mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition which is a tablet or capsule comprising 20 to 300 mg of a high purity diaminophenothiazinium compound of the following formula: wherein: each of R 1 and R 9 is -H; each of R 3NA and R 3NB is independently selected from: C 1-4 alkyl; C 2-4 alkenyl; and halogenated C 1-4 alkyl; each of R 7NA and R 7NB is independently selected from: C 1-4 alkyl; C 2-4 alkenyl; and halogenated C 1-4 alkyl; and X is one or more anionic counter ions to achieve electrical neutrality; wherein the diaminophenothiazinium compound in the composition is characterised by: a purity of greater than 98%; less than 1% Azure B as impurity; less than 0.15% Azure A as impurity; less than 0.15% Azure C as impurity; and less than 0.05% MVB as impurity said impurities being based on the weight of the diaminophenothiazinium compound in the composition, the composition further comprising a pharmaceutically acceptable carrier, diluent, or excipient. each of R 1 and R 9 is -H; each of R 3NA and R 3NB is independently selected from: C 1-4 alkyl; C 2-4 alkenyl; and halogenated C 1-4 alkyl; each of R 7NA and R 7NB is independently selected from: C 1-4 alkyl; C 2-4 alkenyl; and halogenated C 1-4 alkyl; and X is one or more anionic counter ions to achieve electrical neutrality; wherein the diaminophenothiazinium compound in the composition is characterised by: a purity of greater than 98%; less than 1% Azure B as impurity; less than 0.15% Azure A as impurity; less than 0.15% Azure C as impurity; and less than 0.05% MVB as impurity said impurities being based on the weight of the diaminophenothiazinium compound in the composition, the composition further comprising a pharmaceutically acceptable carrier, diluent, or excipient. a purity of greater than 98%; less than 1% Azure B as impurity; less than 0.15% Azure A as impurity; less than 0.15% Azure C as impurity; and less than 0.05% MVB as impurity said impurities being based on the weight of the diaminophenothiazinium compound in the composition, the composition further comprising a pharmaceutically acceptable carrier, diluent, or excipient.
Method for manufacturing a tool part for an injection molding process, a hot embossing process, nano-imprint process or an extrusion process, the method comprises providing a semiconductor master structure with a surface area comprising nanometre-sized protrusions with a minimum density of approximately 10 5 protrusions/mm 2, the protrusions being positioned in a non-periodic, irregular pattern, said protrusions being created by a process comprising: alternating passivation and etching into the master structure, and/or simultaneous passivation and etching into the master structure, and/or etching into the master structure, transferring the master structure into a metal insert, the metal insert having a corresponding nanometre-sized pattern from said protrusions, and adapting the metal insert into a tool part for enabling nanometre-sized patterns being formed by the tool part. alternating passivation and etching into the master structure, and/or simultaneous passivation and etching into the master structure, and/or etching into the master structure,
A water-soluble, curable, thermosetting binder composition, comprising: at least one carbohydrate component wherein the at least one carbohydrate component is a reducing sugar and - at least one carbon dioxide reaction product comprising at least the reaction product(s) of carbon dioxide with at least one nitrogen-containing compound wherein the at least one nitrogen-containing component is a polyamine comprising two or more primary amine groups, as well as salts thereof. at least one carbohydrate component wherein the at least one carbohydrate component is a reducing sugar and - at least one carbon dioxide reaction product comprising at least - at least one carbon dioxide reaction product comprising at least the reaction product(s) of carbon dioxide with at least one nitrogen-containing compound wherein the at least one nitrogen-containing component is a polyamine comprising two or more primary amine groups, as well as salts thereof.
Cooktop having a control device, which has a trough-shaped receptacle, which has a concave surface at least in sections, and comprises a separate control element, which has a convex lower side at least in sections, and with this can be positioned detachably in the receptacle and in order to set operating conditions of the cooktop relative to the receptacle can be moved in a freely rocking and rotatable manner in the receptacle, characterised in that optical display regions (21, 22) are embodied adjacent to the receptacle on a top side, by means of which, as a function of an actuation in the form of a rocking movement and/or rotational movement of the control element in the receptacle, a selection of a functional subunit (4, 5, 6, 7) of the cooktop and/or a selected function of the cooktop can be displayed visually, wherein the display regions (21, 22) with the light sources (21a, 22a) provided to illuminate the display regions (21, 22) are embodied integrated in a support part, in which the receptacle is embodied, and the cooktop has a hotplate made from glass ceramic or glass, in which an opening is embodied as a cut-out in which the support part is arranged.
