mhurhangee/ep-ind-claims huggingface dataset:
A molecule comprising Formula: A-X-B-C Formula wherein C is a marker or therapeutic cargo moiety, B is a cell-penetrating peptide with a sequence comprising 5 to 20 consecutive basic amino acids; A is a peptide with a sequence comprising 5 to 9 consecutive acidic amino acids selected from: aspartate and glutamate, which when linked with B is effective to inhibit or prevent cellular uptake of B - C; and X is a linker consisting of 2 to 100 atoms joining A with B, configured for cleavage under physiological conditions; wherein B is covalently linked to C, and wherein B is effective to enhance transport of C across a cell membrane. C is a marker or therapeutic cargo moiety, B is a cell-penetrating peptide with a sequence comprising 5 to 20 consecutive basic amino acids; A is a peptide with a sequence comprising 5 to 9 consecutive acidic amino acids selected from: aspartate and glutamate, which when linked with B is effective to inhibit or prevent cellular uptake of B - C; and X is a linker consisting of 2 to 100 atoms joining A with B, configured for cleavage under physiological conditions;
An aqueous coating composition comprising by dry weight based on total dry weight of the coating composition, from 2% to 16% of a small-particle-size polymeric dispersion of (co)polymeric particles having an average particle size of from 30 to 90nm wherein the particles comprise at least one ethylenically unsaturated nonionic monomer selected from methyl methacrylate, ethyl acrylate, butyl acrylate, 2-ethylhexyl acrylate, styrene, and the combinations thereof and less than 10% by dry weight based on total dry weight of the (co)polymeric particles of a stabilizer monomer, and from 25% to 70% titanium dioxide particles; wherein from 50% to 100% of the titanium dioxide particles are encapsulated by a polymer shell of (co)polymeric particles comprising at least one ethylenically unsaturated nonionic monomer selected from methyl methacrylate, ethyl acrylate, butyl acrylate, 2-ethylhexyl acrylate, styrene, and the combinations thereof and less than 10% by dry weight based on total dry weight of the (co)polymeric particles of a stabilizer monomer.
A robot control apparatus, which is configured to control a robot arm to be driven by transmitting a drive force to each of multiple joints (J1 to J6) from each of drive sources (211 to 216) corresponding thereto via a transmitting component (221 to 226) so that the robot arm follows a specified trajectory, the control being carried out based on an instruction value to be instructed against the each of the drive sources (211 to 216), the robot control apparatus comprising: a storage unit configured to store constraint conditions, wherein, when a movable range of the robot arm is divided into multiple spaces (1306A to 1306D), the constraint conditions being calculated in advance for each of the multiple spaces so that a load torque to be applied to the transmitting component (221 to 226) falls within an allowable range in each of the multiple spaces (1306A to 1306D), the constraint conditions including a constraint value of a jerk for each of the multiple joints (J1 to J6); and a calculating unit configured to generate the instruction value satisfying an inequality constraint based on the specified trajectory of the robot arm by using the constraint conditions stored in the storage unit as the inequality constraint. a storage unit configured to store constraint conditions, wherein, when a movable range of the robot arm is divided into multiple spaces (1306A to 1306D), the constraint conditions being calculated in advance for each of the multiple spaces so that a load torque to be applied to the transmitting component (221 to 226) falls within an allowable range in each of the multiple spaces (1306A to 1306D), the constraint conditions including a constraint value of a jerk for each of the multiple joints (J1 to J6); and a calculating unit configured to generate the instruction value satisfying an inequality constraint based on the specified trajectory of the robot arm by using the constraint conditions stored in the storage unit as the inequality constraint.
Blade head for granulating strands of material, comprising - a blade carrier, - at least one granulating blade (15, 15') which is fastened to the blade carrier, and - at least one adjusting element (49, 49'), which bears against the respective granulating blade (15, 15') for fine positioning purposes, characterized in that the respective granulating blade (15, 15') is pre-assembled and fastened to a positioning component (23, 23'), in that the respective positioning component (23, 23') bears against the blade carrier in an x direction and in a y direction for the rough positioning of the granulating blade (15, 15'), and in that the at least one adjusting element (49, 49') is adjustable in a z direction. - a blade carrier, - at least one granulating blade (15, 15') which is fastened to the blade carrier, and - at least one adjusting element (49, 49'), which bears against the respective granulating blade (15, 15') for fine positioning purposes, in that the respective granulating blade (15, 15') is pre-assembled and fastened to a positioning component (23, 23'), in that the respective positioning component (23, 23') bears against the blade carrier in an x direction and in a y direction for the rough positioning of the granulating blade (15, 15'), and in that the at least one adjusting element (49, 49') is adjustable in a z direction.
A composition comprising beta-hydroxy-beta-methylbutyric acid in free acid form (HMB-acid) for use in improving the effectiveness of HMB upon administration,compared to the administration of a similar dosage of a calcium salt HMB composition, in decreasing muscle damage in muscle subjected to stress, decreasing muscle damage in muscle subjected to damage, improving a person's immune response or decreasing disease-associated wasting.
Gas turbine burner part comprising - a first portion, - a second portion, - an interface defining said first portion from said second portion, - a channel extending from said first portion through said interface into said second portion, wherein said second portion is made by additive manufacturing technology on top of said interface of said first portion, wherein said channel has a first average diameter in said first portion and said interface, wherein said channel has a second average diameter in said second portion at said interface, wherein said second diameter is larger than said fist diameter (Dl), wherein said channel is becoming narrower along a first tapered portion in said second portion with increasing distance from said interface, wherein said channel extends along a first central axis at least in the proximity to said interface in said first portion, wherein said channel extends along a second central axis at least in the proximity to said interface in said second portion, wherein said first axis is parallel to said second axis. - a first portion, - a second portion, - an interface defining said first portion from said second portion, - a channel extending from said first portion through said interface into said second portion, wherein said second portion is made by additive manufacturing technology on top of said interface of said first portion, wherein said channel has a first average diameter in said first portion and said interface, wherein said channel has a second average diameter in said second portion at said interface, wherein said second diameter is larger than said fist diameter (Dl), wherein said channel is becoming narrower along a first tapered portion in said second portion with increasing distance from said interface, wherein said channel extends along a first central axis at least in the proximity to said interface in said first portion, wherein said channel extends along a second central axis at least in the proximity to said interface in said second portion, wherein said first axis is parallel to said second axis.
A process for preparing a catalyst, at least comprising the steps: adding a protecting agent to an aqueous solution of a metal precursor to give a mixture, adding a reducing agent to mixture to give a mixture, wherein the reducing agent is an alkali metal borohydride, adding a support material to mixture to give a mixture, adjusting the pH of mixture to a value in the range from 2 to 7, separating the solid and liquid phase of mixture. adding a protecting agent to an aqueous solution of a metal precursor to give a mixture, adding a reducing agent to mixture to give a mixture, wherein the reducing agent is an alkali metal borohydride, adding a support material to mixture to give a mixture, adjusting the pH of mixture to a value in the range from 2 to 7, separating the solid and liquid phase of mixture.
A toroidal inner tube (30, 130) in the form of a flexible corrugated tube (40, 140) that is curved to form a closed loop, the tube comprising alternating crest rings (46, 146) and trough rings (48, 148), the tube presenting a radius, characterized in that, when measured in a plane perpendicular to the axis of the tube, the radial thickness (54, 154') of the crest rings (46, 146) is less than the radial thickness (56, 156') of the trough rings (48, 148).
Process for controlling the displaying of media on a display device, such as a digital frame, under the control of a centralized server accessing a contextual database, the process being based on the periodical transmission by said frame of a request comprising an identifier of said display device and also comprising headers defining contextual information reported to said server and stored within said contextual database, said server responding to said request by means of a response defining the media to display, accompanied by headers defining one or more actions to be executed by said display device; characterised in that said request are HTTP GET or POST requests comprising the identifier of the frame and the IP address accompanied by headers defining contextual information to be reported to said server for the purpose of being stored within said database, and which responses received from said server comprise a XML file including a list of URL defining the images to download and display together with the duration of display, said response also comprising headers defining one or more actions to be executed by said display device; and wherein the display device performs a comparison of the XML file with the file being currently displayed for the purpose of detecting any response which would be received from a cache instead of said server; wherein the detection of responses received from a cache instead of from the server occurs when the received XML file and the file currently displayed are identical; wherein said detection resulting in the continuation of the displaying of the current media by said display device.
