mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising: a first valve housing portion including an inner end surface having one of an opening and a protruding rim with an annular groove; and a second valve housing portion including an inner end surface having the other of the opening and the protruding annular rim with the annular groove, wherein a seal is received in the annular groove, wherein the first valve housing portion and the second valve housing portion are separate components attached together to define a valve housing, and the protruding annular rim including the seal is received in the opening to define the valve housing, characterized in that the first valve housing portion includes at least two first passages extending from a top surface to a bottom surface of the first valve housing portion but not through the second valve housing portion, and at least two first fasteners are received in the at least two first passages to retain the first valve housing portion to a base, and the second valve housing portion includes at least one second passage extending from a top surface to a bottom surface of the second valve housing portion but not through the first valve housing portion, and at least one second fastener is received in the at least one second passage to retain the second valve housing portion to the base. a first valve housing portion including an inner end surface having one of an opening and a protruding rim with an annular groove; and a second valve housing portion including an inner end surface having the other of the opening and the protruding annular rim with the annular groove, wherein a seal is received in the annular groove, wherein the first valve housing portion and the second valve housing portion are separate components attached together to define a valve housing, and the protruding annular rim including the seal is received in the opening to define the valve housing, characterized in that the first valve housing portion includes at least two first passages extending from a top surface to a bottom surface of the first valve housing portion but not through the second valve housing portion, and at least two first fasteners are received in the at least two first passages to retain the first valve housing portion to a base, and the second valve housing portion includes at least one second passage extending from a top surface to a bottom surface of the second valve housing portion but not through the first valve housing portion, and at least one second fastener is received in the at least one second passage to retain the second valve housing portion to the base.
A container (10; 110; 210; 310; 410; 510; 610; 710) for a liquid medicament, comprising: - at least one deformable casing forming at least one cavity to receive the medicament, - at least a first outlet (15; 515) in fluid connection with the cavity and extending through the casing, - wherein the casing comprises a first wall portion and a second wall portion, wherein the second wall portion is located opposite to the first wall portion, and characterized by - multiple filaments each of which extending through the cavity and each of which having a first end and a second end, wherein the second end is opposite to the first end and wherein the first ends of the filaments are connected to the first wall portion and wherein the second ends of the filaments are connected to the second wall portion and wherein a maximum distance between oppositely located first and second wall portions of the casing is defined and limited by the length of the respective filaments extending between first and second wall portions. - at least one deformable casing forming at least one cavity to receive the medicament, - at least a first outlet (15; 515) in fluid connection with the cavity and extending through the casing, - wherein the casing comprises a first wall portion and a second wall portion, wherein the second wall portion is located opposite to the first wall portion, and characterized by - multiple filaments each of which extending through the cavity and each of which having a first end and a second end, wherein the second end is opposite to the first end and wherein the first ends of the filaments are connected to the first wall portion and wherein the second ends of the filaments are connected to the second wall portion and wherein a maximum distance between oppositely located first and second wall portions of the casing is defined and limited by the length of the respective filaments extending between first and second wall portions.
A macromolecule of Formula I: X-L-C- n - m Formula I wherein X represents a pharmaceutically active agent selected from insulin, an insulin analog, GLP, a GLP analog, and a GLP receptor agonist; L represents a linker selected from polyethylene glycol, polypropylene glycol, polyaryls, peptides, alkyl and alkenyl chains, and saccharides (mono, oligo and poly); C represents a core moiety having at least three functional groups each separately for attachment to L and attachment to at least two building units K, and wherein C is selected from a diamino or triamino moiety; K represents a lysine or a lysine analog building unit having at least two branching points for attachment to a pharmacokinetic modifier P or another building unit K; n is an integer from 14 to 126 and represents the total number of building units, and is a function of the number of generations and the extent of branching of the building units; P represents a pharmacokinetic modifier comprising PEG or PEOX; m is an integer from 4 to 128 and represents the number of surface pharmacokinetic modifiers. X represents a pharmaceutically active agent selected from insulin, an insulin analog, GLP, a GLP analog, and a GLP receptor agonist; L represents a linker selected from polyethylene glycol, polypropylene glycol, polyaryls, peptides, alkyl and alkenyl chains, and saccharides (mono, oligo and poly); C represents a core moiety having at least three functional groups each separately for attachment to L and attachment to at least two building units K, and wherein C is selected from a diamino or triamino moiety; K represents a lysine or a lysine analog building unit having at least two branching points for attachment to a pharmacokinetic modifier P or another building unit K; n is an integer from 14 to 126 and represents the total number of building units, and is a function of the number of generations and the extent of branching of the building units; P represents a pharmacokinetic modifier comprising PEG or PEOX; m is an integer from 4 to 128 and represents the number of surface pharmacokinetic modifiers.
A lighting apparatus, comprising: a LED module; a light source plate for holding the LED module; a heat sink with a bottom plate and a lateral wall, wherein the light source plate is placed on the bottom plate; an antenna disposed on the lateral wall; a driver for generating a driving current to the LED module, wherein the driver has a wireless circuit, wherein the wireless circuit is electrically connected to the antenna for transmitting a wireless signal; and a light housing for holding the heat sink so that the LED module emits light toward a light opening of the light housing, characterized in that an antenna plug is disposed on a bottom side of the bottom plate for connecting to the driver, wherein the antenna is electrically connected to the driver via the antenna plug. a LED module; a light source plate for holding the LED module; a heat sink with a bottom plate and a lateral wall, wherein the light source plate is placed on the bottom plate; an antenna disposed on the lateral wall; a driver for generating a driving current to the LED module, wherein the driver has a wireless circuit, wherein the wireless circuit is electrically connected to the antenna for transmitting a wireless signal; and a light housing for holding the heat sink so that the LED module emits light toward a light opening of the light housing, characterized in that an antenna plug is disposed on a bottom side of the bottom plate for connecting to the driver, wherein the antenna is electrically connected to the driver via the antenna plug.
An electronic contactor having an auxiliary relay, which has a first auxiliary movable contact configured to contact or to be separated from a first auxiliary fixed contact by movement of a cross bar, characterized in that the electronic contactor comprises: a frame having the first auxiliary movable contact and the first auxiliary fixed contact; a movable member configured to move in the frame, and having a magnet member at one side thereof; a conducting member formed as a printed circuit board, PCB, and disposed in the frame, and having a first switch unit and a second switch unit which are conducted as the magnet member moves; a first terminal connected to the first switch unit and to a second auxiliary fixed contact of the frame, and configured to apply a current according to whether the first switch unit has been conducted or not; and a second terminal connected to the second switch unit and to a third auxiliary fixed contact of the frame, and configured to apply a current according to whether the second switch unit has been conducted or not, wherein the first switch unit and the second switch unit are reed switches (151, 153), wherein the first terminal and the second terminal are fixed to have a predetermined inclination angle, and wherein the first auxiliary fixed contact, the second auxiliary fixed contact and the third auxiliary fixed contact are coplanar and disposed in parallel on a side of the frame. a frame having the first auxiliary movable contact and the first auxiliary fixed contact; a movable member configured to move in the frame, and having a magnet member at one side thereof; a conducting member formed as a printed circuit board, PCB, and disposed in the frame, and having a first switch unit and a second switch unit which are conducted as the magnet member moves; a first terminal connected to the first switch unit and to a second auxiliary fixed contact of the frame, and configured to apply a current according to whether the first switch unit has been conducted or not; and a second terminal connected to the second switch unit and to a third auxiliary fixed contact of the frame, and configured to apply a current according to whether the second switch unit has been conducted or not, wherein the first switch unit and the second switch unit are reed switches (151, 153), wherein the first terminal and the second terminal are fixed to have a predetermined inclination angle, and wherein the first auxiliary fixed contact, the second auxiliary fixed contact and the third auxiliary fixed contact are coplanar and disposed in parallel on a side of the frame.
An arrangement for controlling platform doors of a platform, comprising - a platform-side door control unit for controlling the opening and closing of the platform doors, characterised - in that means are provided for detecting the correct stopping of a train at the platform, - in that at least one laser scanner is provided for detecting the opening and closing of train doors of a train stopping at the platform, - in that the platform-side door control unit is constructed to control the opening and closing of the platform doors on the basis of the opening and closing of the train doors detected by means of the at least one laser scanner. - a platform-side door control unit for controlling the opening and closing of the platform doors, characterised - in that means are provided for detecting the correct stopping of a train at the platform, - in that at least one laser scanner is provided for detecting the opening and closing of train doors of a train stopping at the platform, - in that the platform-side door control unit is constructed to control the opening and closing of the platform doors on the basis of the opening and closing of the train doors detected by means of the at least one laser scanner.
