mhurhangee/ep-ind-claims huggingface dataset:
A display device, comprising at least one acceleration sensor, wherein the at least one acceleration sensor comprises: two electrodes (11, 12) arranged opposite to and insulated from each other, and a cavity arranged between the two electrodes (11, 12), wherein, a liquid layer is arranged in the cavity, and the liquid layer occupying a portion of internal space of the cavity; characterized in that the display device has a display region and a sensing region, and comprises an array substrate having a first base substrate and an opposed substrate arranged opposite to the array substrate and having a second base substrate; and in the sensing region, the at least one acceleration sensor is arranged between the first base substrate and the second base substrate. two electrodes (11, 12) arranged opposite to and insulated from each other, and a cavity arranged between the two electrodes (11, 12), wherein, a liquid layer is arranged in the cavity, and the liquid layer occupying a portion of internal space of the cavity; characterized in that the display device has a display region and a sensing region, and comprises an array substrate having a first base substrate and an opposed substrate arranged opposite to the array substrate and having a second base substrate; and in the sensing region, the at least one acceleration sensor is arranged between the first base substrate and the second base substrate.
An inflatable cushion cell (100; 200) comprising: first and second inflatable compartments (102, 104; 204, 206, 208, 210) defined in part by first and second external side walls (116, 118) and a diagonal seal structure, wherein the diagonal seal structure directly connects the first and second external side walls (116, 118) to form fluid barrier between the first and second inflatable compartments (102, 104; 204, 206, 208, 210), the diagonal seal structure adding substantially no width to the walls; wherein the first and second inflatable compartments (102, 104; 204, 206, 208, 210) each have at least one base surface (120, 126) and at least one leg surface (122, 128) located opposite the diagonal seal structure; wherein the base of the first inflatable compartment (102; 204, 208) contains low air loss holes that allow the contents of the first inflatable compartment (102; 204, 208) to escape; wherein the base of the second inflatable compartment (104; 206, 210) contains low air loss holes that allow the contents of the second inflatable compartment (104; 206, 210) to escape; and, wherein each compartment (102, 104; 204, 206, 208, 210) includes at least one fluid opening (108, 110). first and second inflatable compartments (102, 104; 204, 206, 208, 210) defined in part by first and second external side walls (116, 118) and a diagonal seal structure, wherein the diagonal seal structure directly connects the first and second external side walls (116, 118) to form fluid barrier between the first and second inflatable compartments (102, 104; 204, 206, 208, 210), the diagonal seal structure adding substantially no width to the walls; wherein the first and second inflatable compartments (102, 104; 204, 206, 208, 210) each have at least one base surface (120, 126) and at least one leg surface (122, 128) located opposite the diagonal seal structure; wherein the base of the first inflatable compartment (102; 204, 208) contains low air loss holes that allow the contents of the first inflatable compartment (102; 204, 208) to escape; wherein the base of the second inflatable compartment (104; 206, 210) contains low air loss holes that allow the contents of the second inflatable compartment (104; 206, 210) to escape; and, wherein each compartment (102, 104; 204, 206, 208, 210) includes at least one fluid opening (108, 110).
An electric oven comprising a cavity defining a cooking chamber, a food supporting member inserted in the cavity and supporting the food; and a heater (60, 70) mounted in the cavity, wherein the food supporting member includes a wire rack including a closed frame, a plurality of longitudinal beams each having a plurality of bending portions, a first end connected to the frame and a second end placed in the closed frame, and a plurality of lateral beams intersecting the longitudinal beam and having first and second ends connected to the frame; and the bending portions of the longitudinal beam are formed such that a direction where heat is transmitted from the first end of the longitudinal beam is opposite to a direction where the heat is transferred to the second end of the longitudinal beam, characterized in that the bending portion includes: an extending portion extending from the frame; a downward portion inclined downward from the extending portion; a first horizontal portion horizontally extending from the downward portion; an upward portion inclined upward from the first horizontal portion; and a second horizontal portion horizontally extending from the upward portion toward the extending portion. an extending portion extending from the frame; a downward portion inclined downward from the extending portion; a first horizontal portion horizontally extending from the downward portion; an upward portion inclined upward from the first horizontal portion; and a second horizontal portion horizontally extending from the upward portion toward the extending portion.
