mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling or disabling a carrier reception for a user equipment in a wireless network, the method comprising: receiving, by the user equipment, a carrier reception enable or disable command medium access control, MAC, control element, wherein the MAC control element uses a downlink logical channel ID, LCID, value for a downlink shared channel, wherein the MAC control element comprises a plurality of bit fields (1205, 1210, 1220) corresponding with carrier identifiers, each of said plurality of bit fields designating whether a carrier corresponding with the carrier identifier of the bit field is enabled or disabled; and stopping, by the user equipment, monitoring a physical downlink control channel, PDCCH, associated with a carrier after receiving the MAC control element indicating that the carrier is disabled, regardless of whether the associated PDCCH is transmitted on the disabled carrier or a different carrier. receiving, by the user equipment, a carrier reception enable or disable command medium access control, MAC, control element, wherein the MAC control element uses a downlink logical channel ID, LCID, value for a downlink shared channel, wherein the MAC control element comprises a plurality of bit fields (1205, 1210, 1220) corresponding with carrier identifiers, each of said plurality of bit fields designating whether a carrier corresponding with the carrier identifier of the bit field is enabled or disabled; and stopping, by the user equipment, monitoring a physical downlink control channel, PDCCH, associated with a carrier after receiving the MAC control element indicating that the carrier is disabled, regardless of whether the associated PDCCH is transmitted on the disabled carrier or a different carrier.
A method of making a glass vessel having a sculptural interior, comprising attaching a textile core to an air inlet port of an I.S. machine, inserting a gob of molten glass into a mold to surround the textile core, applying compressed air to press the molten glass around the textile core, applying compressed air to inflate the textile core to create the interior of the vessel, allowing the vessel to cool, and withdrawing the textile core from the vessel.
A system for automatic plant recognition, comprising at least one central server unit, at least one network, at least one automatic image processing unit, at least one plant database unit in which plant data is stored, at least one image database unit in which image data relating to plants is stored, and at least one mobile terminal (26, 28) having at least one camera, wherein the central server unit is in data communication with the mobile terminal (26, 28) in the operating state via the network, wherein image data of a plant can be generated by means of the camera of the terminal (26, 28) and transmitted to the server unit via the network, wherein the automatic image processing unit, together with the plant database unit and the image database unit, evaluates the transmitted image data of the plant by comparison with the plant database unit and the image database unit to the effect that the plant can be identified and this identification can be transmitted back to the mobile terminal (26, 28) via the network by the server unit, the server unit also having a data evaluation module, characterized in that a plant disease database unit is also provided, in which plant disease data is stored, wherein furthermore in the plant disease database unit link data is stored, by means of which the plant disease data is linked to the image data and/or plant data by the data evaluation module, the image data additionally comprising date information, the system being set up to allocate different growth states on the basis of the date information of the image data, the plant data in the plant database unit being sorted by season, and the system being set up to select the plant data depending on the season. the image data additionally comprising date information, the system being set up to allocate different growth states on the basis of the date information of the image data, the plant data in the plant database unit being sorted by season, and the system being set up to select the plant data depending on the season.
A system comprising: means for determining that a first account of a multiple tenant database grants to a second account of the multiple tenant database, access rights of a share object in the first account, the share object having access rights to a database object of the first account and wherein access to the database object of the first account by the second account is based on the access rights of the share object; means for generating an alias object that references the database object of the first account and serves as a proxy of the database object; means for linking the alias object to the database object; and means for granting the second account access rights to the alias object such that the second account accesses the database object using the access rights of the share object and by way of the alias object without copying the database object. means for determining that a first account of a multiple tenant database grants to a second account of the multiple tenant database, access rights of a share object in the first account, the share object having access rights to a database object of the first account and wherein access to the database object of the first account by the second account is based on the access rights of the share object; means for generating an alias object that references the database object of the first account and serves as a proxy of the database object; means for linking the alias object to the database object; and means for granting the second account access rights to the alias object such that the second account accesses the database object using the access rights of the share object and by way of the alias object without copying the database object.
A decorated carton blank having a hologram comprising: a substrate material having an inner surface and an outer surface, at least a part of the outer surface having a particulate metallic coating; wherein the decorated carton blank further comprises: one or more ink coatings over the outer surface and over a portion of the particulate metallic coating, the one or more ink coatings excluding an area of the particulate metallic coating so as to leave said area of the particulate metallic coating exposed, a substantially transparent radiation curable coating over the one or more ink coatings and the exposed area of the particulate metallic coating; and a hologram formed in the radiation curable coating only in an area with an exposed underlying particulate metallic coating as the radiation curable coating is being cured. a substrate material having an inner surface and an outer surface, at least a part of the outer surface having a particulate metallic coating; wherein the decorated carton blank further comprises: one or more ink coatings over the outer surface and over a portion of the particulate metallic coating, the one or more ink coatings excluding an area of the particulate metallic coating so as to leave said area of the particulate metallic coating exposed, a substantially transparent radiation curable coating over the one or more ink coatings and the exposed area of the particulate metallic coating; and a hologram formed in the radiation curable coating only in an area with an exposed underlying particulate metallic coating as the radiation curable coating is being cured. one or more ink coatings over the outer surface and over a portion of the particulate metallic coating, the one or more ink coatings excluding an area of the particulate metallic coating so as to leave said area of the particulate metallic coating exposed, a substantially transparent radiation curable coating over the one or more ink coatings and the exposed area of the particulate metallic coating; and a hologram formed in the radiation curable coating only in an area with an exposed underlying particulate metallic coating as the radiation curable coating is being cured.
Method of regulating a ventilation system, more particularly an air-conditioning system, wherein an air density in a room to be ventilated is determined, characterised in that in addition an air density in an supply air area is determined, and wherein an air density difference between the room to be ventilated and the supply air area is determined, and wherein the air density difference is used as an essential parameter for regulation, so that the air density difference does not exceed a predetermined figure.
Active means launching system comprising a firing device and at least one piece of ammunition and comprising a set of overall system electronics, the set of overall system electronics including an operating unit and at least one set of triggering electronics for the ammunition, the operating unit being connected to the at least one set of triggering electronics by way of electrical lines, characterized in that - the set of triggering electronics is integrated in the ammunition; - the set of triggering electronics includes at least one ignition capacitor, which builds up the ignition energy directly within the ammunition; - after switching on the overall system, the set of triggering electronics determines its address by way of a slot coding; - the set of triggering electronics is cyclically activated by the operating unit, the operating unit sending the current state assumed by the system; - in the event of failure of one more lines to any of the sets of triggering electronics, the sets of triggering electronics concerned are brought into a safe state. - the set of triggering electronics is integrated in the ammunition; - the set of triggering electronics includes at least one ignition capacitor, which builds up the ignition energy directly within the ammunition; - after switching on the overall system, the set of triggering electronics determines its address by way of a slot coding; - the set of triggering electronics is cyclically activated by the operating unit, the operating unit sending the current state assumed by the system; - in the event of failure of one more lines to any of the sets of triggering electronics, the sets of triggering electronics concerned are brought into a safe state.
Servo assisted actuating system for a multispeed gearbox of a vehicle, comprising a servo cylinder, a cable adapted to be connected to a lever at one end portion and to be connected to an actuating component by a coupling mechanism at its other end portion to transmit cable movements to actuating movements of the actuating component, and a control valve, the actuating component controlling the control valve to selectively supply pressurized fluid to the servo cylinder for operating it, characterized in that the actuating component is an actuating arm which extends from an inner chamber of the servo cylinder to the outside thereof to control the control valve by its actuating movements, wherein the actuating arm has disposed along its length a bearing portion that is disposed in a bearing in the servo cylinder and wherein bearing portion and bearing are adapted to allow actuating movements of the actuating arm when the actuating arm is in an operative position, and the bearing portion and the bearing are further adapted to allow movements of the actuating arm along its longitudinal direction between the operative position in which the actuating arm is operable to control the control valve by actuating movements, and a shifted release position in which the actuating arm is shifted in its longitudinal direction, wherein the actuating arm and the coupling mechanism are adapted such that the actuating arm is in engagement with the coupling mechanism at least in its operative position, wherein the coupling mechanism comprises two coupling members (3, 6; 8) which are disposed within the inner chamber and moveable relative to each other between an open position in which an end portion of the cable may be moved into a gap between the coupling members (3, 6; 8) when the cable is advanced through an entry opening into the servo cylinder, and an engaged position in which the coupling members (3, 6; 8) are able to engage and hold an end portion of the cable disposed therebetween, wherein the coupling mechanism and the actuating arm are arranged to cooperate such that movement of the actuating arm from its release position to its operative position brings the coupling members (3, 6; 8) from the open position to the engaged position on the end portion of the cable.
A sulfide-based solid electrolyte comprising: with respect to 100 parts by mole of a mixture of lithium sulfide (Li 2 S) and diphosphorus pentasulfide (P 2 S 5), 5 parts by mole to 20 parts by mole of nickel sulfide (Ni 3 S 2); and 5 parts by mole to 40 parts by mole of lithium halide, wherein the sulfide-based solid electrolyte has a cubic crystal structure. with respect to 100 parts by mole of a mixture of lithium sulfide (Li 2 S) and diphosphorus pentasulfide (P 2 S 5), 5 parts by mole to 20 parts by mole of nickel sulfide (Ni 3 S 2); and 5 parts by mole to 40 parts by mole of lithium halide, wherein the sulfide-based solid electrolyte has a cubic crystal structure.
A metal-organic framework comprising one or more metal-ligand clusters, each metal-ligand cluster comprising (i) a metal cluster having a formula Al 3 O, and (ii) one or more ligands derived from a carboxylic acid of formula L22:
A method for producing a composition comprising nanoparticles of abiraterone acetate, the method comprising: dry milling a composition comprising abiraterone acetate, a millable grinding compound, one or more facilitating agents selected from colloidal silica, a surfactant, a polymer, a stearic acid and derivatives thereof, and one or both of an antioxidant selected from ascorbic acid, BHA and BHT and a sequestering agent selected from fumaric acid, tartaric acid and citric acid in a mill comprising a plurality of milling bodies, for a time period sufficient to produce a composition comprising fine particles of the abiraterone acetate, wherein the particle size of the grinding matrix and the particle size of the abiraterone acetate is reduced by dry milling; and wherein [D 90] determined on a particle volume basis of the abiraterone acetate in the composition comprising fine particles of abiraterone acetate is greater than 100 nm and less than 1000 nm. dry milling a composition comprising abiraterone acetate, a millable grinding compound, one or more facilitating agents selected from colloidal silica, a surfactant, a polymer, a stearic acid and derivatives thereof, and one or both of an antioxidant selected from ascorbic acid, BHA and BHT and a sequestering agent selected from fumaric acid, tartaric acid and citric acid in a mill comprising a plurality of milling bodies, for a time period sufficient to produce a composition comprising fine particles of the abiraterone acetate, wherein the particle size of the grinding matrix and the particle size of the abiraterone acetate is reduced by dry milling; and wherein [D 90] determined on a particle volume basis of the abiraterone acetate in the composition comprising fine particles of abiraterone acetate is greater than 100 nm and less than 1000 nm.
A method performed by a first wireless device for device to device (D2D) communication with a second wireless device, the method comprising: determining a set of wireless communication resources to reserve for a transmission of data from the second wireless device to the first wireless device; reserving the determined set of wireless communication resources; determining which of the first wireless device and the second wireless device, or both, that can unbook the reserved set of wireless communication resources; transmitting to the second wireless device a packet that 1) contains a message and 2) informs the second wireless device of the set of wireless communication resources determined for the transmission of data from the second wireless device to the first wireless device; transmitting to the second wireless device, information on the determined unbooking capabilities of at least the second wireless device; and receiving, from the second wireless device, a reply message transmitted on any of the reserved set of wireless communication resources, or information that the second wireless device is not going to use the reserved set of wireless communication resources. determining a set of wireless communication resources to reserve for a transmission of data from the second wireless device to the first wireless device; reserving the determined set of wireless communication resources; determining which of the first wireless device and the second wireless device, or both, that can unbook the reserved set of wireless communication resources; transmitting to the second wireless device a packet that 1) contains a message and 2) informs the second wireless device of the set of wireless communication resources determined for the transmission of data from the second wireless device to the first wireless device; transmitting to the second wireless device, information on the determined unbooking capabilities of at least the second wireless device; and receiving, from the second wireless device, a reply message transmitted on any of the reserved set of wireless communication resources, or information that the second wireless device is not going to use the reserved set of wireless communication resources.
A hull for low drag boats, having from bow to stern: - a deep V-shaped keel whose dead-rise angle decreases up to a flattened bottom (30; 31) in the stern, and said flattened bottom (30; 31) is inclined downwards so that the hydrodynamic rise of the bow is balanced by the rise of the stern, and - sides (20; 21; 22; 23) comprising side chines (200; 210; 220; 230), characterized in that said side chines are protruding downward from the flattened bottom (30; 31) in the form of skegs beginning in the midship cross section and continuing towards the stern. - a deep V-shaped keel whose dead-rise angle decreases up to a flattened bottom (30; 31) in the stern, and said flattened bottom (30; 31) is inclined downwards so that the hydrodynamic rise of the bow is balanced by the rise of the stern, and - sides (20; 21; 22; 23) comprising side chines (200; 210; 220; 230), characterized in that said side chines are protruding downward from the flattened bottom (30; 31) in the form of skegs beginning in the midship cross section and continuing towards the stern.
A chain bar clutch system for a chainsaw, comprising: a chainsaw housing having a motor therein, a chain bar secured to the chainsaw housing, and operatively connected to the motor, a chain cover for securing the chain bar to the chainsaw housing, and a clutch system for controlling the force exerted by the chain cover against the chain bar.
Method for operating a sensor system having at least one ultrasonic sensor and at least one control device, characterized in that data are transmitted from the at least one ultrasonic sensor to the control device in a current-modulated manner and data are transmitted from the control device to the at least one ultrasonic sensor in a voltage-modulated manner such that a bidirectional, fully digital and data-bus-enabled sensor connection of the at least one ultrasonic sensor to the at least one control device is ensured, wherein, in order to transmit data from the at least one ultrasonic sensor to the control device, a transmission current is modulated onto a communication line, wherein a synchronization pulse (SYNC) is effected at irregular and freely defined intervals and is implemented by means of a transmission command from the control device to the at least one ultrasonic sensor as an ultrasonic transmission command.
Method for the separation of at least one emulsion by applying at least one time dependent electrical field characterized in that - the at least one electrical field is a singular alternating current field with an electrical field strength between 2,000 and 100,000 V/m and a frequency between > 10,000 Hz and 200,000 Hz, wherein the method is conducted in a device comprising at least one vessel with at least one module, at least one first electrode positioned alongside the at least one module of the vessel, and at least one second electrode positioned within the at least one module of the vessel. - the at least one electrical field is a singular alternating current field with an electrical field strength between 2,000 and 100,000 V/m and a frequency between > 10,000 Hz and 200,000 Hz,
UWB measuring device, particularly a positioning device, comprising at least one signal generating unit (12; 12a-12e) for generating at least one first UWB measuring signal (14; 14a-14e) which is intended for detecting the presence of an object arranged in the object to be examined and/or for a moisture measurement, in particular a moisture content of the object to be examined, characterized in that the signal generating unit (12; 12a-12e) is intended for generating a second measuring signal (16; 16a-16e), different from the first UWB measuring signal (14; 14a-14e) in at least one signal parameter, which is intended for detecting a distance (d) from the object to be examined and/or a contact with the object to be examined.
A labelling machine comprising a take up spool support for receiving a spool of web material, the take up spool support comprising: a spool support having a substantially cylindrical wall having an outer surface defining an opening for receipt of material to be wound onto the spool support, the opening extending along at least part of its length; an attachment member disposed within the opening and located radially inwards of the outer surface of the cylindrical wall and being moveable between a first position and in which the material is secured to the support and a second position in which the material can be removed from the take-up spool support; and an actuator member (138, 140) arranged to move said attachment member between said first and second positions; characterized in that movement of the actuator member (138, 140) in a first direction causes movement of the attachment member in a second direction perpendicular to a longitudinal axis of the substantially cylindrical wall and non-parallel to the first direction. a spool support having a substantially cylindrical wall having an outer surface defining an opening for receipt of material to be wound onto the spool support, the opening extending along at least part of its length; an attachment member disposed within the opening and located radially inwards of the outer surface of the cylindrical wall and being moveable between a first position and in which the material is secured to the support and a second position in which the material can be removed from the take-up spool support; and an actuator member (138, 140) arranged to move said attachment member between said first and second positions; characterized in that movement of the actuator member (138, 140) in a first direction causes movement of the attachment member in a second direction perpendicular to a longitudinal axis of the substantially cylindrical wall and non-parallel to the first direction.