mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a photoresist relief image, comprising: (a) applying on a substrate an antireflective coating composition comprising a resin comprising cyanurate groups of the following Formula IA: wherein at least two of the radicals R 1 OOC(CH 2) n -, R 2 - and R 3 OOC(CH 2) m - are different acid or ester groups; and R 1, R 2 and R 3 are each independently hydrogen or non-hydrogen substituents, and at least one of R 1, R 2 and R 3 contain one or more halogen atoms; n and m are the same or different and each is a whole number, with the proviso that n and m are not both equal to 2; (b) applying a photoresist composition above the coating composition layer; and (c) exposing and developing the photoresist layer to provide a resist relief image. (a) applying on a substrate an antireflective coating composition comprising a resin comprising cyanurate groups of the following Formula IA: wherein at least two of the radicals R 1 OOC(CH 2) n -, R 2 - and R 3 OOC(CH 2) m - are different acid or ester groups; and R 1, R 2 and R 3 are each independently hydrogen or non-hydrogen substituents, and at least one of R 1, R 2 and R 3 contain one or more halogen atoms; n and m are the same or different and each is a whole number, with the proviso that n and m are not both equal to 2; (b) applying a photoresist composition above the coating composition layer; and (c) exposing and developing the photoresist layer to provide a resist relief image.
Composition containing a fragment of decorin able to bind zinc of less than 100 amino acids for use to treat diseases associated with muscle wasting.
Beverage container, at least comprising a housing with a base, a lid and a wall region connecting the base to the lid, as well as a first core bevel extending circumferentially along a circumferential direction between the lid and the wall region; wherein the beverage container has a first volume which can be filled at least partially with a liquid; wherein in the lid and along a radial direction within the first core bevel a closure is arranged, via which in the opened state the liquid can be removed from the first volume; wherein at least a portion of the opened closure extends into the first volume; wherein a fluid container is arranged within the first volume; wherein the fluid container, starting from a first end which is arranged in the first core bevel, extends at least along an axial direction towards the base to a second end of the fluid container and has, within a fluid container wall, a second volume for storing a fluid; characterized in that the first end is shaped and arranged such that for each position of the portion of the closure which extends into the first volume upon opening and in the opened state, the fluid container is arranged without contact with the portion.
A melt extrusion process for preparing a solid dispersion comprising a pharmaceutically active ingredient, a polymeric binder, and, optionally, one or more auxiliary agents, comprising a) in a batch-wise operation, placing a pre-determined amount of the polymeric binder, a pre-determined amount of the active ingredient, and, optionally, a pre-determined amount of the auxiliary agent(s) in a melting vessel; melting the polymeric binder in the melting vessel with agitation to disperse the active ingredient in the polymeric binder to obtain a molten pre-dispersion; b) feeding the pre-dispersion into an extruder to homogenize the pre-dispersion and release a melt through a die; and c) allowing the melt to solidify, wherein at least one of the active ingredient, the polymeric binder, and the auxiliary agent comprise a component that is semi-solid, tacky or viscous at ambient temperature. a) in a batch-wise operation, placing a pre-determined amount of the polymeric binder, a pre-determined amount of the active ingredient, and, optionally, a pre-determined amount of the auxiliary agent(s) in a melting vessel; melting the polymeric binder in the melting vessel with agitation to disperse the active ingredient in the polymeric binder to obtain a molten pre-dispersion; b) feeding the pre-dispersion into an extruder to homogenize the pre-dispersion and release a melt through a die; and c) allowing the melt to solidify,
A liquid ejecting head for mounting on a carriage in which a first positioning hole (H62A) defined by a first inner surface (H62AS) is provided, the head comprising: a first positioning member; and a first intermediate member including a first expansion portion being capable of being inserted into the first positioning hole, wherein the first expansion portion includes a first insertion hole into which the first positioning member can be inserted and is configured to expand in the radial direction by the first positioning member being inserted into the first insertion hole, characterised in that the first expansion portion abuts on the first inner surface by expanding in a radial direction intersecting with an insertion direction of the first expansion portion. a first positioning member; and a first intermediate member including a first expansion portion being capable of being inserted into the first positioning hole, wherein the first expansion portion includes a first insertion hole into which the first positioning member can be inserted and is configured to expand in the radial direction by the first positioning member being inserted into the first insertion hole, characterised in that the first expansion portion abuts on the first inner surface by expanding in a radial direction intersecting with an insertion direction of the first expansion portion.
