mhurhangee/ep-ind-claims huggingface dataset:
A multilayer material comprised of: oppositely disposed outer high density polyethylene (HDPE) layers, at least one intermediate low density polyethylene (LDPE) layer in communication with each one of said outer HDPE layers, and at least one inner polyethylene foam layer in communication with each one of said intermediate LDPE layers, the inner polyethylene foam layers disposed so as to be in communication with each other; wherein, said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers. oppositely disposed outer high density polyethylene (HDPE) layers, at least one intermediate low density polyethylene (LDPE) layer in communication with each one of said outer HDPE layers, and at least one inner polyethylene foam layer in communication with each one of said intermediate LDPE layers, the inner polyethylene foam layers disposed so as to be in communication with each other; wherein, said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers. said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers.
A gland packing wherein a covered yarn is braided around an inner core member made of expanded graphite, characterized in that the covered yarn is configured by covering basalt fibers with organic fibers, and a component ratio of said organic fibers in said covered yarn set to 10 to 40 wt%.
A glasses-type wearable device for capturing an image of a wearer's iris without interfering with their field of view, comprising: an illumination section configured to irradiate any one of left and right eyes with visible light to adjust the size of its pupil; an imaging section configured to image the other eye different from the one of the left and right eyes; and a control section (15, 17) configured to perform control to cause the imaging section to image the other eye while the illumination section is irradiating the one of the left and right eyes with light; and an iris recognition section configured to recognize an iris image from the image captured by the imaging section. an illumination section configured to irradiate any one of left and right eyes with visible light to adjust the size of its pupil; an imaging section configured to image the other eye different from the one of the left and right eyes; and a control section (15, 17) configured to perform control to cause the imaging section to image the other eye while the illumination section is irradiating the one of the left and right eyes with light; and an iris recognition section configured to recognize an iris image from the image captured by the imaging section.
Shower head, comprising at least a water supplying channel and at least a water dispensing surface, characterised in that it comprises at least a tank for a liquid product and at least a roll-on dispenser of the liquid product associated with said tank.
A thermal management system for an aircraft, the system comprising: a first heat exchanger configured to exchange heat between a first component and a first working fluid; a first working fluid compressor downstream in first working fluid flow of the first heat exchanger and configured to compress the first working fluid; a second heat exchanger downstream in first working fluid flow of the compressor and configured to exchange heat between the first working fluid and a second working fluid; an expander downstream in first working fluid flow of the second heat exchanger, and configured to expand and cool first working fluid and deliver cooled first working fluid to the first heat exchanger; a third heat exchanger upstream in second working fluid flow of the second heat exchanger, and configured to exchange heat between a second component and the second working fluid; and a fourth heat exchanger downstream in second working fluid flow of the second heat exchanger and configured to exchange heat between the second working fluid and a third working fluid, characterised in that the thermal management system further comprises an air duct, the third working fluid comprises air, and the fourth heat exchanger is provided within the air duct, the air duct comprising a diffuser upstream of the fourth heat exchanger and a convergent portion downstream of the fourth heat exchanger. a first heat exchanger configured to exchange heat between a first component and a first working fluid; a first working fluid compressor downstream in first working fluid flow of the first heat exchanger and configured to compress the first working fluid; a second heat exchanger downstream in first working fluid flow of the compressor and configured to exchange heat between the first working fluid and a second working fluid; an expander downstream in first working fluid flow of the second heat exchanger, and configured to expand and cool first working fluid and deliver cooled first working fluid to the first heat exchanger; a third heat exchanger upstream in second working fluid flow of the second heat exchanger, and configured to exchange heat between a second component and the second working fluid; and a fourth heat exchanger downstream in second working fluid flow of the second heat exchanger and configured to exchange heat between the second working fluid and a third working fluid, characterised in that the thermal management system further comprises an air duct, the third working fluid comprises air, and the fourth heat exchanger is provided within the air duct, the air duct comprising a diffuser upstream of the fourth heat exchanger and a convergent portion downstream of the fourth heat exchanger.
