mhurhangee/patent-ind-claim-en huggingface dataset:
A system , comprising: a processing unit , and a first memory storing operation information concerning a plurality of operations performed on a smart device , each of the plurality of operations resulting in the use of a network of an operator , characterized by the first memory configured to obtain categorization information from one or more of an enterprise information technology environment and a cloud server ; the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules; the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information and the categorization information, in accordance with the plurality of general rules. a processing unit , and a first memory storing operation information concerning a plurality of operations performed on a smart device , each of the plurality of operations resulting in the use of a network of an operator , characterized by the first memory configured to obtain categorization information from one or more of an enterprise information technology environment and a cloud server ; the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules; the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information and the categorization information, in accordance with the plurality of general rules.
On-board facility for a means of transport, preferably a galley or a bar for an aircraft, which has at least one visible side wall , and at least one panel for partial or complete concealment of a working area (A) of the on-board facility , wherein the panel can be adjusted between at least two configurations, wherein in a first configuration the panel forms or covers at least a part of the side wall and in a second configuration partially or completely covers the working area (A), wherein the panel has an inner surface , which in the first configuration is visible, and in the second configuration faces the working area (A), so that it is not visible from a position external to the on-board facility, characterised in that , in the first configuration the side wall has a recess to accommodate the panel , wherein the dimension of the recess preferably corresponds to the dimension of the associated panel . the panel can be adjusted between at least two configurations, wherein in a first configuration the panel forms or covers at least a part of the side wall and in a second configuration partially or completely covers the working area (A), wherein the panel has an inner surface , which in the first configuration is visible, and in the second configuration faces the working area (A), so that it is not visible from a position external to the on-board facility, characterised in that , in the first configuration the side wall has a recess to accommodate the panel , wherein the dimension of the recess preferably corresponds to the dimension of the associated panel .
A mounting element , for mounting an architectural covering between two opposing mounting surfaces , the mounting element comprising: - an elongate mounting member which is elongated along a longitudinal direction (X102), and - an extension mechanism arranged at an end of the elongate mounting member , the extension mechanism being operable between: i) a retracted state, and ii) an extended state, wherein the extension mechanism comprises: - an actuator rotatable about a rotation axis (Y110), the rotation axis (Y110) being substantially perpendicular to the longitudinal direction (X102), and - a conversion mechanism configured to convert a rotation of the actuator into a translatory movement of the rotation axis (Y110) along the longitudinal direction (X102) from the retracted state to the extended state and vice versa, and wherein the extension mechanism is arranged to abut one of the opposing mounting surfaces in the extended state when the mounting element is mounted between the opposing mounting surfaces , the mounting element being characterized in that the conversion mechanism further comprises a connection member operably connected: i) to the elongate mounting member , and ii) to the actuator . - an elongate mounting member which is elongated along a longitudinal direction (X102), and - an extension mechanism arranged at an end of the elongate mounting member , the extension mechanism being operable between: i) a retracted state, and ii) an extended state, wherein the extension mechanism comprises: - an actuator rotatable about a rotation axis (Y110), the rotation axis (Y110) being substantially perpendicular to the longitudinal direction (X102), and - an actuator rotatable about a rotation axis (Y110), the rotation axis (Y110) being substantially perpendicular to the longitudinal direction (X102), and - a conversion mechanism configured to convert a rotation of the actuator into a translatory movement of the rotation axis (Y110) along the longitudinal direction (X102) from the retracted state to the extended state and vice versa, and i) to the elongate mounting member , and ii) to the actuator .
An RFID strap comprising: a substrate ; a lead frame secured to the substrate, the lead frame comprising a pair of connection pads formed of a conductive material and configured to be electrically coupled to ar antenna ; and an RFID chip electrically coupled to the lead frame, characterised in that a width (w', w") of the lead frame is substantially equal to a height (h',h") of the lead frame. a substrate ; a lead frame secured to the substrate, the lead frame comprising a pair of connection pads formed of a conductive material and configured to be electrically coupled to ar antenna ; and an RFID chip electrically coupled to the lead frame, characterised in that a width (w', w") of the lead frame is substantially equal to a height (h',h") of the lead frame.