A vehicle door positioning holder for positioning a vehicle door in an open position, comprising a hydraulic cylinder and a brake hydraulically connected in a loop to the hydraulic cylinder, wherein: - the hydraulic cylinder is configured to be connected to the vehicle door and to a chassis of the vehicle and to push a hydraulic fluid in the loop when the vehicle door is moved between the open and closed position (O, C), - characterized in that the brake comprises a first chamber hydraulically connected to the loop and a second chamber hydraulically connected to the loop, and a third chamber connected in the loop by that it in a first end is hydraulically connected to the first chamber and in a second end is hydraulically connected to the second chamber, - the brake further comprises a ball element configured to be ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop, and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop, wherein a flow resistance of the flow of the hydraulic fluid in the loop is larger when the ball element is positioned in the third chamber than when the ball element is moved towards the first or the second chamber (21, 22), wherein the third chamber has a cylindrical shape, an hourglass shape or a mix of a cylindrical and hourglass shape with a smallest diameter corresponding to the diameter of the ball element. - the hydraulic cylinder is configured to be connected to the vehicle door and to a chassis of the vehicle and to push a hydraulic fluid in the loop when the vehicle door is moved between the open and closed position (O, C), - characterized in that the brake comprises a first chamber hydraulically connected to the loop and a second chamber hydraulically connected to the loop, and a third chamber connected in the loop by that it in a first end is hydraulically connected to the first chamber and in a second end is hydraulically connected to the second chamber, - the brake further comprises a ball element configured to be ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop, and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop, ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop, and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop,
A system comprising: a first sensor supported proximate an opening having an RF attenuating material such that signals emitted from first sensor are stronger on a first side of the opening than on a second side of the opening; a second sensor supported proximate the opening having an RF attenuating material such that signals emitted from the second sensor are stronger on the second side of the opening than on the first side of the opening, the first and second sensors (115, 120) being adapted to emit signals include a sensor identifier; and circuitry to obtain received signal strength indications representative of distance from the opening to a device (130, 225) receiving the signals; wherein the circuitry is adapted to receive signal strength indications as the device (130, 225) moves from one side of the opening to the other, and the circuitry is adapted to subtract the signal strength indications from each other and to compare the result to a threshold to determine a direction of travel of the device (130, 225). a first sensor supported proximate an opening having an RF attenuating material such that signals emitted from first sensor are stronger on a first side of the opening than on a second side of the opening; a second sensor supported proximate the opening having an RF attenuating material such that signals emitted from the second sensor are stronger on the second side of the opening than on the first side of the opening, the first and second sensors (115, 120) being adapted to emit signals include a sensor identifier; and circuitry to obtain received signal strength indications representative of distance from the opening to a device (130, 225) receiving the signals; wherein the circuitry is adapted to receive signal strength indications as the device (130, 225) moves from one side of the opening to the other, and the circuitry is adapted to subtract the signal strength indications from each other and to compare the result to a threshold to determine a direction of travel of the device (130, 225).