A cartridge apparatus, comprising: a cartridge defining a channel and an opening at an end portion thereof, the channel configured to hold a plurality of drug dosage forms; a plurality of drug dosage forms, disposed within the channel of the cartridge; a pusher, extending laterally with respect to a longitudinal axis of the channel from outside of the channel to within the channel, such that in response to pressing on the pusher outside the channel, the pusher exerts pressure, within the channel, on the plurality of drug dosage forms to urge a first drug dosage form of the plurality of drug dosage forms along the cartridge channel towards the opening, for delivery into a drug dosage form delivery device; and a spring coupled to the pusher, the spring and the pusher being disposed within the cartridge apparatus, the cartridge apparatus adapted to be coupled to the drug dosage form delivery device. a cartridge defining a channel and an opening at an end portion thereof, the channel configured to hold a plurality of drug dosage forms; a plurality of drug dosage forms, disposed within the channel of the cartridge; a pusher, extending laterally with respect to a longitudinal axis of the channel from outside of the channel to within the channel, such that in response to pressing on the pusher outside the channel, the pusher exerts pressure, within the channel, on the plurality of drug dosage forms to urge a first drug dosage form of the plurality of drug dosage forms along the cartridge channel towards the opening, for delivery into a drug dosage form delivery device; and a spring coupled to the pusher, the spring and the pusher being disposed within the cartridge apparatus, the cartridge apparatus adapted to be coupled to the drug dosage form delivery device.
A system for identifying a vehicle using a horn based on sound source positioning and image pairing, the system comprising: an integrated microphone array configured to acquire audio and a low-resolution image frame in real time; a high-definition camera configured to acquire a high-resolution image frame in real time; a control unit; and an image pairing system, wherein the integrated microphone array includes a microphone array composed of a plurality of microphones and a camera configured to acquire the low-resolution image frame; the control unit is configured to monitor the image frame of low-resolution which is acquired from the integrated microphone array and superimposed with a central position coordinate of a horn sound source when a horn is honked which is obtained by the integrated microphone array after calculation, and at the same time, is configured to acquire the image frame of high-resolution from the high-definition camera and is configured to output the high-resolution image frame to the image pairing system; and the image pairing system is configured to acquire an inter-image transformation coefficient between the low-resolution image frame and the high-resolution image frame, so as to obtain a corresponding position of the central position coordinate of the horn sound source in the high-resolution image frame, and is configured to provide License information of a vehicle corresponding to the position via an image target recognition technology. an integrated microphone array configured to acquire audio and a low-resolution image frame in real time; a high-definition camera configured to acquire a high-resolution image frame in real time; a control unit; and an image pairing system, wherein the integrated microphone array includes a microphone array composed of a plurality of microphones and a camera configured to acquire the low-resolution image frame; the control unit is configured to monitor the image frame of low-resolution which is acquired from the integrated microphone array and superimposed with a central position coordinate of a horn sound source when a horn is honked which is obtained by the integrated microphone array after calculation, and at the same time, is configured to acquire the image frame of high-resolution from the high-definition camera and is configured to output the high-resolution image frame to the image pairing system; and the image pairing system is configured to acquire an inter-image transformation coefficient between the low-resolution image frame and the high-resolution image frame, so as to obtain a corresponding position of the central position coordinate of the horn sound source in the high-resolution image frame, and is configured to provide License information of a vehicle corresponding to the position via an image target recognition technology.
A specific inhibitor of an enhancer RNA (eRNA), wherein the eRNA is: capable of enhancing transcription of one or more genes in a cell; and is transcribed from a genomic enhancer region, wherein the genomic enhancer region has a higher level of monomethylated lysine 4 of histone 3 (H3K4me1) than trimethylated lysine 4 of histone 3 (H3K4me3); wherein the specific inhibitor is a single-stranded antisense compound of 12 to 30 nucleosides in length, wherein the nucleobase sequence of the antisense compound is at least 70% complementary to the eRNA, and wherein the antisense compound is capable of inhibiting expression of the eRNA thereby inhibiting expression of one of more of the genes in the cell. capable of enhancing transcription of one or more genes in a cell; and is transcribed from a genomic enhancer region, wherein the genomic enhancer region has a higher level of monomethylated lysine 4 of histone 3 (H3K4me1) than trimethylated lysine 4 of histone 3 (H3K4me3);
A drilling tool for drilling openings in a cement ballast tank of an oil rig in order to gain access to an internal space in the ballast tank, the drilling tool comprising: - an electrical motor driving a first shaft, - a pump driven by the motor for pumping well fluid in through an inlet and out through an outlet, - a gear driven by the first shaft extending through the pump for reducing rotation of a second shaft, and - a drilling head having bits and at least one drilling head fluid channel and being driven by the second shaft, the outlet of the pump being fluidly connected with the fluid channel to pump well fluid out through the fluid channel, wherein the gear is arranged in a gear housing arranged in a tool housing defining a gear fluid channel providing fluid communication between the pump and the drilling head fluid channel to prevent well fluid from entering the gear. - an electrical motor driving a first shaft, - a pump driven by the motor for pumping well fluid in through an inlet and out through an outlet, - a gear driven by the first shaft extending through the pump for reducing rotation of a second shaft, and - a drilling head having bits and at least one drilling head fluid channel and being driven by the second shaft, the outlet of the pump being fluidly connected with the fluid channel to pump well fluid out through the fluid channel, wherein the gear is arranged in a gear housing arranged in a tool housing defining a gear fluid channel providing fluid communication between the pump and the drilling head fluid channel to prevent well fluid from entering the gear.
A population of water-dispersible nanoparticles, comprising: a plurality of nanoparticles, wherein each nanoparticle includes a nanocrystal core including a first semiconductor material, a shell including a second semiconductor material, and an outer layer that imparts hydrophilic properties to the nanoparticle, wherein the outer layer is comprised of a plurality of hydrophilic ligands and a plurality of hydrophobic phosphonic acid ligands each with at least one linking group for attachment to a surface of the shell, wherein the hydrophilic ligand is a dipeptide or a thiol; wherein the ratio of the plurality of hydrophilic ligands to the plurality of phosphonic acid ligands is at least 0.1:1. a plurality of nanoparticles, wherein each nanoparticle includes a nanocrystal core including a first semiconductor material, a shell including a second semiconductor material, and an outer layer that imparts hydrophilic properties to the nanoparticle, wherein the outer layer is comprised of a plurality of hydrophilic ligands and a plurality of hydrophobic phosphonic acid ligands each with at least one linking group for attachment to a surface of the shell, wherein the hydrophilic ligand is a dipeptide or a thiol; wherein the ratio of the plurality of hydrophilic ligands to the plurality of phosphonic acid ligands is at least 0.1:1.
Spring-damper system for controlled power supply to an annulus side and/or a piston side of a differential cylinder, consisting of at least - the differential cylinder, - a hydraulic accumulator and - a control valve apparatus (1, 2), wherein the annulus side or both the annulus side and the piston side of the differential cylinder can be supplied with pressurised fluid by means of at least one motor pump unit in a closed circuit using the control valve apparatus (1, 2), characterised in that the control valve apparatus comprises two control valves (1, 2), one of which is connected in a fluid-conveying manner at its inlet to the annulus side and at its outlet to both the piston side and to the inlet of the second control valve, which is connected with its outlet to the inlet of the pump in the motor pump unit, and in that both control valves (1, 2) are proportional throttle valves which are opened in their non-throttling original position. - the differential cylinder, - a hydraulic accumulator and - a control valve apparatus (1, 2), wherein the annulus side or both the annulus side and the piston side of the differential cylinder can be supplied with pressurised fluid by means of at least one motor pump unit in a closed circuit using the control valve apparatus (1, 2), characterised in that the control valve apparatus comprises two control valves (1, 2), one of which is connected in a fluid-conveying manner at its inlet to the annulus side and at its outlet to both the piston side and to the inlet of the second control valve, which is connected with its outlet to the inlet of the pump in the motor pump unit, and in that both control valves (1, 2) are proportional throttle valves which are opened in their non-throttling original position.