A light guide member for guiding light, the light guide member comprising: a first pattern on a first side of the light guide member, the first pattern including: a plurality of first features extending along a first direction; and a plurality of second features extending along a second direction, wherein: the first direction is arranged to cross the second direction, the first feature has a first feature size, the second feature has a corresponding second feature size, and the first feature size is less than the corresponding second feature size; CHARACTERISED BY: a plurality of the first features is provided on an inner side of at least one of the second features. a first pattern on a first side of the light guide member, the first pattern including: a plurality of first features extending along a first direction; and a plurality of second features extending along a second direction, wherein: the first direction is arranged to cross the second direction, the first feature has a first feature size, the second feature has a corresponding second feature size, and the first feature size is less than the corresponding second feature size; a plurality of first features extending along a first direction; and a plurality of second features extending along a second direction, wherein: the first direction is arranged to cross the second direction, the first feature has a first feature size, the second feature has a corresponding second feature size, and the first feature size is less than the corresponding second feature size; the first direction is arranged to cross the second direction, the first feature has a first feature size, the second feature has a corresponding second feature size, and the first feature size is less than the corresponding second feature size; CHARACTERISED BY: a plurality of the first features is provided on an inner side of at least one of the second features.
A lighting module having: a module body, a first pair of connections consisting of a first power-supply connection (A 1; 82) and a first power-tapping connection (K 1; 84), at least one second pair of connections consisting of a second power-supply connection (A 2; 82') and also a second power-tapping connection (K 2; 84'), wherein the arrangement of the pairs of connections on the module body has an n-fold rotational symmetry corresponding to the number n of the pairs of connections, and wherein the power-supply connections (A 1 to A 4; 82, 82') and the power-tapping connections (K 1 to K 4; 84, 84') are formed on a main surface of the module body, characterised in that the first and second power-supply connection (A 1, A 2; 82, 82') extend from the respectively adjacent side (22, 24) in the direction of the opposing side to a different extent from that to which the first and the second power-tapping section (K 1, K 2; 84, 84') extend from the respectively adjacent side to the opposing side. a module body, a first pair of connections consisting of a first power-supply connection (A 1; 82) and a first power-tapping connection (K 1; 84), at least one second pair of connections consisting of a second power-supply connection (A 2; 82') and also a second power-tapping connection (K 2; 84'), wherein the arrangement of the pairs of connections on the module body has an n-fold rotational symmetry corresponding to the number n of the pairs of connections, and wherein the power-supply connections (A 1 to A 4; 82, 82') and the power-tapping connections (K 1 to K 4; 84, 84') are formed on a main surface of the module body, characterised in that the first and second power-supply connection (A 1, A 2; 82, 82') extend from the respectively adjacent side (22, 24) in the direction of the opposing side to a different extent from that to which the first and the second power-tapping section (K 1, K 2; 84, 84') extend from the respectively adjacent side to the opposing side.
