mhurhangee/ep-ind-claims huggingface dataset:
Lighting device for vehicles comprising - a container body that delimits a containment seat that houses at least one light source, particularly of the LED type, structured so as to emit a light beam when powered with electricity, - a lenticular body, disposed to close the containment seat and suitable to be crossed by said light beam produced by the light source, - a light guide comprising a light guide body that extends from a light inlet wall, facing said light source, to a light exit wall facing said lenticular body, said light guide being suitable to propagate said light beam inside it, said light beam entering from the light inlet wall and exiting from the light outlet wall, facing the lenticular body, characterized in that - the light guide body comprises, in correspondence of said light inlet wall, at least one focusing element suitable to collimate along a main propagation direction (X-X) towards the light outlet wall the light beam emitted by the source light, and in that said light guide body comprises at least one reflecting wall, disposed adjacent to said focusing device, said reflecting wall being structured to receive a portion of said light beam collimated by the focusing device and to reflect it, satisfying the condition of total internal reflection on the reflecting wall itself, towards the light outlet wall along a secondary propagation direction (Y-Y), incident with the main propagation direction (X-X) according to an angle of incidence (α). - a container body that delimits a containment seat that houses at least one light source, particularly of the LED type, structured so as to emit a light beam when powered with electricity, - a lenticular body, disposed to close the containment seat and suitable to be crossed by said light beam produced by the light source, - a light guide comprising a light guide body that extends from a light inlet wall, facing said light source, to a light exit wall facing said lenticular body, said light guide being suitable to propagate said light beam inside it, said light beam entering from the light inlet wall and exiting from the light outlet wall, facing the lenticular body, characterized in that - the light guide body comprises, in correspondence of said light inlet wall, at least one focusing element suitable to collimate along a main propagation direction (X-X) towards the light outlet wall the light beam emitted by the source light, and in that said light guide body comprises at least one reflecting wall, disposed adjacent to said focusing device, said reflecting wall being structured to receive a portion of said light beam collimated by the focusing device and to reflect it, satisfying the condition of total internal reflection on the reflecting wall itself, towards the light outlet wall along a secondary propagation direction (Y-Y), incident with the main propagation direction (X-X) according to an angle of incidence (α).
A method for preparing a compound represented by Formula 3 or a pharmaceutically acceptable salt thereof by reacting a compound represented by Formula 1 with a compound represented by Formula 2 or a pharmaceutically acceptable salt thereof.
A peptide selected from: (i) SEQ ID NO:1 is X m -Leu-Ser-Arg-His-Val-Leu-Gln-X n (X m -LSRHVLQ-X n); or (ii) SEQ ID NO:2 is X m -His-Gly-His-Pro-Phe-Ala-Pro-X n (X m -HGHPFAP-X n), wherein each X independently is selected from the group consisting of Gly, Ala, Val, Leu, Ile, Ser, Thr, Phe, Tyr, Trp, Cys, Pro, His, Glu, Asp, Gln, Asn, Lys, Arg and Met, and m and n are each independently an integer from 0 to 5. (i) SEQ ID NO:1 is X m -Leu-Ser-Arg-His-Val-Leu-Gln-X n (X m -LSRHVLQ-X n); or (ii) SEQ ID NO:2 is X m -His-Gly-His-Pro-Phe-Ala-Pro-X n (X m -HGHPFAP-X n),
An ultrasonic welding assembly, comprising: (a) a sonotrode, wherein the sonotrode includes a single welding region and two nodal regions (104,108) formed on either side of the welding region; (b) at least one ultrasonic transducer (400,408) connected to the sonotrode; (c) at least one diaphragm spring (202,302) disposed between the ultrasonic transducer (400,408) and the sonotrode; and (d) at least one roller bearing (206,306) connected to the diaphragm spring (202,302); characterised in that the assembly also includes: (e) a mounting plate for supporting the sonotrode, wherein the mounting plate further includes a force application region on the upper surface thereof; (f) at least two linear guides (504,510,604,610) connected to the roller bearing (206,306), wherein the at least two linear guides (504,510,604,610) are connected to the mounting plate and support the roller bearing (206,306) and the sonotrode in a flexible manner; and (g) first and second low-friction linear bearings (702,706) in contact