A method of authenticating a user of a computing device, comprising, at a server: receiving a user login request with at least one primary credential from a computing device (102 - 110); validating the at least one primary credential to authenticate the user; creating a first device token and transmitting the first device token to the computing device; receiving a secondary user credential from the computing device; creating (210, 212) a server token and a reference to the server token; encrypting and storing the server token for use in a subsequent authentication of the user; and sending the server token reference to the computing device for use in the subsequent authentication with the secondary user credential, wherein the subsequent authentication comprises re-activating a previous authentication session by: receiving the server token reference and the secondary user credential from the computing device, fetching the encrypted server token from the reference, decrypting the server token, creating a second device token, and if the decrypted server token is readable by the server, transmitting the second device token to the computing device to re-activate the previous authentication session; wherein the secondary user credential is a personal identification number. receiving a user login request with at least one primary credential from a computing device (102 - 110); validating the at least one primary credential to authenticate the user; creating a first device token and transmitting the first device token to the computing device; receiving a secondary user credential from the computing device; creating (210, 212) a server token and a reference to the server token; encrypting and storing the server token for use in a subsequent authentication of the user; and sending the server token reference to the computing device for use in the subsequent authentication with the secondary user credential, wherein the subsequent authentication comprises re-activating a previous authentication session by: receiving the server token reference and the secondary user credential from the computing device, fetching the encrypted server token from the reference, decrypting the server token, creating a second device token, and if the decrypted server token is readable by the server, transmitting the second device token to the computing device to re-activate the previous authentication session; receiving the server token reference and the secondary user credential from the computing device, fetching the encrypted server token from the reference, decrypting the server token, creating a second device token, and if the decrypted server token is readable by the server, transmitting the second device token to the computing device to re-activate the previous authentication session; wherein the secondary user credential is a personal identification number.
A method performed by a wireless communication device, comprising: receiving first information from a wireless communication node, wherein the first information comprises information of a plurality of time windows for receiving a second message; transmitting a first message to the wireless communication node using a System Frame Number, SFN, for transmitting the first message and wherein the SFN for transmitting the first message is used to indicate one of the time windows of the plurality of time windows; receiving the second message from the wireless communication node within a time window of the plurality of time windows based on the first information, wherein the second message comprises an SFN received in a Media Access Control Random Access Response, MAC RAR, or a Downlink Control Information, DCI; comparing the SFN in the MAC RAR or the DCI with the SFN used for transmitting the first message; and determining that the second message is successfully received when the SFN in the MAC RAR or the DCI received within the time window matches the SFN used for transmitting the first message. receiving first information from a wireless communication node, wherein the first information comprises information of a plurality of time windows for receiving a second message; transmitting a first message to the wireless communication node using a System Frame Number, SFN, for transmitting the first message and wherein the SFN for transmitting the first message is used to indicate one of the time windows of the plurality of time windows; receiving the second message from the wireless communication node within a time window of the plurality of time windows based on the first information, wherein the second message comprises an SFN received in a Media Access Control Random Access Response, MAC RAR, or a Downlink Control Information, DCI; comparing the SFN in the MAC RAR or the DCI with the SFN used for transmitting the first message; and
A shock absorber, comprising: a cylinder which is a conductor; a rod inserted into the cylinder from one end side of the cylinder; a suspension spring arranged outside the cylinder; a spring receiver which receives a load of the suspension spring on the one end side of the rod; and a protective member arranged on the one end side of the rod and configured to protect the rod, wherein the protective member has a coil configured to detect a relative position between the cylinder and the protective member, and an end portion formed on the one end side of the protective member is arranged so as not to receive a load from the spring receiver. characterized in that a space for receiving the one-end-side end portion of the protective member is formed inside the spring receiver or on the one end side of the spring receiver, and the one-end-side end portion of the protective member has an extending portion extending in a direction away from the rod and the extending portion is inserted into the space. a cylinder which is a conductor; a rod inserted into the cylinder from one end side of the cylinder; a suspension spring arranged outside the cylinder; a spring receiver which receives a load of the suspension spring on the one end side of the rod; and a protective member arranged on the one end side of the rod and configured to protect the rod, wherein the protective member has a coil configured to detect a relative position between the cylinder and the protective member, and an end portion formed on the one end side of the protective member is arranged so as not to receive a load from the spring receiver. a space for receiving the one-end-side end portion of the protective member is formed inside the spring receiver or on the one end side of the spring receiver, and the one-end-side end portion of the protective member has an extending portion extending in a direction away from the rod and the extending portion is inserted into the space.
A device for removing debris from an eyelid of an eye, comprising: a scrubbing strip mounted to a surface of a support, wherein the support is in the form of a sleeve having an open end and is configured to engage a finger and wherein the scrubbing strip has a length, a width, and a height from the surface of the support, the length being greater than the width, and is configured as so mounted to access the inner margin of the upper and lower eyelids of the eye while the eyelids are in a closed position and to minimize contact with the surface of the eyeball.
A permanently joined heat exchanger assembly comprising heat exchanger plates (101; 201; 301; 401) for the use in a three circuit heat exchanger assembly for at least one refrigerant, where the plates comprise a first distribution area (102; 202; 302; 402) having three port holes (107, 109, 112; 207, 209, 212; 307, 309, 312; 407, 409, 412), a heat exchange area (103; 203; 303; 403) and a second distribution area (104; 204; 304; 404) having three port holes (108, 110, 111; 208, 210, 211; 308, 310, 311; 408, 410, 411), where the plates comprise a corrugated pattern having ridges and valleys, and a lower distribution groove (118, 119; 218, 219; 318, 319; 418, 419) is provided between the first distribution area and the heat exchange area such that a lower distribution path is obtainable between two adjacent lower distribution grooves when two plates are stacked to form a fluid channel between the plates, characterized in that a central port hole (112; 212, 312; 412) of the first distribution area is positioned at a vertical distance from the short end of the plates such that the center of the central port hole (112; 212, 312; 412) is positioned closer to the horizontal axis of a plate than the center of a refrigerant port hole (107, 109, 207, 209, 307, 309, 407, 409) such that a fluid passage is obtainable between the central port hole and the short end of the plates when two plates are stacked to form a fluid channel there between, and that a central port hole (111; 211; 311; 411) of the second distribution area is positioned at a vertical distance from the short end of the plates such that a fluid passage is obtainable between the central port hole and the short end of the plates when two plates are stacked to form a fluid channel there between, wherein the heat exchanger plates (101; 201; 301; 401) are joined by soldering, brazing, or welding.
Mowing vehicle, in particular a front mowing vehicle, having a tractor unit driven by a combustion engine and having a grass collection system and having a gear mechanism which is able to be coupled to the tractor unit via a drive shaft, said gear mechanism having a first gear shaft for driving a cutting mechanism arranged on the vehicle front side, wherein the grass collection system has a cuttings collection container which is arranged on the vehicle rear side, is able to be lifted and is able to be tilted, and a turbine for vacuuming the cuttings from the cutting mechanism and transporting the cuttings into the cuttings collection container, wherein a hydraulic oil supply device is provided in an oil circuit comprising an oil tank for driving the turbine, and wherein the oil supply device is coupled to the gear mechanism driven by means of the tractor unit via a second gear shaft, characterised in that the gear mechanism has a substantially cube-shaped gear housing, from which the first gear shaft serving to drive the cutting mechanism protrudes on the ground side and the second gear shaft serving to drive the oil supply device protrudes from the side surface of the gear mechanism facing away from the ground.
An intravascularly implantable medical device comprising: a coating that comprises a plurality of nanoparticles, wherein the nanoparticles comprise one or more therapeutic or prophylactic agents covalently attached to the outer surface of the nanoparticles and further comprise one or more contrast enhancing agents encapsulated within, adhered to the surface of or integrated into the structure of the nanoparticles, wherein the nanoparticles comprise micelles, liposomes, worm micelles, polymersones, polymer particles or hydrogel particles, and wherein the nanoparticles further comprise a first functional group with binding affinity for endothelium operatively coupled to the surface of the nanoparticles, wherein the first functional group comprises one or more first peptides, first proteins, first oligonucleotides or any combination thereof. a coating that comprises a plurality of nanoparticles, wherein the nanoparticles comprise one or more therapeutic or prophylactic agents covalently attached to the outer surface of the nanoparticles and further comprise one or more contrast enhancing agents encapsulated within, adhered to the surface of or integrated into the structure of the nanoparticles, wherein the nanoparticles comprise micelles, liposomes, worm micelles, polymersones, polymer particles or hydrogel particles, and wherein the nanoparticles further comprise a first functional group with binding affinity for endothelium operatively coupled to the surface of the nanoparticles, wherein the first functional group comprises one or more first peptides, first proteins, first oligonucleotides or any combination thereof.