mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for obtaining an operative surface in the form of a motif or decoration on at least a portion of an exposed upper surface of a punch or a punch covering for ceramic use or a flexible belt configurable as a ring, whereby said a punch or a punch covering for ceramic use or a flexible belt are adapted to create by pressure at least one impression complementary to said motif or decoration on a surface of ceramic products in the green state, said apparatus comprising a support structure, at least one print module associated with said support structure and provided with at least one fluid-jet print head, for the selective emission of a predefined amount of at least one fluid or fluid mixture on to at least a portion of said punch or a punch covering for ceramic use or a flexible belt, said at least one print module is adapted to create three-dimensional structures, by means of a process of additive type, on said operative surface, with reliefs or low reliefs obtained by means of the hardening of said at least one fluid or of a fluid mixture on at least a portion of said punch or a punch covering for ceramic use or a flexible belt configurable as a ring; wherein said apparatus comprises means (16, 18) for hardening said at least one fluid or said fluid mixture emitted by said at least one print head to accelerate the hardening or solidification of said at least one fluid or said fluid mixture; wherein said means for hardening (16, 18) are associated with said at least one print head; wherein said hardening means comprise irradiation means configured to emit radiations that accelerate the hardening or solidification of said at least one fluid or said fluid mixture and wherein said irradiation means are positioned at a nozzle for the emission of a print fluid or fluid mixture from said at least one print head; further comprising means for moving (8, 11, 12, 13) to determine the position and/or the reciprocal distance between said at least one print module and said punch or punch covering for ceramic use or flexible belt configurable as a ring, when said punch or punch covering for ceramic use or flexible belt configurable as a ring is treated by said at least one print module wherein said means for moving comprise raising means associated with said at least one print module, for moving said at least one print module along a vertical direction, that is, a direction perpendicular to said operative surface.
A modified phenylalanine tRNA synthetase (PheS), wherein the modified PheS has the sequence of SEQ ID No. 21 comprising at least one alteration at amino acid positions 306 to 313.
An electronic regulator (102, 202, 302, 402, 502, 600) comprising: an inlet valve disposed within a regulator housing coupled to an inlet port, the inlet port configured to receive a supply pressure; an exhaust valve disposed within the regulator housing and coupled to an exhaust port, the exhaust port configured to release a pilot pressure when the exhaust valve is open; a pilot pressure output pneumatically coupled to the inlet valve and exhaust valve and configured to be coupled to an external process control device to provide the pilot pressure to the external process control device; a setpoint input coupled to both the inlet valve and the exhaust valve and configured to receive a setpoint signal indicative of a setpoint value, wherein the electronic regulator operates the inlet valve and the exhaust valve to control the pilot pressure according to the setpoint value; a vent valve disposed within the regulator housing and coupled to a venting port and pneumatically coupled to the pilot pressure output, the inlet valve, and the exhaust valve, the venting port configured to release the pilot pressure when the vent valve is open; and a safety control input coupled to the vent valve and configured to receive a safety control signal, wherein the vent valve operates to release the pilot pressure according to the safety control signal when the inlet valve and the exhaust valve are in a closed configuration. an inlet valve disposed within a regulator housing coupled to an inlet port, the inlet port configured to receive a supply pressure; an exhaust valve disposed within the regulator housing and coupled to an exhaust port, the exhaust port configured to release a pilot pressure when the exhaust valve is open; a pilot pressure output pneumatically coupled to the inlet valve and exhaust valve and configured to be coupled to an external process control device to provide the pilot pressure to the external process control device; a setpoint input coupled to both the inlet valve and the exhaust valve and configured to receive a setpoint signal indicative of a setpoint value, wherein the electronic regulator operates the inlet valve and the exhaust valve to control the pilot pressure according to the setpoint value; a vent valve disposed within the regulator housing and coupled to a venting port and pneumatically coupled to the pilot pressure output, the inlet valve, and the exhaust valve, the venting port configured to release the pilot pressure when the vent valve is open; and a safety control input coupled to the vent valve and configured to receive a safety control signal, wherein the vent valve operates to release the pilot pressure according to the safety control signal when the inlet valve and the exhaust valve are in a closed configuration.
