mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the management of radio resources in a communication network R comprising at least one central database REM C containing information relating to the scheduling of the communication network R at a given time, one or more mobile stations comprising a database (REMri, 22i) containing information on a radio environment of the mobile station, comprising at least the following steps: • transmitting a communication request Rq sent by a mobile station to a REM analysis algorithm module and also to a REMri database of the mobile station, the communication request Rq comprising characteristics related to constraints of a quality of service QoS, • analysing, by the analysis algorithm, the communication parameters contained in the request Rq taking account of the required quality of service QoS and of parameters characterizing a radio situation in a given coverage area and at a given time sent by the REMri, • determining if a latency constraint exists in the request Rq, and deducting a time delay Δt therefrom; • if the request Rq is able to tolerate the time delay Δt before the communication is established, transmitting the request Rq to a time-delay step before it is analysed again by the REM analysis algorithm module , • if the request Rq cannot tolerate a delay in establishing the communication, then allocating a communication link to the mobile terminal, initiating the communication , transmitting data and at the end of the communication feed back to the REMri database a report containing information on events that occurred during the communication. • transmitting a communication request Rq sent by a mobile station to a REM analysis algorithm module and also to a REMri database of the mobile station, the communication request Rq comprising characteristics related to constraints of a quality of service QoS, • analysing, by the analysis algorithm, the communication parameters contained in the request Rq taking account of the required quality of service QoS and of parameters characterizing a radio situation in a given coverage area and at a given time sent by the REMri, • determining if a latency constraint exists in the request Rq, and deducting a time delay Δt therefrom; • if the request Rq is able to tolerate the time delay Δt before the communication is established, transmitting the request Rq to a time-delay step before it is analysed again by the REM analysis algorithm module , • if the request Rq cannot tolerate a delay in establishing the communication, then allocating a communication link to the mobile terminal, initiating the communication , transmitting data and at the end of the communication feed back to the REMri database a report containing information on events that occurred during the communication.
Mold for injection molding of a hollow element of expanded polystyrene , comprising sides which can be opened, containing a molding volume forming the outer surface of the hollow element , this volume of molding being equipped with external water vapor passage filters distributed over this outer surface, which is connected to a first water vapor supply channel passing through the sides , characterized in that it comprises a core disposed in the molding volume, forming the inner surface of the hollow element , which is equipped with internal water vapor filters distributed over this surface interior, connected to a second steam supply channel passing through the core .
A mounting unit for mounting a mounting rail for electrical devices on a mounting plate for a switch cabinet , the mounting unit comprising a coupling element for coupling the mounting unit by a form closure with the mounting rail , which comprises a mounting rail opening , wherein the coupling element is configured for coupling the mounting unit with the mounting rail opening , wherein the coupling element , for achieving the form closure with the mounting rail opening , is positioned on the mounting unit such that the coupling element , for coupling with the mounting rail opening , can get caught at one edge of the mounting rail opening in the direction of the length of the mounting rail , wherein the coupling element comprises a snap element for forming a snap connection with a mounting rail opening , wherein the snap element is formed as two parts each formed like a flat spring and each connected at one end with a basic body of the mounting unit and comprising at its other end a snap hook , wherein the two snap hooks formed like a flat spring are spaced from each other by a spacing element of the basic body , wherein the snap hooks are positioned averted from each other.
A striker for compressing a bumper of a jounce bumper assembly , said striker comprising a contact surface configured to face the bumper of the jounce bumper assembly , characterized by at least one ridge extending from said contact surface , and with said at least one ridge engageable with the bumper for minimizing radial expansion of the bumper at said contact surface as the bumper is compressed, wherein the at least one ridge is in a full closed circular pattern or spiral pattern and is disposed interior of an outer periphery of the contact surface .
Wind turbine comprising a wind rotor having at least one rotor blade , a generator driven thereby for producing electric power, a connecting line for delivering electric power to a network , a main controller which controls the operation of the wind turbine , and an intrinsic demand network for supplying electrically operated components of the wind turbine , characterized in that a component protection device is provided, which has a multi-channel network quality detector for detecting at least two parameter deviations in the intrinsic demand network with respect to normal values, in particular to voltage and frequency, a tolerance matrix unit and an operating matrix unit , which interact in such a way that respective tolerance limits for the parameter deviations are stored in the tolerance matrix unit for the individual components , and a blocking signal for the components is stored in the operating matrix unit on an individual component basis if the tolerance limit is exceeded, and in addition a switching device is provided, which interacts with the operating matrix unit in such a way that if at least one blocking signal for one of the components is present, this component is switched to a blocked state.
Exhaust gas treatment arrangement for an exhaust gas system of an internal combustion engine, comprising: - an exhaust gas channel leading to a flow path switching unit , wherein the flow path switching unit is configured for changing exhaust gas parts of an exhaust gas stream (A) flowing through the exhaust gas channel , which are conducted into a first exhaust gas flow path downstream of the flow path switching unit and into a second exhaust gas flow path downstream of the flow path switching unit , wherein the first exhaust gas flow path and the second exhaust gas flow path lead to an exhaust gas outlet , - an SCR catalyst arrangement in the first exhaust gas flow path upstream of the exhaust gas outlet , characterized in that the exhaust gas treatment arrangement comprises a liquid bypass line for draining liquid from a liquid collection region in the exhaust gas channel upstream relative to the flow path switching unit to a liquid discharge region for discharging liquid into the second exhaust gas flow path downstream of the flow path switching unit . - an exhaust gas channel leading to a flow path switching unit , wherein the flow path switching unit is configured for changing exhaust gas parts of an exhaust gas stream (A) flowing through the exhaust gas channel , which are conducted into a first exhaust gas flow path downstream of the flow path switching unit and into a second exhaust gas flow path downstream of the flow path switching unit , wherein the first exhaust gas flow path and the second exhaust gas flow path lead to an exhaust gas outlet , - an SCR catalyst arrangement in the first exhaust gas flow path upstream of the exhaust gas outlet ,
A compound having the formula Lys Lys Trp Trp Lys Lys Trp Dip Lys, or a salt, ester or amide thereof; for use in the treatment of a tumour by co-administration with an immunotherapeutic agent, wherein the immunotherapeutic agent is an anti-CTLA-4 antibody.
A method for implementing automatic protection switching for transmission equipment, characterized by comprising: a user setting automatic protection switching trigger conditions in each line sub-card according to a state of a signal received at a line side and configuration of a Optical Transport I Network, OTN; a control sub-card determining to execute protection switching according to a received automatic protection switching trigger condition and received information about each line sub-card which are transferred by a cross sub-card via Time Division Multiplexing Fabric to Framer Interface, TFI5, frames, and sending a protection switching command to the cross sub-card ; and the cross sub-card completing the protection switching action; wherein the control sub-card determining to execute protection switching according to the received automatic protection switching trigger condition and the received information of the each line sub-card comprises: the control sub-card judging whether the each line sub-card has any malfunction according to information reported by the each line sub-card, and if a line sub-card has a malfunction, executing protection switching when the malfunction on the line sub-card is consistent with the automatic protection switching trigger condition set on the line sub-card. a user setting automatic protection switching trigger conditions in each line sub-card according to a state of a signal received at a line side and configuration of a Optical Transport I Network, OTN; a control sub-card determining to execute protection switching according to a received automatic protection switching trigger condition and received information about each line sub-card which are transferred by a cross sub-card via Time Division Multiplexing Fabric to Framer Interface, TFI5, frames, and sending a protection switching command to the cross sub-card ; and the cross sub-card completing the protection switching action; wherein the control sub-card determining to execute protection switching according to the received automatic protection switching trigger condition and the received information of the each line sub-card comprises: the control sub-card judging whether the each line sub-card has any malfunction according to information reported by the each line sub-card, and if a line sub-card has a malfunction, executing protection switching when the malfunction on the line sub-card is consistent with the automatic protection switching trigger condition set on the line sub-card.
An airfield light comprising: a platform having a mount configured for mounting a light assembly on the platform , the mount being configured to permit selective mounting of the light assembly in at least first and second different orientations for aiming the light assembly in a selected direction; the light assembly mounted on the mount in the first orientation wherein the light assembly includes a heat sink base having a protrusion on a bottom thereof, the mount including a central opening for receiving the protrusion . a platform having a mount configured for mounting a light assembly on the platform , the mount being configured to permit selective mounting of the light assembly in at least first and second different orientations for aiming the light assembly in a selected direction; the light assembly mounted on the mount in the first orientation wherein the light assembly includes a heat sink base having a protrusion on a bottom thereof, the mount including a central opening for receiving the protrusion .
Device (1; 20; 30) for connecting to a pipe (8; 28; 38), such as an outlet pipe, the device comprising: - a flexible sleeve (2; 22; 31); and - a form-retaining peripheral flange which is arranged on the sleeve (2; 22; 31), wherein the flexible sleeve (2; 22; 31) has a peripheral edge (3; 23), characterized in that a sealing membrane is arranged on the form-retaining peripheral flange (5, 6; 25, 26; 24, 35); wherein the form-retaining peripheral flange (5, 6; 25, 26; 24, 35) is formed by two ring parts (5, 6; 25, 26; 24, 35) which are arranged on each other and between which the peripheral edge (3; 23) of the flexible sleeve (2; 22; 31) is enclosed. - a flexible sleeve (2; 22; 31); and - a form-retaining peripheral flange which is arranged on the sleeve (2; 22; 31), wherein the flexible sleeve (2; 22; 31) has a peripheral edge (3; 23),
A method of image processing comprising: rendering a first image with a first area and compressing the first image using a first compression value in which compressing the first image using the first compression value produces a compressed version of the first image for decompression for display at a first visual quality level; rendering a second image with a second area; calculating from the first compression value a second compression value for compressing the second image and compressing the second image using the second compression value; in which the second compression value is calculated from the ratio of the area of the second image to the area of the first image and the compression value for the first image; in which compressing the second image using the second compression value produces a compressed version of the second image for decompression for display at a second visual quality level; in which the first visual quality level and the second visual quality level are substantially the same; in which the second compression value is related to the first compression value by a function proportional to the logarithm of the ratio of the area of the second image to the area of the first image. rendering a first image with a first area and compressing the first image using a first compression value in which compressing the first image using the first compression value produces a compressed version of the first image for decompression for display at a first visual quality level; rendering a second image with a second area; calculating from the first compression value a second compression value for compressing the second image and compressing the second image using the second compression value; in which the second compression value is calculated from the ratio of the area of the second image to the area of the first image and the compression value for the first image; in which compressing the second image using the second compression value produces a compressed version of the second image for decompression for display at a second visual quality level; in which the first visual quality level and the second visual quality level are substantially the same; in which the second compression value is related to the first compression value by a function proportional to the logarithm of the ratio of the area of the second image to the area of the first image.
An outdoor collapsible shelter , especially but not exclusively for use in angling, comprising a plurality of ribs which are splayed apart when the shelter is erected for use, sheet material attached to the ribs in such a way that it is stretched out when the ribs are so splayed, at least one storm rod and at least one connector which connects the said at least one storm rod to one of the said ribs when the shelter is in use, in which the said at least one connector comprises a releasable snap-fit mechanism having a first part attached to the said at least one of the said ribs and a second part attached to the said at least one storm rod when the shelter is in use, characterized by said first part and the said second part being so constructed that they are connected together releasably by a snap-fit when the shelter is in use, wherein one of the said two parts comprises a male part , and the other of the said two parts comprises a female part which receives the said male part when the two parts are brought together.
Method for manufacturing a mechanical component with a flexible pivot with separate crossed strips , characterised in that it comprises the following steps: a) providing a block of material , b) machining the block of material to form a through opening in a predetermined direction (A) and first and second strips extending in the through opening in two different planes substantially perpendicular to the predetermined direction (A), the first and second strips crossing each other as seen in plan view from above and being, in their crossing zone, connected by material of said block of material , c) removing the material connecting the strips by means of a milling-cutter comprising a spindle bearing a disc with its peripheral surface being a cutting surface, said spindle being orientated substantially parallel to the predetermined direction (A). a) providing a block of material , b) machining the block of material to form a through opening in a predetermined direction (A) and first and second strips extending in the through opening in two different planes substantially perpendicular to the predetermined direction (A), the first and second strips crossing each other as seen in plan view from above and being, in their crossing zone, connected by material of said block of material , c) removing the material connecting the strips by means of a milling-cutter comprising a spindle bearing a disc with its peripheral surface being a cutting surface, said spindle being orientated substantially parallel to the predetermined direction (A).
Fiber preparation treated with an aqueous polyolefin dispersion having a pH value from 7.5 - 9.4 containing a. from 50 to 100 wt.% of an aqueous dispersion A comprising the following ingredients: i. from 41 to 98 wt.% of A1, a copolymer of ethylene and (meth)acrylic acid having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer or a mixture of different copolymers of ethylene and (meth)acrylic acid each having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer, ii. from 1 to 59 wt.% of A2, another olefinic structure units containing hydrocarbon polymer, or a mixture of other olefinic structure units containing hydrocarbon polymers, and iii. from 0 - 35 wt.% of additive different from A1 and A2, b. from 0 to 50 wt.% of a compound B, where compound B is a material dispersible or soluble in water and different from any of the ingredients of dispersion A wherein - the wt.% of A and B is based on the solid content of the whole aqueous polyolefin dispersion, - the wt.% of the ingredients of dispersion A is based on the solid content of dispersion A, - the sum of the wt.% of ingredients i to iii of dispersion A is 100%. a. from 50 to 100 wt.% of an aqueous dispersion A comprising the following ingredients: i. from 41 to 98 wt.% of A1, a copolymer of ethylene and (meth)acrylic acid having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer or a mixture of different copolymers of ethylene and (meth)acrylic acid each having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer, ii. from 1 to 59 wt.% of A2, another olefinic structure units containing hydrocarbon polymer, or a mixture of other olefinic structure units containing hydrocarbon polymers, and iii. from 0 - 35 wt.% of additive different from A1 and A2, i. from 41 to 98 wt.% of A1, a copolymer of ethylene and (meth)acrylic acid having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer or a mixture of different copolymers of ethylene and (meth)acrylic acid each having a content of (meth)acrylic based groups of at least 14 wt.% based on the total weight of the copolymer, ii. from 1 to 59 wt.% of A2, another olefinic structure units containing hydrocarbon polymer, or a mixture of other olefinic structure units containing hydrocarbon polymers, and iii. from 0 - 35 wt.% of additive different from A1 and A2, b. from 0 to 50 wt.% of a compound B, where compound B is a material dispersible or soluble in water and different from any of the ingredients of dispersion A - the wt.% of A and B is based on the solid content of the whole aqueous polyolefin dispersion, - the wt.% of the ingredients of dispersion A is based on the solid content of dispersion A, - the sum of the wt.% of ingredients i to iii of dispersion A is 100%.
Double-track multiple-axle motor vehicle having at least two fuel tanks , in which a fuel for generating drive energy for a vehicle drive unit is storable at high pressure in the order of magnitude of 300 bar and more, each tank including a safety valve device having a temperature-sensitive element which monitors only a partial region of the tank surface and allows at least a partial quantity of the stored fuel to escape from the particular tank at higher temperatures, which occur for example in the case of a fire, characterised in that the temperature-sensitive elements of at least two tanks are arranged such that the spacing between a left-side wheel (RL) of that vehicle axle, in the vicinity of which the at least two fuel tanks are arranged in the vehicle, and the temperature-sensitive element which lies closest to this wheel (RL) does not differ significantly from the spacing of the other one of these two temperature-sensitive elements from the right-side wheel (RR) of this axle.
Device for protecting an injection apparatus, in particular an injection apparatus for medical use such as a syringe, comprising a body in which the injection apparatus is placed, a sleeve mobile in relation to said body , means for moving this sleeve in relation to the body , and locking means making it possible to lock the sleeve in a protective position; the sleeve can be moved between a non-protective position, in which an injection member comprised by the injection apparatus is exposed so as to allow injection, and said protective position, in which the sleeve completely covers the injection member; said locking means comprise at least one flexible proximal leg integral with the sleeve , forming a first bearing surface through which said leg engages, in said protective position, behind at least a first corresponding distal bearing surface arranged of said body ; the leg comprises one additional bearing surface arranged thereon, and the device comprises one corresponding additional bearing surface , characterized in that : - the flexible proximal leg has a reduced thickness, such that it can assume a position between a body of the injection apparatus and the body of the device ; - the respective additional bearing surfaces being able to bear against each other when a force is exerted on the sleeve in the direction tending to return this sleeve toward said non-protective position, - the leg comprises a tilted edge extending over its entire length, forming said additional bearing surface comprised by said leg , and - the device comprises at least one wall having a tilted rectilinear edge also extending over the entire length of this wall, forming said additional bearing surface of the device . - the flexible proximal leg has a reduced thickness, such that it can assume a position between a body of the injection apparatus and the body of the device ; - the respective additional bearing surfaces being able to bear against each other when a force is exerted on the sleeve in the direction tending to return this sleeve toward said non-protective position, - the leg comprises a tilted edge extending over its entire length, forming said additional bearing surface comprised by said leg , and - the device comprises at least one wall having a tilted rectilinear edge also extending over the entire length of this wall, forming said additional bearing surface of the device .