An end effector device comprising: a housing having an opening; a first gripper; and a second gripper; wherein the first gripper includes a first finger and a second finger facing each other and configured to open and close, the second gripper includes a third finger and a fourth finger facing each other and configured to open and close in a direction intersecting the first gripper, the first finger, the second finger, the third finger, and the fourth finger each protrude from the opening, a maximum distance between the first finger and the second finger is shorter than a maximum distance between the third finger and the fourth finger, the first finger and the second finger each have first side surfaces (52, 62) formed in an elongated pentagonal shape and a work contact surface bounded by the first side surfaces, and the third finger and the fourth finger each have gently bent second side surfaces (72, 82) formed in an S-shape and an inwardly sloping surface (77, 87) bounded by the second side surfaces. a housing having an opening; a first gripper; and a second gripper; wherein the first gripper includes a first finger and a second finger facing each other and configured to open and close, the second gripper includes a third finger and a fourth finger facing each other and configured to open and close in a direction intersecting the first gripper, the first finger, the second finger, the third finger, and the fourth finger each protrude from the opening, a maximum distance between the first finger and the second finger is shorter than a maximum distance between the third finger and the fourth finger, the first finger and the second finger each have first side surfaces (52, 62) formed in an elongated pentagonal shape and a work contact surface bounded by the first side surfaces, and the third finger and the fourth finger each have gently bent second side surfaces (72, 82) formed in an S-shape and an inwardly sloping surface (77, 87) bounded by the second side surfaces.
A motor comprising: a stator formed with a plurality of core plates being stacked one on top of another; and a rotor rotatably disposed at an inner side or at an outer side of the stator, wherein each core plate comprises: a body provided in a shape of an arc; a plurality of teeth radially extended from the body, and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth, the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body, and at least one second slit part formed by being slit in a circumferential direction of the body, and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body. a stator formed with a plurality of core plates being stacked one on top of another; and a rotor rotatably disposed at an inner side or at an outer side of the stator, wherein each core plate comprises: a body provided in a shape of an arc; a plurality of teeth radially extended from the body, and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth, the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body, and at least one second slit part formed by being slit in a circumferential direction of the body, and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body. a body provided in a shape of an arc; a plurality of teeth radially extended from the body, and having a coil wound thereto; and the body having a plurality of bending parts located between adjacent teeth, the bending parts comprising at least two first slit parts formed by being slit in a radial direction of the body, and at least one second slit part formed by being slit in a circumferential direction of the body, and the motor characterized in that the bending parts comprise a plurality of strength maintenance parts disposed adjacent to the first slit parts and the second slit part to maintain a strength of the body between the plurality of teeth and the plurality of strength maintenance parts is alternately disposed in the radial direction with the at least two first slit parts disposed in the radial direction of the body.
A service access system comprising: a computer (165, 167), said computer comprising a service engine for providing a service; and a global server for providing a user of a remote user terminal with authenticated access to the service provided by the service engine via an Internet channel between said remote user terminal and the global server, wherein the global server comprises a security engine configured to authenticate the user with respect to the global server by processing first authentication information for the user, the first authentication information being received from the remote user terminal via the Internet channel, to verify the identity of the user with respect to the global server; the global server comprising means (398, 395) configured to transmit web page data and configuration and user data to the remote user terminal, and, responsive to selection of a service received from the remote user terminal, to download to the remote terminal a downloadable executable for use in executing the selected service, wherein the global server is arranged to, responsive to a service access request from the downloadable executable, provision the verified remote user terminal with a service address corresponding to the selected service; and, thereafter retrieve second authentication information held by the global server for transmission directly to the service engine, to verify the user with respect to the service engine, whereby to permit a service request to be sent to the service engine from the remote user terminal. a computer (165, 167), said computer comprising a service engine for providing a service; and a global server for providing a user of a remote user terminal with authenticated access to the service provided by the service engine via an Internet channel between said remote user terminal and the global server, wherein the global server comprises a security engine configured to authenticate the user with respect to the global server by processing first authentication information for the user, the first authentication information being received from the remote user terminal via the Internet channel, to verify the identity of the user with respect to the global server; the global server comprising means (398, 395) configured to transmit web page data and configuration and user data to the remote user terminal, and, responsive to selection of a service received from the remote user terminal, to download to the remote terminal a downloadable executable for use in executing the selected service, wherein the global server is arranged to, responsive to a service access request from the downloadable executable, provision the verified remote user terminal with a service address corresponding to the selected service; and, thereafter retrieve second authentication information held by the global server for transmission directly to the service engine, to verify the user with respect to the service engine, whereby to permit a service request to be sent to the service engine from the remote user terminal.
Method for producing an adhesive material for a medical application, such as a dressing, comprising at least one step of coating a first surface of any substrate (4; 5), called the receiving substrate, using a layer of silicone previously applied to an anti-adherent liner, characterised in that, the silicone layer being an adhesive gel, the method comprises, prior to the coating step, a corona treatment step for the surface of the adhesive silicone gel which is intended to coat the receiving substrate (4; 5).