mhurhangee/patent-ind-claim-en huggingface dataset:
A projection module, comprising: a transmitting circuit board ; a support , wherein the support is disposed on the transmitting circuit board ; an optical element , wherein the optical element is attached to the support , and an accommodating space is formed above the transmitting circuit board by means of the optical element and the support ; at least one projection unit , wherein the projection unit is disposed in the accommodating space , and the projection unit is conductively attached to the transmitting circuit board ; and at least one driver chip , wherein the driver chip is packaged into the accommodating space , the driver chip is conductively connected to the transmitting circuit board , the driver chip is on the same side as the projection unit , and the driving chip sends a light control signal to the projection unit based on the transmitting circuit board ; characterized in that the support has an accommodating cavity that is formed between an upper end surface of the transmitting circuit board and an upper end of the support which extends inwards in the accommodating space , the driver chip is disposed in the accommodating cavity , and the support covers an upper surface of the driver chip in a thermal contact manner, wherein the support is selected from a group consisting of a ceramic sintered support and a molded support. a transmitting circuit board ; a support , wherein the support is disposed on the transmitting circuit board ; an optical element , wherein the optical element is attached to the support , and an accommodating space is formed above the transmitting circuit board by means of the optical element and the support ; at least one projection unit , wherein the projection unit is disposed in the accommodating space , and the projection unit is conductively attached to the transmitting circuit board ; and at least one driver chip , wherein the driver chip is packaged into the accommodating space , the driver chip is conductively connected to the transmitting circuit board , the driver chip is on the same side as the projection unit , and the driving chip sends a light control signal to the projection unit based on the transmitting circuit board ; characterized in that the support has an accommodating cavity that is formed between an upper end surface of the transmitting circuit board and an upper end of the support which extends inwards in the accommodating space , the driver chip is disposed in the accommodating cavity , and the support covers an upper surface of the driver chip in a thermal contact manner, wherein the support is selected from a group consisting of a ceramic sintered support and a molded support.
A rail grinding machine for grinding rails of a track, having - a machine frame , - a plurality of guiding rollers which are rotatably mounted on the machine frame for manually shifting the rail grinding machine on rails , - a cross slide which is directly mounted on the machine frame and is displaceable in a transverse direction (y), - at least one grinding unit which is arranged at the cross slide , and - a coarse positioning device for coarse positioning of the cross slide in the transverse direction (y), characterized by a fine positioning device for fine positioning of the cross slide in the transverse direction (y). - a machine frame , - a plurality of guiding rollers which are rotatably mounted on the machine frame for manually shifting the rail grinding machine on rails , - a cross slide which is directly mounted on the machine frame and is displaceable in a transverse direction (y), - at least one grinding unit which is arranged at the cross slide , and - a coarse positioning device for coarse positioning of the cross slide in the transverse direction (y),
An oil composition comprising at least 50 percent by mass, based on the mass of the composition of an oil and 0.01 to 25 percent by mass, based on the mass of the composition, of a polymer comprising at least one poly(lactone) segment; wherein the polymer comprises units (a): -C(O)(CHR 1 ) p O- (a) wherein p is an integer from 4 to 7; wherein in one, two or three, preferably one or two instances p, R 1 is a hydrocarbyl group or substituted hydrocarbyl group having from 4 to 24 carbon atoms, and in all other instances p, R 1 is hydrogen; and units (b): -C(O)(C(H) x R 2 ) q O- (b) wherein units (b) are different from units (a); wherein q is an integer from 4 to 15; and wherein either (i), in all instances q, R 2 is hydrogen, or (ii), wherein in one, two or three, preferably one or two instances q, R 2 is a hydrocarbyl group or substituted hydrocarbyl group having from 1 to 24 carbon atoms, and in all other instances q, R 2 is hydrogen; and wherein either in all instances q, x is 1, or for two contiguous moeities q, x is zero such that units (b) comprise one carbon-carbon double bond, and in all other instances q, x is 1.
