine having a turbine axis, the alignment apparatus comprising: a tool body; a positioning block secured to the tool body, the positioning block defining an axial limit position for the tool body relative to a leading edge of the inlet guide vanes; and a plurality of alignment pieces secured to the tool body, each of the plurality of alignment pieces being displaceable between an OFF position and an ON position, wherein the positioning block is affixed to the tool body such that when the positioning block is engaged with a leading edge of one of the inlet guide vanes, at least a portion of the alignment pieces is parallel to the turbine axis, and wherein the alignment pieces are manually displaceable from the OFF position to the ON position into engagement with the inlet guide vanes; characterized in that the alignment pieces comprise a triangular bracket positionable between the inlet guide vanes, and wherein the at least one portion of the alignment pieces that is parallel to the turbine axis comprises one side of the triangular bracket. a tool body; a positioning block secured to the tool body, the positioning block defining an axial limit position for the tool body relative to a leading edge of the inlet guide vanes; and a plurality of alignment pieces secured to the tool body, each of the plurality of alignment pieces being displaceable between an OFF position and an ON position, wherein the positioning block is affixed to the tool body such that when the positioning block is engaged with a leading edge of one of the inlet guide vanes, at least a portion of the alignment pieces is parallel to the turbine axis, and wherein the alignment pieces are manually displaceable from the OFF position to the ON position into engagement with the inlet guide vanes; characterized in that the alignment pieces comprise a triangular bracket positionable between the inlet guide vanes, and wherein the at least one portion of the alignment pieces that is parallel to the turbine axis comprises one side of the triangular bracket.
A cloth piece folding device comprising: a conveyor to transfer a cloth piece; a bending unit to fold the cloth piece; and a controller to control operation of the bending unit, wherein the bending unit comprises a bending plate (31a, 35a) and an actuator to make the bending plate (31a, 35a) move; characterized in that said actuator makes the bending plate (31a-35a) move forward and backward, the actuator being capable of controlling its operating speed, and the controller adjusts a driving speed of the bending plate (31a-35a) by controlling an operating speed of the actuator depending on a transfer speed of the conveyor. a conveyor to transfer a cloth piece; a bending unit to fold the cloth piece; and a controller to control operation of the bending unit, wherein the bending unit comprises a bending plate (31a, 35a) and an actuator to make the bending plate (31a, 35a) move; characterized in that said actuator makes the bending plate (31a-35a) move forward and backward, the actuator being capable of controlling its operating speed, and the controller adjusts a driving speed of the bending plate (31a-35a) by controlling an operating speed of the actuator depending on a transfer speed of the conveyor.
A method for producing ceramic balls, wherein balls are formed, by means of cold or hot extrusion of a ceramic feedstock, from a mixture of inorganic ceramic powder and organic components, and these balls are sintered, characterised in that - a round rod with a homogeneous material distribution is made from the ceramic feedstock, - the balls are formed from the round rod whilst maintaining the homogeneous material distribution at a material temperature of 10-200°C, and - the inorganic ceramic powder consists of the materials Al 2 O 3, SiC, Si 3 N 4, ZrO 2 or SiAlONe or a mixture of these. - a round rod with a homogeneous material distribution is made from the ceramic feedstock, - the balls are formed from the round rod whilst maintaining the homogeneous material distribution at a material temperature of 10-200°C, and - the inorganic ceramic powder consists of the materials Al 2 O 3, SiC, Si 3 N 4, ZrO 2 or SiAlONe or a mixture of these.
A compound having the structure: or a pharmaceutically acceptable salt thereof; wherein X is acyl, an ester, fluoromethyl, -CN, sulfonyl, sulfonic acid, primary ammonium, secondary ammonium, tertiary ammonium, or -NO 2; Y and Z are each, independently, hydrogen or a C 1 to C 10 alkyl; m is from 1 to 10; and n is from 1 to 10. or a pharmaceutically acceptable salt thereof; wherein X is acyl, an ester, fluoromethyl, -CN, sulfonyl, sulfonic acid, primary ammonium, secondary ammonium, tertiary ammonium, or -NO 2; Y and Z are each, independently, hydrogen or a C 1 to C 10 alkyl; m is from 1 to 10; and n is from 1 to 10.
A water meter platform, including: - a housing component being a monolithic polymer structure, the housing component providing: - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, - a flow channel interface in fluid communication with the flow channel, and - a self-contained power supply; - a meter unit including a measurement circuit having one or more ultrasonic transducers for measuring a flow of a fluid flowing through the flow tube; characterized in that a remote controllable valve unit is arranged in association with the flow channel interface and configured to interrupt flow through the flow tube; the flow channel interface is defined inside the main compartment and is defined by a circumferential wall extending from the common wall between the main compartment and the flow tube, and in that the meter unit, the valve unit and the self-contained power supply for powering both the meter unit and the valve unit are arranged inside the main compartment. - a housing component being a monolithic polymer structure, the housing component providing: - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, - a flow channel interface in fluid communication with the flow channel, and - a self-contained power supply; - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, - a flow channel interface in fluid communication with the flow channel, and - a self-contained power supply; - a meter unit including a measurement circuit having one or more ultrasonic transducers for measuring a flow of a fluid flowing through the flow tube; characterized in that a remote controllable valve unit is arranged in association with the flow channel interface and configured to interrupt flow through the flow tube; the flow channel interface is defined inside the main compartment and is defined by a circumferential wall extending from the common wall between the main compartment and the flow tube, and in that the meter unit, the valve unit and the self-contained power supply for powering both the meter unit and the valve unit are arranged inside the main compartment.
