mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a light source which emits near-ultraviolet laser light; a fluorescent member which includes a fluorescent body that is excited by the light emitted from the light source so as to emit light, the fluorescent member including: a substrate comprising a highly heat conductive member; and a fluorescent body layer in which particles of the fluorescent body are deposited on one surface of the substrate and in which the particles of the fluorescent body are connected to each other; and further characterised by a mirror which faces the fluorescent body layer , wherein the laser light enters the fluorescent body layer through a surface on a side opposite to the substrate , wherein the substrate is inclined with respect to an axial direction of a reflective surface that is a paraboloidal surface formed on an inner surface of the mirror . a light source which emits near-ultraviolet laser light; a fluorescent member which includes a fluorescent body that is excited by the light emitted from the light source so as to emit light, the fluorescent member including: a substrate comprising a highly heat conductive member; and a fluorescent body layer in which particles of the fluorescent body are deposited on one surface of the substrate and in which the particles of the fluorescent body are connected to each other; and further characterised by a mirror which faces the fluorescent body layer , wherein the laser light enters the fluorescent body layer through a surface on a side opposite to the substrate , wherein the substrate is inclined with respect to an axial direction of a reflective surface that is a paraboloidal surface formed on an inner surface of the mirror . a substrate comprising a highly heat conductive member; and a fluorescent body layer in which particles of the fluorescent body are deposited on one surface of the substrate and in which the particles of the fluorescent body are connected to each other; and further characterised by a mirror which faces the fluorescent body layer , wherein the laser light enters the fluorescent body layer through a surface on a side opposite to the substrate , wherein the substrate is inclined with respect to an axial direction of a reflective surface that is a paraboloidal surface formed on an inner surface of the mirror .
A chemical compound having formula I: wherein: R is selected from the group methyl (-CH 3 ), ethyl (-C 2 H 5 ), n- and i-propyl (-C 3 H 7 ), n- and i-butyl (-C 4 H 9 ) and benzyl (-CH 2 C 6 H 5 ); one of R' and R" is H and one of R' and R" is methyl; Q is -O-; X is independently selected from the group F, Br and methyl (-CH 3 ); Y is F; Ar is selected from the group -C 6 H 5 , p CF 3 C 6 H 4 -, p FC 6 H 4 -, p NO 2 C 6 H 4 -, p ClC 6 H 4 - and o ClC 6 H 4 -; Z is selected from the group H, acyclic C 1-6 alkyl and halogen; and n is 0 or 1, wherein when n is 0, Z' is -NH 2 and a double bond exists between position 3 and position 4, and when n is 1, Z' is =O; or a pharmaceutically acceptable salt of a compound of formula I. R is selected from the group methyl (-CH 3 ), ethyl (-C 2 H 5 ), n- and i-propyl (-C 3 H 7 ), n- and i-butyl (-C 4 H 9 ) and benzyl (-CH 2 C 6 H 5 ); one of R' and R" is H and one of R' and R" is methyl; Q is -O-; X is independently selected from the group F, Br and methyl (-CH 3 ); Y is F; Ar is selected from the group -C 6 H 5 , p CF 3 C 6 H 4 -, p FC 6 H 4 -, p NO 2 C 6 H 4 -, p ClC 6 H 4 - and o ClC 6 H 4 -; Z is selected from the group H, acyclic C 1-6 alkyl and halogen; and n is 0 or 1, wherein when n is 0, Z' is -NH 2 and a double bond exists between position 3 and position 4, and when n is 1, Z' is =O; or a pharmaceutically acceptable salt of a compound of formula I.
A method for operating a tamping machine in a rail application, the method comprising moving the tamping machine towards a rail tie at a constant speed; reducing a speed of the tamping machine and actuating a workhead assembly to lower one or more tamping components to a predetermined depth of a rail ballast when the tamping machine is at a reduced speed relative to the constant speed; stopping movement of the tamping machine and operating the one or more tamping components when the tamping machine is stopped; and increasing the speed of the tamping machine and raising the one or more tamping components from the predetermined depth when the tamping machine is increasing speed. moving the tamping machine towards a rail tie at a constant speed; reducing a speed of the tamping machine and actuating a workhead assembly to lower one or more tamping components to a predetermined depth of a rail ballast when the tamping machine is at a reduced speed relative to the constant speed; stopping movement of the tamping machine and operating the one or more tamping components when the tamping machine is stopped; and increasing the speed of the tamping machine and raising the one or more tamping components from the predetermined depth when the tamping machine is increasing speed.