An industrial robot, comprising: an arm portion having a longitudinal axis; a wrist portion provided to a distal end of the arm portion and swingable about a swing axis orthogonal to the longitudinal axis; a plurality of wire bodies inserted through an inside of the arm portion and connected to an end effector mounted to the wrist portion; and an energizing unit configured to energize the plurality of wire bodies in a separate direction away from the wrist portion along the longitudinal axis of the arm portion, wherein the plurality of wire bodies are inserted through a plurality of tubular members, respectively, the plurality of tubular members having elasticities, respectively, characterized in that the energizing unit is configured to energize the plurality of wire bodies utilizing elastic forces generated by the elasticities of the plurality of tubular members, respectively, wherein the plurality of wire bodes have curved portions in parts extending from a base end of the arm portion, respectively, wherein the curved portions of the plurality of wire bodies are inserted through the plurality of tubular members, respectively, and wherein the energizing unit is configured to energize the plurality of wire bodies utilizing the elastic forces generated in parts of the plurality of tubular members corresponding to the curved portions of the plurality of wire bodies. an arm portion having a longitudinal axis; a wrist portion provided to a distal end of the arm portion and swingable about a swing axis orthogonal to the longitudinal axis; a plurality of wire bodies inserted through an inside of the arm portion and connected to an end effector mounted to the wrist portion; and an energizing unit configured to energize the plurality of wire bodies in a separate direction away from the wrist portion along the longitudinal axis of the arm portion, wherein the plurality of wire bodies are inserted through a plurality of tubular members, respectively, the plurality of tubular members having elasticities, respectively, characterized in that the energizing unit is configured to energize the plurality of wire bodies utilizing elastic forces generated by the elasticities of the plurality of tubular members, respectively, wherein the plurality of wire bodes have curved portions in parts extending from a base end of the arm portion, respectively, wherein the curved portions of the plurality of wire bodies are inserted through the plurality of tubular members, respectively, and wherein the energizing unit is configured to energize the plurality of wire bodies utilizing the elastic forces generated in parts of the plurality of tubular members corresponding to the curved portions of the plurality of wire bodies.
Apparatus for setting a distance between a first electrode and a second electrode of a spark plug, comprising: - at least one counterbearing, one spacer plate and one punch which are arranged along a longitudinal axis (X-X), - wherein the counterbearing is designed to support the spark plug, - wherein the spacer plate is arranged between the counterbearing and the punch in the direction of the longitudinal axis (X-X), - wherein the spacer plate is designed to be arranged between the first electrode and the second electrode, and - wherein the punch is designed to apply a shaping force to the second electrode in the direction of the longitudinal axis (X-X), - characterized in that the apparatus has a force limiter which limits a maximum shaping force of the punch. - at least one counterbearing, one spacer plate and one punch which are arranged along a longitudinal axis (X-X), - wherein the counterbearing is designed to support the spark plug, - wherein the spacer plate is arranged between the counterbearing and the punch in the direction of the longitudinal axis (X-X), - wherein the spacer plate is designed to be arranged between the first electrode and the second electrode, and - wherein the punch is designed to apply a shaping force to the second electrode in the direction of the longitudinal axis (X-X), - characterized in that the apparatus has a force limiter which limits a maximum shaping force of the punch.
A system comprising: a connector secured to a housing of a handle assembly; an inner member secured to the connector; an outer member least partially surrounding the inner member; the outer member defining a slot configured so that a portion of the connector can be disposed within the slot; the outer member and the inner member being corifigured so that an implantable medical endoprosthesis can be disposed between the outer member and the inner member; wherein the outer member is retractable relative to the inner member; and characterized in that: a stop is secured to the outer member, the stop is configured to contact the connector; so that displacement of the outer member and the inner member can be limited. a connector secured to a housing of a handle assembly; an inner member secured to the connector; an outer member least partially surrounding the inner member; the outer member defining a slot configured so that a portion of the connector can be disposed within the slot; the outer member and the inner member being corifigured so that an implantable medical endoprosthesis can be disposed between the outer member and the inner member; wherein the outer member is retractable relative to the inner member; and characterized in that: a stop is secured to the outer member, the stop is configured to contact the connector; so that displacement of the outer member and the inner member can be limited. a stop is secured to the outer member, the stop is configured to contact the connector; so that displacement of the outer member and the inner member can be limited.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to an evolved packet core, EPC, an attach request message via a cell of evolved Node B, eNB; receiving, from the EPC, an attach reject message comprising a cause value via the cell of eNB; and upon receiving the attach reject message from the EPC, performing one or more operations based on the cause value in the attach reject message, wherein the one or more operations comprise: if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN. transmitting, to an evolved packet core, EPC, an attach request message via a cell of evolved Node B, eNB; receiving, from the EPC, an attach reject message comprising a cause value via the cell of eNB; and upon receiving the attach reject message from the EPC, performing one or more operations based on the cause value in the attach reject message, wherein the one or more operations comprise: if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN. if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN.
A solar cell module, which comprises a solar cell panel and a frame mounted to an edge of said solar cell panel, wherein: said frame includes an elongated support part provided along the edge of said solar cell panel and supporting said solar cell panel from a back surface side; said support part includes a loop part having a loop shape in cross section perpendicular to a longitudinal direction thereof; said loop part includes a space surrounded by a first part a second part connected to one end of said first part forming a corner, and a third part connected to the other end of said first part forming a corner said first part abuts against said solar cell panel in said cross section and includes the pair of corners (34, 35) provided at both ends of said first part; at least one of said pair of corners (34, 35) has an acute angle; said second part is provided so as to be orthogonal to said first part; characterized in that said third part is tilted towards said second part. said frame includes an elongated support part provided along the edge of said solar cell panel and supporting said solar cell panel from a back surface side; said support part includes a loop part having a loop shape in cross section perpendicular to a longitudinal direction thereof; said loop part includes a space surrounded by a first part a second part connected to one end of said first part forming a corner, and a third part connected to the other end of said first part forming a corner said first part abuts against said solar cell panel in said cross section and includes the pair of corners (34, 35) provided at both ends of said first part; at least one of said pair of corners (34, 35) has an acute angle; said second part is provided so as to be orthogonal to said first part; characterized in that said third part is tilted towards said second part.
A set comprising a connection adapter and connection terminal, with the connection adapter having electrical contacts for connection to a corresponding mating contact of the connection terminal, the mating contacts each being accommodated in a connection terminal dome, which is formed from insulating material, such that the mating contacts are accessible to a contact of the connection adapter through a respective contact guide opening in the associated connection terminal dome, and with the connection terminal domes having connection adapter guides which are designed to with corresponding connection terminal guides on the connection adapter for guiding the connection adapter from a mounting position, in which the connection adapter is mounted on the connection terminal in a matching manner and from which the connection adapter and connection terminal can be plug-connected, to a latching position, in which the connection adapter is seated and held on the connection terminal such that the electrical contacts of the connection adapter and the corresponding mating contacts of the connection terminal can be moved relative to one another in order to make electrical contact, wherein the connection adapter guides and connection terminal guides are used for latching purposes and also employed as coding elementes, in that they are matched to one another such that a coding is provided as a function of the provided connection assignment of the contacts present in the connection adapter and the connection terminal for making mutual contact, said coding permitting a connection adapter to be guided on a connection terminal, or vice versa, only given a corresponding connection assignment, wherein said connection adapter guides and connection terminal guides are desgined different as a function of the connection assignment, such that connection terminal and connection adapter with different connection assignments cannot be connected to one another, wherein the connection adapter guides and connection terminal guides are formed by projections and recesses.
A structure of the front part of a vehicle body, comprising: - a substantially transverse wall intended to separate the passenger compartment from the engine compartment of the vehicle, and an upper part of which comprises a transverse cowl (1, 11) having two opposite lateral ends, respectively a right end and a left end, and a lower recess crossmember on which the lower part of the windscreen of the vehicle is intended to come to rest; - two side brackets, respectively right and left, each having opposite ends, respectively upper and lower, the upper ends of the brackets being solidly connected to the lower recess crossmember and the lower ends of the brackets being respectively solidly connected, on the one hand, to two suspension supports and, on the other hand, to the lateral ends of the cowl (1, 10); and - a transverse structural element in the form of an arch disposed between the lower recess crossmember and the cowl (1, 11), said structural element being arched in the direction of the lower recess crossmember and having two opposite lateral ends, respectively right and left, solidly connected to the respective brackets; characterized in that the transverse structural element has a central part on which the lower recess crossmember comes to rest. - a substantially transverse wall intended to separate the passenger compartment from the engine compartment of the vehicle, and an upper part of which comprises a transverse cowl (1, 11) having two opposite lateral ends, respectively a right end and a left end, and a lower recess crossmember on which the lower part of the windscreen of the vehicle is intended to come to rest; - two side brackets, respectively right and left, each having opposite ends, respectively upper and lower, the upper ends of the brackets being solidly connected to the lower recess crossmember and the lower ends of the brackets being respectively solidly connected, on the one hand, to two suspension supports and, on the other hand, to the lateral ends of the cowl (1, 10); and - a transverse structural element in the form of an arch disposed between the lower recess crossmember and the cowl (1, 11), said structural element being arched in the direction of the lower recess crossmember and having two opposite lateral ends, respectively right and left, solidly connected to the respective brackets;