mhurhangee/patent-ind-claim-en huggingface dataset:
A method of accessing group services in a communications network adapted to provide machine to machine communication, the method comprising: a services capability server determining, based on at least one of a condition or information at the services capability server, to access group based network layer services; the services capability server transmitting a request to access group based network layer services, the request comprising information specifying a requested service for the group; a first core network node receiving the request to access group based network layer services; the first core network node transmitting a request to authorize the access of group based network layer services; the first core network node receiving authorization information and serving node information for the requested service; after receiving the authorization information, the first core network node generating and transmitting a request to provision information about the group in a second core network node; the first core network node receiving an indication from the second core network node that the second core network node is configured for providing the service to the group; and the first core network node replying to the services capability server with an indication of whether access to the group based service is allowed. a services capability server determining, based on at least one of a condition or information at the services capability server, to access group based network layer services; the services capability server transmitting a request to access group based network layer services, the request comprising information specifying a requested service for the group; a first core network node receiving the request to access group based network layer services; the first core network node transmitting a request to authorize the access of group based network layer services; the first core network node receiving authorization information and serving node information for the requested service; after receiving the authorization information, the first core network node generating and transmitting a request to provision information about the group in a second core network node; the first core network node receiving an indication from the second core network node that the second core network node is configured for providing the service to the group; and the first core network node replying to the services capability server with an indication of whether access to the group based service is allowed.
Method of processing a radionavigation signal from at least one satellite, said method comprising the following steps implemented in a processing unit of a radionavigation receiver : - converting a radionavigation signal in the frequency domain by means of a Fourier transform so as to obtain a frequency radionavigation signal comprising several frequency components; - processing the frequency-domain radionavigation signal so as to process at least one frequency component known as the interfering component, the said component thus processed having been either attenuated or cancelled; - filtering the digital frequency radionavigation signal thus processed by means of a notch filter to obtain a filtered frequency radionavigation signal; - frequency transposition of the filtered frequency radionavigation signal in order to obtain a baseband frequency radionavigation signal; - converting the baseband frequency radionavigation signal by means of an inverse Fourier transform so as to obtain a time baseband radionavigation signal in which interference has been attenuated/removed. - converting a radionavigation signal in the frequency domain by means of a Fourier transform so as to obtain a frequency radionavigation signal comprising several frequency components; - processing the frequency-domain radionavigation signal so as to process at least one frequency component known as the interfering component, the said component thus processed having been either attenuated or cancelled; - filtering the digital frequency radionavigation signal thus processed by means of a notch filter to obtain a filtered frequency radionavigation signal; - frequency transposition of the filtered frequency radionavigation signal in order to obtain a baseband frequency radionavigation signal; - converting the baseband frequency radionavigation signal by means of an inverse Fourier transform so as to obtain a time baseband radionavigation signal in which interference has been attenuated/removed.
An X-ray source comprising: a chamber comprising an interaction region (I); a first electron source operable to emit a first electron beam, comprising electrons of a first energy, towards the interaction region such that the first electron beam interacts with a target to generate X-ray radiation ; a second electron source adapted to be independently operated to emit a second electron beam comprising electrons of a second energy for ionising particles in the chamber; and an ion collection tool adapted to remove the ionised particles from the chamber by means of an electromagnetic field (E); wherein said second electron source comprises an electron emitter , an anode electrode for generating an acceleration potential, and a deflector ; wherein the first energy is 1 keV or higher and the second energy is lower than 1 keV. a chamber comprising an interaction region (I); a first electron source operable to emit a first electron beam, comprising electrons of a first energy, towards the interaction region such that the first electron beam interacts with a target to generate X-ray radiation ; a second electron source adapted to be independently operated to emit a second electron beam comprising electrons of a second energy for ionising particles in the chamber; and an ion collection tool adapted to remove the ionised particles from the chamber by means of an electromagnetic field (E); wherein said second electron source comprises an electron emitter , an anode electrode for generating an acceleration potential, and a deflector ; wherein the first energy is 1 keV or higher and the second energy is lower than 1 keV.
An injection device (100; 200; 300; 400) for injection of a medicament from a pre-filled container having a container body for containing the medicament, a needle disposed at a distal end of the container body , a removable needle shield and a stopper for expelling medicament from the container , the device comprising: a housing (110; 310; 410) for housing the container ; a plunger (142; 342; 542; 642; 742) for driving the stopper of the container in a distal direction to expel the medicament; and a priming mechanism having an operating member (152; 252; 352; 452) which is movable with respect to the housing (110; 310; 410); characterised in that the priming mechanism further comprises a carrier part (174; 274; 374; 464) arranged to cooperate with the container body to move the container body in the proximal direction with respect to the plunger (142; 342; 542; 642; 742) and to release the needle shield from the needle when the operating member (152; 252; 352; 452) is rotated from a first position to a second position during an operating sequence of the device, and wherein the operating member (152; 252; 352; 452) is axially locked relative to the housing (110; 310; 410) when in the first position and is movable in the distal direction when in the second position for removing the needle shield from the needle . a housing (110; 310; 410) for housing the container ; a plunger (142; 342; 542; 642; 742) for driving the stopper of the container in a distal direction to expel the medicament; and a priming mechanism having an operating member (152; 252; 352; 452) which is movable with respect to the housing (110; 310; 410); characterised in that the priming mechanism further comprises a carrier part (174; 274; 374; 464) arranged to cooperate with the container body to move the container body in the proximal direction with respect to the plunger (142; 342; 542; 642; 742) and to release the needle shield from the needle when the operating member (152; 252; 352; 452) is rotated from a first position to a second position during an operating sequence of the device, and wherein the operating member (152; 252; 352; 452) is axially locked relative to the housing (110; 310; 410) when in the first position and is movable in the distal direction when in the second position for removing the needle shield from the needle .
A retainer , which is formed by combination of two annular retaining plates each comprising semispherical swelling portions arranged at predetermined intervals along a circumferential direction, the semispherical swelling portions facing each other and forming pockets for retaining balls , wherein: each of the pockets has ball-facing surfaces each including a ball non-contact portion ; a contact area in each of the pockets with respect to each of the balls is reduced by from 15% to 30% in comparison with a contact area with respect to each of the balls without provision of the ball non-contact portion ; each of the semispherical swelling portions comprises a slit ; and the ball non-contact portion is constituted by the slit , characterized in that the ball non-contact portion is arranged on a bearing radially-outer side with respect to a pitch circle of the balls . each of the pockets has ball-facing surfaces each including a ball non-contact portion ; a contact area in each of the pockets with respect to each of the balls is reduced by from 15% to 30% in comparison with a contact area with respect to each of the balls without provision of the ball non-contact portion ; each of the semispherical swelling portions comprises a slit ; and the ball non-contact portion is constituted by the slit , characterized in that the ball non-contact portion is arranged on a bearing radially-outer side with respect to a pitch circle of the balls .
Process for printing a 3D structure comprising the steps of i)providing a multi-component mortar system comprising a component A and a component B wherein - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A , at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B , and water, ii) mixing the components with a static or dynamic mixer and applying the mixed mortar with a robotic system to form a 3D structure, and iii) curing of the applied 3D structure. i)providing a multi-component mortar system comprising a component A and a component B wherein - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A , at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B , and water, - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A , at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B , and water, ii) mixing the components with a static or dynamic mixer and applying the mixed mortar with a robotic system to form a 3D structure, and iii) curing of the applied 3D structure.
A folding shoulder for folding paper upstream of a forming box , characterised in that the folding shoulder being configured for use with paper by reducing contact between the folding shoulder and the paper by having one or more rollers positioned at geometry changes in the folding shoulder positioned to contact paper traveling on the underside of the folding shoulder to reduce friction between the folding shoulder and the paper.
A method comprising: a processor driving a ground offset voltage of a notification appliance circuit to a first level; while the ground offset voltage is at the first level, the processor measuring a first voltage on a first terminal of the notification appliance circuit; while the ground offset voltage is at the first level, the processor measuring a second voltage on a second terminal of the notification appliance circuit; the processor driving the ground offset voltage of the notification appliance circuit to a second level; while the ground offset voltage is at the second level, the processor measuring a third voltage on the first terminal of the notification appliance circuit; while the ground offset voltage is at the second level, the processor measuring a fourth voltage on the second terminal of the notification appliance circuit ; the processor determining a first voltage drop between the fourth voltage and the second voltage; the processor determining a second voltage drop between the third voltage and the first voltage; and when a magnitude of the first voltage drop or the second voltage drop is greater than a first predetermined value defined as 1% of a supervision voltage applied to the first terminal, the processor determining that a state of the notification appliance circuit is ground faulted, wherein the first terminal includes a high side terminal of the notification appliance circuit , and wherein the second terminal includes a low side terminal of the notification appliance circuit . a processor driving a ground offset voltage of a notification appliance circuit to a first level; while the ground offset voltage is at the first level, the processor measuring a first voltage on a first terminal of the notification appliance circuit; while the ground offset voltage is at the first level, the processor measuring a second voltage on a second terminal of the notification appliance circuit; the processor driving the ground offset voltage of the notification appliance circuit to a second level; while the ground offset voltage is at the second level, the processor measuring a third voltage on the first terminal of the notification appliance circuit; while the ground offset voltage is at the second level, the processor measuring a fourth voltage on the second terminal of the notification appliance circuit ; the processor determining a first voltage drop between the fourth voltage and the second voltage; the processor determining a second voltage drop between the third voltage and the first voltage; and when a magnitude of the first voltage drop or the second voltage drop is greater than a first predetermined value defined as 1% of a supervision voltage applied to the first terminal, the processor determining that a state of the notification appliance circuit is ground faulted, wherein the first terminal includes a high side terminal of the notification appliance circuit , and wherein the second terminal includes a low side terminal of the notification appliance circuit .
A node in a telecommunications network connecting user equipment, i.e. UE, wirelessly to the network, wherein the node is configured to receive an update request from a serving gateway, i.e. SGW, in relation to a single radio voice call continuity event, i.e. SRVCC, when handover is required from a packet switched, i.e. PS, based network to a circuit switched, i.e. CS, based network , characterized in that the node is further configured to detect a PS to CS handover indicator related to voice components in the update request which handover indicator indicates that voice bearers have been handed over to the CS domain, and to handle the PS to CS handover indicator.
A cover assembly which consists of side panels covering the side loading areas of vehicle bodies, a rear panel covering the rear loading area and a roof panel covering the overhead loading area, the roof panel comprises a support element , rail parts and a reinforced cover providing protection for the materials in the vehicle body and load safety by being mounted on the said roof panel , at least one tensioning element (43.2) ensuring that the said reinforced cover is tense and stands rigidly and assumes the functions of tarpaulin and steel ropes used to cover the bodies of vehicles used for haulage, a cover (43.1) allowing the said roof panel to be closed, preventing external impacts from damaging the materials in the body, and it is characterized in that it incorporates; - a post (43.3) allowing the tensioning element (43.2) to be mounted on the cover (43.1) by being mounted on the said cover (43.1), which is mounted at inner side of the assembly formed by tensioning elements (43.2) and cover (43.1) in alignment with support element . - a post (43.3) allowing the tensioning element (43.2) to be mounted on the cover (43.1) by being mounted on the said cover (43.1), which is mounted at inner side of the assembly formed by tensioning elements (43.2) and cover (43.1) in alignment with support element .
A method in which an emulsion is absorbed into wood by means of pressure difference, characterized in that the emulsion consists of - 5-50 wt% of an alkyd binder, - one or more emulgators selected from non-ionic emulgators and anionic emulgators, wherein the concentration of the emulgators in the emulsion is 1-12 wt-%, and - water, and - optionally one or more pH regulators, - optionally one or more preservatives for emulsion selected from 1,2-benz-isothiazol-3 -one, N-butyl benzisothiazolone, 2-octyl-2H-isothiazol-3-one, 2,2-ditiobis(N-methyl)benzamide, methyl isothiazolinon, zinc pyritione and iodine propynyl butyl carbamate, - optionally one or more physically acting wood preservatives selected from polyvalent metal salts, - optionally one or more siccatives selected from cobalt and zirconium salts, - optionally one or more colouring agent(s), wherein the emulsion does not substantially contain a biocidally acting wood preservative. - 5-50 wt% of an alkyd binder, - one or more emulgators selected from non-ionic emulgators and anionic emulgators, wherein the concentration of the emulgators in the emulsion is 1-12 wt-%, and - water, and - optionally one or more pH regulators, - optionally one or more preservatives for emulsion selected from 1,2-benz-isothiazol-3 -one, N-butyl benzisothiazolone, 2-octyl-2H-isothiazol-3-one, 2,2-ditiobis(N-methyl)benzamide, methyl isothiazolinon, zinc pyritione and iodine propynyl butyl carbamate, - optionally one or more physically acting wood preservatives selected from polyvalent metal salts, - optionally one or more siccatives selected from cobalt and zirconium salts, - optionally one or more colouring agent(s),
Process for producing a fuel cell system , comprising a component made of a steel having a nitrogen-containing protective layer , comprising the following steps: - annealing the component in a nitrogen-containing atmosphere at a temperature between 900°C and 1300°C; - quenching the component ; - freezing the component at a temperature of less than -70°C; - tempering the component at a temperature of more than 150°C; - annealing the component for between one minute and twelve hours at a partial nitrogen pressure between 50 mbar and 5 bar, - quenching the component at a quench pressure between 1 bar and 40 bar, where the quenching of the component is conducted with a quench medium selected from a group of nitrogen, argon and helium, - quenching the component to a temperature of less than 50°C, - freezing the component over a period between 15 minutes and 30 minutes, - tempering the component in a nitrogen-containing atmosphere. - annealing the component in a nitrogen-containing atmosphere at a temperature between 900°C and 1300°C; - quenching the component ; - freezing the component at a temperature of less than -70°C; - tempering the component at a temperature of more than 150°C; - annealing the component for between one minute and twelve hours at a partial nitrogen pressure between 50 mbar and 5 bar, - quenching the component at a quench pressure between 1 bar and 40 bar, where - quenching the component to a temperature of less than 50°C, - freezing the component over a period between 15 minutes and 30 minutes, - tempering the component in a nitrogen-containing atmosphere.
Mixing apparatus for mixing particles in a liquid, the mixing apparatus comprising - a tank having a bottom and a substantially vertical side wall , - an agitation means comprising a rotation shaft located vertically and centrally in the tank , and an impeller arranged at a height above the bottom at the end of the rotation shaft , - the bottom being equipped with a corrugated formation comprising alternate consecutive ridges and valleys , the ridges and valleys extending radially in relation to a center of the bottom , - wherein the height of at least one of the ridges decreases when moving from the side wall towards the center of the bottom of the tank and the highest point of the ridge is at a height of 0.1-1 times the radius of the bottom , and wherein - a floor of at least one of the valleys is horizontal for its entire length, and - the impeller is a downward pumping axial flow impeller, characteri zed in that - the impeller is a hydrofoil impeller, a propeller or a pitched-blade turbine, wherein the valleys are arranged to concentrate and channel the mixing power near to the bottom to turn downward flow of the liquid generated by the axial impeller smoothly upwards and to increase the velocity of the flow near to the bottom . - a tank having a bottom and a substantially vertical side wall , - an agitation means comprising a rotation shaft located vertically and centrally in the tank , and an impeller arranged at a height above the bottom at the end of the rotation shaft , - the bottom being equipped with a corrugated formation comprising alternate consecutive ridges and valleys , the ridges and valleys extending radially in relation to a center of the bottom , - wherein the height of at least one of the ridges decreases when moving from the side wall towards the center of the bottom of the tank and the highest point of the ridge is at a height of 0.1-1 times the radius of the bottom , and wherein - a floor of at least one of the valleys is horizontal for its entire length, and - the impeller is a downward pumping axial flow impeller, - the impeller is a hydrofoil impeller, a propeller or a pitched-blade turbine, wherein the valleys are arranged to concentrate and channel the mixing power near to the bottom to turn downward flow of the liquid generated by the axial impeller smoothly upwards and to increase the velocity of the flow near to the bottom .
An electronic component includes: an element in which an anode foil and a cathode foil are wound with a separator interposed therebetween; an exterior case of a bottomed cylindrical shape which accommodates the element; and a sealing body which seals an opening of the exterior case, characterised in that an outer circumferential surface of the exterior case is formed with a plurality of tapered first concave portions whose depth in a radial direction becomes shallow from a bottom of the bottomed cylindrical shape toward the opening side, whereby a tapered first raised portion , which is raised toward a center side in the radial direction, is formed on an inner circumferential surface of the case located on the back surface of the first concave portion, and the element is abutted and supported by the first raised portion. an element in which an anode foil and a cathode foil are wound with a separator interposed therebetween; an exterior case of a bottomed cylindrical shape which accommodates the element; and a sealing body which seals an opening of the exterior case, characterised in that an outer circumferential surface of the exterior case is formed with a plurality of tapered first concave portions whose depth in a radial direction becomes shallow from a bottom of the bottomed cylindrical shape toward the opening side, whereby a tapered first raised portion , which is raised toward a center side in the radial direction, is formed on an inner circumferential surface of the case located on the back surface of the first concave portion, and the element is abutted and supported by the first raised portion.