with nodal regions (104,108) on either side of the welding region of the sonotrode for the application of force thereto, wherein the first and second linear bearings (702,706) are connected to the mounting plate. (a) a sonotrode, wherein the sonotrode includes a single welding region and two nodal regions (104,108) formed on either side of the welding region; (b) at least one ultrasonic transducer (400,408) connected to the sonotrode; (c) at least one diaphragm spring (202,302) disposed between the ultrasonic transducer (400,408) and the sonotrode; and (d) at least one roller bearing (206,306) connected to the diaphragm spring (202,302); (e) a mounting plate for supporting the sonotrode, wherein the mounting plate further includes a force application region on the upper surface thereof; (f) at least two linear guides (504,510,604,610) connected to the roller bearing (206,306), wherein the at least two linear guides (504,510,604,610) are connected to the mounting plate and support the roller bearing (206,306) and the sonotrode in a flexible manner; and (g) first and second low-friction linear bearings (702,706) in contact with nodal regions (104,108) on either side of the welding region of the sonotrode for the application of force thereto, wherein the first and second linear bearings (702,706) are connected to the mounting plate.
A process for producing by extrusion a polymer composition, wherein the process comprises the steps of: (i) subjecting into a twinscrew extruder (a) 60 to 99 wt% of a multimodal polyethylene produced in the presence of a single site catalyst (ssPE) which has an MFR 2 (according to ISO 1133 at 190°C under 2.16 kg load) of less than 7 g/10 min, (b) 1 to 40 wt% of a polyethylene having SHI (2.7/210) of at least 10 (when measured as described in the specification under Determination methods), based on the combined amount (100 wt%) of ssPE (a) and PE (b); and (c) optionally additives; (ii) meltmixing the components (a) to (c) in the twinscrew extruder to form a meltmix of the polymer composition; and (iii) providing the obtained meltmix polymer composition into a solid form. (i) subjecting into a twinscrew extruder (a) 60 to 99 wt% of a multimodal polyethylene produced in the presence of a single site catalyst (ssPE) which has an MFR 2 (according to ISO 1133 at 190°C under 2.16 kg load) of less than 7 g/10 min, (b) 1 to 40 wt% of a polyethylene having SHI (2.7/210) of at least 10 (when measured as described in the specification under Determination methods), based on the combined amount (100 wt%) of ssPE (a) and PE (b); and (c) optionally additives; (a) 60 to 99 wt% of a multimodal polyethylene produced in the presence of a single site catalyst (ssPE) which has an MFR 2 (according to ISO 1133 at 190°C under 2.16 kg load) of less than 7 g/10 min, (b) 1 to 40 wt% of a polyethylene having SHI (2.7/210) of at least 10 (when measured as described in the specification under Determination methods), based on the combined amount (100 wt%) of ssPE (a) and PE (b); and (c) optionally additives; (ii) meltmixing the components (a) to (c) in the twinscrew extruder to form a meltmix of the polymer composition; and (iii) providing the obtained meltmix polymer composition into a solid form.
A method for monitoring a radiant heater for indirectly heating or cooling a furnace installation, in particular an industrial furnace, the radiant heater having at least one burner, which is arranged inside a ceramic radiant heating pipe and is connected to a gas collection line via a combustion gas line and to an air collection line via a combustion air line, wherein the at least one burner is supplied with combustion air and combustion gas for indirect heating or the at least one burner is supplied only with cooling air for indirect cooling, wherein, for indirect heating of the furnace installation, the pressure of combustion air conducted in the combustion air line and the pressure of combustion gas conducted in the combustion gas line are reduced to a pressure predefined in each case, until supply to the at least one burner, wherein the supply of the combustion air and/or of the combustion gas to the at least one burner is monitored by a monitoring device arranged in the combustion air line and/or in the combustion gas line, wherein the monitoring device determines a current pressure of the combustion air and/or of the combustion gas immediately before supply to the at least one burner, and wherein a signal that indicates a leak in the ceramic radiant heating tube is output if the pressure currently determined by the monitoring device falls below a predefined threshold and/or if a pressure difference Δp formed from the currently determined pressure and a pressure of a corresponding collection line exceeds a threshold.
A support foot for a luggage carrier, for a vehicle, said support foot comprising a main part, a first clamping part, a second clamping part wherein at least one of the clamping parts (3, 6) is horizontally movable and a clamping mechanism (4, 5, 38, 41), said clamping mechanism comprising an attachment lever, arranged to secure a load bar to vertical clamping surface of a mounting rail or similar device, said attachment lever being arranged at one side of said main part and is arranged to operate in a horizontal plane between a closed and an open position, and thereby also moving said movable clamping part in a horizontal plane, wherein said attachment lever having a fixed pivot point within said support foot about which the attachment lever is rotatable and also a movable second pivot point attached to a coupling part connected to said clamping mechanism (4, 5, 38, 41), characterised in that said clamping mechanism (4, 5, 38, 41) comprises a pull rod which is pivotably connected to said coupling part and said movable clamp.
A screen assembly with a fingerprint module, characterized by comprising: a transparent cover, a display module, and a fingerprint module; wherein the display module is fixed to an inner surface of the transparent cover, and the display module comprises a display area and a non-display area peripherally arranged around the display area; the transparent cover comprises a fingerprint opening, and the fingerprint opening is at least partially overlapped with the non-display area of the display module to make at least a portion of the fingerprint opening be in a projection area of the non-display area on the transparent cover; the fingerprint module is fixed to the transparent cover and is arranged in the fingerprint opening.
A protected graphics assembly consisting of: optionally, at least one adhesive layer; at least one graphics layer comprising at least one graphical image and having a maximum thickness of 8 μm; and an outwardly exposed polymer layer comprising a polyurethane film that is free of silicones, fluoropolymers and vinyl polymers and having a gloss value of greater than 90 when tested according to ASTM D2457-03 at a 60° angle, the graphics layer underlying the polymer layer; wherein the protected graphics assembly has a thickness of less than 150 μm. optionally, at least one adhesive layer; at least one graphics layer comprising at least one graphical image and having a maximum thickness of 8 μm; and an outwardly exposed polymer layer comprising a polyurethane film that is free of silicones, fluoropolymers and vinyl polymers and having a gloss value of greater than 90 when tested according to ASTM D2457-03 at a 60° angle, the graphics layer underlying the polymer layer; wherein the protected graphics assembly has a thickness of less than 150 μm.
A apparatus for forming a protective coating for a magnetic pole of a permanent magnet rotor of a motor, comprising: a vacuum bag located at a radially inner wall of a magnet yoke wall of a motor rotor of the permanent magnet rotor, wherein the radially inner wall of the magnet yoke wall and a radially outer wall of the vacuum bag form a mold cavity required for injection of an adhesive; a positioning component configured to axially position the motor rotor at a horizontal position; a drive component configured to drive the motor rotor to rotate with respect to a horizontal central axis of the motor rotor; an adhesive injection assembly configured to evacuate an arc section of the motor rotor located at a bottom of the mold cavity in horizontal position and to inject the adhesive into the arc section; and wherein the apparatus further comprises a vibration component, wherein the vibration component comprises a first vibration component located at an outer side of the motor rotor, and the first vibration component allows a radially outer wall of the arc section located at the bottom of the mold cavity in horizontal position to vibrate. a vacuum bag located at a radially inner wall of a magnet yoke wall of a motor rotor of the permanent magnet rotor, wherein the radially inner wall of the magnet yoke wall and a radially outer wall of the vacuum bag form a mold cavity required for injection of an adhesive; a positioning component configured to axially position the motor rotor at a horizontal position; a drive component configured to drive the motor rotor to rotate with respect to a horizontal central axis of the motor rotor; an adhesive injection assembly configured to evacuate an arc section of the motor rotor located at a bottom of the mold cavity in horizontal position and to inject the adhesive into the arc section; and wherein the apparatus further comprises a vibration component, wherein the vibration component comprises a first vibration component located at an outer side of the motor rotor, and the first vibration component allows a radially outer wall of the arc section located at the bottom of the mold cavity in horizontal position to vibrate.