A conduit subassembly (12, 14, 60, 62) for use in making a sealed connection with another conduit subassembly (12, 14, 60, 62), the conduit subassembly (12, 14, 60, 62) including a housing (20, 30, 66) having a wall (22, 32, 44, 72, 82) with an exterior surface (24, 34, 46, 70), which wall (22, 32, 44, 72, 82) includes an electrically conductive portion that comprises a layer of conductive material, extending substantially co-extensive with the exterior surface (24, 3446, 70) being configured for face-to-face engagement with an exterior surface (24, 34, 42, 46, 70) of another conduit subassembly (12, 14, 60, 62) to provide sealed communication therebetween, characterized in that exterior surface of the conduit subassembly being sterilizable by heating of the conductive portion resulting from electrical current therein, wherein the exterior surface (24, 34, 46, 70) comprises a non-conductive support surface and wherein the electrically conductive portion is an electrically conductive member carried by the support surface.
A method, in a wireless device configured to perform a 2-step random access, RA, procedure, the method comprising: transmitting a message according to the 2-step RA procedure, the message comprising a first random access preamble; receiving, during a random access response window following the transmitting of the message, a Medium Access Control, MAC, subheader; using one or more bits or fields included in the received MAC subheader to determine that the wireless device should take action according to any one of the following: backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; after receiving the MAC subheader, continuing to monitor for a msgB response according to the 2-step RA procedure until a msgB window expires; and conditioning said backing off and/or falling back on not receiving a msgB response according to the 2-step RA procedure before expiry of the msgB window. transmitting a message according to the 2-step RA procedure, the message comprising a first random access preamble; receiving, during a random access response window following the transmitting of the message, a Medium Access Control, MAC, subheader; using one or more bits or fields included in the received MAC subheader to determine that the wireless device should take action according to any one of the following: backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; backing off, according to a back-off parameter, for a subsequent RA attempt according to the 2-step RA procedure, wherein backing off comprises waiting for a random time between zero and a time indicated by the back-off parameter before a new transmission of a random access preamble; falling back to a 4-step RA procedure by transmitting a new random access preamble; and falling back to a 4-step RA procedure after backing off according to a back-off parameter, by transmitting a new random access preamble after the back-off; after receiving the MAC subheader, continuing to monitor for a msgB response according to the 2-step RA procedure until a msgB window expires; and conditioning said backing off and/or falling back on not receiving a msgB response according to the 2-step RA procedure before expiry of the msgB window.
A system for combining light from exterior lighting with light from artificial lighting, comprising: a light shielding arrangement for shielding exterior light from a space, said light shielding arrangement having an interior side toward the inside of said space, and an exterior side toward the outside of said space; at least one light source arranged to emit artificial light that is directed toward the exterior side of said light shielding arrangement, said light source being controllable in response to current exterior lighting conditions, and a controller connected to said light source, and arranged to control light emission of said light source in response to a current position of said light shielding arrangement, so as to emulate an effect of exterior light escaping through said light shielding arrangement. a light shielding arrangement for shielding exterior light from a space, said light shielding arrangement having an interior side toward the inside of said space, and an exterior side toward the outside of said space; at least one light source arranged to emit artificial light that is directed toward the exterior side of said light shielding arrangement, said light source being controllable in response to current exterior lighting conditions, and a controller connected to said light source, and arranged to control light emission of said light source in response to a current position of said light shielding arrangement, so as to emulate an effect of exterior light escaping through said light shielding arrangement.
Fastening system for attaching an axle subframe to a body of a vehicle, having a bearing part with a body side, a subframe side and a bearing aperture, and a sleeve with a first end region, a second end region and a sleeve aperture, wherein the subframe side of the bearing part can be arranged on a first side of a first wall of the axle subframe, and the second end region of the sleeve can be arranged on a second wall of the axle subframe, in such a way that the bearing aperture and the sleeve aperture are arranged coaxially to one another, wherein the bearing aperture and the sleeve aperture are designed for the passage of a shaft of a fastening means for connecting the axle subframe to the body, wherein the body side has a bearing face for the bearing of the body, characterized in that the bearing part has a greater hardness than the sleeve, wherein the bearing part is tempered and the sleeve is not tempered, and wherein the bearing part has at least one structured surface.
An immunogenic composition comprising 31 immunogenic peptides, wherein each immunogenic peptide comprises at least 25 contiguous amino acids of SEQ ID No. 29-59 and wherein the immunogenic composition induces an immune response against GAS, wherein the immune response comprises bactericidal antibodies against the GAS serotypes represented in the composition and bactericidal antibodies against at least one non-represented GAS serotype.
A capacitive touch screen panel, comprising: an array comprising a plurality of first sensing electrodes interspersed with a plurality of second sensing electrodes located on a substrate; a plurality of first connecting patterns, each first connecting pattern connecting a first sensing electrode of the plurality of first sensing electrodes to an adjacent first sensing electrode of the plurality of first sensing electrodes in a first direction; a plurality of second connecting patterns, each second connecting pattern connecting a second sensing electrode of the plurality of second sensing electrodes to an adjacent second sensing electrode of the plurality of second sensing electrodes in a second direction, wherein the first direction is different from the second direction; a first insulating layer at least between the first connecting patterns and the second connecting patterns; dummy patterns (13,14,13a,14a,13b,14b) situated in at least one of the first and second sensing electrodes, the dummy patterns (13,14,13a,14a,13b,14b) being insulated from the first and second sensing electrodes; wherein: the dummy patterns (13,14,13a,14a,13b,14b) are adjacent to an intersection of the plurality of first sensing electrodes with the plurality of second sensing electrodes; and the dummy patterns (13,14,13a,14a,13b,14b) include second dummy patterns contacting a region between the first and second sensing electrodes (11a, 11b). an array comprising a plurality of first sensing electrodes interspersed with a plurality of second sensing electrodes located on a substrate; a plurality of first connecting patterns, each first connecting pattern connecting a first sensing electrode of the plurality of first sensing electrodes to an adjacent first sensing electrode of the plurality of first sensing electrodes in a first direction; a plurality of second connecting patterns, each second connecting pattern connecting a second sensing electrode of the plurality of second sensing electrodes to an adjacent second sensing electrode of the plurality of second sensing electrodes in a second direction, wherein the first direction is different from the second direction; a first insulating layer at least between the first connecting patterns and the second connecting patterns; dummy patterns (13,14,13a,14a,13b,14b) situated in at least one of the first and second sensing electrodes, the dummy patterns (13,14,13a,14a,13b,14b) being insulated from the first and second sensing electrodes; wherein: the dummy patterns (13,14,13a,14a,13b,14b) are adjacent to an intersection of the plurality of first sensing electrodes with the plurality of second sensing electrodes; and the dummy patterns (13,14,13a,14a,13b,14b) include second dummy patterns contacting a region between the first and second sensing electrodes (11a, 11b). the dummy patterns (13,14,13a,14a,13b,14b) are adjacent to an intersection of the plurality of first sensing electrodes with the plurality of second sensing electrodes; and the dummy patterns (13,14,13a,14a,13b,14b) include second dummy patterns contacting a region between the first and second sensing electrodes (11a, 11b).
Sensor device for detecting refuse containers coupled with a tipping means of a refuse collection vehicle, with a plurality of levers, wherein the sensor device is configured such, that a refuse container coupled to the tipping means interacts with at least one lever, and wherein, depending on type, size and/or position of the refuse container on the tipping means, the refuse container can interact with different levers, characterized in that each lever is assigned a spring element with at least one contact switch provided therein or thereon, wherein the respective contact switch is switched upon movement of a lever, wherein the levers are mounted on a common axle, and wherein the axle and the spring elements are arranged on the same component.
An apparatus comprising a processing unit having a discharge port and a reception unit that receives an article discharged from the discharge port, the reception unit comprising: a first rod being horizontally disposed below the discharge port in a gravity direction; a second rod being horizontally disposed at a position farther away from the discharge port than the first rod; and a reception sheet having flexibility, supported by the first rod and the second rod, and configured to receive thereon the article discharged from the discharge port, the first rod is capable of being disposed at a first position and a second position which are different from each other in the gravity direction and each provided on the processing unit, characterized in that the second rod is capable of being disposed at a plurality of different positions. a first rod being horizontally disposed below the discharge port in a gravity direction; a second rod being horizontally disposed at a position farther away from the discharge port than the first rod; and a reception sheet having flexibility, supported by the first rod and the second rod, and configured to receive thereon the article discharged from the discharge port, the first rod is capable of being disposed at a first position and a second position which are different from each other in the gravity direction and each provided on the processing unit, characterized in that the second rod is capable of being disposed at a plurality of different positions.
Use of at least one substituted 1,3-dithiolane-2-thione of formula, wherein: R 1 is (CH 2) p CO 2 R 5 and R 5 is selected from the group consisting of chain-substituted saturated hydrocarbyl, wherein: p is from 1 to 50, and R 2, R 3, and R 4 are independently selected from the group consisting of hydrogen and alkyl, wherein said alkyl are unsubstituted or substituted with 1,3-dithiolane-2-thione; for improving the anti-corrosion properties of a lubricant. R 1 is (CH 2) p CO 2 R 5 and R 5 is selected from the group consisting of chain-substituted saturated hydrocarbyl, wherein: p is from 1 to 50, and R 2, R 3, and R 4 are independently selected from the group consisting of hydrogen and alkyl, wherein said alkyl are unsubstituted or substituted with 1,3-dithiolane-2-thione; for improving the anti-corrosion properties of a lubricant. p is from 1 to 50, and R 2, R 3, and R 4 are independently selected from the group consisting of hydrogen and alkyl, wherein said alkyl are unsubstituted or substituted with 1,3-dithiolane-2-thione; for improving the anti-corrosion properties of a lubricant.
A breast pump having a substantially conical milk expressing section which abuts against a user's breast, and a breast pump main body which includes the milk expressing section and is attachable to and detachable from a bottle so as to communicate with the bottle, comprising: pressure changing means, connected to the milk expressing section, for alternately generating a negative pressure state and at least an atmospheric pressure state as a pressure higher than the negative pressure state; a deformable member, which is provided so as to liquid-tightly separate a sealed space formed by abutment of the milk expressing section against the user's breast or a space connected to the sealed space, from the pressure changing means, and which is capable of deforming in order to adjust the negative pressure state of the milk expressing section by transmission of the pressure that is generated by the pressure changing means; and pressure adjustment means having a stopper which is provided inside the deformable member, and adjusts the amount of deformation of the deformable member by moving upwards and downwards in the deformable member, for adjusting the negative pressure state. pressure changing means, connected to the milk expressing section, for alternately generating a negative pressure state and at least an atmospheric pressure state as a pressure higher than the negative pressure state; a deformable member, which is provided so as to liquid-tightly separate a sealed space formed by abutment of the milk expressing section against the user's breast or a space connected to the sealed space, from the pressure changing means, and which is capable of deforming in order to adjust the negative pressure state of the milk expressing section by transmission of the pressure that is generated by the pressure changing means; and pressure adjustment means having a stopper which is provided inside the deformable member, and adjusts the amount of deformation of the deformable member by moving upwards and downwards in the deformable member, for adjusting the negative pressure state.
An assembly for preparing bone stock, said assembly including: a shell comprising a base having a support surface and an outer surface opposite said support surface, and a lid, said base and lid having a void space therebetween; a carriage disposed at least partially within said void space, and moveable across said support surface of said base, said carriage comprising a wall, said wall cooperating with said support surface of said base to define a preparation chamber; and a removal element disposed at least partially in said preparation chamber, said removal element configured to prepare bone stock by removing soft tissue from said bone stock; wherein said carriage is configured to receive power from a drive train to actuate linear movement of said carriage across said support surface, and said removal element is also configured to receive power from said drive train; characterised in that said wall comprises a plurality of articulating wall segments; wherein said plurality of articulating wall segments are configured to articulate relative to one another when bone stock is positioned between said removal element and said wall. a shell comprising a base having a support surface and an outer surface opposite said support surface, and a lid, said base and lid having a void space therebetween; a carriage disposed at least partially within said void space, and moveable across said support surface of said base, said carriage comprising a wall, said wall cooperating with said support surface of said base to define a preparation chamber; and a removal element disposed at least partially in said preparation chamber, said removal element configured to prepare bone stock by removing soft tissue from said bone stock; wherein said carriage is configured to receive power from a drive train to actuate linear movement of said carriage across said support surface, and said removal element is also configured to receive power from said drive train; characterised in that said wall comprises a plurality of articulating wall segments; wherein said plurality of articulating wall segments are configured to articulate relative to one another when bone stock is positioned between said removal element and said wall.