Centrifuge with a housing in which a rotor is arranged for receiving a sample to be centrifuged, which rotor is detachably mounted on a drive shaft that is connected to a drive, which rotor is driven by said drive shaft during operation of said centrifuge and rotates about a rotational axis , which rotor has a first, rotor-side transceiver unit which is excited by an electric field, thus inducing voltage in said first transceiver unit , which first transceiver unit is associated with a second, housing-side transceiver unit which is connected to a voltage source, which two transceiver units are connected to a transceiver antenna each, and said transceiver units and said transceiver antenna are each arranged on an annular support in a manner concentric to said rotational axis , characterized in that said support of said one transceiver unit is smaller in diameter than said support of said other transceiver unit , and said transceiver antenna of said one transceiver unit overlaps in part with said transceiver antenna of said other transceiver unit in a direction parallel to said rotational axis .
Method for charging for the data of an application which are transmitted on a slice of a communication network , which is implemented in a device for accessing the network and comprises: - a step (E4, E24) of detecting when the application is activated or started, - after the detection step (E4, E24), a step (E5, E25) of transmitting, to an entity for managing the network slices, an identification message (M2, M12) comprising information relating to the identification of the detected application, - a step (E10, E32) of receiving, from the entity for managing the network slices, a notification message (M4, M15, M17) comprising at least one network slice identifier corresponding to the detected application and charging parameters associated with the at least one network slice identifier, - a step (E11, E90) of initializing the charging for the data of the network slice the identifier of which was selected according to the tariff conditions which are linked to the charging parameters of said slice and associated with transporting the data on the selected network slice. - a step (E4, E24) of detecting when the application is activated or started, - after the detection step (E4, E24), a step (E5, E25) of transmitting, to an entity for managing the network slices, an identification message (M2, M12) comprising information relating to the identification of the detected application, - a step (E10, E32) of receiving, from the entity for managing the network slices, a notification message (M4, M15, M17) comprising at least one network slice identifier corresponding to the detected application and charging parameters associated with the at least one network slice identifier, - a step (E11, E90) of initializing the charging for the data of the network slice the identifier of which was selected according to the tariff conditions which are linked to the charging parameters of said slice and associated with transporting the data on the selected network slice.
A head-mounted display system configured to project light to an eye of a user wearing the head-mounted display system to display content in a vision field of said user, said head-mounted display system comprising: a frame configured to be supported on a head of the user; an image projector configured to project an image; at least one illumination source ; a light-guiding component , said light-guiding component configured so as to be positioned forward one of the user's eyes when the frame is worn by the user; at least one illumination in-coupling optical element configured to in-couple light from the at least one illumination source into the light-guiding component so as to guide light from the at least one illumination source therein; and at least one diffusive optical element disposed on the light-guiding component so as to be positioned forward one of the user's eyes when the frame is worn by the user, wherein the at least one diffusive optical element is configured to diffusively couple light from the at least one illumination source out of the light-guiding component, characterised in that the at least one diffusive optical element extends across an area that is less than 5% of the area of the light-guiding component. a frame configured to be supported on a head of the user; an image projector configured to project an image; at least one illumination source ; a light-guiding component , said light-guiding component configured so as to be positioned forward one of the user's eyes when the frame is worn by the user; at least one illumination in-coupling optical element configured to in-couple light from the at least one illumination source into the light-guiding component so as to guide light from the at least one illumination source therein; and at least one diffusive optical element disposed on the light-guiding component so as to be positioned forward one of the user's eyes when the frame is worn by the user, wherein the at least one diffusive optical element is configured to diffusively couple light from the at least one illumination source out of the light-guiding component, characterised in that the at least one diffusive optical element extends across an area that is less than 5% of the area of the light-guiding component.
A method of direct device to device communication performed at a user equipment comprising: determining a time interval during which at least one other user equipment is to transmit a data transmission; generating a scheduling signal indicative of said data transmission; and transmitting said scheduling signal during said determined time interval. determining a time interval during which at least one other user equipment is to transmit a data transmission; generating a scheduling signal indicative of said data transmission; and transmitting said scheduling signal during said determined time interval.
An apparatus comprising: a first interface configured to be communicatively coupled, via a network, to a second interface and a fibre channel services module , the first interface being configured to: receive a fibre channel service from the fibre channel services module, wherein the fibre channel service includes providing a media access control, MAC, address of the fibre channel services module; establish communication with the second interface; transmit a request to the fibre channel services module for the MAC address of the fibre channel services module; receive the MAC address of the fibre channel services module; transmit at least one of a fabric login command and a fabric discovery command to the MAC address of the fibre channel services module to request a source fibre channel ID and a source MAC address associated with the first interface; receive the source fibre channel ID and the source MAC address associated with the first interface; encode the source fibre channel ID within the source MAC address, and a destination fibre channel ID within a destination MAC address; and include the source MAC address and the destination MAC address in a fibre channel over Ethernet, FCoE, frame, the destination fibre channel ID corresponding to a logical unit number identifying a storage array in data storage; and communicate a fibre channel over Ethernet, FCoE, frame to the second interface, via a forwarder that forwards the FCoE frame without employing a fibre channel switching element. receive a fibre channel service from the fibre channel services module, wherein the fibre channel service includes providing a media access control, MAC, address of the fibre channel services module; establish communication with the second interface; transmit a request to the fibre channel services module for the MAC address of the fibre channel services module; receive the MAC address of the fibre channel services module; transmit at least one of a fabric login command and a fabric discovery command to the MAC address of the fibre channel services module to request a source fibre channel ID and a source MAC address associated with the first interface; receive the source fibre channel ID and the source MAC address associated with the first interface; encode the source fibre channel ID within the source MAC address, and a destination fibre channel ID within a destination MAC address; and include the source MAC address and the destination MAC address in a fibre channel over Ethernet, FCoE, frame, the destination fibre channel ID corresponding to a logical unit number identifying a storage array in data storage; and communicate a fibre channel over Ethernet, FCoE, frame to the second interface, via a forwarder that forwards the FCoE frame without employing a fibre channel switching element.
A toner resupply device for resupplying toner from a hopper to a developing device ; the toner resupply device comprising: a detector plate for detecting a surface of toner stored in the hopper ; a douser that moves together with the detector plate ; a toner sensor (SE) for detecting a phase of the douser , wherein the douser comprises a light-blocking surface that blocks and transmits light to be detected by the toner sensor (SE), and a shaft extending in an axial direction crossing the light-blocking surface , the shaft being inserted in a hole made in the detector plate ; the shaft being configured to be inserted from outside into a hole made in a side wall of the hopper ; characterized by a fixing plate for fixing the detector plate and the douser integrally; wherein the shaft has a groove in which the fixing plate is locked, the groove extending in a direction crossing the axial direction; and wherein the fixing plate in a state of being locked in the groove pushes the shaft in the axial direction, thereby fixing the detector plate and the douser to each other. a detector plate for detecting a surface of toner stored in the hopper ; a douser that moves together with the detector plate ; a toner sensor (SE) for detecting a phase of the douser , wherein the douser comprises a light-blocking surface that blocks and transmits light to be detected by the toner sensor (SE), and a shaft extending in an axial direction crossing the light-blocking surface , the shaft being inserted in a hole made in the detector plate ; the shaft being configured to be inserted from outside into a hole made in a side wall of the hopper ; characterized by a fixing plate for fixing the detector plate and the douser integrally; wherein the shaft has a groove in which the fixing plate is locked, the groove extending in a direction crossing the axial direction; and wherein the fixing plate in a state of being locked in the groove pushes the shaft in the axial direction, thereby fixing the detector plate and the douser to each other.
A ring shear apparatus comprising: an upper ring defining a first accommodation portion having a ring shape in which soil samples are accommodated; a lower ring defining a second accommodation portion that corresponds to the first accommodation portion of the upper ring and that has a ring shape in which soil samples are accommodated, closely attached to a lower portion of the upper ring and rotatably installed relative to the upper ring ; a rotating unit that rotates the lower ring relative to the upper ring ; and a shear strength measuring sensor combined with the upper ring and that measures a shear strength of the soil samples, wherein a plurality of protrusions that protrudes from the lower ring is formed on an inner circumferential surface of the lower ring along a circumferential direction of the lower ring and a plurality of protrusions that protrudes from the upper ring is formed on an inner circumferential surface of the upper ring along a circumferential direction of the upper ring in order to prevent the soil samples from being slid relative to the upper and lower rings when the lower ring is rotated, whereby the soil samples are in shear-transferring relative to the upper ring or the lower ring . an upper ring defining a first accommodation portion having a ring shape in which soil samples are accommodated; a lower ring defining a second accommodation portion that corresponds to the first accommodation portion of the upper ring and that has a ring shape in which soil samples are accommodated, closely attached to a lower portion of the upper ring and rotatably installed relative to the upper ring ; a rotating unit that rotates the lower ring relative to the upper ring ; and a shear strength measuring sensor combined with the upper ring and that measures a shear strength of the soil samples, wherein a plurality of protrusions that protrudes from the lower ring is formed on an inner circumferential surface of the lower ring along a circumferential direction of the lower ring and a plurality of protrusions that protrudes from the upper ring is formed on an inner circumferential surface of the upper ring along a circumferential direction of the upper ring in order to prevent the soil samples from being slid relative to the upper and lower rings when the lower ring is rotated, whereby the soil samples are in shear-transferring relative to the upper ring or the lower ring .
