mhurhangee/patent-ind-claim-en huggingface dataset:
A circulating fluidized bed apparatus, comprising a) a combustion chamber (CC) providing a bottom (GB), which is gas-permeable, at its lower end (LE), to allow development of a fluidized bed (FB) of particulate material above said bottom (GB), and at least one outlet port (OP) at its upper end (UE) to transfer a mixture of gas and solids from said combustion chamber (CC) via said outlet port (OP) into at least one subsequent separator (SP), wherein the separator (SP) is designed b) to allow at least part of said solids, separated from the gas, to pass on to at least one return duct (RD) and from there back into the combustion chamber (CC) or to pass on to at least one solids heat exchanger (SHE) and from there via corresponding recirculation means (RM) back into the combustion chamber (CC), or both, and c) to allow at least part of the gas, separated from the solids, to pass on to at least one subsequent treatment unit for said gas, wherein d) the combustion chamber (CC) is ring-shaped, comprising an inner wall (IW) and an outer wall (OW), arranged at a distance to each other in a radial direction of the combustion chamber (CC), characterized in that the combustion chamber (CC) further comprises at least two intermediate walls (SW), which extend between the inner wall (IW) and the outer wall (OW) and in spaced relationship in a circumferential direction of the combustion chamber (CC), thereby subdividing the combustion chamber (CC) into a corresponding number of sections (CO), arranged adjacent to each other in the circumferential direction of the combustion chamber (CC). a) a combustion chamber (CC) providing a bottom (GB), which is gas-permeable, at its lower end (LE), to allow development of a fluidized bed (FB) of particulate material above said bottom (GB), and at least one outlet port (OP) at its upper end (UE) to transfer a mixture of gas and solids from said combustion chamber (CC) via said outlet port (OP) into at least one subsequent separator (SP), wherein the separator (SP) is designed b) to allow at least part of said solids, separated from the gas, to pass on to at least one return duct (RD) and from there back into the combustion chamber (CC) or to pass on to at least one solids heat exchanger (SHE) and from there via corresponding recirculation means (RM) back into the combustion chamber (CC), or both, and c) to allow at least part of the gas, separated from the solids, to pass on to at least one subsequent treatment unit for said gas, wherein d) the combustion chamber (CC) is ring-shaped, comprising an inner wall (IW) and an outer wall (OW), arranged at a distance to each other in a radial direction of the combustion chamber (CC),
A system for attachment to a webbing or a strap, comprising: an attachment portion comprising a base body having front and back walls with a cavity between the front and back walls , at least one transverse bar connected to the base body and separated from the base body by a gap, and two locking hooks extending into the cavity in a direction opposite the at least one transverse bar , an operating portion having two side legs , and top sections connected to the side legs and having a gap between the top sections , such that squeezing the side legs together narrows the gap , wherein each of the top sections has a locking hook extending therefrom, wherein the operating portion is connectable to the attachment portion by pressing the side legs together and inserting the locking hooks of the operating portion into the cavity of the attachment portion , and then releasing the side legs so that the locking hooks of the attachment portion engage the locking hooks of the operating portion , and wherein the operating portion is detachable from the attachment portion by squeezing the side legs together until the locking hooks on the operating portion clear the locking hooks on the attachment portion , and moving the operating portion away from the attachment portion , characterized in that two prongs extend from the attachment portion opposite the at least one transverse bar , the two prongs being disposed in the gap between the top sections of the operating portion when the operating portion is attached to the attachment portion . an attachment portion comprising a base body having front and back walls with a cavity between the front and back walls , at least one transverse bar connected to the base body and separated from the base body by a gap, and two locking hooks extending into the cavity in a direction opposite the at least one transverse bar , an operating portion having two side legs , and top sections connected to the side legs and having a gap between the top sections , such that squeezing the side legs together narrows the gap , wherein each of the top sections has a locking hook extending therefrom, wherein the operating portion is connectable to the attachment portion by pressing the side legs together and inserting the locking hooks of the operating portion into the cavity of the attachment portion , and then releasing the side legs so that the locking hooks of the attachment portion engage the locking hooks of the operating portion , and wherein the operating portion is detachable from the attachment portion by squeezing the side legs together until the locking hooks on the operating portion clear the locking hooks on the attachment portion , and moving the operating portion away from the attachment portion , characterized in that two prongs extend from the attachment portion opposite the at least one transverse bar , the two prongs being disposed in the gap between the top sections of the operating portion when the operating portion is attached to the attachment portion .
A portable device including a proximity sensor arranged for detecting proximity of a body portion to the portable device, and for discriminating water or contaminants, comprising: one main electrode facing the outside of the portable device; one reference electrode behind the main electrode, whereby the main electrode screens partially the reference electrode from the outside of the portable device; a readout circuit operatively arranged for acquiring a first capacity of the main electrode by applying a same potential to the main electrode and to the reference electrode , and for acquiring a second capacity of the reference electrode while keeping the main electrode at a fixed potential, and a decision unit arranged to generate a proximity signal (PROX) based on said first capacity and second capacity.
A modular wearable optics device including: at least one wearable support element; one or more active eyepieces adapted in use to display an image to a user; a removable bridging element , selected from a plurality of bridging elements, selected to position or orientate the one or more active eyepieces in a predetermined location based on one or more anthropometric characteristics of the user; wherein the plurality of bridging elements have different shapes and sizes each adapted to locate the eyepieces in a different position or orientation; characterised in that the bridging element includes an identifier which enables identification of the shape and size of the bridging element by a control system of the one or more active eyepieces, to thereby adjust one or more convergence parameters of the eyepiece; and the identifier is an active device. at least one wearable support element; one or more active eyepieces adapted in use to display an image to a user; a removable bridging element , selected from a plurality of bridging elements, selected to position or orientate the one or more active eyepieces in a predetermined location based on one or more anthropometric characteristics of the user; wherein the plurality of bridging elements have different shapes and sizes each adapted to locate the eyepieces in a different position or orientation; characterised in that the bridging element includes an identifier which enables identification of the shape and size of the bridging element by a control system of the one or more active eyepieces, to thereby adjust one or more convergence parameters of the eyepiece; and the identifier is an active device. the plurality of bridging elements have different shapes and sizes each adapted to locate the eyepieces in a different position or orientation; characterised in that the bridging element includes an identifier which enables identification of the shape and size of the bridging element by a control system of the one or more active eyepieces, to thereby adjust one or more convergence parameters of the eyepiece; and the identifier is an active device.
Radiation source for emitting an electromagnetic HPEM microwave pulse , - having a microwave generator for generating the pulse , wherein the generator has a generator opening for outputting the pulse , and - having a horn structure for shaping the pulse , which horn structure has an input opening , which is connected to the generator opening and is intended to radiate in the pulse , and an emission opening for emitting the shaped pulse , - wherein the generator contains at least two pulse sources (20a to 20n) for respectively generating a pulse component (22a to 22n), wherein the pulse is the sum of the pulse components (22a to 22n), - wherein the generator contains at least one separating wall , wherein respective individual channels (26a to 26n) are separated from one another by each of the separating walls , wherein at least one of the pulse sources (20a to 20n) is contained in each of the individual channels (26a to 26n), wherein each of the individual channels (26a to 26n) has a respective channel opening (28a to 28n) for emitting the respective pulse components (22a to 22n) from the respective pulse sources (20a to 20d), - wherein the radiation source is characterized in that at least one of the individual channels (26a to 26n) has a horn-shaped section . - having a microwave generator for generating the pulse , wherein the generator has a generator opening for outputting the pulse , and - having a horn structure for shaping the pulse , which horn structure has an input opening , which is connected to the generator opening and is intended to radiate in the pulse , and an emission opening for emitting the shaped pulse , - wherein the generator contains at least two pulse sources (20a to 20n) for respectively generating a pulse component (22a to 22n), wherein the pulse is the sum of the pulse components (22a to 22n), - wherein the generator contains at least one separating wall , wherein respective individual channels (26a to 26n) are separated from one another by each of the separating walls , wherein at least one of the pulse sources (20a to 20n) is contained in each of the individual channels (26a to 26n), wherein each of the individual channels (26a to 26n) has a respective channel opening (28a to 28n) for emitting the respective pulse components (22a to 22n) from the respective pulse sources (20a to 20d), - wherein the radiation source is characterized in that at least one of the individual channels (26a to 26n) has a horn-shaped section .
A radio terminal used in a mobile communication system which supports a vehicle-to-vehicle (V2V) service for enabling direct V2V communication, the user terminal comprising: a controller configured to obtain mapping information indicating a correspondence relationship between a V2V application and a frequency to be used for the V2V application, the V2V application being an application of the V2V service, wherein the controller determines the frequency to be used for the V2V application based on the mapping information, the controller transmits first information related to the V2V service to a base station when the radio terminal is in a connected state in a cell of the base station, and the first information includes information on the frequency mapped to the V2V application in which the radio terminal is interested. a controller configured to obtain mapping information indicating a correspondence relationship between a V2V application and a frequency to be used for the V2V application, the V2V application being an application of the V2V service, wherein the controller determines the frequency to be used for the V2V application based on the mapping information, the controller transmits first information related to the V2V service to a base station when the radio terminal is in a connected state in a cell of the base station, and the first information includes information on the frequency mapped to the V2V application in which the radio terminal is interested.
A congestion/overload control method, comprising: learning , by a gateway device, information about a congestion/overload control parameter or policy of a User Equipment, UE, group; and if the congestion/overload control parameter or policy of the UE group is reached or exceeded, rejecting by the gateway device, session management request messages of UEs in the UE group, wherein the rejecting the session management request messages of the UE or the UEs in the UE group comprises : sending a session management reject message carrying first time indication information and a group ID of the UE group to a mobility management element for the mobility management element to select other gateway devices for UEs in the UE group, or reject access request messages of the UEs in the UE group within the time range indicated by the first time indication information.
A headgear for a respiratory mask, comprising: at least one strap comprising a filament ; a directional lock having an engaged configuration and a disengaged configuration with respect to the filament ; and a disengaging member operable to hold the lock in the disengaged configuration; and an actuator configured to act on the disengaging member to cause the disengaging member to hold the lock in the disengaged configuration., and wherein actuation of the disengaging member prevents the directional lock from moving to the engaged configuration in response to elongation of the headgear . at least one strap comprising a filament ; a directional lock having an engaged configuration and a disengaged configuration with respect to the filament ; and a disengaging member operable to hold the lock in the disengaged configuration; and
A wireless charger comprising an energy supply connector , a main step down converter configured to power a wireless charger circuit , a control circuit for controlling the wireless charger circuit and the main step down converter , an integrated circuit configured to power the control circuit , an input connector of the step down converter is connected to the energy supply connector and characterized in that an output connector of the step down converter is connected to an input connector of the integrated circuit through a series diode , the input connector of the integrated circuit is connected to the energy supply connector through a switch element , and the switch element is controlled by the control circuit , wherein the control circuit is designed to set the switch element to an OFF-state, when an OFF-criterion is fulfilled, and the control circuit is designed to set the switch element to an ON-state, when an ON-criterion is fulfilled and that the OFF-criterion comprises, that an output voltage of the main step down converter (V_OUT) is above a predefined threshold value (V_TH), and the ON-criterion comprises, that the output voltage of the main step down converter (V_OUT) is below the predefined threshold value(V_TH).
An anastomotic connector comprising: a connector body having a first end engageable into a first vessel (V1), the first end being provided with teeth on its outer surface, a first locking sleeve engageable around the first end , the first locking sleeve surrounding the teeth in a locked position, in order to impede relative movement between the first vessel (V1) and the connector body , wherein the first locking sleeve is provided with longitudinal ribs on its inner surface, the ribs being spaced from each other in a circumferential direction of the first locking sleeve , and characterised in that the ribs are configured to be fitted in between the teeth when the first locking sleeve is in the locked position. a connector body having a first end engageable into a first vessel (V1), the first end being provided with teeth on its outer surface, a first locking sleeve engageable around the first end , the first locking sleeve surrounding the teeth in a locked position, in order to impede relative movement between the first vessel (V1) and the connector body , wherein the first locking sleeve is provided with longitudinal ribs on its inner surface, the ribs being spaced from each other in a circumferential direction of the first locking sleeve , and characterised in that the ribs are configured to be fitted in between the teeth when the first locking sleeve is in the locked position.
A glass frit system for forming an enamel adhered to a substrate, including a vehicle, a glass frit, a colored CTE modifier, and optionally one or more pigments, the colored CTE modifier including: a modified Pseudo-Brookite type material having a formula Al 2 TiO 5 , wherein Al and/or Ti are partially substituted with one or more coloring ions including Fe, Cr, Mn, Co, Ni, and Cu; a modified Cordierite type material having a formula Mg 2 Al 4 Si 5 O 18 , wherein Mg and/or Al is partially substituted with one or more of the coloring ions; a Perovskite type material having a formula Sm 1-x Sr x MnO 3-δ , where x=0.0-0.5 and δ=0.0-0.25, or a modified version of the Perovskite type material wherein Sr is partially substituted with Ba and/or Ca; or combinations thereof. a modified Pseudo-Brookite type material having a formula Al 2 TiO 5 , wherein Al and/or Ti are partially substituted with one or more coloring ions including Fe, Cr, Mn, Co, Ni, and Cu; a modified Cordierite type material having a formula Mg 2 Al 4 Si 5 O 18 , wherein Mg and/or Al is partially substituted with one or more of the coloring ions; a Perovskite type material having a formula Sm 1-x Sr x MnO 3-δ , where x=0.0-0.5 and δ=0.0-0.25, or a modified version of the Perovskite type material wherein Sr is partially substituted with Ba and/or Ca; or combinations thereof.
Aflame retardant air-blown microcable, comprising a central reinforcement member , wherein a loose tube is stranded on an outer surface of the central reinforcement member , an optical fiber unit and a first water blocking substance are provided in the loose tube , wherein the optical fiber unit is an optical fiber bundle, the first water blocking substance is a water-blocking fiber paste, an outer sheath is clad on an outer surface of the stranded loose tube , and the outer sheath is further filled therein with a cable paste , characterized in that the outer sheath comprises following components in parts by weight: 50-60 parts of ethylene-vinyl acetate copolymer EVA, 40-50 parts of linear low-density polyethylene LLDPE, 45-60 parts of flame retardant, 8-12 parts of synergistic flame retardant, 8-12 parts of plasticizer, 1-4 parts of lubricant, 1-4 parts of coupling agent, 1-3 parts of compatilizer, 1-3 parts of antioxidant, 2-3 parts of carbon black, and 1-2 parts of amide slipping agent and wherein the outer sheath has a thickness of 0.7-1.3 mm, wherein the synergistic flame retardant is ammonium polyphosphate.
A method, comprising: determining a proximity services priority to be applied to communications between a remote user equipment and a relay user equipment ; and transmitting , from the remote user equipment to the relay user equipment , an indication of the proximity services priority, wherein the indication is configured to be applied by the relay user equipment to the communications between the remote user equipment and the relay user equipment , the indication is transmitted over a PC5 interface, the priority is to be applied over a PC5 interface, the indication is configured to provide a multimedia broadcast-multicast services bearer specific priority value, the remote user equipment is a member of a group of users, the priority relates to messages for the group, and the method comprises thereafter: learning , by the remote user equipment , that there is a need to change the priority via application level signaling received from a group application server; updating , by the remote user equipment , the priority based on the learning; and transmitting a subsequent indication based on the priority as updated. determining a proximity services priority to be applied to communications between a remote user equipment and a relay user equipment ; and transmitting , from the remote user equipment to the relay user equipment , an indication of the proximity services priority, wherein the indication is configured to be applied by the relay user equipment to the communications between the remote user equipment and the relay user equipment , the indication is transmitted over a PC5 interface, the priority is to be applied over a PC5 interface, the indication is configured to provide a multimedia broadcast-multicast services bearer specific priority value, the remote user equipment is a member of a group of users, the priority relates to messages for the group, and the method comprises thereafter: learning , by the remote user equipment , that there is a need to change the priority via application level signaling received from a group application server; updating , by the remote user equipment , the priority based on the learning; and transmitting a subsequent indication based on the priority as updated. learning , by the remote user equipment , that there is a need to change the priority via application level signaling received from a group application server; updating , by the remote user equipment , the priority based on the learning; and transmitting a subsequent indication based on the priority as updated.
A method in a node in a wireless communication network comprising: obtaining timing information for an external wireless system whose operation is associated with intermittent interruptions of a radio link of the wireless communication network ; determining an interruption timing from the timing information, wherein the interruption timing is referenced to a radio link timing and indicates an impending interruption of the radio link ; and adapting , based on the timing information, an operating configuration at one or more wireless devices in communication with the wireless communication network , to avoid erroneous operation during the impending interruption; wherein adapting the operating configuration comprises adapting the measurement configuration parameters at the one or more wireless devices by sending signaling including one or more measurement configuration parameters determined by the node in consideration of the interruption timing, thereby enabling the one or more wireless devices to adjust their corresponding operations to avoid erroneous operation during the impending interruption. obtaining timing information for an external wireless system whose operation is associated with intermittent interruptions of a radio link of the wireless communication network ; determining an interruption timing from the timing information, wherein the interruption timing is referenced to a radio link timing and indicates an impending interruption of the radio link ; and adapting , based on the timing information, an operating configuration at one or more wireless devices in communication with the wireless communication network , to avoid erroneous operation during the impending interruption; wherein adapting the operating configuration comprises adapting the measurement configuration parameters at the one or more wireless devices by sending signaling including one or more measurement configuration parameters determined by the node in consideration of the interruption timing, thereby enabling the one or more wireless devices to adjust their corresponding operations to avoid erroneous operation during the impending interruption.