mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in treating pulmonary arterial hypertension in a human patient, by adjusting one or more hemodynamic parameters towards a more normal level versus baseline, the composition comprising: a therapeutically effective amount of ambrisentan or a salt thereof in combination with a therapeutically effective amount of tadalafil or a salt thereof, wherein the weight ratio of ambrisentan or salt thereof to tadalafil or salt thereof is in a range from 1:1 to 1:10, and wherein the effectiveness of administration of the therapeutically effective amount of ambrisentan or salt thereof in combination with the therapeutically effective amount of tadalafil or salt thereof is greater than the sum of effectiveness of mono-administration of each agent. wherein the weight ratio of ambrisentan or salt thereof to tadalafil or salt thereof is in a range from 1:1 to 1:10, and wherein the effectiveness of administration of the therapeutically effective amount of ambrisentan or salt thereof in combination with the therapeutically effective amount of tadalafil or salt thereof is greater than the sum of effectiveness of mono-administration of each agent.
A method for generating functional layers (110, 120, 130) of an electrochemical storage device, comprising: a. providing a first preparation in a first reservoir of a coating device, b. providing a second preparation in a second reservoir of said coating device, c. placing said coating device above a substrate and moving said coating device relative to the substrate along a coating direction, d. dispensing the first preparation from the first reservoir through a first slot of the coating device onto a coating surface of the substrate, wherein the first slot extends along a lateral axis perpendicular to the coating direction and parallel to the coating surface, and simultaneously dispensing the second preparation from the second reservoir through a second slot of the coating device onto the substrate, wherein the second slot extends along the lateral axis, e. wherein the first preparation and the second preparation form a curtain (310, 320) between the coating device and the substrate,, and f. wherein a first functional layer of the electrochemical storage device is formed on the coating surface from the first preparation, and a second functional layer of the electrochemical storage device is simultaneously formed on the first functional layer from the second preparation. a. providing a first preparation in a first reservoir of a coating device, b. providing a second preparation in a second reservoir of said coating device, c. placing said coating device above a substrate and moving said coating device relative to the substrate along a coating direction, d. dispensing the first preparation from the first reservoir through a first slot of the coating device onto a coating surface of the substrate, wherein the first slot extends along a lateral axis perpendicular to the coating direction and parallel to the coating surface, and simultaneously dispensing the second preparation from the second reservoir through a second slot of the coating device onto the substrate, wherein the second slot extends along the lateral axis, e. wherein the first preparation and the second preparation form a curtain (310, 320) between the coating device and the substrate,, and f. wherein a first functional layer of the electrochemical storage device is formed on the coating surface from the first preparation, and a second functional layer of the electrochemical storage device is simultaneously formed on the first functional layer from the second preparation.
A conotoxin polypeptide κ-CPTx-btl02, characterized in that the conotoxin polypeptide is comprised of 15 amino acids, and has a molecular weight of 1660.61 daltons and a complete amino acid sequence of RCRCEQTCGTCVPCC.
Method in a terminal for providing acknowledgement information or non-acknowledgement information "ACK/NAK" to a base station concerning the reception status of data packets received in subframes from the base station, the method comprises the steps of: generating encoded ACK/NAK to be sent to the base station, selecting a scrambling code, scrambling the generated ACK/NAK with the selected scrambling code, and sending the scrambled ACK/NAK to the base station, the method characterized by comprising the further step of: counting a number of downlink assignments received from the base station, and wherein the selection of scrambling code is based on the number of received downlink assignments. generating encoded ACK/NAK to be sent to the base station, selecting a scrambling code, scrambling the generated ACK/NAK with the selected scrambling code, and sending the scrambled ACK/NAK to the base station, the method characterized by comprising the further step of: counting a number of downlink assignments received from the base station, and wherein the selection of scrambling code is based on the number of received downlink assignments.
A hydraulic throttle apparatus (1; 40) for a sealing system of a rotational apparatus, preferably for a sealing system of a wheel part with a hydrostatic wheel hub motor, the rotational apparatus comprising a first and a second component (4, 5) which can be rotated about a rotational axis relative to one another, comprising a hydraulic throttle device which is arranged fixedly on the first component so as to rotate with it, having a throttle gap, the lower and upper wall of which, as viewed in the radial direction of the rotational axis, are arranged fixedly with respect to one another for conjoint rotation and are formed by way of the throttle device; and at least one rotary seal which seals the throttle device with respect to the second component of the rotational apparatus, which second component can be rotated relative to the throttle device.