Side protection system for building sites, with securing elements fastened to a plurality of carriers (26, 48, 54), wherein the carriers (26, 48, 54) which are each composed of a flexible material are arranged under tensile stress between every two vertically extending wall or support elements, characterized in that panel- or grid-shaped securing elements which are inherently stiff are releasably connected to at least two carriers (26, 48, 54) spaced apart vertically from one another.
A pharmaceutical composition for use in treating Crohn's disease, which comprises an anti-fractalkine antibody and a pharmaceutically acceptable excipient, wherein the anti-fractalkine antibody is an antibody comprising: a heavy chain variable region comprising the amino acid sequence shown in SEQ ID NO: 13 a light chain variable region comprising the amino acid sequence shown in SEQ ID NO: 14 a constant region of human IgG2 isotype, wherein the Fc region of the constant region of human IgG2 isotype comprises mutations V234A and G237A, and the anti-fractalkine antibody is intravenously administered to a human at a dose of at least 10 mg/kg of human body weight and the mean trough concentration of the anti-fractalkine antibody is 80 μg/mL or more. a heavy chain variable region comprising the amino acid sequence shown in SEQ ID NO: 13 a light chain variable region comprising the amino acid sequence shown in SEQ ID NO: 14 a constant region of human IgG2 isotype, wherein the Fc region of the constant region of human IgG2 isotype comprises mutations V234A and G237A, and
A speaker assembly comprising: - a base element having a surface (2.1), which is at least partially electrically conductive; - a speaker cooperating with the surface (2.1) of the base element for its connection; - a cover element at least partially covering the base element and comprising a receiving section (4.1) in which the speaker is at least partially received; - a rubber-elastic mounting element interposed between the speaker and the cover element for retaining the speaker in the receiving section (4.1); and - at least one connector element electrically connecting the speaker with the base element, which connector element is preloaded between the speaker and the base element in such a way that the preload of the connector element presses the connector element towards the speaker and the base element, respectively, characterized in that said mounting element comprises at least one guide section (5.7) for guiding said at least one connector element, wherein said guide section (5.7) extends from a proximity of the speaker towards the base element; and the preload of the connector element maintains the electrical connection between the speaker and the base element. - a base element having a surface (2.1), which is at least partially electrically conductive; - a speaker cooperating with the surface (2.1) of the base element for its connection; - a cover element at least partially covering the base element and comprising a receiving section (4.1) in which the speaker is at least partially received; - a rubber-elastic mounting element interposed between the speaker and the cover element for retaining the speaker in the receiving section (4.1); and - at least one connector element electrically connecting the speaker with the base element, which connector element is preloaded between the speaker and the base element in such a way that the preload of the connector element presses the connector element towards the speaker and the base element, respectively, said mounting element comprises at least one guide section (5.7) for guiding said at least one connector element, wherein said guide section (5.7) extends from a proximity of the speaker towards the base element; and the preload of the connector element maintains the electrical connection between the speaker and the base element.
A lighting system comprising a lighting device (100,200) adapted to illuminate a vehicle interior space and a light source assembly, the lighting device (100,200) comprising at least two optical output modules (102,104) for jointly providing transformable output light, wherein a first optical output module comprises optical elements configured to redirect incoming light to produce diffuse light, and a second optical output module comprises optical elements configured to redirect incoming light to produce light with higher contrast than the diffuse light produced by the first optical output module, wherein the first optical output module and the second optical output module are arranged to receive incoming light from the light source assembly in such a way that when the first optical output module receives incoming light of one of gradually increasing and gradually decreasing intensity, the second optical output module receives incoming light of the other one of gradually increasing and gradually decreasing intensity such that the contrast of the output light from the lighting device (100,200) is gradually transformed from one of a diffuse light output and a light output with higher contrast than the diffuse light to the other one of a diffuse light output and a light output with higher contrast than the diffuse light, wherein the lighting device (100,200) is responsive to transform the output light based on a detected user scenario being based on detected usage or intended usage of vehicle interior components or based on the present state of the vehicle. the first optical output module and the second optical output module are arranged to receive incoming light from the light source assembly in such a way that when the first optical output module receives incoming light of one of gradually increasing and gradually decreasing intensity, the second optical output module receives incoming light of the other one of gradually increasing and gradually decreasing intensity such that the contrast of the output light from the lighting device (100,200) is gradually transformed from one of a diffuse light output and a light output with higher contrast than the diffuse light to the other one of a diffuse light output and a light output with higher contrast than the diffuse light, wherein the lighting device (100,200) is responsive to transform the output light based on a detected user scenario being based on detected usage or intended usage of vehicle interior components or based on the present state of the vehicle.