A system for the transmission of at least power using inductive wireless coupling comprising: a dongle, having a housing which is environmentally sealed, a mounting component configured to selectively releasably mate with said dongle, wherein said dongle is sized to substantially fit in a palm of a user, wherein one of said dongle and said mounting component is adapted for coupling to one of a garment and a structure of a vehicle, and wherein the other of said dongle and said mounting component is adapted for coupling to the other of the garment and the structure of the vehicle, and wherein an adaption for coupling to the garment or the structure of the vehicle includes an umbilical having a length of substantially in the ranges of 0 - 30 cm, 0 - 100 cm respectively, and wherein said dongle and said mounting component contain first and second inductive coils and corresponding ferrite cores respectively, said first and second coils configured to be aligned for said inductive coupling when said dongle and said mounting component are said mated so as to provide a substantially closed magnetic path between said first and second coils for at least transfer of power between said first and second coils. a dongle, having a housing which is environmentally sealed, a mounting component configured to selectively releasably mate with said dongle, wherein said dongle is sized to substantially fit in a palm of a user, wherein one of said dongle and said mounting component is adapted for coupling to one of a garment and a structure of a vehicle, and wherein the other of said dongle and said mounting component is adapted for coupling to the other of the garment and the structure of the vehicle, and wherein an adaption for coupling to the garment or the structure of the vehicle includes an umbilical having a length of substantially in the ranges of 0 - 30 cm, 0 - 100 cm respectively, and wherein said dongle and said mounting component contain first and second inductive coils and corresponding ferrite cores respectively, said first and second coils configured to be aligned for said inductive coupling when said dongle and said mounting component are said mated so as to provide a substantially closed magnetic path between said first and second coils for at least transfer of power between said first and second coils.
A display method applied to an electronic device having a foldable screen, a camera and a foldable rotating shaft, the foldable screen comprises a first display area and a second display area, wherein the first display area and the second display area are on two different sides of the foldable rotating shaft, the camera and the first display area are on a same side of the foldable rotating shaft, a first plane on which the first display area located and a second plane on which the second display area located is different when the electronic device is in a bent state, wherein the method comprises: receiving an input of a user; starting the camera of the electronic device in response to the input of the user; when the electronic device is in the bent state and an angle between the first plane and the horizontal plane is less than a preset angle, displaying a shooting preview interface of the camera on the second display area of the foldable screen and without displaying the shooting preview interface of the camera on the first display area; and in response to the electronic device change from the bent state to a unfolded state, displaying the shooting preview interface of the camera on the first display area of the foldable screen and the second display area of the foldable screen. receiving an input of a user; starting the camera of the electronic device in response to the input of the user; when the electronic device is in the bent state and an angle between the first plane and the horizontal plane is less than a preset angle, displaying a shooting preview interface of the camera on the second display area of the foldable screen and without displaying the shooting preview interface of the camera on the first display area; and in response to the electronic device change from the bent state to a unfolded state, displaying the shooting preview interface of the camera on the first display area of the foldable screen and the second display area of the foldable screen.
Blade arrangement, in particular stator blade arrangement, comprising blades, intermediate fillers and a wall of a fluid flow path of a turbomachine, in particular a gas turbine, wherein to hold the blades, correspondingly adapted blade-side feet and intermediate fillers separating these feet are held by form fit and fixed by force fit in a receiving channel with undercut flanks which is formed in the wall, and wherein the intermediate fillers fill the channel, forming a surface between the blade-side feet on the gas flow side which is substantially free from interference contours, and that substantially vertical threaded bores with screws inserted therein are provided in the intermediate fillers down to the channel base and are braced against the channel base by the screw setting, characterised in that stepped protrusions extending in the channel longitudinal direction are arranged on the flanks of the receiving channel, and that the sides of the intermediate fillers facing the channel flanks are provided with correspondingly shaped grooves for receiving the stepped protrusions.
A high-pressure turbine for a gas turbine engine, the high-pressure turbine oriented about an axis (A-A') and comprising: a first stage support structure having a mating structure extending radially, wherein the mating structure defines a cavity; a retention block defining an opening aligned with the cavity, wherein a first tab extends axially from the retention block and contacts a flat surface of the mating structure; a fastener extending through the opening and the cavity; and a retention tab extending from the retention block in a radial direction; characterised in that: a clinch nut is coupled to the fastener and engages the first tab of the retention block; and the clinch nut comprises an interface surface configured to contact an end portion of the first tab, for anti-rotation. a first stage support structure having a mating structure extending radially, wherein the mating structure defines a cavity; a retention block defining an opening aligned with the cavity, wherein a first tab extends axially from the retention block and contacts a flat surface of the mating structure; a fastener extending through the opening and the cavity; and a retention tab extending from the retention block in a radial direction; a clinch nut is coupled to the fastener and engages the first tab of the retention block; and the clinch nut comprises an interface surface configured to contact an end portion of the first tab, for anti-rotation.
