mhurhangee/ep-ind-claims huggingface dataset:
An applicator for ophthalmic solutions in single-dose containers, comprising: a structure with two side walls covering the length, width and height of a single-dose container, wherein the two side walls leave at least one open space for inserting, removing, and pressing the single-dose container and allowing the label and the contents of the container to be viewed; a flat hollow support base attached to or forming part of one end of the one or more walls of the solid structure; an oval rim located at the other end of the two side walls of the solid structure, the oval rim having an upper lip and a lower lip that are concave at an offset to facilitate positioning of the applicator; wherein on each side wall is located a handle which in turn comprises a first C-shaped profile, wherein the single-dose container can be coupled between the first C-shaped profiles; and each first C-shaped profile comprises a second C-shaped profile arranged adjacent and continuous to the first C-shaped profile; wherein said second C-shaped profile is of a smaller size than the first C-shaped profile and its function is to serve as a stop mechanism to engage the single-dose container in the center at a certain fixed position and prevent it from moving further. a structure with two side walls covering the length, width and height of a single-dose container, wherein the two side walls leave at least one open space for inserting, removing, and pressing the single-dose container and allowing the label and the contents of the container to be viewed; a flat hollow support base attached to or forming part of one end of the one or more walls of the solid structure; an oval rim located at the other end of the two side walls of the solid structure, the oval rim having an upper lip and a lower lip that are concave at an offset to facilitate positioning of the applicator; wherein on each side wall is located a handle which in turn comprises a first C-shaped profile, wherein the single-dose container can be coupled between the first C-shaped profiles; and each first C-shaped profile comprises a second C-shaped profile arranged adjacent and continuous to the first C-shaped profile; wherein said second C-shaped profile is of a smaller size than the first C-shaped profile and its function is to serve as a stop mechanism to engage the single-dose container in the center at a certain fixed position and prevent it from moving further.
A storage/parking device for, preferably, vehicles such as for example motor vehicles, bicycles etc., in particular a vertical parking tower, with a plurality of parking gondolas, able to be moved with respect to a basic structure, furthermore with a drive (9, 10) for the parking gondolas which are coupled to one another, and with at least one electrical supply unit and with an associated electrical connecting line on at least one parking gondola, wherein the respective parking gondola is movable between a loading position and a storage position or respectively parking position offset vertically and/or horizontally with respect thereto, characterized in that at least one flexible drag link, movable together with the parking gondolas, is provided for guiding the electrical connecting line.
A network device comprising: a first channel module; a second channel module in series with said first channel module, a third channel module in series with said second channel module; a fourth channel module in series with said third channel module, wherein said first and fourth channel modules are connected in series between first and second reference potentials and wherein said first, second, third and fourth channel modules are functionally equivalent, characterized in that the network device further comprises a current balancing module that connects to nodes between said first and second channel modules, said second and third channel modules and said third and fourth channel modules and that reduces a difference in current consumption between said first, second, third and fourth channel modules. a first channel module; a second channel module in series with said first channel module, a third channel module in series with said second channel module; a fourth channel module in series with said third channel module, wherein said first and fourth channel modules are connected in series between first and second reference potentials and wherein said first, second, third and fourth channel modules are functionally equivalent, characterized in that the network device further comprises a current balancing module that connects to nodes between said first and second channel modules, said second and third channel modules and said third and fourth channel modules and that reduces a difference in current consumption between said first, second, third and fourth channel modules.