An optical device for an illuminator device, configured to modify the distribution of light produced by a light source, the optical device comprising: - a first surface (101, 201, 301, 401) for acting as a light-ingress surface for receiving light from the light source, and - a second surface (102, 202, 302, 402) for acting as a light-egress surface for the light received at the first surface, wherein the first surface comprises a plurality of convex areas (103, 104, 203, 303, 403) and the second surface comprises a plurality of elevations (105, 106, 205, 305, 405) so that the convex areas are configured to direct the light received at the first surface to at least some of the elevations, and each of the at least some of the elevations is configured to turn at least a part of the light directed to the elevation under consideration sideward with respect to a height direction of the elevation under consideration, characterized in that each of the at least some of the elevations is tapering towards a tip of the elevation under consideration, and the tip has a shape of a spherical calotte and another part of the elevation under consideration has a conical shape. - a first surface (101, 201, 301, 401) for acting as a light-ingress surface for receiving light from the light source, and - a second surface (102, 202, 302, 402) for acting as a light-egress surface for the light received at the first surface,
Battery which comprises at least one module comprising one or more accumulators connected to each other, at least one electrically insulating support on which is arranged at least a part of the accumulators, said electrically insulating support comprising an upper face on which at least part of the accumulators rests and a lower face (36.2), and at least one zone which protrudes or recedes (36.1) from the lower face (36.2) formed in or on said lower face, said zone edging all or part of the external contour of the lower face (36.2) and a support element on which said electrically insulating support rests, such that said zone is arranged at a distance from a surface upon which the support element rests, so as to cause potential streams of liquid to flow under gravity, said surface comprising at least one conductive metallic element located at least vertically in line with the protruding or receding zone (36.1) and means for verifying the electrical insulation between said conductive metallic element and the module or any conductive portion connected to a terminal of said module.
A freight rack arrangement having a freight rack comprising a base member that is movable in a front and rear direction on a floor plate of a container, and a freight mounting frame that is supported above the base member and that is for mounting freight, wherein two sets of portal supports (30, 40), in which right and left pillars (31, 41) and a horizontal member (32, 42) are coupled to each other, stand on the base member with an interval in the front and rear direction, where the horizontal member (32, 42) is vertically shiftable along the pillars (31, 41) and fixed to the pillars (31, 41) at a selected height, the freight mounting frame is supported by the horizontal member (32, 42) of one portal support so as to be rotatable in a vertical plane and is also placed on the horizontal member (32, 42) of the other portal support so as to be movable in the front and rear direction, characterised in that each of the two sets of portal supports (30, 40) standing on the base member allows to be individually laid down on the base member so as to become parallel to the base member, keeping the freight mounting frame supported by the horizontal member (32, 42) of one portal support so as to be rotatable in a vertical plane and also placed on the horizontal member (32, 42) of the other portal support so as to be movable in the front and rear direction.
A cooking appliance comprising: a body that includes an inner frame defining a cooking chamber, an outer frame surrounding the inner frame on the outer side of the inner frame and a base forming a bottom; a door connected to the body by a hinge mechanism to open or close the cooking chamber; and a sensor module that is configured to be inserted into the body through a lateral wall of the outer frame or the base and that is configured to, based on closing and opening of the door, come into contact with or be spaced apart from, respectively, the hinge mechanism, characterized in that the lateral wall of the outer frame or the base defines a module opening into which the sensor module is inserted, and wherein a portion of the sensor module is inserted into the body through the module opening, and another portion of the sensor module comes into contact with the wall of the body outside the body. a body that includes an inner frame defining a cooking chamber, an outer frame surrounding the inner frame on the outer side of the inner frame and a base forming a bottom; a door connected to the body by a hinge mechanism to open or close the cooking chamber; and a sensor module that is configured to be inserted into the body through a lateral wall of the outer frame or the base and that is configured to, based on closing and opening of the door, come into contact with or be spaced apart from, respectively, the hinge mechanism, characterized in that the lateral wall of the outer frame or the base defines a module opening into which the sensor module is inserted, and wherein a portion of the sensor module is inserted into the body through the module opening, and another portion of the sensor module comes into contact with the wall of the body outside the body.
A method of automatically tracking a first certificate comprising: providing a new user with a piece of hardware containing a predetermined first certificate stored therein, the predetermined first certificate having information that specifies a level of trust corresponding to a category of hardware which the provided piece of hardware is a member of (step 0a); and providing an automated registration arrangement which can only be accessed by users having a piece of hardware containing a predetermined first certificate having a specified level of trust stored therein; wherein, upon the new user accessing the automated registration arrangement using the provided piece of hardware, the automated registration arrangement provides the new user with an individual signature certificate having a level of trust commensurate with that of the first certificate (step 8) and wherein the automated registration arrangement flags (steps 11a, 15a) the new user's individual signature certificate with the level of trust of the first certificate in associated databases and directories (108, 112). providing a new user with a piece of hardware containing a predetermined first certificate stored therein, the predetermined first certificate having information that specifies a level of trust corresponding to a category of hardware which the provided piece of hardware is a member of (step 0a); and providing an automated registration arrangement which can only be accessed by users having a piece of hardware containing a predetermined first certificate having a specified level of trust stored therein; wherein, upon the new user accessing the automated registration arrangement using the provided piece of hardware, the automated registration arrangement provides the new user with an individual signature certificate having a level of trust commensurate with that of the first certificate (step 8) and wherein the automated registration arrangement flags (steps 11a, 15a) the new user's individual signature certificate with the level of trust of the first certificate in associated databases and directories (108, 112).
A single-liquid type paint composition which has as essential components a hydroxyl group-containing polyester resin of which the weight average molecular weight is from 1,500 to 8,000 obtained by means of gel permeation chromatography with polystyrene as the standard material, the acid value is from 0 to 50 mgKOH/g, the hydroxyl group value is from 100 to 180 mgKOH/g and the glass transition temperature which is the transition start temperature in differential scanning colorimetry is from -30 to 0° C and a crosslinking agent which reacts with hydroxyl groups, wherein the aforementioned component is a hydroxyl group-containing polyester resin which has been obtained by reacting a polybasic acid (a), a Polyhydric alcohol (b)and at least one type of component (c) having at least six carbon atoms selected from among the saturated mono-carboxylic acids, saturated mono-alcohols, saturated glycidyl ethers and saturated glycidyl esters where the proportion by mass of the aforementioned (c) component is from 20 to 60 mass% with respect to the sum of the solid fraction masses of the aforementioned (a) to (c) components.
A cartridge for preparation of a beverage comprising: a closed container (2,3) defining a container volume; a filter located in the closed container (2,3) to divide the container volume into an ingredient chamber volume and a filtrate volume; a beverage medium located in the ingredient chamber volume; wherein the closed container (2,3) comprises a cup-shaped body and a lid, the cup-shaped body comprising a base defining a piercing surface and a container side wall extending from the base to the lid, wherein the filter comprises an upper rim that is connected at or near a lid-end of the container side wall and/or between the container side wall and the lid and further comprises a filter side wall that is unconnected to the container side wall, characterised in that a guard element is located in the filtrate volume; wherein the guard element is separately-formed from the closed container (2,3) and located within the filtrate volume to define an outlet zone, the guard element being interposed between the filter and the outlet zone; wherein the guard element is configured to prevent encroachment of the filter into the outlet zone such that in use on full extension of a piercing element of a beverage preparation apparatus the piercing element is enabled to be placed in fluid communication with the outlet zone without the piercing element contacting the guard element and without the piercing element contacting the filter. a closed container (2,3) defining a container volume; a filter located in the closed container (2,3) to divide the container volume into an ingredient chamber volume and a filtrate volume; a beverage medium located in the ingredient chamber volume; wherein the closed container (2,3) comprises a cup-shaped body and a lid, the cup-shaped body comprising a base defining a piercing surface and a container side wall extending from the base to the lid, wherein the filter comprises an upper rim that is connected at or near a lid-end of the container side wall and/or between the container side wall and the lid and further comprises a filter side wall that is unconnected to the container side wall, characterised in that a guard element is located in the filtrate volume; wherein the guard element is separately-formed from the closed container (2,3) and located within the filtrate volume to define an outlet zone, the guard element being interposed between the filter and the outlet zone; wherein the guard element is configured to prevent encroachment of the filter into the outlet zone such that in use on full extension of a piercing element of a beverage preparation apparatus the piercing element is enabled to be placed in fluid communication with the outlet zone without the piercing element contacting the guard element and without the piercing element contacting the filter.
A combustible waste combustion treatment device comprising a pressure container provided with a filling port and a matched oxygen supply system, characterized in that a combustion system, a combusted substance absorption tank positioned on the bottom surface and an absorption liquid supply system are provided in a cavity of the pressure container; a discharge port is provided at the bottom of the combusted substance absorption tank, and a circulating water cooling system is further provided outside the cavity of the pressure container.
