mhurhangee/patent-ind-claim-en huggingface dataset:
A protective sleeve for an endoscopy device, the protective sleeve having a tubular hollow body extending along a longitudinal axis (L) having a distal opening on a distal end insertable into a human or animal body and having a proximal opening at the proximal end opposite to the distal end , wherein the hollow body has a holding arrangement in the region of the proximal opening for holding the protective sleeve , and the wall of the hollow body is reinforced with a wire helix comprising a metal wire characterized in that the hollow body and the holding arrangement have the same material and the holding arrangement is made of a transparent material that affects the view of the user only slightly.
A device for treating a gas contaminated with pollutants with at least one adsorption module inserted in an adsorption apparatus for adsorbing the pollutants, wherein the adsorption module comprises an inner cylindrical hollow body provided with gas inlet openings and made of an electrically conductive material, an outer cylindrical hollow body provided with gas outlet openings and made of an electrically conductive material, and an electrically conductive activated carbon fibre winding which is arranged around the inner hollow body and enclosed by the outer hollow body , wherein the inner hollow body is closed in pressure- and gas-tight manner at the foot end with a bottom plate which is welded to a jacket of the hollow body at the bottom end face thereof and thus forms a treatment portion in the hollow body , with an electrical circuit for heating the activated carbon fibre winding to desorb the adsorbed pollutants and which is formed between the inner and outer hollow bodies , wherein the inner and outer hollow bodies are electrically insulated from one another and connected to a voltage source , and the untreated gas flows from the treatment portion defined by the inner hollow body from the inside to the outside through the activated carbon fibre winding , and with a distribution tube having outlet openings for a purge gas for inerting and purging the activated carbon fibre winding , wherein the distribution tube is guided along the longitudinal axis (LA) of the activated carbon fibre module in the treatment portion until close to the bottom plate of the activated carbon fibre module and is closed at its bottom end facing the bottom plate , characterised in that the activated carbon fibre winding is held in a radially compressed, dense electrically conductive state by radial compression, in which the compressed activated carbon fibre winding has current flowing through it transversely of its longitudinal extent, and is connected as a resistor, wherein, for radial compression of the activated carbon fibre winding , the outer hollow body has an internal diameter (ID) which is 0.01 to 0.4 times smaller than the external diameter (AD) of the activated carbon fibre winding , and in that , for free passage of gas transversely of the longitudinal axis (LA) of the inner hollow body , the gas inlet openings are distributed uniformly over the jacket of the inner cylindrical hollow body , wherein the gas inlet openings correspond to a flow cross-section (Q1) of 5 to 80% of the area of the jacket of the inner hollow body , and in that , for free passage of gas transversely of the longitudinal axis (LA) of the outer cylindrical hollow body , the gas outlet openings are distributed uniformly over the jacket of the outer cylindrical hollow body , wherein the gas outlet openings correspond to a flow cross-section (Q2) of 50 to 95% of the area of the jacket of the outer hollow body .
A method for drilling in a subterranean formation comprising providing or using in the drilling an invert emulsion drilling fluid comprising an oleaginous continuous phase, a non-oleaginous discontinuous phase, and a rheology additive comprising a silicon oil, wherein the invert emulsion drilling fluid is clay-free, and wherein the silicon oil is polydimethylsiloxane.
A notification method for multicast downlink service comprising: sending (S710), by a first network device, a paging message, wherein the paging message is used for notifying presence of multicast downlink data and carries relevant multicast broadcast service, MBS, session information; receiving, by the first network device, a paging request message from a second network device, wherein the paging request message carries identity information of a terminal device to be paged and DRX information of the terminal device; the identity information and the DRX information are used for determining a paging occasion, PO, corresponding to the terminal device to be paged. sending (S710), by a first network device, a paging message, wherein the paging message is used for notifying presence of multicast downlink data and carries relevant multicast broadcast service, MBS, session information; receiving, by the first network device, a paging request message from a second network device, wherein the paging request message carries identity information of a terminal device to be paged and DRX information of the terminal device; the identity information and the DRX information are used for determining a paging occasion, PO, corresponding to the terminal device to be paged.
Process for supplying a glass melting furnace operating in oxy-combustion mode, comprising oxygen injection and fuel injection, the oxygen injection for one and the same burner being carried out from several points distant from the fuel injection so as to develop a staged combustion, characterized in that the major portion of the oxygen injected is preheated upstream of the burner, a fraction of the oxygen not exceeding 10% of all the oxygen being injected without preheating in immediate proximity to the fuel injection, stabilizing the combustion at the level of this injection.
An air compression device comprising: a compressor which generates compressed air, a housing which forms a housing space in which the compressor is housed, a cooling portion which is arranged at an outside of the housing and cools the compressed air, a protection cover which at least partially covers the cooling portion , characterized by comprising an outer fan device which generates a cooling air flow toward the cooling portion by using air outside the housing , and an inner fan device which generates cooling air flow toward the compressor , wherein the housing includes an exhaust duct arranged above the outer fan device ; the cooling portion includes a cooling pipe having a first cooling section facing the exhaust duct and a second cooling section facing the outer fan device ; and the cooling air flow from the inner fan device is discharged to an outside from the housing through the exhaust duct. a compressor which generates compressed air, a housing which forms a housing space in which the compressor is housed, a cooling portion which is arranged at an outside of the housing and cools the compressed air, a protection cover which at least partially covers the cooling portion , characterized by comprising an outer fan device which generates a cooling air flow toward the cooling portion by using air outside the housing , and an inner fan device which generates cooling air flow toward the compressor , wherein the housing includes an exhaust duct arranged above the outer fan device ; the cooling portion includes a cooling pipe having a first cooling section facing the exhaust duct and a second cooling section facing the outer fan device ; and the cooling air flow from the inner fan device is discharged to an outside from the housing through the exhaust duct.
A decorative body comprising: a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion , or in a direction of a plane perpendicular to the bottom face, an incline angle of an inclined face having a smallest incline angle with respect to the bottom face of a corresponding solid shape being set within a range of from 3° to 60° with respect to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of lowest location side of the inclined face having the smallest incline angle. a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion , or in a direction of a plane perpendicular to the bottom face, an incline angle of an inclined face having a smallest incline angle with respect to the bottom face of a corresponding solid shape being set within a range of from 3° to 60° with respect to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of lowest location side of the inclined face having the smallest incline angle.
System for applying a building material, the system comprising: a first component of the building material, the first component comprising a first ingredient (3.1) and a second ingredient (3.2); a second component of the building material; a first mixer (5.1) for mixing the first ingredient (3.1) and the second ingredient (3.2) of the first component ; a supply device for supplying the first ingredient (3.1) of the first component to the first mixer (5.1); a movement device for changing a site of application in a space; and a second mixer (5.2) for mixing the first component and the second component ; wherein the second mixer (5.2) is arranged on the movement device , wherein the second mixer (5.2) is movable by the movement device , characterized in that the second mixer (5.2) comprises a stirring shaft which is equipped with stirring elements on a first portion and on which a conveying element is arranged on a second portion. a first component of the building material, the first component comprising a first ingredient (3.1) and a second ingredient (3.2); a second component of the building material; a first mixer (5.1) for mixing the first ingredient (3.1) and the second ingredient (3.2) of the first component ; a supply device for supplying the first ingredient (3.1) of the first component to the first mixer (5.1); a movement device for changing a site of application in a space; and a second mixer (5.2) for mixing the first component and the second component ; wherein the second mixer (5.2) is arranged on the movement device , wherein the second mixer (5.2) is movable by the movement device , characterized in that the second mixer (5.2) comprises a stirring shaft which is equipped with stirring elements on a first portion and on which a conveying element is arranged on a second portion.
Safety apparatus comprising a housing with at least one current-carrying element which is connected to a voltage supply , wherein the current-carrying element is arranged in the housing interior space and is enclosed by the housing , wherein a particle detector which is configured to monitor the housing interior space with regard to the emergence of particles is arranged in the housing interior space of the housing , wherein the particle detector is a light barrier, wherein the light barrier has a radiation source and a radiation receiver , wherein the radiation receiver is configured to receive and evaluate and detect the radiation emitted by an electric arc when particles enter into the light path of the light barrier, the safety apparatus is configured to switch off the voltage supply when particles are registered by the light barrier, the safety apparatus is configured to monitor the radiation receiver for radiation emitted by an electric arc by virtue of the fact that the radiation emitted by the electric arc is able to be registered by the radiation receiver in addition to the radiation emitted by the radiation source, the safety apparatus is configured to switch off the voltage supply upon registration of the radiation emitted by the electric arc before the particles have been detected by the light barrier. wherein the particle detector is a light barrier, wherein the light barrier has a radiation source and a radiation receiver , wherein the radiation receiver is configured to receive and evaluate and detect the radiation emitted by an electric arc when particles enter into the light path of the light barrier, the safety apparatus is configured to switch off the voltage supply when particles are registered by the light barrier, the safety apparatus is configured to monitor the radiation receiver for radiation emitted by an electric arc by virtue of the fact that the radiation emitted by the electric arc is able to be registered by the radiation receiver in addition to the radiation emitted by the radiation source, the safety apparatus is configured to switch off the voltage supply upon registration of the radiation emitted by the electric arc before the particles have been detected by the light barrier.