A recording apparatus , comprising: a stage , which includes a supporting surface for supporting a recording medium (A); a recording processing unit , which includes a recording unit for performing recording on the recording medium that is supported by the stage, the recording processing unit bridging the stage in a first direction (X); and a movement unit for causing the recording processing unit to move in relation to the stage in a second direction (Y) that is perpendicular to the first direction and is parallel to the supporting surface, wherein the movement unit includes a drive mechanism for causing the recording processing unit to move in the second direction in relation to the stage, and a linear guide mechanism for supporting the recording processing unit to be free sliding in the second direction in relation to the stage, wherein: the linear guide mechanism is disposed on a rear surface side of the stage, and characterized in that the drive mechanism is disposed between a portion of the stage that makes contact with the recording medium and the linear guide mechanism in a third direction (Z), which is perpendicular to the first direction and the second direction. a stage , which includes a supporting surface for supporting a recording medium (A); a recording processing unit , which includes a recording unit for performing recording on the recording medium that is supported by the stage, the recording processing unit bridging the stage in a first direction (X); and a movement unit for causing the recording processing unit to move in relation to the stage in a second direction (Y) that is perpendicular to the first direction and is parallel to the supporting surface, wherein the movement unit includes a drive mechanism for causing the recording processing unit to move in the second direction in relation to the stage, and a linear guide mechanism for supporting the recording processing unit to be free sliding in the second direction in relation to the stage, wherein: a drive mechanism for causing the recording processing unit to move in the second direction in relation to the stage, and a linear guide mechanism for supporting the recording processing unit to be free sliding in the second direction in relation to the stage, wherein: the linear guide mechanism is disposed on a rear surface side of the stage, and characterized in that the drive mechanism is disposed between a portion of the stage that makes contact with the recording medium and the linear guide mechanism in a third direction (Z), which is perpendicular to the first direction and the second direction.
Sorting device for elements such as caps or stoppers for closing a flask or bottle, or else plastic preform elements, comprising a continuous conveying means arranged to move in a conveying direction and provided with successive transverse stops between which the elements can rest in the form of a transverse alignment and thus be transported by said conveying means from a supply zone of the sorting device , said sorting device also having an output zone , at which the elements leave the conveying means after having been brought to this zone thereby, and in which, during the circulation on the conveyor belt between the hopper, supply zone, and output zone, the poorly oriented capping elements are ejected, which sorting device is characterized in that it comprises an ejection means , for releasing the elements from the conveying means by moving them essentially along the transverse stops , comprising at least one pusher able to move at least transverse to the conveying direction so as to push a column of elements against a transverse stop towards the output zone , the ejection means thus acting on the element furthest from the output zone and moving towards this zone, each of the elements of the column acting against the element that is in front of it in the direction of the output zone .
A method for making a crystal oscillator , comprising the steps of: a) forming a first electrode portion on a surface of a piezoelectric substrate , so as to obtain a semi-finished product ; b) thinning the piezoelectric substrate of the semi-finished product , so as to obtain an oscillating substrate , the oscillating substrate having a first surface on which the first electrode portion is formed; c) forming a second electrode on a second surface of the oscillating substrate opposite to the first surface , the second electrode including a second electrode portion in positional correspondence with the first electrode portion , and a second extending electrode portion extending outwardly from the second electrode portion and disposed on a periphery area of the oscillating substrate ; d) forming a first extending electrode portion that extends from the first electrode portion along a side surface of the oscillating substrate to the second surface of the oscillating substrate , the first electrode portion and the first extending electrode portion cooperating to form a first electrode ; characterised by e) forming a support frame on the second surface of the oscillating substrate , the support frame made from a photoresist material and surrounding the second electrode portion , at least a portion of the second extending electrode portion being located outside the support frame . a) forming a first electrode portion on a surface of a piezoelectric substrate , so as to obtain a semi-finished product ; b) thinning the piezoelectric substrate of the semi-finished product , so as to obtain an oscillating substrate , the oscillating substrate having a first surface on which the first electrode portion is formed; c) forming a second electrode on a second surface of the oscillating substrate opposite to the first surface , the second electrode including a second electrode portion in positional correspondence with the first electrode portion , and a second extending electrode portion extending outwardly from the second electrode portion and disposed on a periphery area of the oscillating substrate ; d) forming a first extending electrode portion that extends from the first electrode portion along a side surface of the oscillating substrate to the second surface of the oscillating substrate , the first electrode portion and the first extending electrode portion cooperating to form a first electrode ; characterised by e) forming a support frame on the second surface of the oscillating substrate , the support frame made from a photoresist material and surrounding the second electrode portion , at least a portion of the second extending electrode portion being located outside the support frame .
A power converter for use in a doubly fed induction generator wind turbine system having a rotor and a stator, the stator configured to be coupled to an electrical grid , the stator configured to provide a medium voltage alternating current power on a stator bus of the wind turbine system , the power converter comprising: a plurality of conversion modules (200-204), each conversion module (200-204) comprising a plurality of bridge circuits , each bridge circuit comprising a plurality of switching devices coupled in series, characterized in that each conversion module (200-204) comprises one or more isolation transformers coupled to one or more bridge circuits , and wherein at least one conversion module (200-204) comprises a multi-winding isolation transformer having a single winding on a low voltage side and a plurality of windings on a medium voltage side of the multi-winding isolation transformer; wherein the power converter is configured to convert a low voltage alternating current power provided by the rotor to a medium voltage multiphase alternating current output power suitable for provision to the electrical grid , and wherein each conversion module (200-204) is configured to provide a single phase of the medium voltage multiphase alternating current output power on a line bus of the wind turbine system . a plurality of conversion modules (200-204), each conversion module (200-204) comprising a plurality of bridge circuits , each bridge circuit comprising a plurality of switching devices coupled in series, characterized in that each conversion module (200-204) comprises one or more isolation transformers coupled to one or more bridge circuits , and wherein at least one conversion module (200-204) comprises a multi-winding isolation transformer having a single winding on a low voltage side and a plurality of windings on a medium voltage side of the multi-winding isolation transformer; wherein the power converter is configured to convert a low voltage alternating current power provided by the rotor to a medium voltage multiphase alternating current output power suitable for provision to the electrical grid , and wherein each conversion module (200-204) is configured to provide a single phase of the medium voltage multiphase alternating current output power on a line bus of the wind turbine system .
A machine readable medium, on which are stored instructions, comprising instructions that when executed cause a machine to: transmit user information related to creating a session on a web browser for a web page associated with a web domain, wherein the user information includes user credentials; transmit information related to sharing the session with a second user, thereby creating a shared session; encrypt the shared session using a public key of the second user; transmit logout information related to terminating the session, thereby creating a terminated session; transmit a request to retrieve the terminated session; and receive session information related to injecting the terminated session in the web browser , thereby creating an active session . transmit user information related to creating a session on a web browser for a web page associated with a web domain, wherein the user information includes user credentials; transmit information related to sharing the session with a second user, thereby creating a shared session; encrypt the shared session using a public key of the second user; transmit logout information related to terminating the session, thereby creating a terminated session; transmit a request to retrieve the terminated session; and receive session information related to injecting the terminated session in the web browser , thereby creating an active session .
An abnormality determination support apparatus that provides determination information for determining whether an abnormality has occurred in a manufacturing facility , comprising: an analysis object data preparation unit that is configured to acquire a time-series signal representing at least one of a state of the manufacturing facility and a product quality from a data collection apparatus of the manufacturing facility , and extract analysis object data from the time-series signal, characterized by a primary determination unit that is configured to derive a plurality of primary determination results by applying a plurality of different types of analysis methods to the analysis object data extracted by the analysis object data preparation unit ; and a secondary determination unit that includes a machine learning device (122; 132; 137) which is during a learning phase configured to be learned using a teacher signal which is a pair of the plurality of primary determination results obtained by the primary determination unit and a corresponding set of an abnormality determination result and an abnormality cause, which corresponding set is an output of the machine learning device, and in a stage of performing secondary determination the abnormality determination support apparatus is configured to input the plurality of primary determination results to the machine learning device (122; 132; 137), and output a secondary determination result of normality/abnormality and an estimated abnormality cause output from the machine learning device (122; 132; 137) as the determination information. an analysis object data preparation unit that is configured to acquire a time-series signal representing at least one of a state of the manufacturing facility and a product quality from a data collection apparatus of the manufacturing facility , and extract analysis object data from the time-series signal, characterized by a primary determination unit that is configured to derive a plurality of primary determination results by applying a plurality of different types of analysis methods to the analysis object data extracted by the analysis object data preparation unit ; and a secondary determination unit that includes a machine learning device (122; 132; 137) which is during a learning phase configured to be learned using a teacher signal which is a pair of the plurality of primary determination results obtained by the primary determination unit and a corresponding set of an abnormality determination result and an abnormality cause, which corresponding set is an output of the machine learning device, and in a stage of performing secondary determination the abnormality determination support apparatus is configured to input the plurality of primary determination results to the machine learning device (122; 132; 137), and output a secondary determination result of normality/abnormality and an estimated abnormality cause output from the machine learning device (122; 132; 137) as the determination information.
A left atrial appendage occluder , comprising an occluding stent , a proximal securing member and a distal securing member , the occluding stent comprising an occlusion structure and a traction structure , the occlusion structure having a first proximal end and a first distal end opposing the first proximal end , the proximal securing member disposed at the first proximal end and configured to form a closed configuration at the first proximal end by gathering end portions of the occlusion structure at the first proximal end to the proximal securing member , the first distal end configured in an open configuration, the traction structure attached to the occlusion structure and at least partially overlapped with the occlusion structure along an axial direction, the traction structure comprising a plurality of traction elements each having a first end connected to the distal securing member and a second end connected to the occlusion structure , wherein movement of the distal securing member toward the proximal securing member is able to cause a distal part of the occluding stent to transition from an expanded configuration to a collapsed configuration, characterized in that : the occlusion structure is divided by the traction structure into a first portion and a second portion joined to the first portion along the axial direction, the first portion providing the first proximal end , the second portion providing the first distal end .
A metal-resin composite comprising: a metal member having a rough surface; and a thermoplastic resin member arranged in contact with the metal member on the side having the rough surface, the thermoplastic resin member being composed of a resin composition that contains 1 to 25 parts by mass of a laser direct structuring additive (B), per 100 parts by mass of a thermoplastic resin that contains 50% by mass or more of a crystalline thermoplastic resin; wherein the thermoplastic resin contains 50 to 85% by mass of a polyester-based resin (A-1), and 50 to 15% by mass of a polyamide-based resin (A-2). a thermoplastic resin member arranged in contact with the metal member on the side having the rough surface, the thermoplastic resin member being composed of a resin composition that contains 1 to 25 parts by mass of a laser direct structuring additive (B), per 100 parts by mass of a thermoplastic resin that contains 50% by mass or more of a crystalline thermoplastic resin; wherein the thermoplastic resin contains 50 to 85% by mass of a polyester-based resin (A-1), and 50 to 15% by mass of a polyamide-based resin (A-2).
A hybrid propulsion system for a vertical take-off and landing (VTOL) aircraft comprising two energy branches, each with one combustion engine driving an electricity generator , at least one electrical energy storage assembly (16; 18A, 18N) associated with each electricity generator and defining, with each electricity generator, an energy branch, a plurality of electric motors actuating a same plurality of rotors providing together the propulsion and/or the lift of the hybrid VTOL aircraft, and an electrical power and distribution unit supplying power to the plurality of electric motors from the electricity generator and/or from the electrical energy storage assembly according to a pre-established flight phase, at least two energy branches having an asymmetric configuration and each supplying power selectively, by means of the electrical power and distribution unit , all or part of the plurality of electric motors, the system being characterized in that the electricity generators of the combustion engines have between them a power ratio comprised between 1.2 and 1.4 so as to allow the more powerful to supply alone the electrical power required for the aircraft in all flight conditions and, in that the system it further includes an additional electrical energy storage assembly supplying a determined power corresponding to the power delivered by one of the electricity generators and able to reactivate in an emergency the assembly comprising a heat engine driving a standby electricity generator .