A chemical mechanical polishing composition comprising: a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; a polycationic amine compound in solution in the liquid carrier, and an iron containing accelerator, wherein the iron containing accelerator comprises a soluble iron containing catalyst in an amount sufficient to provide a range from 1 to 3000 ppm Fe based on the total weight of the composition; wherein the colloidal silica is treated with an aminosilane compound and wherein the polishing composition has a pH of less than 7. a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; a polycationic amine compound in solution in the liquid carrier, and an iron containing accelerator, wherein the iron containing accelerator comprises a soluble iron containing catalyst in an amount sufficient to provide a range from 1 to 3000 ppm Fe based on the total weight of the composition; wherein the colloidal silica is treated with an aminosilane compound and wherein the polishing composition has a pH of less than 7.
Infant drinking device, comprising - a teat, - a reservoir for holding a liquid, the reservoir being detachably connected to the teat by - a connector of the infant drinking device, and - an aerator, such as a duckbill valve, the aerator thereto comprising a deformable opening, for example a slit, • such that an internal/external pressure differential during use of the device is reduced in an open position of the opening by allowing air to enter through the opening into the reservoir and • such that leakage of fluid from an inside of the drinking device to an outside of the drinking device is hindered in a closed position of the opening, wherein the aerator is included in the connector or the teat, characterized in that, during assembly of the teat, connector and reservoir, a temporary deformation of the opening of the aerator into the open position is enforced by the geometrical and /or material properties of the teat-connector combination. - a teat, - a reservoir for holding a liquid, the reservoir being detachably connected to the teat by - a connector of the infant drinking device, and - an aerator, such as a duckbill valve, the aerator thereto comprising a deformable opening, for example a slit, • such that an internal/external pressure differential during use of the device is reduced in an open position of the opening by allowing air to enter through the opening into the reservoir and • such that leakage of fluid from an inside of the drinking device to an outside of the drinking device is hindered in a closed position of the opening, wherein the aerator is included in the connector or the teat, characterized in that, during assembly of the teat, connector and reservoir, a temporary deformation of the opening of the aerator into the open position is enforced by the geometrical and /or material properties of the teat-connector combination. • such that an internal/external pressure differential during use of the device is reduced in an open position of the opening by allowing air to enter through the opening into the reservoir and • such that leakage of fluid from an inside of the drinking device to an outside of the drinking device is hindered in a closed position of the opening, wherein the aerator is included in the connector or the teat, characterized in that, during assembly of the teat, connector and reservoir, a temporary deformation of the opening of the aerator into the open position is enforced by the geometrical and /or material properties of the teat-connector combination. wherein the aerator is included in the connector or the teat, characterized in that, during assembly of the teat, connector and reservoir, a temporary deformation of the opening of the aerator into the open position is enforced by the geometrical and /or material properties of the teat-connector combination.
A device comprising: a bias generator configured to generate a plurality of bias currents; and a testing module configured to test the bias generator, characterized by successively testing each subset of bias currents of a plurality of subsets of bias currents grouped from the plurality of bias currents as a corresponding single test current, wherein at least one of said subsets of bias currents has two or more bias currents. a bias generator configured to generate a plurality of bias currents; and a testing module configured to test the bias generator, characterized by successively testing each subset of bias currents of a plurality of subsets of bias currents grouped from the plurality of bias currents as a corresponding single test current, wherein at least one of said subsets of bias currents has two or more bias currents.