An aircraft propulsion system comprising - a turbomachine, - at least one electric motor (M1, M6) comprising a first half-motor (M1.1, M6.1) and a second half-motor (M1.2, M6.2), comprising respectively a first stator and a second stator cooperating with a common rotor of said motor (M1, M6), - at least one first energy source (B) capable of delivering a DC voltage, - at least one electrical generator (PMG) driven by the turbomachine and capable of generating an AC voltage so as to form a second energy source, and associated with an active rectifier capable of transforming said AC voltage into a DC voltage whose value is controlled by said active rectifier the first power source (B) being connected to the output of the active rectifier , characterized in that it comprises - at least one COMmand module (COM) capable of supplying and controlling the speed of each half-motor, from the voltage of the first energy source (B) and/or from the output voltage of the active rectifier - at least one MONitoring module (MON) separate from the COMmand module (COM), the monitoring module (MON) being capable of removing the power supply to at least one electric half-motor if an anomaly is detected. - a turbomachine, - at least one electric motor (M1, M6) comprising a first half-motor (M1.1, M6.1) and a second half-motor (M1.2, M6.2), comprising respectively a first stator and a second stator cooperating with a common rotor of said motor (M1, M6), - at least one first energy source (B) capable of delivering a DC voltage, - at least one electrical generator (PMG) driven by the turbomachine and capable of generating an AC voltage so as to form a second energy source, and associated with an active rectifier capable of transforming said AC voltage into a DC voltage whose value is controlled by said active rectifier the first power source (B) being connected to the output of the active rectifier , characterized in that it comprises - at least one COMmand module (COM) capable of supplying and controlling the speed of each half-motor, from the voltage of the first energy source (B) and/or from the output voltage of the active rectifier - at least one MONitoring module (MON) separate from the COMmand module (COM), the monitoring module (MON) being capable of removing the power supply to at least one electric half-motor if an anomaly is detected.
Process for coating thermally and chemically stressed components of a fluidized-bed reactor for producing high-purity granular polysilicon, wherein the fluidized-bed reactor which is free of bulk material is flushed with a reactive gas mixture at an average tube wall temperature of from 600 to 1400°C for a period of from 1 hour to 8 days and at a pressure of from 1 to 15 bar (bar abs) and the surfaces of the reactor which have a temperature of more than 600°C are thereby provided with an in-situ coating of Si and/or Si 3 N 4 by means of a CVD process.
A method for managing wireless communications, comprising: receiving , by a mobile device when operating in a coverage area of a base station, an out-of-coverage status indicator or a request for relaying service from one of at least one other mobile device, wherein the out-of-coverage status indicator and the request for relaying service indicate a type of service required by the one of the at least one other mobile device; determining by the mobile device, whether the service required by the one of the at least one other mobile device is provided by the base station; analyzing , by the mobile device, one or more factors to determine its capability to provide relaying services and based on the analyzing, determining whether to transition to a relay status, wherein the relay status indicates a capability of the mobile device to function as a relay device between at least one other mobile device and a base station; upon transitioning , by the mobile device, to a relay status, transmitting , by the mobile device, a peer discovery signal that indicates the relay status; and following the transmission of the peer discovery signal establishing , by the mobile device, a direct link with the one of the at least one other mobile device if a determination has been made that the service required by the one of the at least one other mobile device is provided by the base station. receiving , by a mobile device when operating in a coverage area of a base station, an out-of-coverage status indicator or a request for relaying service from one of at least one other mobile device, wherein the out-of-coverage status indicator and the request for relaying service indicate a type of service required by the one of the at least one other mobile device; determining by the mobile device, whether the service required by the one of the at least one other mobile device is provided by the base station; analyzing , by the mobile device, one or more factors to determine its capability to provide relaying services and based on the analyzing, determining whether to transition to a relay status, wherein the relay status indicates a capability of the mobile device to function as a relay device between at least one other mobile device and a base station; upon transitioning , by the mobile device, to a relay status, transmitting , by the mobile device, a peer discovery signal that indicates the relay status; and following the transmission of the peer discovery signal establishing , by the mobile device, a direct link with the one of the at least one other mobile device if a determination has been made that the service required by the one of the at least one other mobile device is provided by the base station.
A mattress assembly , comprising: a mattress core having a bottom surface and a top surface opposite the bottom surface ; and a mattress topper positioned adjacent to the top surface of the mattress core , the mattress topper including a plurality of coil springs , an upper fabric layer extending above the plurality of coil springs , a lower fabric layer extending below the plurality of coil springs and connected to the upper fabric layer around each coil spring such that the upper fabric layer and the lower fabric layer collectively form a fabric pocket encasing each coil spring , a padded layer positioned atop and connected to the upper fabric layer , and a textile layer positioned atop the padded layer and a backing layer positioned below the lower fabric layer , characterized in that the upper fabric layer is connected to the lower fabric layer by an ultrasonic weld , the backing layer is connected to the lower fabric layer by the ultrasonic weld , the padded layer is connected to the upper fabric layer by the ultrasonic weld , and the textile layer is connected to the padded layer by the ultrasonic weld ; each of the layers of the mattress topper are brought together between each of the coil springs and connected about midway up the height of the coil springs ; each of the coil springs is completely surrounded by a respective ultrasonic weld ; and the padded layer and the overlying textile layer rise and fall across the plurality of coiled springs such that the mattress topper is a quilted top mattress topper. a mattress core having a bottom surface and a top surface opposite the bottom surface ; and a mattress topper positioned adjacent to the top surface of the mattress core , the mattress topper including a plurality of coil springs , an upper fabric layer extending above the plurality of coil springs , a lower fabric layer extending below the plurality of coil springs and connected to the upper fabric layer around each coil spring such that the upper fabric layer and the lower fabric layer collectively form a fabric pocket encasing each coil spring , a padded layer positioned atop and connected to the upper fabric layer , and a textile layer positioned atop the padded layer and a backing layer positioned below the lower fabric layer , characterized in that the upper fabric layer is connected to the lower fabric layer by an ultrasonic weld , the backing layer is connected to the lower fabric layer by the ultrasonic weld , the padded layer is connected to the upper fabric layer by the ultrasonic weld , and the textile layer is connected to the padded layer by the ultrasonic weld ; each of the layers of the mattress topper are brought together between each of the coil springs and connected about midway up the height of the coil springs ; each of the coil springs is completely surrounded by a respective ultrasonic weld ; and the padded layer and the overlying textile layer rise and fall across the plurality of coiled springs such that the mattress topper is a quilted top mattress topper.
A wireless communication method in a network mode of operation via relay, NMO-R, scenario, characterized by comprising: receiving , by remote user equipment, at least one proxy-call session control function, P-CSCF, address from relay user equipment; and determining , by the remote user equipment, a target P-CSCF address in an IP Multimedia Subsystem, IMS, network from the at least one P-CSCF address, wherein the target P-CSCF address is used when the remote user equipment initiates a Session Initiation Protocol, SIP, session registration procedure, wherein the remote user equipment is a device that has a proximity service, ProSe, capability, that is not served by an evolved universal terrestrial radio access network and that communicates with a network by using the relay user equipment, and the relay user equipment is user equipment that can provide a connection for the remote user equipment to obtain a Mission-critical push-to-talk over Long Term Evolution, MCPTT, service, executing, by the remote user equipment, the SIP registration procedure according to the target P-CSCF address and further obtain an MCPTT service by using the IMS network. receiving , by remote user equipment, at least one proxy-call session control function, P-CSCF, address from relay user equipment; and determining , by the remote user equipment, a target P-CSCF address in an IP Multimedia Subsystem, IMS, network from the at least one P-CSCF address, wherein the target P-CSCF address is used when the remote user equipment initiates a Session Initiation Protocol, SIP, session registration procedure, wherein the remote user equipment is a device that has a proximity service, ProSe, capability, that is not served by an evolved universal terrestrial radio access network and that communicates with a network by using the relay user equipment, and the relay user equipment is user equipment that can provide a connection for the remote user equipment to obtain a Mission-critical push-to-talk over Long Term Evolution, MCPTT, service, executing, by the remote user equipment, the SIP registration procedure according to the target P-CSCF address and further obtain an MCPTT service by using the IMS network.