A sensor, comprising: - a sensor element with two opposite sides and a lateral side; - an interconnect comprising an electrically insulating flexible carrier configured for electrical conduction, wherein the carrier comprises two terminal segments (13B,13F) at two opposite sides of a central segment, wherein the first of the two terminal segments is folded over the first side of the two opposite sides of the sensor element, wherein the central segment of the carrier is located adjacent to the lateral side of the sensor element and the second of the two terminal segments is folded over the second side of the two opposite sides of the sensor element, wherein the carrier is configured to transmit an electrical signal from a first electrode comprised on the first side of the sensor element to the second side of the sensor element to provide an electrical connection of the first electrode from the second side of the sensor element. - a sensor element with two opposite sides and a lateral side; - an interconnect comprising an electrically insulating flexible carrier configured for electrical conduction, wherein the carrier comprises two terminal segments (13B,13F) at two opposite sides of a central segment, wherein the first of the two terminal segments is folded over the first side of the two opposite sides of the sensor element, wherein the central segment of the carrier is located adjacent to the lateral side of the sensor element and the second of the two terminal segments is folded over the second side of the two opposite sides of the sensor element,
A method for providing interactive instructions to a user to set up a controlling device used to command a plurality of controllable appliances, the method comprising: providing on a first controllable appliance programming for the display of instructions to the user in response to input from the user via the controlling device; providing input by the user to the first controllable appliance via the controlling device indicating that the controlling device is to be set up to command a second controllable appliance; accessing instruction data associated with the second controllable appliance by the programming provided on the first controllable appliance; characterized in that it further comprises in response to input by the user via the controlling device to select a device type and a brand of the second controllable appliance, displaying the instruction data by the programming provided on the first controllable appliance for use by the user in setting up the controlling device to command the second controllable appliance, the instruction data comprising a setup code number for input by the user to the controlling device to set up the controlling device. providing on a first controllable appliance programming for the display of instructions to the user in response to input from the user via the controlling device; providing input by the user to the first controllable appliance via the controlling device indicating that the controlling device is to be set up to command a second controllable appliance; accessing instruction data associated with the second controllable appliance by the programming provided on the first controllable appliance; characterized in that it further comprises in response to input by the user via the controlling device to select a device type and a brand of the second controllable appliance, displaying the instruction data by the programming provided on the first controllable appliance for use by the user in setting up the controlling device to command the second controllable appliance, the instruction data comprising a setup code number for input by the user to the controlling device to set up the controlling device.
A tubular cutting device for cutting a tubular structure enclosing a hollow space from within the hollow space, wherein the tubular cutting device comprises - a device body, - a cutting unit which is drivable to rotate relative to the device body and - a cutting member in the cutting unit which is drivable to rotate relative to the cutting unit, characterized in that the cutting unit and the cutting member are driven independently, wherein the ratio of the cutting member rotation to the cutting unit rotation can be changed during operation of the tubular cutting device or during the cutting process, wherein the cutting unit defines a longitudinal axis and wherein the cutting member extends in a plane having a normal which is inclined with respect to the longitudinal axis of the cutting unit. - a device body, - a cutting unit which is drivable to rotate relative to the device body and - a cutting member in the cutting unit which is drivable to rotate relative to the cutting unit, the cutting unit and the cutting member are driven independently, wherein the ratio of the cutting member rotation to the cutting unit rotation can be changed during operation of the tubular cutting device or during the cutting process, wherein the cutting unit defines a longitudinal axis and wherein the cutting member extends in a plane having a normal which is inclined with respect to the longitudinal axis of the cutting unit.
Method for gluing a friction lining to a support by means of an adhesive that develops its full adhesive effect under the influence of pressure and temperature, wherein the friction lining and the support are pressed together along with the adhesive in an affixation process before the adhesive in a crosslinking process develops its full adhesive effect in order to stick the friction lining to the support, wherein the temperature is higher during the crosslinking process than during the affixation process and wherein the pressure is higher during the affixation process than during the crosslinking process, and wherein a shorter time period is provided for the affixation process than for the crosslinking process, wherein the crosslinking process is performed at a pressure of 3000 kg.