A pharmaceutical composition, comprising hydroxypropyl-β-cyclodextrin and an active ingredient that is KX2-361 or a medicinal salt thereof, the KX2-361 being represented by the following formula 1:
Method for producing polymer light-emitting diodes having the following steps: a) applying a first solution containing at least one hole transport material and at least one polymer which is able to be thermally cross-linked to a transparent anode, b) thermal cross-linking of the polymers, forming a first layer, c) applying a second solution containing at least one phosphorescence emitter and at least one polymer which is able to be thermally cross-linked to the first layer, d) thermal cross-linking of the polymers, forming a second layer and e) applying, at least in regions, at least one metal to the second layer as a cathode material. a) applying a first solution containing at least one hole transport material and at least one polymer which is able to be thermally cross-linked to a transparent anode, b) thermal cross-linking of the polymers, forming a first layer, c) applying a second solution containing at least one phosphorescence emitter and at least one polymer which is able to be thermally cross-linked to the first layer, d) thermal cross-linking of the polymers, forming a second layer and e) applying, at least in regions, at least one metal to the second layer as a cathode material.
An orthopaedic implant, comprising: an implant body having a first surface, a second surface opposite said first surface, and a cavity formed therein that extends through said first surface and said second surface, said implant body being substantially non-porous, said implant body further including a third surface with at least one first opening formed therethrough to said cavity, said at least one first opening comprising an outer portion having an outer diameter (d o) and an inner portion having an inner diameter (d i), said outer diameter (d o) greater than said inner diameter (d i); and a load bearing member comprising a substantially porous material held within said cavity, said substantially porous material configured to receive, via said at least one first opening, a material agent, said load bearing member having a first contact surface extending out of said cavity past said first surface, wherein said outer portion of said at least one first opening is configured to couple to a tool for receiving, from the tool, said material agent, and wherein said inner portion of said at least one first opening is configured to couple to a plug for preventing said material agent, once received by said substantially porous material via said at least one first opening from said tool, from exiting said substantially porous material via said at least one first opening. an implant body having a first surface, a second surface opposite said first surface, and a cavity formed therein that extends through said first surface and said second surface, said implant body being substantially non-porous, said implant body further including a third surface with at least one first opening formed therethrough to said cavity, said at least one first opening comprising an outer portion having an outer diameter (d o) and an inner portion having an inner diameter (d i), said outer diameter (d o) greater than said inner diameter (d i); and a load bearing member comprising a substantially porous material held within said cavity, said substantially porous material configured to receive, via said at least one first opening, a material agent, said load bearing member having a first contact surface extending out of said cavity past said first surface, wherein said outer portion of said at least one first opening is configured to couple to a tool for receiving, from the tool, said material agent, and wherein said inner portion of said at least one first opening is configured to couple to a plug for preventing said material agent, once received by said substantially porous material via said at least one first opening from said tool, from exiting said substantially porous material via said at least one first opening.
A method of encrypting and decrypting data on a device including a positioning system (27,29), the method comprising: encrypting data stored on the device, the encrypted data capable of being decrypted with a decryption key stored on the device; encrypting the decryption key, the encrypted decryption key capable of being decrypted with a storage key, the storage key stored on the device; transmitting the encrypted decryption key from the device, the transmission configured to be receivable by a key-server for storage; deleting the encrypted decryption key and the decryption key from the device; responsive to indicating, based on position information provided by the positioning system, that the device is within a certain physical area, retrieving the encrypted decryption key from a received transmission from the key-server; decrypting the encrypted decryption key using the storage key to obtain the decryption key; using the decryption key for decrypting the encrypted data; and deleting the decryption key and the encrypted decryption key after decrypting the encrypted data. encrypting data stored on the device, the encrypted data capable of being decrypted with a decryption key stored on the device; encrypting the decryption key, the encrypted decryption key capable of being decrypted with a storage key, the storage key stored on the device; transmitting the encrypted decryption key from the device, the transmission configured to be receivable by a key-server for storage; deleting the encrypted decryption key and the decryption key from the device; responsive to indicating, based on position information provided by the positioning system, that the device is within a certain physical area, retrieving the encrypted decryption key from a received transmission from the key-server; decrypting the encrypted decryption key using the storage key to obtain the decryption key; using the decryption key for decrypting the encrypted data; and deleting the decryption key and the encrypted decryption key after decrypting the encrypted data.