Mammography device with biopsy unit (BE, NH, BN) which is designed to generate a first volume set (ÜVS) and to generate a second volume set (KVS, BVS), in each case from projection images comprising X-ray image data, wherein the first volume set (ÜVS) is created without and the second volume set is created with use of the biopsy unit (BE, NH, BN), and comprises a marking unit for marking regions in the projection images hidden by a biopsy needle, a needle holder or a positioning unit for the second volume set (KVS, BVS), characterised by an insertion unit for insertion of the X-ray image data into the marked regions, wherein the marked regions in the projection images for the second volume set (KVS, BVS) are replaced by the X-ray image data from corresponding projection images for the first volume set (ÜVS).
A signal analyzer comprising: an analysis range setting means for setting a first frequency analysis range and a second frequency analysis range that is narrower than the first frequency analysis range; a first signal path to which first data production rate and first data acquisition time are set according to the first frequency analysis range for producing first time domain data of a frequency converted signal under test; a second signal path to which a second data production rate that is slower than the first data production rate is set according to the second frequency analysis range for producing second time domain data of a frequency converted signal under test; and a calculation means receiving the first and second time domain data for producing first and second frequency domain data in calculation, wherein: the analysis range setting means is arranged such that a user can designate two out of first start frequency, first stop frequency, first center frequency and first frequency span to set the first frequency analysis range and two out of second start frequency, second stop frequency, second center frequency and second frequency span to set the second frequency analysis range. an analysis range setting means for setting a first frequency analysis range and a second frequency analysis range that is narrower than the first frequency analysis range; a first signal path to which first data production rate and first data acquisition time are set according to the first frequency analysis range for producing first time domain data of a frequency converted signal under test; a second signal path to which a second data production rate that is slower than the first data production rate is set according to the second frequency analysis range for producing second time domain data of a frequency converted signal under test; and a calculation means receiving the first and second time domain data for producing first and second frequency domain data in calculation, wherein: the analysis range setting means is arranged such that a user can designate two out of first start frequency, first stop frequency, first center frequency and first frequency span to set the first frequency analysis range and two out of second start frequency, second stop frequency, second center frequency and second frequency span to set the second frequency analysis range.
A turbomachine comprising: a rotor having an impeller; a bearing which rotatably supports the rotor; a casing which contains the rotor therein and forms a stationary flow passage; and a shaft sealing device which reduces leakage of a working fluid through a gap part between the casing and the rotor, wherein the working fluid is a liquid; characterised in that the turbomachine comprises: a plurality of axial grooves (11; 11a, 11b) which are long in an axial direction and short in a circumferential direction of the rotor, which have been intermittently arranged in the axial direction and the circumferential direction with a land part interposed between adjacent axial grooves (11; 11a, 11b), and which are provided in an inner circumferential surface of the shaft sealing device. a rotor having an impeller; a bearing which rotatably supports the rotor; a casing which contains the rotor therein and forms a stationary flow passage; and a shaft sealing device which reduces leakage of a working fluid through a gap part between the casing and the rotor, wherein the working fluid is a liquid;
A portable device sized such that it can be worn and transported by a patient for infusion of liquid drugs contained in a pair of syringes (14a, 14b; 114a, 114b) equipped with respective radial tabs (15a, 15b) into multiple infusion sites on a patient's body, said device (10; 100) including a body (11; 111; 211) housing a driving system (21a, 21b, 24, 27, 28a, 28b, 29a, 29b; 121a, 121b, 124, 127, 128a, 128b, 140, 141; 221a, 221b, 224, 228a, 228b, 240a, 240b), wherein said pair of syringes (14a, 14b; 114a, 114b), each arranged to be connected to one of the sites, are coupled to said body (11; 111; 211) by means of a bayonet coupling into respective seats (13a, 13b) formed in one of the bases of body (11; 111; 211), the radial tabs (15a, 15b) of the syringes engaging respective slots in the walls of said seats (13a, 13b) and said driving system (21a, 21b, 24, 27, 28a, 28b, 29a, 29b; 121a, 121b, 124, 127, 128a, 128b, 140, 141; 221a, 221b, 224, 228a, 228b, 240a, 240b) includes a single electric motor (24; 124; 224) and a first and a second mechanical assembly (21a, 28a, 29a, 21b, 28b, 29b; 121a, 128a, 140, 141, 121b, 128b; 221a, 228a, 240a, 221b, 228b, 240b), each assembly being associated with one of the syringes (14a, 14b; 114a, 114b) and being arranged to convert the rotary motion of the motor (24; 124; 224) into a linear motion and to apply said linear motion to a pusher (18a, 18b; 118a, 118b) associated with the plunger (17a, 17b; 117a, 117b) of the respective syringe, both mechanical assemblies (21a, 28a, 29a, 21b, 28b, 29b; 121a, 128a, 140, 141, 121b, 128b; 221a, 228a, 240a, 221b, 228b, 240b) being simultaneously operated for causing simultaneous infusion of the drug contained in both syringes (14a, 14b; 114a, 114b) into said sites.
A colored conductive fluid comprising: at least one polar solvent having (a) a dynamic viscosity of 0.1 cP to 1000 cP at 25°C, (b) a surface tension of 25 dynes/cm to 90 dynes/cm at 25°C, and (c) an electrowetting relative response of 20% to 80%, and at least one colorant selected from a pigment and/or a dye, wherein the colored conductive fluid has an electrical conductivity from 0.1 μS/cm to 3,000 μS/cm and has no more than 500 total ppm of monatomic ions with ionic radii smaller than 2.0Å and polyatomic ions with ionic radii smaller than 1.45A; at least one agent for controlling the electrical conductivity of the colored conductive fluid, the agent including a cation and an anion, wherein the agent does not dissociate into monatomic ions with ionic radii smaller than 2.0Å and polyatomic ions with ionic radii smaller than 1.45A. at least one polar solvent having (a) a dynamic viscosity of 0.1 cP to 1000 cP at 25°C, (b) a surface tension of 25 dynes/cm to 90 dynes/cm at 25°C, and (c) an electrowetting relative response of 20% to 80%, and at least one colorant selected from a pigment and/or a dye, wherein the colored conductive fluid has an electrical conductivity from 0.1 μS/cm to 3,000 μS/cm and has no more than 500 total ppm of monatomic ions with ionic radii smaller than 2.0Å and polyatomic ions with ionic radii smaller than 1.45A; at least one agent for controlling the electrical conductivity of the colored conductive fluid, the agent including a cation and an anion, wherein the agent does not dissociate into monatomic ions with ionic radii smaller than 2.0Å and polyatomic ions with ionic radii smaller than 1.45A.
LED spotlight, preferably for white light, having: - an LED module with several LED chips (7,7') on a support, - a light-permeable medium, below which the LED chips (7,7') are placed, - a reflector laterally encircling the LED chips (7,7'), wherein within the reflector a scattering cap is arranged which envelops the LED chips (7,7'), characterized in that the scattering cap has a socket on which the reflector is fitted and thus the scattering cap is positioned/fastened. - an LED module with several LED chips (7,7') on a support, - a light-permeable medium, below which the LED chips (7,7') are placed, - a reflector laterally encircling the LED chips (7,7'), wherein within the reflector a scattering cap is arranged which envelops the LED chips (7,7'), characterized in that the scattering cap has a socket on which the reflector is fitted and thus the scattering cap is positioned/fastened.
System comprising: - a sliding shield equipped with horizontally sliding cloth movable by means of a handle bar between a lateral box and a closure upright, and - a guiding and tensioning retractable device for the sliding shield comprising a plurality of first guiding modules and a plurality of second guiding modules, consecutively and alternately coupled between them forming a guiding body foldable and insertable within the handle bar and comprising a first terminal end fixable to the lateral box and a second terminal end adapted to be free of sliding within the handle bar, the first guiding modules and the second guiding modules being interposable between the handle bar and the lateral box; characterized in that the sliding shield comprises at least a lower pocket and the guiding and tensioning retractable device comprises at least a tensioning element provided with a first end anchored to the second terminal end and a second free end inserted within the lower pocket. - a sliding shield equipped with horizontally sliding cloth movable by means of a handle bar between a lateral box and a closure upright, and - a guiding and tensioning retractable device for the sliding shield comprising a plurality of first guiding modules and a plurality of second guiding modules, consecutively and alternately coupled between them forming a guiding body foldable and insertable within the handle bar and comprising a first terminal end fixable to the lateral box and a second terminal end adapted to be free of sliding within the handle bar, the first guiding modules and the second guiding modules being interposable between the handle bar and the lateral box; characterized in that the sliding shield comprises at least a lower pocket and the guiding and tensioning retractable device comprises at least a tensioning element provided with a first end anchored to the second terminal end and a second free end inserted within the lower pocket.
A method comprising: welding an unhardened stud body comprising a first composition to an unhardened stud subunit comprising a second composition, to form a stud having an unhardened subunit portion; and characterised by heat treating the stud; and in that the second composition is not capable of hardening by heat treatment.