A loudspeaker cover for a mobile device comprising a loudspeaker , having a protective shell into which the mobile device can be inserted, wherein the protective shall has a rear wall and at least one side wall with a loudspeaker opening , a plate-shaped component , which is fastened to the protective shell so that it can pivot about a first pivot axis , wherein the loudspeaker cover has at least a second plate-shaped component , which is fastened to the first plate-shaped component so that it can pivot about a second pivot axis , wherein the pivot axes are at right angles to each other and wherein the protective shall has an acoustic channel from the loudspeaker opening to the rear wall of the protective shell .
A method of communication information transmission performed by a first device, the method comprising: receiving a communication request from a second device; obtaining surrounding situation information of the first device, the surrounding situation information comprising information related to surroundings of the first device; determining whether a user of the first device is in a vicinity of the first device based on the surrounding situation information; broadcasting a device information request to a plurality of third devices; determining a third device, among the plurality of third devices, to process the communication request according to the surrounding situation information and according to device information received from the plurality of third devices indicating functions of the plurality of third devices; and transmitting information related to the communication request to the third device when it is determined that the user of the first device is not in the vicinity of the first device. receiving a communication request from a second device; obtaining surrounding situation information of the first device, the surrounding situation information comprising information related to surroundings of the first device; determining whether a user of the first device is in a vicinity of the first device based on the surrounding situation information; broadcasting a device information request to a plurality of third devices; determining a third device, among the plurality of third devices, to process the communication request according to the surrounding situation information and according to device information received from the plurality of third devices indicating functions of the plurality of third devices; and transmitting information related to the communication request to the third device when it is determined that the user of the first device is not in the vicinity of the first device.
A heat exchanger comprising: an inner pipe ; an insertion body inserted into the inner pipe ; and at least one or more outer pipes provided around an outer periphery of the inner pipe and through which second fluid flows, wherein the insertion body is formed from a shaft and a projection formed on an outer surface of the shaft , first fluid flows through a spiral flow path formed from at least an inner surface of the inner pipe and the projection , and characterized in that a plurality of thickness projections are provided on the spiral flow path at predetermined intervals in a flowing direction of the first fluid, and a flow path area of the spiral flow path is made small at the predetermined intervals in the flowing direction of the first fluid by each of the thickness projections .
A communication network system (100, 300, 300', 300") comprising: a plurality of patch panels (102, 302, 302', 302"), each of the patch panels comprising a plurality of ports to which connectors attached to cables can be connected, the cables further comprising storage devices , wherein each of the patch panels is configured to read media information stored in the storage devices of the cables connected to the ports of that respective patch panel; and an aggregation point communicatively coupled to the plurality of patch panels, wherein the aggregation point is configured to automatically discover the patch panels and cause each of the discovered patch panels to send to the aggregation point, at least some of the media information read from the storage devices of cables that are connected to ports of that patch panel, wherein the aggregation point is configured to store at least some of the media information sent by the patch panels to the aggregation point. a plurality of patch panels (102, 302, 302', 302"), each of the patch panels comprising a plurality of ports to which connectors attached to cables can be connected, the cables further comprising storage devices , wherein each of the patch panels is configured to read media information stored in the storage devices of the cables connected to the ports of that respective patch panel; and an aggregation point communicatively coupled to the plurality of patch panels, wherein the aggregation point is configured to automatically discover the patch panels and cause each of the discovered patch panels to send to the aggregation point, at least some of the media information read from the storage devices of cables that are connected to ports of that patch panel, wherein the aggregation point is configured to store at least some of the media information sent by the patch panels to the aggregation point.