An information processing apparatus comprising: designation input means (206, 207, 11, 1203) configured to designate a storage area of a print job to be retrieved from among a plurality of types of storage areas that store print jobs; and retrieval character string input means (206, 207, 11, 1201) configured to input a retrieval character string; characterized in that the apparatus further comprises: processing means configured to process the inputted retrieval character string on the basis of a character string length allocated to a print job attribute for the storage area designated by the designation input means so that the processed retrieval character string does not exceed a limit of the character string length allocated to the print job attribute for the designated storage area; retrieval means configured to extract, from print jobs stored in the storage area designated by the designation input means, a print job based on the retrieval character string processed by the processing means; and display control means configured to cause a display unit to display the print job extracted by the retrieval means as a retrieval result. designation input means (206, 207, 11, 1203) configured to designate a storage area of a print job to be retrieved from among a plurality of types of storage areas that store print jobs; and retrieval character string input means (206, 207, 11, 1201) configured to input a retrieval character string; characterized in that the apparatus further comprises: processing means configured to process the inputted retrieval character string on the basis of a character string length allocated to a print job attribute for the storage area designated by the designation input means so that the processed retrieval character string does not exceed a limit of the character string length allocated to the print job attribute for the designated storage area; retrieval means configured to extract, from print jobs stored in the storage area designated by the designation input means, a print job based on the retrieval character string processed by the processing means; and display control means configured to cause a display unit to display the print job extracted by the retrieval means as a retrieval result. processing means configured to process the inputted retrieval character string on the basis of a character string length allocated to a print job attribute for the storage area designated by the designation input means so that the processed retrieval character string does not exceed a limit of the character string length allocated to the print job attribute for the designated storage area; retrieval means configured to extract, from print jobs stored in the storage area designated by the designation input means, a print job based on the retrieval character string processed by the processing means; and display control means configured to cause a display unit to display the print job extracted by the retrieval means as a retrieval result.
Safety device suitable for a pre-filled syringe containing a medicament comprising - a chassis adapted to be affixed to the pre-filled syringe, - a flexible outer structure made from a material with a shape memory and - a substantially cylindrical needle shield affixed or integral to the outer structure, wherein the deformed flexible outer structure is capable of advancing the needle shield with respect to the chassis in a distal direction into a position in which the needle shield projects from the chassis in the distal direction and wherein a biasing force for advancing the needle shield originates from a shape memory effect that causes the deformed flexible outer structure to substantially return to its unstressed shape, wherein the flexible outer structure adapted to cover the pre-filled syringe with a plunger (2.2) and to provide a grip enhancing and non-slip outer cover and wherein a clip (4.5) arranged proximally on the flexible outer structure is adapted to latch to a notch (3.2) arranged on the chassis to couple the deformed flexible outer structure to the chassis so as to bias the needle shield with respect to the chassis in the distal direction. - a chassis adapted to be affixed to the pre-filled syringe, - a flexible outer structure made from a material with a shape memory and - a substantially cylindrical needle shield affixed or integral to the outer structure,
A combustor nozzle comprising: a. a center body; b. a first fuel passage inside the center body, wherein the first fuel passage terminates at a first fuel port; c. a second fuel passage inside the center body and circumferentially surrounding at least a portion of the first fuel passage, wherein the second fuel passage terminates at a plurality of second fuel ports radially surrounding the first fuel port; d. a first diluent passage inside the center body and circumferentially surrounding at least a portion of the second fuel passage, wherein the first diluent passage terminates at a first diluent outlet radially surrounding the plurality of second fuel ports; e. a shroud circumferentially surrounding at least a portion of the center body to define a passage between the center body and the shroud; f. a plurality of diluent ports through the shroud, wherein the plurality of diluent ports provide fluid communication through the shroud to the first diluent passage; and g. a second diluent passage radially disposed between the first diluent passage and the second fuel passage, wherein the second diluent passage terminates at a second diluent outlet radially inward from the first diluent outlet. a. a center body; b. a first fuel passage inside the center body, wherein the first fuel passage terminates at a first fuel port; c. a second fuel passage inside the center body and circumferentially surrounding at least a portion of the first fuel passage, wherein the second fuel passage terminates at a plurality of second fuel ports radially surrounding the first fuel port; d. a first diluent passage inside the center body and circumferentially surrounding at least a portion of the second fuel passage, wherein the first diluent passage terminates at a first diluent outlet radially surrounding the plurality of second fuel ports; e. a shroud circumferentially surrounding at least a portion of the center body to define a passage between the center body and the shroud; f. a plurality of diluent ports through the shroud, wherein the plurality of diluent ports provide fluid communication through the shroud to the first diluent passage; and g. a second diluent passage radially disposed between the first diluent passage and the second fuel passage, wherein the second diluent passage terminates at a second diluent outlet radially inward from the first diluent outlet.
A radiopaque marker for medical implants comprising: - 10 to 90 % by weight of a biodegradable base component, - 10 to 90 % by weight of one or more radiopaque elements selected from the group consisting of I, Au, Ta, Y, Nb, Mo, Ru, Rh, Ba, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Hf, W, Re, Os, Ir, and Bi as a marker component, and, - less than or equal to 10 % by weight of residual components, the components cited adding up to 100 % by weight, characterised in that the marker is an alloy. - 10 to 90 % by weight of a biodegradable base component, - 10 to 90 % by weight of one or more radiopaque elements selected from the group consisting of I, Au, Ta, Y, Nb, Mo, Ru, Rh, Ba, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Hf, W, Re, Os, Ir, and Bi as a marker component, and, - less than or equal to 10 % by weight of residual components,