A nanoparticle for delivering a medically useful agent comprising: a biodegradable and clinically compatible core comprising magnesium phosphate; and a medically useful agent, wherein the medically useful agent is an aiRNA, siRNA, or a mixture thereof; and a shell around the core, wherein the shell comprises a protein or peptide. a biodegradable and clinically compatible core comprising magnesium phosphate; and a medically useful agent, wherein the medically useful agent is an aiRNA, siRNA, or a mixture thereof; and a shell around the core, wherein the shell comprises a protein or peptide.
A content filling system comprising: a filling device for filling content in a container including a mouth and a container main body; a bubble detecting device which is arranged on a downstream side of the filling device, and being adapted for automatically detecting whether or not there is a bubble produced in the content filled in the container and discharged from the mouth of the container; a determining unit which is connected to the bubble detecting device and being adapted for specifying a container which has discharged the bubble; and an adjustment unit being adapted for adjusting a filling condition of the filling device based on information from the determining unit, characterized in that the filling condition includes a filling amount of the content, a filling temperature, or a pressure during filling. a filling device for filling content in a container including a mouth and a container main body; a bubble detecting device which is arranged on a downstream side of the filling device, and being adapted for automatically detecting whether or not there is a bubble produced in the content filled in the container and discharged from the mouth of the container; a determining unit which is connected to the bubble detecting device and being adapted for specifying a container which has discharged the bubble; and an adjustment unit being adapted for adjusting a filling condition of the filling device based on information from the determining unit, characterized in that the filling condition includes a filling amount of the content, a filling temperature, or a pressure during filling.
Cutter with a working space and a knife shaft (3; 33) protruding into the working space and supported on the side of the working space in at least one knife shaft bearing which is protected by at least one bearing seal, as well as with a sealing (13, 14, 15) for the entry area of the knife shaft (3; 33) into the working space, which is particularly a labyrinth-sealing, characterized in that the cutter has a pump for generating compressed air and/or a compressed air connection, wherein at least one compressed air pipe (22, 27, 28; 30) leads from the pump or from the compressed air connection into at least a space between the bearing seal and the sealing adapted to be permeable to air and/or into at least a space located inside the sealing adapted to be permeable to air.
Device (1, 20, 40, 50) for treating elongate food products like sausages in a process space (32, 52) using a conditioned airflow (P2, P3, P5), comprising: - a housing (2, 21, 51) bounding the process space (32, 52), with a feed opening (5, 29) arranged in the housing (2, 21, 51) and a discharge opening (6, 28) arranged in the housing (2, 21, 51) for respectively carrying elongate food products into the process space (32, 52) and discharging thereof from the process space (32, 52), - transport means (3, 25, 53) for displacing the elongate food products through the process space (32, 52) that comprise an endless chain, on which chain a plurality of elongate baskets engage for carrying the elongate food products, - blowing means (11, 23, 47, 48) for generating an airflow (P 2, P 3, P 5) in the process space (32, 52), and - conditioning means (7, 24, 61) for conditioning the airflow (P 2, P 3, P 5), wherein the feed opening (5, 29) and the discharge opening (6, 28) are arranged in opposite and horizontally spaced-apart sides of the housing (2, 21, 51), characterized in that the conditioning means (7, 24, 61) comprise at least one heating element (7, 24, 61) through which the airflow is carried and which is disposed in the process space (32, 52) such that the airflow is distributed thereby, and wherein the conditioning means (7, 24, 61) are also provided with means for regulating the air humidity of the airflow to a higher or lower air humidity. - a housing (2, 21, 51) bounding the process space (32, 52), with a feed opening (5, 29) arranged in the housing (2, 21, 51) and a discharge opening (6, 28) arranged in the housing (2, 21, 51) for respectively carrying elongate food products into the process space (32, 52) and discharging thereof from the process space (32, 52), - transport means (3, 25, 53) for displacing the elongate food products through the process space (32, 52) that comprise an endless chain, on which chain a plurality of elongate baskets engage for carrying the elongate food products, - blowing means (11, 23, 47, 48) for generating an airflow (P 2, P 3, P 5) in the process space (32, 52), and - conditioning means (7, 24, 61) for conditioning the airflow (P 2, P 3, P 5), wherein the feed opening (5, 29) and the discharge opening (6, 28) are arranged in opposite and horizontally spaced-apart sides of the housing (2, 21, 51), characterized in that the conditioning means (7, 24, 61) comprise at least one heating element (7, 24, 61) through which the airflow is carried and which is disposed in the process space (32, 52) such that the airflow is distributed thereby, and wherein the conditioning means (7, 24, 61) are also provided with means for regulating the air humidity of the airflow to a higher or lower air humidity.