Process for producing thermosetting composite parts by placement of fibers of a partially polymerized prepreg material capable of being obtained by a process for fabricating a partially polymerized prepreg material, said fabrication process comprising: - a step of impregnating fibers with thermosetting resin, - a step of partially polymerizing the resin to a degree of polymerization of between 20% and 60%, at a temperature of between 50 and 180°C, in order to obtain the partially polymerized prepreg which can be stored at ambient temperature, the thermosetting resin being of epoxide, cyanate or benzoxazine type; and said production process comprising: - a step of laying-up the material in the form of rovings, - a step of heating the laid-up material, at a temperature above the glass transition temperature of the prepreg state in question, - a step of pressing the laid-up material, - a step of cooling the laid-up material, making it possible to return to a temperature below the glass transition temperature of the prepreg state in question, the temperatures of the heating and cooling steps and the pressure of the pressing step being determined so that the part obtained has a void content of less than 4% by volume. - a step of impregnating fibers with thermosetting resin, - a step of partially polymerizing the resin to a degree of polymerization of between 20% and 60%, at a temperature of between 50 and 180°C, in order to obtain the partially polymerized prepreg which can be stored at ambient temperature, the thermosetting resin being of epoxide, cyanate or benzoxazine type; - a step of laying-up the material in the form of rovings, - a step of heating the laid-up material, at a temperature above the glass transition temperature of the prepreg state in question, - a step of pressing the laid-up material, - a step of cooling the laid-up material, making it possible to return to a temperature below the glass transition temperature of the prepreg state in question, the temperatures of the heating and cooling steps and the pressure of the pressing step being determined so that the part obtained has a void content of less than 4% by volume.
A method of identifying a tumor that is sensitive to treatment with axitinib, comprising: (a) measuring CD68 polypeptide expression level in a tissue sample from a tumor obtained from a human patient being considered for treatment with axitinib; and (b) comparing the CD68 expression level in step (a) against a threshold CD68 expression level determined by measuring CD68 polypeptide expression in tissue samples of tumors obtained from human patients previously treated with axitinib and shown to be resistant to axitinib and human patients previously treated with axitinib and shown to be sensitive to axitinib, wherein a CD68 expression level above the threshold level indicates that the tumor is sensitive to treatment with axitinib.
A hinge assembly for mounting a sash in a window frame in a top hung arrangement, the hinge assembly comprising a top bracket assembly and a support arm assembly, wherein the top bracket assembly comprises a frame bracket for attaching to a frame and a sash bracket for attaching to a sash, the frame bracket and the sash bracket being releasably connectable, and wherein the support arm assembly comprises a frame mounting part for attaching to the frame and a sash mounting part for attaching to the sash, the sash mounting part comprising a pivotable support arm and a friction connector, characterised in that the pivotable support arm is configured to be releasably connected to the frame mounting part, and wherein the pivoting of the support arm is restricted by the friction connector, wherein the friction connector comprises a friction ring and a friction cone, wherein the friction cone is provided coaxially with the friction ring and wherein the friction cone is configured to rotate relative to the friction ring when the support arm is pivoted, wherein a surface of the friction cone contacts a first friction surface of the friction ring, and wherein the contact between the friction cone and the first friction surface generates friction to restrict the pivoting of the support arm. wherein the top bracket assembly comprises a frame bracket for attaching to a frame and a sash bracket for attaching to a sash, the frame bracket and the sash bracket being releasably connectable, and wherein the support arm assembly comprises a frame mounting part for attaching to the frame and a sash mounting part for attaching to the sash, the sash mounting part comprising a pivotable support arm and a friction connector, characterised in that the pivotable support arm is configured to be releasably connected to the frame mounting part, and wherein the pivoting of the support arm is restricted by the friction connector, wherein the friction connector comprises a friction ring and a friction cone, wherein the friction cone is provided coaxially with the friction ring and wherein the friction cone is configured to rotate relative to the friction ring when the support arm is pivoted, wherein a surface of the friction cone contacts a first friction surface of the friction ring, and wherein the contact between the friction cone and the first friction surface generates friction to restrict the pivoting of the support arm.
A method for culturing mesenchymal stem cells, comprising the steps of: isolating mesenchymal stem cells having a size of 8 μm or less; and culturing the mesenchymal stem cells in a medium containing 2.1 to 3.8 mM of calcium and 1.0 to 3.0 mM of magnesium under a condition of 2 to 5% oxygen, wherein the isolating does not comprise methods for treatment of the human or animal body by surgery or therapy and does not comprise diagnostic methods practised on the human or animal body. isolating mesenchymal stem cells having a size of 8 μm or less; and culturing the mesenchymal stem cells in a medium containing 2.1 to 3.8 mM of calcium and 1.0 to 3.0 mM of magnesium under a condition of 2 to 5% oxygen, wherein the isolating does not comprise methods for treatment of the human or animal body by surgery or therapy and does not comprise diagnostic methods practised on the human or animal body.