Array consisting of at least two identical ceramic diode carriers , the ceramic diode carriers comprising a ceramic carrier body which is integrally joined to heat-dissipating ceramic cooling elements , sintered metallization regions being arranged on the surface of the carrier body as conductor tracks and LEDs being attached to the diode carriers , the electrical connections of which LEDs are electrically connected to the conductor tracks , characterized in that the diode carriers are inserted into a frame which is preferably made of metal or plastics material, and the frame is flexible.
Single-seed drill having a chassis which supports at least one sowing unit comprising a distribution housing and at least one furrow-opening disc making it possible to open a furrow in the soil, said distribution housing delivering the seeds one by one via a rotary dosing unit designed to rotate about an axis of rotation , and each seed being ejected from the rotary dosing unit at the level of an ejection point extending into the lower part of said rotary dosing unit , single-seed drill in which said ejection point is, in a view along the axis of rotation of the rotary dosing unit , disposed within the outside diameter of said furrow-opening disc , and in which said at least one or each sowing unit also comprises a depth control wheel which is placed laterally on the furrow-opening disc , single-seed drill characterised in that the mounting of said distribution housing on the sowing unit is adjustable in height, and in that the distance of adjustment between the bottom of the furrow and the ejection point is between 3 and 20 cm. single-seed drill in which said ejection point is, in a view along the axis of rotation of the rotary dosing unit , disposed within the outside diameter of said furrow-opening disc , and in which said at least one or each sowing unit also comprises a depth control wheel which is placed laterally on the furrow-opening disc , single-seed drill characterised in that the mounting of said distribution housing on the sowing unit is adjustable in height, and in that the distance of adjustment between the bottom of the furrow and the ejection point is between 3 and 20 cm.
A method of wireless communication at a User Equipment, UE, comprising: receiving data from a first transmission reception point, TRP and a second TRP in a serving cell based on a physical downlink control channel, PDCCH, of the first TRP and the second TRP, the PDCCH of the first TRP and second TRP each received over separate beams; detecting beam failure of the PDCCH of the first TRP or a beam failure of the PDCCH of the second TRP; and if a beam failure of the PDCCH of the first TRP is detected performing beam failure recovery for the first TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the first TRP and if a beam failure of the PDCCH of the second TRP is detected performing beam failure recovery for the second TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the second TRP. receiving data from a first transmission reception point, TRP and a second TRP in a serving cell based on a physical downlink control channel, PDCCH, of the first TRP and the second TRP, the PDCCH of the first TRP and second TRP each received over separate beams; detecting beam failure of the PDCCH of the first TRP or a beam failure of the PDCCH of the second TRP; and if a beam failure of the PDCCH of the first TRP is detected performing beam failure recovery for the first TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the first TRP and if a beam failure of the PDCCH of the second TRP is detected performing beam failure recovery for the second TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the second TRP.
Method of operating a medical system for surgical planning and/or intrasurgical navigation for displaying (S5), on a display, image data received (S1), compared (S2), rectified (S3) and superimposed (S4) by a computing unit, marked by the following steps: - providing a first reference body with known geometry; - providing geometric data of the first reference body; - arranging the first reference body with at least one surface on a patient; - recording (S1) of tomographic image data or x-ray obtained image data of at least one defined body area of the patient by means of at least one suitable first recording device, wherein the first reference body from the first recording device is included; - comparing (S2) the recorded image data representing the first reference body with the known geometric data of the first reference body to obtain distortion information; - rectifying (S3) the recorded image data by means of a computing unit based on the distortion information to obtain the rectified image data; - superimposing (S4) the rectified image data with further image data of the same body area of the patient, recorded by means of a second recording device, to obtain superimposed image data, wherein the further image data also comprises the first reference body of known geometric data and has also been rectified by means of comparison with this known data by the computing unit prior to superimposing; and - displaying (S5) the superimposed image data on a display. - providing a first reference body with known geometry; - providing geometric data of the first reference body; - arranging the first reference body with at least one surface on a patient; - recording (S1) of tomographic image data or x-ray obtained image data of at least one defined body area of the patient by means of at least one suitable first recording device, wherein the first reference body from the first recording device is included; - comparing (S2) the recorded image data representing the first reference body with the known geometric data of the first reference body to obtain distortion information; - rectifying (S3) the recorded image data by means of a computing unit based on the distortion information to obtain the rectified image data; - superimposing (S4) the rectified image data with further image data of the same body area of the patient, recorded by means of a second recording device, to obtain superimposed image data, wherein the further image data also comprises the first reference body of known geometric data and has also been rectified by means of comparison with this known data by the computing unit prior to superimposing; and - displaying (S5) the superimposed image data on a display.