An orthodontic self-ligating bracket for orthodontic treatment of maloccluded teeth, the bracket comprising: a bracket body having a bottom side and a top side, the bracket body including: a base on the bottom side of the bracket body that is contoured to attach to a surface of a tooth; a bracket slot on the top side of the bracket body, the bracket slot extending in a mesiodistal direction and configured to releasably retain an archwire; and a bracket groove on the top side of the bracket body extending towards the bracket slot; a bracket door having a bottom side and a top side, wherein the bracket door slidably engages the bracket groove between an open position and a closed position, wherein the bracket slot is exposed when the bracket door is in the open position to allow for placement and removal of the archwire, and wherein the bracket slot is enclosed to securely retain the archwire when the bracket door is in the closed position; springs to be borne by the bracket door including a mesial spring configured to contact the bracket door and a mesial side of the bracket groove and a distal spring configured to contact the bracket door and a distal side of the bracket groove; characterized in that the bracket groove includes tapered sides that are configured to contact the mesial spring and the distal spring as the bracket door is slidably inserted into the bracket groove. a base on the bottom side of the bracket body that is contoured to attach to a surface of a tooth; a bracket slot on the top side of the bracket body, the bracket slot extending in a mesiodistal direction and configured to releasably retain an archwire; and a bracket groove on the top side of the bracket body extending towards the bracket slot; a bracket door having a bottom side and a top side, wherein the bracket door slidably engages the bracket groove between an open position and a closed position, wherein the bracket slot is exposed when the bracket door is in the open position to allow for placement and removal of the archwire, and wherein the bracket slot is enclosed to securely retain the archwire when the bracket door is in the closed position;
A subsea spill containment system comprising: a funnel structure positionable over a subsea leak; a plurality of interconnected skirts serially joined above the funnel, wherein each skirt comprises a seal, and wherein the skirts are supported by one or more central internal longitudinal supports; a collection dome above the skirts; a hose connected to the dome; two or more suction piles; at least one wire connecting each suction pile to the funnel; and at least one wire connecting each suction pile to a lower most one of the skirts and / or a lower most one of the central internal longitudinal supports and / or an optional frame attaching a lower most one of the skirts to the central internal longitudinal supports; wherein an upper most one of the skirts is sealed to the dome. a funnel structure positionable over a subsea leak; a plurality of interconnected skirts serially joined above the funnel, wherein each skirt comprises a seal, and wherein the skirts are supported by one or more central internal longitudinal supports; a collection dome above the skirts; a hose connected to the dome; two or more suction piles; at least one wire connecting each suction pile to the funnel; and at least one wire connecting each suction pile to a lower most one of the skirts and / or a lower most one of the central internal longitudinal supports and / or an optional frame attaching a lower most one of the skirts to the central internal longitudinal supports; wherein an upper most one of the skirts is sealed to the dome.