A process for the conversion of a feed comprising a mixture of hydrogen and carbon monoxide to hydrocarbons, the hydrogen and carbon monoxide in the feed being present in a ratio of from 1:9 to 9:1 by volume, the process comprising the step of: a. contacting the feed at elevated temperature and atmospheric or elevated pressure with a catalyst comprising titanium dioxide and cobalt; wherein the catalyst initially comprises from 30% to 95% metallic cobalt by weight of cobalt; and the process initially comprising the step of: i.pre-treating a catalyst composition comprising: a) titanium dioxide support, and b) a cobalt compound which is oxidic cobalt, a cobalt compound decomposable thereto or mixtures thereof, with a reducing agent at a temperature of from 220°C to 250°C to form the catalyst employed in step a above. a. contacting the feed at elevated temperature and atmospheric or elevated pressure with a catalyst comprising titanium dioxide and cobalt; wherein the catalyst initially comprises from 30% to 95% metallic cobalt by weight of cobalt; and the process initially comprising the step of: i.pre-treating a catalyst composition comprising: a) titanium dioxide support, and b) a cobalt compound which is oxidic cobalt, a cobalt compound decomposable thereto or mixtures thereof, with a reducing agent at a temperature of from 220°C to 250°C to form the catalyst employed in step a above. i.pre-treating a catalyst composition comprising: a) titanium dioxide support, and b) a cobalt compound which is oxidic cobalt, a cobalt compound decomposable thereto or mixtures thereof, with a reducing agent at a temperature of from 220°C to 250°C to form the catalyst employed in step a above. a) titanium dioxide support, and b) a cobalt compound which is oxidic cobalt, a cobalt compound decomposable thereto or mixtures thereof,
Computer apparatus that is not connected to the Internet and comprises a housing combining at least: • a power supply, • a motherboard provided with a microprocessor, • a read-only memory and a random-access memory, and also • network resources comprising at least one first, public access point, which broadcasts its network identifier and allows a local network to be created between various mobile devices that can be connected to the computer apparatus by this first, public access point, characterized in that the network resources comprise a second, hidden access point, which does not broadcast its network identifier, is completely independent of the first access point, and allows the wireless connection of at least one mobile device that has a module allowing at least one Internet connection, the mobile device being configured to connect to the hidden access point, in order to allow the Internet connection to be shared, under the control of the microprocessor, via the hidden access point of the computer apparatus, with the various mobile devices of the local network that are connected to the first, public access point. • a power supply, • a motherboard provided with a microprocessor, • a read-only memory and a random-access memory, and also • network resources comprising at least one first, public access point, which broadcasts its network identifier and allows a local network to be created between various mobile devices that can be connected to the computer apparatus by this first, public access point,
An air gasper for a vehicle, comprising: an air inlet; a first housing disposable through a panel in the vehicle, the first housing being connected to the air inlet; a second housing disposed within the first housing; an air outlet disposed within the second housing, downstream of the air inlet; and a first mechanism connected between the first housing and the second housing, wherein the first mechanism permits the second housing to be stowed within the first housing in a stowed position and also permits the second housing to extend outwardly from the first housing in a deployed position, characterized in that, when the second housing is in the deployed position, the air outlet is permitted to acquire an opened position for permitting air to exit the air outlet and a closed position for preventing air from exiting the air outlet. an air inlet; a first housing disposable through a panel in the vehicle, the first housing being connected to the air inlet; a second housing disposed within the first housing; an air outlet disposed within the second housing, downstream of the air inlet; and a first mechanism connected between the first housing and the second housing, wherein the first mechanism permits the second housing to be stowed within the first housing in a stowed position and also permits the second housing to extend outwardly from the first housing in a deployed position, characterized in that, when the second housing is in the deployed position, the air outlet is permitted to acquire an opened position for permitting air to exit the air outlet and a closed position for preventing air from exiting the air outlet.
A method for traversing of a yarn upon its winding on a bobbin mounted in a winding mechanism of an operating unit of a textile machine, at which traversing motion of the yarn is generated through a straight-line reciprocating motion of a traversing rod being common for a row of operating units, whereas before the dead centre of the traversing rod in the first phase of its deceleration kinetic energy of the traversing rod transforms to potential energy of a magnetic field, and in the second phase of deceleration kinetic energy of the traversing rod transforms to potential energy of a field of elastic forces, which contributes to deceleration in motion of the traversing rod, whereas subsequently behind the dead centre in the first phase of acceleration of the traversing rod potential energy of the field of elastic forces transforms to kinetic energy of the traversing rod, and in the second phase of acceleration of the traversing rod potential energy of the magnetic field transforms to kinetic energy of the traversing rod, which contributes to acceleration in motion of the traversing rod, characterised in that before the dead centre, at least in a final area of the first phase of deceleration of the traversing rod there acts to the traversing rod a force, which with respect to the track of motion of the traversing rod is increasing more steeper than in the second phase of deceleration, wherein the field of elastic forces has a flat characteristics, such that the differences of elastic forces during a blurring cycle are minimized.
A method of determining a path, the method comprising: receiving a plurality of previous positions of a user device; receiving access granted information from one or more access devices; obtaining space details of one or more access devices in response to the access granted information; creating one or more paths in response to the plurality of previous positions of the user device, the space details, and the access granted information; determining (616, 618) a next event for the user device; mapping an event location of the next event; obtaining a current position of the user device; obtaining an access list for the user device, the access list including access devices that the user device is authorized to activate; obtaining a path list including any of the one or more paths that go from the current position to the event location; and selecting a path from the path list; wherein the method comprises: transmitting a command to each access device, which is located on said selected path, when the user device is located within a position boundary of the access device; and adjusting the access device when the command is received; wherein the adjusting comprises at least one of: unlocking a door lock; opening an elevator door; and unlocking a turnstile. receiving a plurality of previous positions of a user device; receiving access granted information from one or more access devices; obtaining space details of one or more access devices in response to the access granted information; creating one or more paths in response to the plurality of previous positions of the user device, the space details, and the access granted information; determining (616, 618) a next event for the user device; mapping an event location of the next event; obtaining a current position of the user device; obtaining an access list for the user device, the access list including access devices that the user device is authorized to activate; obtaining a path list including any of the one or more paths that go from the current position to the event location; and selecting a path from the path list; wherein the method comprises: transmitting a command to each access device, which is located on said selected path, when the user device is located within a position boundary of the access device; and adjusting the access device when the command is received; wherein the adjusting comprises at least one of: unlocking a door lock; opening an elevator door; and unlocking a turnstile. transmitting a command to each access device, which is located on said selected path, when the user device is located within a position boundary of the access device; and adjusting the access device when the command is received; wherein the adjusting comprises at least one of: unlocking a door lock; opening an elevator door; and unlocking a turnstile.
An affinity chromatography carrier, comprising: a substrate; a hydrophilic polymer; and an affinity ligand, wherein the substrate is comprised of at least one selected from the group consisting of a crosslinked cellulose, a crosslinked agarose, an acrylate-based polymer, a methacrylate-based polymer and a styrene-based polymer, the hydrophilic polymer is at least one selected from the group consisting of hydrophilic polysaccharides, the substrate is coated with the hydrophilic polymer, the affinity ligand is at least one selected from the group consisting of an antibody-binding protein and an antibody-binding polypeptide, a carboxy group is introduced into the affinity chromatography carrier, and the amount of the carboxy group introduced, as determined by the method indicated in the passage of the specification titled "Method for measuring carboxy group introduction amount", is 15 mmol/L-gel to 60 mmol/L-gel in terms of ion exchange capacity. a substrate; a hydrophilic polymer; and an affinity ligand, wherein the substrate is comprised of at least one selected from the group consisting of a crosslinked cellulose, a crosslinked agarose, an acrylate-based polymer, a methacrylate-based polymer and a styrene-based polymer, the hydrophilic polymer is at least one selected from the group consisting of hydrophilic polysaccharides, the substrate is coated with the hydrophilic polymer, the affinity ligand is at least one selected from the group consisting of an antibody-binding protein and an antibody-binding polypeptide, a carboxy group is introduced into the affinity chromatography carrier, and the amount of the carboxy group introduced, as determined by the method indicated in the passage of the specification titled "Method for measuring carboxy group introduction amount", is 15 mmol/L-gel to 60 mmol/L-gel in terms of ion exchange capacity.