mhurhangee/patent-ind-claim-en huggingface dataset:
A method for random access, comprising: continuously transmitting (S110), by a terminal device, at least one random access signal to a network device; detecting (S120), by the terminal device, a random access response transmitted by the network device in a random access response window corresponding to continuous transmissions in multiple times of random access signals, wherein the continuous transmissions in multiple times of the random access signals comprise continuous transmission of the at least one random access signal; continuing to transmit (S130), by the terminal device, a subsequent random access signal to the network device if the terminal device fails to detect presence of the random access response transmitted by the network device before ending of the random access response window; wherein the method is characterized in that it comprises the further step of stopping transmitting, by the terminal device, a random access signal, which is not transmitted, of the random access signals which should be transmitted in multiple times and the subsequent random access signal to the network device when the random access response transmitted by the network device is detected by the terminal device before ending of the random access response window. continuously transmitting (S110), by a terminal device, at least one random access signal to a network device; detecting (S120), by the terminal device, a random access response transmitted by the network device in a random access response window corresponding to continuous transmissions in multiple times of random access signals, wherein the continuous transmissions in multiple times of the random access signals comprise continuous transmission of the at least one random access signal; continuing to transmit (S130), by the terminal device, a subsequent random access signal to the network device if the terminal device fails to detect presence of the random access response transmitted by the network device before ending of the random access response window; wherein the method is characterized in that it comprises the further step of stopping transmitting, by the terminal device, a random access signal, which is not transmitted, of the random access signals which should be transmitted in multiple times and the subsequent random access signal to the network device when the random access response transmitted by the network device is detected by the terminal device before ending of the random access response window.
Phosphorus recovery installation for recovering phosphorus from a phosphorus-containing medium, in particular from sewage sludge and/or waste water, with a stationary installation , which provides the phosphorus-containing medium, and at least one mobile processing unit for the chemical treatment of the phosphorus-containing medium, which is coupled to the stationary installation , wherein the mobile processing unit comprises in a transportable housing a redissolving tank , a collecting tank and a precipitation tank and a separating device , characterised in that along a processing direction of the medium after the redissolving tank follows a collecting tank connected therewith, after the collecting tank a filtration unit connected therewith, after the filtration unit a precipitation tank connected therewith and after the precipitation tank a separating device connected therewith, wherein (i) the redissolving tank for redissolving phosphate in the supplied phosphorus-containing medium is coupled to a metering device for acid, (ii) the collecting tank is provided for collecting the medium which has been partially cleaned in a mobile pressure unit coupled externally to the processing unit , wherein acidified medium is supplied from the redissolving tank to the mobile pressure unit , (iii) the filtration unit is provided for forming permeate and retentate from the partially cleaned medium, wherein the filtration unit is connected with its retentate side to the collecting tank for returning the retentate from the filtration unit into the collecting tank , (iv) the precipitation tank is provided for precipitating a phosphate-rich product from the permeate and is coupled to a metering device for the addition of chemicals and (v) the separating device is provided for separating precipitated phosphate-rich solids from phosphate-poor medium. (i) the redissolving tank for redissolving phosphate in the supplied phosphorus-containing medium is coupled to a metering device for acid, (ii) the collecting tank is provided for collecting the medium which has been partially cleaned in a mobile pressure unit coupled externally to the processing unit , wherein acidified medium is supplied from the redissolving tank to the mobile pressure unit , (iii) the filtration unit is provided for forming permeate and retentate from the partially cleaned medium, wherein the filtration unit is connected with its retentate side to the collecting tank for returning the retentate from the filtration unit into the collecting tank , (iv) the precipitation tank is provided for precipitating a phosphate-rich product from the permeate and is coupled to a metering device for the addition of chemicals and (v) the separating device is provided for separating precipitated phosphate-rich solids from phosphate-poor medium.
A mobile communication system comprising: a first User Equipment, UE, (10_1) configured to support Proximity Services, ProSe; a second UE (10_2) configured to support the ProSe; a first ProSe Function (20_1) configured to support the ProSe and communicate with the first UE (10_1) via a PC3 interface; a second ProSe Function (20_2) configured to support the ProSe and communicate with the second UE (10_2) via a PC3 interface; and a server configured to communicate with the first ProSe Function (20_1) and the second ProSe Function (20_2); the first UE (10_1) is configured to register with the first ProSe Function (20_1) and to obtain a first key from the first ProSe Function (20_1), characterized in that the second UE (10_2) is configured to register with the second ProSe Function (20_2) and to obtain a second key from the second ProSe Function (20_2), the first UE (10_1) is configured to send, to the second UE (10_2) via a PC5 interface, a message protected by a session key derived from the first key, and the second UE (10_2) is configured to receive the protected message using the session key derived from the second key. a first User Equipment, UE, (10_1) configured to support Proximity Services, ProSe; a second UE (10_2) configured to support the ProSe; a first ProSe Function (20_1) configured to support the ProSe and communicate with the first UE (10_1) via a PC3 interface; a second ProSe Function (20_2) configured to support the ProSe and communicate with the second UE (10_2) via a PC3 interface; and a server configured to communicate with the first ProSe Function (20_1) and the second ProSe Function (20_2); the first UE (10_1) is configured to register with the first ProSe Function (20_1) and to obtain a first key from the first ProSe Function (20_1), characterized in that the second UE (10_2) is configured to register with the second ProSe Function (20_2) and to obtain a second key from the second ProSe Function (20_2), the first UE (10_1) is configured to send, to the second UE (10_2) via a PC5 interface, a message protected by a session key derived from the first key, and the second UE (10_2) is configured to receive the protected message using the session key derived from the second key.
An arrangement for maintaining a desired operating temperature of a battery in a vehicle , wherein the arrangement comprises the battery and an AC installation with a circulating refrigerant, the AC installation comprises a first circuit with a first evaporator in which a refrigerant is intended to cool air in a driving cab space of the vehicle , and a first condenser in which the refrigerant is intended to release thermal energy, and a cooling system with a circulating coolant, which cooling system comprises a radiator in which the coolant is intended to be cooled and a heat-transfer region in which the coolant is in contact with the battery , wherein the AC installation comprises a second circuit with a second evaporator in which the refrigerant is intended to cool the coolant in the cooling system , characterised in that said second circuit comprises a second condenser in which the refrigerant is intended to warm the coolant in the cooling system , that the radiator is situated at a location in the cooling system between the second condenser and the second evaporator and that the cooling system comprises circulation means in the form of a reversible pump capable of circulating the coolant in opposite directions through the cooling system .
Apparatus for use in continuous inkjet printing, comprising: a cabinet; an ink system located in the cabinet, the ink system comprising an ink pump, an ink system air inlet, and an ink system air outlet; an air circulation device arranged to cause air to flow within the cabinet; and an air filter unit arranged to receive an air filter, the air filter unit comprising a filter unit air inlet, and a filter unit air outlet; wherein, in use, the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet. a cabinet; an ink system located in the cabinet, the ink system comprising an ink pump, an ink system air inlet, and an ink system air outlet; an air circulation device arranged to cause air to flow within the cabinet; and an air filter unit arranged to receive an air filter, the air filter unit comprising a filter unit air inlet, and a filter unit air outlet; wherein, in use, the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet. the filter unit air outlet is arranged adjacent the ink system air inlet; and wherein the air circulation device is arranged to cause air to flow along a predetermined airflow path through the filter unit air inlet, the air filter, the filter unit air outlet, the ink system air inlet, past the ink pump, and through the ink system air outlet.
Ofatumumab for use in the treatment of relapsing multiple sclerosis (RMS), wherein ofatumumab is administered during a loading dose regimen of 3 separate 20 mg doses at weeks 0, 1 and 2 and thereafter during a maintenance dose regimen comprising administering 20 mg ofatumumab monthly starting at week four, and wherein ofatumumab is administered by subcutaneous (s.c.) injection.
An electric heater comprising a support and a resistive wire wound around said support , wherein said support comprises a roll of more than one turn of at least one mica sheet forming a tube closed laterally, and in that on the outer surface of said tube an impression is provided housing said resistive wire .
A light emitting diode (LED) with enhanced light extraction, comprising: a substrate; a conductive first spreader layer on a surface of said substrate; a plurality of micro light emitting diodes (micro-LEDs) separately disposed on a surface of said first spreader layer such that said first spreader layer is between said substrate and said micro-LEDs, each of said micro-LEDs comprising: a p-type layer ; an n-type layer ; an active layer sandwiched between said p-type and n-type layers wherein either said p-type or n-type layer is a top layer and the other said layer is the bottom layer, current from said first spreader layer spreading across said bottom layer; an interconnected second spreader layer in the form of a current spreading grid disposed over said micro-LEDs, current from said second spreader layer spreading across said top layer, a bias applied across said first and second spreader layers causing said micro-LEDs to emit light; and light extraction elements (LEEs) integrated with said micro-LEDs to enhance light extraction. a substrate; a conductive first spreader layer on a surface of said substrate; a plurality of micro light emitting diodes (micro-LEDs) separately disposed on a surface of said first spreader layer such that said first spreader layer is between said substrate and said micro-LEDs, each of said micro-LEDs comprising: a p-type layer ; an n-type layer ; an active layer sandwiched between said p-type and n-type layers wherein either said p-type or n-type layer is a top layer and the other said layer is the bottom layer, current from said first spreader layer spreading across said bottom layer; a p-type layer ; an n-type layer ; an active layer sandwiched between said p-type and n-type layers wherein either said p-type or n-type layer is a top layer and the other said layer is the bottom layer, current from said first spreader layer spreading across said bottom layer; an interconnected second spreader layer in the form of a current spreading grid disposed over said micro-LEDs, current from said second spreader layer spreading across said top layer, a bias applied across said first and second spreader layers causing said micro-LEDs to emit light; and light extraction elements (LEEs) integrated with said micro-LEDs to enhance light extraction.
A method of forming a fibre article, comprising: providing a former having a contoured forming surface ; locating a fibre preform between a first diaphragm and a second diaphragm , the second diaphragm being offset from the forming surface; drawing a vacuum between the first and second diaphragms so as to hold the preform captive between the diaphragms; mechanically displacing the diaphragms relative to the former so as to bring a part of the second diaphragm adjoining the preform into partial conformity with the former, during the said displacing step the former is located above the second diaphragm; drawing a vacuum between the second diaphragm and the former so as to increase the conformity between the said part of the second diaphragm and the former; and setting the preform in its configuration; wherein the method comprises: providing a mechanism for moving the first diaphragm laterally; locating the fibre preform on the first diaphragm at a first station; laterally moving the first diaphragm carrying the fibre preform to a second station; and performing the said displacing step with the first diaphragm located at the second station. providing a former having a contoured forming surface ; locating a fibre preform between a first diaphragm and a second diaphragm , the second diaphragm being offset from the forming surface; drawing a vacuum between the first and second diaphragms so as to hold the preform captive between the diaphragms; mechanically displacing the diaphragms relative to the former so as to bring a part of the second diaphragm adjoining the preform into partial conformity with the former, during the said displacing step the former is located above the second diaphragm; drawing a vacuum between the second diaphragm and the former so as to increase the conformity between the said part of the second diaphragm and the former; and setting the preform in its configuration; wherein the method comprises: providing a mechanism for moving the first diaphragm laterally; locating the fibre preform on the first diaphragm at a first station; laterally moving the first diaphragm carrying the fibre preform to a second station; and performing the said displacing step with the first diaphragm located at the second station. providing a mechanism for moving the first diaphragm laterally; locating the fibre preform on the first diaphragm at a first station; laterally moving the first diaphragm carrying the fibre preform to a second station; and performing the said displacing step with the first diaphragm located at the second station.
A high-pressure fuel pump comprising: - a pump body including a pressurizing chamber ; - a discharge valve of a discharge valve mechanism provided in a first path communicating with the pressurizing chamber ; - a discharge joint discharging a fuel pressurized in the pressurizing chamber ; and - a pressure relief spring of a pressure relief valve mechanism at least partially stored in the discharge joint , characterized in that : the pump body includes a second path adapted to communicatively couple a downstream part of the discharge valve with the pressurizing chamber , wherein the pressure relief valve mechanism is provided in the second path . - a pump body including a pressurizing chamber ; - a discharge valve of a discharge valve mechanism provided in a first path communicating with the pressurizing chamber ; - a discharge joint discharging a fuel pressurized in the pressurizing chamber ; and - a pressure relief spring of a pressure relief valve mechanism at least partially stored in the discharge joint ,
A mechanical test device with at least one load frame which has a frame part and a clamping device held therein, in which a beam-shaped test specimen , in particular a rotor blade or rotor blade segment, can be clamped projecting through the load frame, wherein the load frame is mounted in a first pivot bearing arrangement on a carrier frame or a support frame so as to be rotatable about a first transverse axis of the test specimen, which extends perpendicularly to its longitudinal axis projecting through the clamping device, characterized in that the load frame has a square shape with a four-fold rotational symmetry.
A tire comprising: a tread portion having an outboard tread edge (To) to be positioned away from a center of a vehicle body and an inboard tread edge (Ti) to be positioned close to the center of the vehicle body, the tread portion provided with an outboard shoulder main groove extending continuously in the tire circumferential direction, and an outboard crown main groove extending continuously in the tire circumferential direction and disposed between the outboard shoulder main groove and a tire equator (C) so as to define an outboard middle land region therebetween, the outboard middle land region comprising a plurality of outboard middle blocks circumferentially divided by a plurality of outboard middle lateral grooves , and each of the outboard middle blocks provided with a plurality of outboard middle sipes extending zigzag in the tire axial direction, wherein said a plurality of outboard middle sipes include at least one outboard middle sipe whose axially inner end is connected with the outboard crown main groove , characterised in that all sipes within the outboard middle blocks have an axially outer end terminated within the outboard middle block . a tread portion having an outboard tread edge (To) to be positioned away from a center of a vehicle body and an inboard tread edge (Ti) to be positioned close to the center of the vehicle body, the tread portion provided with an outboard shoulder main groove extending continuously in the tire circumferential direction, and an outboard crown main groove extending continuously in the tire circumferential direction and disposed between the outboard shoulder main groove and a tire equator (C) so as to define an outboard middle land region therebetween, the outboard middle land region comprising a plurality of outboard middle blocks circumferentially divided by a plurality of outboard middle lateral grooves , and each of the outboard middle blocks provided with a plurality of outboard middle sipes extending zigzag in the tire axial direction, wherein said a plurality of outboard middle sipes include at least one outboard middle sipe whose axially inner end is connected with the outboard crown main groove , characterised in that all sipes within the outboard middle blocks have an axially outer end terminated within the outboard middle block .
A blended wing body aircraft comprising an airfoil-shaped center body having a lower side and an upper side opposed to the lower side , the center body having a central chord extending from a leading edge of the center body to a trailing edge of the center body , the lower side of the center body having a lowest point , defined when the aircraft is taxiing or is at rest, for creating a suction zone at and downstream of the lowest point relative to the airflow direction, the lowest point being located between a first location forward of a pivot point (P) about which the aircraft rotates during take-off and a second location aft of the pivot point (P), the first location being at a first distance corresponding to 10% of a length of the central chord forward of the pivot point (P).
A pick and place gripper device for picking up and re-positioning an item carried by a support surface , comprising: • a base , • at least one jaw (101a,b) pivotally mounted to the base having at least one leading edge (103a,b), • at least one belt (102a,b) of flexible material being wrapped around at least the leading edge of the at least one jaw such that at least part of the at least one belt becomes sandwiched between the at least one jaw and the item when the at least one jaw penetrates below the item, where the at least one belt is arranged such that when the at least one jaw moves below the item there is substantially no relative sliding movement between the sandwiched part of the at least one belt and the item, wherein the at least one leading edge of the at least one jaw, when coming into contact with the support surface, is configured to adjust to the support surface when penetrating between the item and the support surface, wherein the at least one jaw comprises a first part (108a,b) and a second part (107a,b) interconnected together, the first part including a front section defining the leading edge of the at least one jaw, wherein the first and the second parts are pivotally connected together at a pivot point axis (109a,b), and wherein the first and the second parts are further connected together via a spring mechanism for supplying a force at the pivot point axis (109a,b) between the first and the second parts forcing the front section of the first part to point away from the base. • a base , • at least one jaw (101a,b) pivotally mounted to the base having at least one leading edge (103a,b), • at least one belt (102a,b) of flexible material being wrapped around at least the leading edge of the at least one jaw such that at least part of the at least one belt becomes sandwiched between the at least one jaw and the item when the at least one jaw penetrates below the item, where the at least one belt is arranged such that when the at least one jaw moves below the item there is substantially no relative sliding movement between the sandwiched part of the at least one belt and the item,