A combination of levocetirizine and montelukast in an effective amount for use in the treatment of an inflammation-mediated condition and/or an NFκB-mediated condition, wherein the condition is chosen from: (i) a neurological condition, selected from the group consisting of Alzheimer's disease, dementia, dementia with Lewy bodies, Parkinson's disease, amyotrophic lateral sclerosis, frontotemporal dementia, and Huntington's disease; and/or (ii) a condition caused by a viral infection, selected from the group consisting of the Ebola virus, the West Nile virus, the Yellow Fever virus, the Dengue virus, the tick-borne-encephalitis virus, and HIV. (i) a neurological condition, selected from the group consisting of Alzheimer's disease, dementia, dementia with Lewy bodies, Parkinson's disease, amyotrophic lateral sclerosis, frontotemporal dementia, and Huntington's disease; and/or (ii) a condition caused by a viral infection, selected from the group consisting of the Ebola virus, the West Nile virus, the Yellow Fever virus, the Dengue virus, the tick-borne-encephalitis virus, and HIV.
An integrated component package comprising: a plurality of lower-power components and a high-power component coupled to a surface of a package substrate , wherein the lower-power components are located adjacent to the high-power component , each of the plurality of lower-power components and the high-power component generates heat during normal operation and the high-power component generates a greater amount of heat relative to each of the lower-power components during normal operation; a package lid that is coupled to the package substrate and covers the plurality of lower-power components and the high-power component ; a cold plate physically and thermally coupled to the package lid , the cold plate including a base surface and a top surface, wherein the top surface is opposite the base surface relative to the package lid ; and a plurality of thermoelectric cooling (TEC) elements , wherein the TEC elements are sized and positioned within the integrated component package such that at least a portion of the footprints of the respective TEC elements projected in a direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap with at least one of the lower-power components , and no portions of the footprints of the TEC elements projected in the direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap the high-power component . a plurality of lower-power components and a high-power component coupled to a surface of a package substrate , wherein the lower-power components are located adjacent to the high-power component , each of the plurality of lower-power components and the high-power component generates heat during normal operation and the high-power component generates a greater amount of heat relative to each of the lower-power components during normal operation; a package lid that is coupled to the package substrate and covers the plurality of lower-power components and the high-power component ; a cold plate physically and thermally coupled to the package lid , the cold plate including a base surface and a top surface, wherein the top surface is opposite the base surface relative to the package lid ; and a plurality of thermoelectric cooling (TEC) elements , wherein the TEC elements are sized and positioned within the integrated component package such that at least a portion of the footprints of the respective TEC elements projected in a direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap with at least one of the lower-power components , and no portions of the footprints of the TEC elements projected in the direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap the high-power component .
A method for data transmission, applied to a terminal, comprising: receiving a notification message from a network access device; wherein the notification message comprises at least one candidate alert sequence determined by the network access device, and indication information of uplink grant-free transmission resources allocated for the at least one candidate alert sequence, wherein the at least one candidate alert sequence is a group of sequences predefined by the network access device, and receiving the notification message from the network access device comprises: receiving the notification message carried in a broadcast message transmitted by the network access device, or receiving the notification message carried in an uplink grant-free transmission resource configuration message transmitted by the network access device; selecting a target alert sequence from the at least one candidate alert sequence; before transmitting the uplink data by using a grant-free transmission resource, transmitting the target alert sequence to the network access device by using a first uplink grant-free transmission resource corresponding to the target alert sequence; wherein the target alert sequence is configured to notify the network access device that the terminal requests to use the first uplink grant-free transmission resource to transmit uplink data; and transmitting the uplink data by using a transmission resource different from the first uplink grant-free transmission resource, when receiving a collision indication fed back by the network access device in response to the target alert sequence. receiving a notification message from a network access device; wherein the notification message comprises at least one candidate alert sequence determined by the network access device, and indication information of uplink grant-free transmission resources allocated for the at least one candidate alert sequence, wherein the at least one candidate alert sequence is a group of sequences predefined by the network access device, and receiving the notification message from the network access device comprises: receiving the notification message carried in a broadcast message transmitted by the network access device, or receiving the notification message carried in an uplink grant-free transmission resource configuration message transmitted by the network access device; selecting a target alert sequence from the at least one candidate alert sequence; before transmitting the uplink data by using a grant-free transmission resource, transmitting the target alert sequence to the network access device by using a first uplink grant-free transmission resource corresponding to the target alert sequence; wherein the target alert sequence is configured to notify the network access device that the terminal requests to use the first uplink grant-free transmission resource to transmit uplink data; and transmitting the uplink data by using a transmission resource different from the first uplink grant-free transmission resource, when receiving a collision indication fed back by the network access device in response to the target alert sequence.
A rechargeable battery comprising: an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode ; a case accommodating the electrode assembly and connected to the first electrode , the case having an opening exposing the electrode assembly ; a cap plate coupled with the case and covering an outer region of the opening in the case , the cap plate having an opening exposing a central region of the opening in the case and comprising an insulation layer coated on a surface thereof corresponding to the opening in the cap plate ; and a terminal portion connected with the second electrode and bonded in an insulated manner to the cap plate , the terminal portion covering the opening in the cap plate , wherein the terminal portion comprises a plating layer being directly bonded to the insulation layer of the cap plate , and wherein the plating layer completely fills the opening in the cap plate . an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode ; a case accommodating the electrode assembly and connected to the first electrode , the case having an opening exposing the electrode assembly ; a cap plate coupled with the case and covering an outer region of the opening in the case , the cap plate having an opening exposing a central region of the opening in the case and comprising an insulation layer coated on a surface thereof corresponding to the opening in the cap plate ; and a terminal portion connected with the second electrode and bonded in an insulated manner to the cap plate , the terminal portion covering the opening in the cap plate , wherein the terminal portion comprises a plating layer being directly bonded to the insulation layer of the cap plate , and wherein the plating layer completely fills the opening in the cap plate .
A container for a radioactive fluid, the container comprising: a body having a hollow inner chamber for containing the radioactive fluid, the chamber including an inner surface , an opening and a cushioning member to cushion contents of the chamber, a portion of the inner surface having a smooth burnished surface; a cap removably couplable to the body for sealing the opening , the cap having a plug that is insertable into the chamber through the opening, wherein the plug includes a groove ; and an O-ring disposed within the groove of the plug , wherein an outer edge of the O-ring seats against the smooth burnished surface when the plug is fully received within the opening of the chamber, and wherein the body and the cap are made of a material substantially comprising a radiation shielding material. a body having a hollow inner chamber for containing the radioactive fluid, the chamber including an inner surface , an opening and a cushioning member to cushion contents of the chamber, a portion of the inner surface having a smooth burnished surface; a cap removably couplable to the body for sealing the opening , the cap having a plug that is insertable into the chamber through the opening, wherein the plug includes a groove ; and an O-ring disposed within the groove of the plug , wherein an outer edge of the O-ring seats against the smooth burnished surface when the plug is fully received within the opening of the chamber, and wherein the body and the cap are made of a material substantially comprising a radiation shielding material.