Friction-welded connection of at least one plate (1, 2; 24, 25) to a connecting body (3; 31), which connecting body (3; 31) has a slender cone (5, 14, 32) terminating in a tip (10, 13, 17, 33), and, in the area of a collar (4, 37) of the connecting body (3; 31), has a driver member for the application of a pressure and rotary tool, and which plate (1, 2; 24, 25) has a passage that protrudes from the plate in the driving direction and is shaped by said slender cone, which passage forms a friction welding zone along its interior surface which extends to said cone, characterized in that said friction-welded connection has at least a second plate which makes contact with said first plate (1, 2; 24, 25) such that said first and second plates lie on top of each other, said second plate (1, 2; 24, 25) having a passage that protrudes from the second plate in the driving direction and is shaped by said slender cone, both passages (8, 9) being formed such that they merge into each other and that a friction-welded zone is formed along their interior surfaces which extends to said slender cone, with the tip (10, 13, 17, 33) protruding from the lower plate and said collar (4, 37) resting on the top plate.
A wheel-end assembly for a vehicle, comprising: a knuckle having a kingpin bore; a kingpin disposed within said kingpin bore, whereby said knuckle is at least partially rotatable about a longitudinal axis of said kingpin; a knuckle cap assembly coupled with said kingpin bore, wherein said knuckle cap assembly comprises: a base portion, a mounting portion removably coupled with said base portion, and a sensor coupled with said mounting portion, characterised in that the base portion is disposed between the kingpin and the sensor, and the mounting portion is arranged such that it may be rotated relative to the base portion before being coupled thereto, such that the sensor may be selectively oriented to a predetermined position relative to the base portion. a knuckle having a kingpin bore; a kingpin disposed within said kingpin bore, whereby said knuckle is at least partially rotatable about a longitudinal axis of said kingpin; a knuckle cap assembly coupled with said kingpin bore, wherein said knuckle cap assembly comprises: a base portion, a mounting portion removably coupled with said base portion, and a sensor coupled with said mounting portion, a base portion, a mounting portion removably coupled with said base portion, and a sensor coupled with said mounting portion, the base portion is disposed between the kingpin and the sensor, and the mounting portion is arranged such that it may be rotated relative to the base portion before being coupled thereto, such that the sensor may be selectively oriented to a predetermined position relative to the base portion.
An oral composition for inhibiting the formation of plaque biofilm by salivary bacteria in an oral cavity of a consumer, the composition comprising magnolia bark extract and L-arginine, N α -lauroyl-ethyl ester, wherein the oral composition comprises the MBE and LAE in amounts that provide a synergistic inhibition of the formation of plaque biofilm in the oral cavity, wherein the weight ratio of MBE to LAE is from 16:1 to 4:1.
An ultrasonic apparatus including a plurality of channels, each comprising: a transmission channel configured to generate and output a transmission signal based on a synchronization signal; a transducer element configured to convert the transmission signal output from the transmission channel into an ultrasonic signal and output the ultrasonic signal; a transceiver switching circuit configured to attenuate and output the transmission signal output from the transmission channel, and to output a reception signal that returns after the ultrasonic signal is transmitted to an object and is reflected from the object; and a reception channel configured to receive the attenuated output transmission signal and the output reception signal, and to detect transmission waveform information based on the attenuated transmission signal, wherein the ultrasonic apparatus further comprising: a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels. a transmission channel configured to generate and output a transmission signal based on a synchronization signal; a transducer element configured to convert the transmission signal output from the transmission channel into an ultrasonic signal and output the ultrasonic signal; a transceiver switching circuit configured to attenuate and output the transmission signal output from the transmission channel, and to output a reception signal that returns after the ultrasonic signal is transmitted to an object and is reflected from the object; and a reception channel configured to receive the attenuated output transmission signal and the output reception signal, and to detect transmission waveform information based on the attenuated transmission signal, wherein the ultrasonic apparatus further comprising: a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels. a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels.