mhurhangee/patent-ind-claim-en huggingface dataset:
An LED filament , comprising a PCB substrate and a plurality of LED chips , wherein the PCB substrate is a glass fiber substrate, a connecting circuit is provided on the PCB substrate , a positive pin and a negative pin are provided at two ends of the connecting circuit , respectively, and each of the LED chips is electrically connected to the connecting circuit ; and a fluorescent glue layer is provided outside the PCB substrate and the LED chips , and the positive pin and the negative pin are exposed from the fluorescent glue layer wherein the LED chips are connected to one side of the PCB substrate , both sides of the PCB substrate are provided with the fluorescent glue layer , characterized in that the fluorescent glue layers of two sides have different contents of fluorescent agent, so that the two sides of the LED filament have uniform light emission, preferably, the two sides of the LED filament have uniform light emission in color, and in that the connecting circuit is made by etching, and a protection circuit or a control circuit is further integrated on the PCB substrate . a fluorescent glue layer is provided outside the PCB substrate and the LED chips , and the positive pin and the negative pin are exposed from the fluorescent glue layer wherein the LED chips are connected to one side of the PCB substrate , both sides of the PCB substrate are provided with the fluorescent glue layer , characterized in that the fluorescent glue layers of two sides have different contents of fluorescent agent, so that the two sides of the LED filament have uniform light emission, preferably, the two sides of the LED filament have uniform light emission in color, and in that the connecting circuit is made by etching, and a protection circuit or a control circuit is further integrated on the PCB substrate .
Component arrangement with a first and a second component , which are each in the form of a metal profile and, on mutually opposite and inclined outer sides of the component arrangement, are joined to each other at a first welding point on one outer side and at a second welding point on the other outer side , wherein sections of the first and second components adjoining the first welding point and sections of the first and second components adjoining the second welding point each together form flat bearing surfaces which are oriented parallel to each other, and the bearing surfaces are each at an acute angle to their associated outer side , and the first component and the second component are each joined by friction stir welding at the first welding point and at the second welding point , characterized in that mutually facing sides of the components each have a web connecting the outer sides , and the webs are oriented parallel to one another, wherein the webs run perpendicular to the bearing surfaces . sections of the first and second components adjoining the first welding point and sections of the first and second components adjoining the second welding point each together form flat bearing surfaces which are oriented parallel to each other, and the bearing surfaces are each at an acute angle to their associated outer side , and the first component and the second component are each joined by friction stir welding at the first welding point and at the second welding point , characterized in that mutually facing sides of the components each have a web connecting the outer sides , and the webs are oriented parallel to one another, wherein the webs run perpendicular to the bearing surfaces .
A high frequency chest wall oscillation apparatus comprising, a garment to be worn by a patient, a plurality of mechanical percussors carried by the garment, a controller spaced from the garment and hanging from the garment by a cable , and the controller signaling operation of the mechanical percussors, an electrically operated nebulizer having a connector that removably plugs into a port of the controller to receive power therefrom, and a patient interface to introduce nebulized particles from the electrically operated nebulizer into the patient's airway.
A fluorescence/phosphorescence detector that detects fluorescence and phosphorescence emitted from a transported sheet, the detector comprising: a light source configured to irradiate a transported sheet with light; a light source control unit configured to control the light source; a light receiving unit configured to receive fluorescence and phosphorescence emitted from the sheet and output fluorescence data and phosphorescence data; and a data acquisition unit configured to acquire fluorescence data and phosphorescence data from the light receiving unit, the light source control unit being configured to turn on the light source in a first predetermined period (Sa), turn on the light source in a second predetermined period (Sb) after the first predetermined period (Sa), and keep the light source turned off for a third predetermined period (P) immediately after the second predetermined period (Sb), the data acquisition unit being configured to acquire phosphorescence data on phosphorescence received by the light receiving unit in the third predetermined period (P); characterized in that the data acquisition unit is further configured to acquire fluorescence data on fluorescence received by the light receiving unit in the second predetermined period (Sb), but not in the first predetermined period (Sa). a light source configured to irradiate a transported sheet with light; a light source control unit configured to control the light source; a light receiving unit configured to receive fluorescence and phosphorescence emitted from the sheet and output fluorescence data and phosphorescence data; and a data acquisition unit configured to acquire fluorescence data and phosphorescence data from the light receiving unit, the light source control unit being configured to turn on the light source in a first predetermined period (Sa), turn on the light source in a second predetermined period (Sb) after the first predetermined period (Sa), and keep the light source turned off for a third predetermined period (P) immediately after the second predetermined period (Sb), the data acquisition unit being configured to acquire phosphorescence data on phosphorescence received by the light receiving unit in the third predetermined period (P); characterized in that the data acquisition unit is further configured to acquire fluorescence data on fluorescence received by the light receiving unit in the second predetermined period (Sb), but not in the first predetermined period (Sa).
A multiple-input multiple-output, MIMO, antenna system, wherein the MIMO antenna system comprises a first antenna and a second antenna; the first antenna comprises a first radiator and a second radiator , the first radiator is in a ring structure, the second radiator is disposed inside the first radiator , the first radiator and the second radiator are not directly connected, and the first radiator and the second radiator are located on a first plane; the first antenna further comprises at least two inductor components , one end of the inductor component is connected to the first radiator , and the other end of the inductor component is connected to the second radiator ; a first feed is further disposed on the first antenna, one end of the first feed is disposed on the first radiator , and the other end of the feed is disposed on the second radiator ; the second antenna comprises a third radiator, the third radiator is in a ring structure, at least two slots are disposed on the third radiator, and the slots penetrate inside and outside of the ring structure of the third radiator; the third radiator is also disposed in the first plane; a second feed is further disposed on the third radiator, and the second feed is serially connected to a middle position of the third radiator between any two adjacent slots; and the first antenna is disposed inside the second antenna, and the first antenna and the second antenna are not connected to each other. the first antenna comprises a first radiator and a second radiator , the first radiator is in a ring structure, the second radiator is disposed inside the first radiator , the first radiator and the second radiator are not directly connected, and the first radiator and the second radiator are located on a first plane; the first antenna further comprises at least two inductor components , one end of the inductor component is connected to the first radiator , and the other end of the inductor component is connected to the second radiator ; a first feed is further disposed on the first antenna, one end of the first feed is disposed on the first radiator , and the other end of the feed is disposed on the second radiator ; the second antenna comprises a third radiator, the third radiator is in a ring structure, at least two slots are disposed on the third radiator, and the slots penetrate inside and outside of the ring structure of the third radiator; the third radiator is also disposed in the first plane; a second feed is further disposed on the third radiator, and the second feed is serially connected to a middle position of the third radiator between any two adjacent slots; and the first antenna is disposed inside the second antenna, and the first antenna and the second antenna are not connected to each other.
A method of assembling a visual system comprising a manipulation device having an insertion portion and a first contact element , said insertion portion being connectable with a visual device having a vision head member and an elongated connector, the method comprising: connecting said visual device to said manipulation device, characterized in that said connecting includes slidably mounting a proximal end of said elongated connector through an opening at the distal end and into a lumen of said insertion portion, said insertion portion having a sharp distal tip, wherein the proximal end of the elongated connector is slidably connected to the first contact element; wherein the method is not carried out on the human or animal body. connecting said visual device to said manipulation device, characterized in that said connecting includes slidably mounting a proximal end of said elongated connector through an opening at the distal end and into a lumen of said insertion portion, said insertion portion having a sharp distal tip, wherein the proximal end of the elongated connector is slidably connected to the first contact element; wherein the method is not carried out on the human or animal body.
A method implemented in a computer system, said method comprising the steps of: identifying a structured data object from a plurality of structured data objects, wherein the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; transferring the structured data to the messaging system; said method being characterized by further further comprising the steps of: determining if the transferring to the messaging system is successful, wherein the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session. identifying a structured data object from a plurality of structured data objects, wherein the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; a request element, and a response element; transferring the structured data to the messaging system; said method being characterized by further further comprising the steps of: determining if the transferring to the messaging system is successful, wherein the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session. the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session.
A process to prepare rivaroxaban using 4-{4-[ -(Aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]-phenyl}-morpholin-3-one perchlorate (Formula-5), wherein the process comprises: i. reacting 2-{ -2-oxo-3-[(4-(3-oxo-4-morpholynyl)phenyl]-1,3-oxazolidine-5-yl}methyl-1H-isoindole-1,3 -dione of Formula-4 with aqueous methylamine to obtain amine of Formula-4a in-situ; ii. converting in-situ prepared amine of Formula 4a in step i to 4-{4-[ -(Aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]-phenyl}-morpholin-3-one perchlorate of Formula-5 by reacting it with Perchloric acid; iii. reacting 4-{4-[ -(Aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]-phenyl}-morpholin-3-one perchlorate of Formula-5, obtained in step ii with 5-chlorothiophene-2-carbonyl chloride in presence of a base and solvent to obtain Rivaroxaban of Formula-1. i. reacting 2-{ -2-oxo-3-[(4-(3-oxo-4-morpholynyl)phenyl]-1,3-oxazolidine-5-yl}methyl-1H-isoindole-1,3 -dione of Formula-4 with aqueous methylamine to obtain amine of Formula-4a in-situ; ii. converting in-situ prepared amine of Formula 4a in step i to 4-{4-[ -(Aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]-phenyl}-morpholin-3-one perchlorate of Formula-5 by reacting it with Perchloric acid; iii. reacting 4-{4-[ -(Aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]-phenyl}-morpholin-3-one perchlorate of Formula-5, obtained in step ii with 5-chlorothiophene-2-carbonyl chloride in presence of a base and solvent to obtain Rivaroxaban of Formula-1.
A method of transmitting a probe signal for locating neighbors to add to a network , the method comprising: transmitting a signal during a transmit cycle, the signal having a predetermined total power, the signal having a traffic channel transmitting user data to be communicated to other nodes in the network and a probe channel to locate new nodes to add to the network , the traffic channel using a first portion of the total power and the probe channel using a second portion of the total power; performing a probe cycle by lowering the power in the first portion of the total power from a first traffic power level to a second traffic power level and raising the power in the second portion of the total power from a first probe power level to a second probe power level, but maintaining the total power at the same level as the total power during the transmit cycle; and after the probe cycle, raising the power in the first portion of the total power and lowering the power in the second portion of the total power. transmitting a signal during a transmit cycle, the signal having a predetermined total power, the signal having a traffic channel transmitting user data to be communicated to other nodes in the network and a probe channel to locate new nodes to add to the network , the traffic channel using a first portion of the total power and the probe channel using a second portion of the total power; performing a probe cycle by lowering the power in the first portion of the total power from a first traffic power level to a second traffic power level and raising the power in the second portion of the total power from a first probe power level to a second probe power level, but maintaining the total power at the same level as the total power during the transmit cycle; and after the probe cycle, raising the power in the first portion of the total power and lowering the power in the second portion of the total power.
A therapeutic source material suitable for treating localized carcinoma cells in a body of a human or an animal, said therapeutic source material being non-toxic and insoluble in water and further being substantially nonradioactive when not exposed to a neutron source, but becomes a source of highly ionizing but weakly penetrating radiation when exposed to a neutron field at or above a given activity by irradiating the therapeutic source with a neutron field at or above the given activity for a prescribed period of time, wherein: said therapeutic source material is intended to be surgically implanted into the body of a human or an animal and irradiated from outside the body of the human or animal to generate the highly ionizing but weakly penetrating radiation; the therapeutic source material comprises B 4 C or P-31, wherein the B 4 C is enriched in B-10 content; characterized in that the therapeutic source material comprises a radiation shield material formed at a side thereof that shields at least some of the highly ionizing radiation, but is substantially transparent to neutrons; and the therapeutic source material is in the shape of one or more very thin disks or plates in the order of a micron's thickness. said therapeutic source material is intended to be surgically implanted into the body of a human or an animal and irradiated from outside the body of the human or animal to generate the highly ionizing but weakly penetrating radiation; the therapeutic source material comprises B 4 C or P-31, wherein the B 4 C is enriched in B-10 content; characterized in that the therapeutic source material comprises a radiation shield material formed at a side thereof that shields at least some of the highly ionizing radiation, but is substantially transparent to neutrons; and the therapeutic source material is in the shape of one or more very thin disks or plates in the order of a micron's thickness.
A method for blow-moulding containers provided for the bottling of hot liquids, in the case of which a preform is deformed into the container after a thermal conditioning within a blow mould , which is arranged in the area of a blowing station and has a temperature above an ambient temperature, under the effect of blowing pressure, and in the case of which blowing gas is introduced through a connecting element into an interior of the preform , and in the case of which a rinsing gas is guided through the interior of the container after the blow moulding, and in the case of which a plurality of blowing stations is used, wherein for at least one of the blowing stations at least a portion of the required quantity of rinsing gas is stored in a storage volume assigned only to this blowing station , characterised in that a storage for the storage volume is cooled via a separate cooling medium.
A printer, comprising: a cutter unit configured to cut recording paper ; and a presenter unit configured to receive the recording paper from the cutter unit and to convey the recording paper through a transport path provided therein, wherein the presenter unit includes: a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit , the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper , which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes. a cutter unit configured to cut recording paper ; and a presenter unit configured to receive the recording paper from the cutter unit and to convey the recording paper through a transport path provided therein, wherein the presenter unit includes: a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit , the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper , which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes. a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit , the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper , which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes.