mhurhangee/patent-ind-claim-en huggingface dataset:
Signal coupling device for transmitting transmission signals between a terminal and an antenna , wherein the signal coupling device comprises a terminal-sided interface for producing a technical signal connection between the signal coupling device and the terminal , at least one attenuation device , and at least one connecting signal branch for connecting the terminal-sided interface to the attenuation device , wherein the signal coupling device comprises at least one first apparatus for transmission activity detection, wherein the first apparatus for transmission activity detection is signal-coupled to the connecting signal branch , wherein, by means of the first apparatus for transmission activity detection, a protection signal (SS) can be generated for controlling the attenuation device when at least one signal characteristic of the signal imposed on the connecting signal branch deviates by more than a predetermined amount from a predetermined protection signal-specific signal characteristic, characterised in that the protection signal (SS) can be generated if a transmission power of a transmission signal is higher than a predetermined protection signal power, wherein an attenuating factor of the attenuation device is increased if a protection signal (SS) has been generated.
A method for performing an aggregate function using a database query, wherein it comprises: - executing a database query with a processor of a database engine having access to one or more databases , wherein the database query joins a plurality of database tables of the one or more databases and comprises a distinct aggregation function, which, when executed against the one or more databases , aggregates only values of database records corresponding to distinct keys by which the tables are joined, regardless of the cardinality of the joined tables, the one or more databases being relational databases and the database query being a single Structured Query Language (SQL) query statement; - generating a distinct key value-record value composite integer for each record value to be aggregated via the distinct aggregation function, wherein generating the distinct key value-record value composite integer comprises: ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer. - executing a database query with a processor of a database engine having access to one or more databases , wherein the database query joins a plurality of database tables of the one or more databases and comprises a distinct aggregation function, which, when executed against the one or more databases , aggregates only values of database records corresponding to distinct keys by which the tables are joined, regardless of the cardinality of the joined tables, the one or more databases being relational databases and the database query being a single Structured Query Language (SQL) query statement; - generating a distinct key value-record value composite integer for each record value to be aggregated via the distinct aggregation function, wherein generating the distinct key value-record value composite integer comprises: ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer. ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer.
A method performed by a core network entity for managing mobility of a terminal in a wireless communication system, the method comprising: receiving, from the terminal, a control plane service request message with uplink data, the control plane service request message including a release assistance indication, RAI, indicating whether no further transmission of uplink data or downlink data subsequent to a transmission of the uplink data is expected; determining whether a congestion for transport of user data via a control plane is identified, upon receipt of the control plane service request message; and transmitting, to the terminal, a service accept message for the control plane service request message, in case that the congestion is not identified, the service accept message being based on the RAI being set to no further transmission of uplink data or downlink data subsequent to the transmission of the uplink data being expected, wherein a back-off timer, associated with the congestion control for transport of the user data via the control plane, run in the terminal is stopped, in case that the service accept message does not include a value of the back-off timer. receiving, from the terminal, a control plane service request message with uplink data, the control plane service request message including a release assistance indication, RAI, indicating whether no further transmission of uplink data or downlink data subsequent to a transmission of the uplink data is expected; determining whether a congestion for transport of user data via a control plane is identified, upon receipt of the control plane service request message; and transmitting, to the terminal, a service accept message for the control plane service request message, in case that the congestion is not identified, the service accept message being based on the RAI being set to no further transmission of uplink data or downlink data subsequent to the transmission of the uplink data being expected, wherein a back-off timer, associated with the congestion control for transport of the user data via the control plane, run in the terminal is stopped, in case that the service accept message does not include a value of the back-off timer.
Agricultural implement having a machine frame , at least one functional tool assembly projecting laterally from the machine frame transversely to the direction of travel, and at least one tension strut , by means of which a side wing of the functional tool assembly is braced, which side wing projects laterally from the machine frame transversely to the direction of travel to one side and is mounted so as to swing up and down about a horizontal pivot axis approximately parallel to the direction of travel in order to adapt to the soil during operation, wherein said tension strut is articulated to a front section of the machine frame in the direction of travel and also to said side wing at a lateral distance from the machine frame , wherein the tension strut is telescopic and comprises a spring device between two tension strut sections (17; 14) for transmitting the tractive forces acting on the tension strut during operation.
A method of forming an antimicrobial article, the method comprising steps of: providing a polymerizable composition comprising at least two different components, wherein each of the at least two different components are mutually reactive with each other via chemically different reactive moieties to form a polymeric backbone, and wherein each of the at least two different components has an average molecular weight that is less than 10% of the weight average molecular weight of the fully polymerized composition; incorporating an antimicrobially effective amount of at least one chlorhexidine-containing antimicrobial agent into the polymerizable composition, wherein the chlorhexidine-containing antimicrobial agent comprises chlorhexidine free base, at least one chlorhexidine salt or a combination thereof; and, polymerizing the polymerizable composition to form chlorhexidine-containing polymer of the antimicrobial article, wherein the chlorhexidine-containing polymer is polyurethane-based with a polymeric backbone having at least 80% urethane and/or urea repeat linkages formed during the polymerization process, wherein processing temperature during the method is less than 40°C. providing a polymerizable composition comprising at least two different components, wherein each of the at least two different components are mutually reactive with each other via chemically different reactive moieties to form a polymeric backbone, and wherein each of the at least two different components has an average molecular weight that is less than 10% of the weight average molecular weight of the fully polymerized composition; incorporating an antimicrobially effective amount of at least one chlorhexidine-containing antimicrobial agent into the polymerizable composition, wherein the chlorhexidine-containing antimicrobial agent comprises chlorhexidine free base, at least one chlorhexidine salt or a combination thereof; and, polymerizing the polymerizable composition to form chlorhexidine-containing polymer of the antimicrobial article, wherein the chlorhexidine-containing polymer is polyurethane-based with a polymeric backbone having at least 80% urethane and/or urea repeat linkages formed during the polymerization process, wherein processing temperature during the method is less than 40°C.
A footwear which comprises a material comprising: - a layer of bacterial cellulose (BC); and - a layer of a biobased and biodegradable plastic selected from the group consisting of polyesters or copolymers thereof; wherein both layers are attached each other. - a layer of bacterial cellulose (BC); and - a layer of a biobased and biodegradable plastic selected from the group consisting of polyesters or copolymers thereof;
A heat sink for use in induction welding, the heat sink comprising: a number of tiles arranged in a single layer, wherein the tiles are electrically non-conductive and have a thermal diffusivity of greater than about 25 mm 2 /sec; and a joint flexibly joining the tiles together, and wherein the tiles define a gap therebetween and the joint is disposed within the gap . a number of tiles arranged in a single layer, wherein the tiles are electrically non-conductive and have a thermal diffusivity of greater than about 25 mm 2 /sec; and a joint flexibly joining the tiles together, and wherein the tiles define a gap therebetween and the joint is disposed within the gap .
Brake calliper , in particular sliding calliper, of a disc brake of a commercial vehicle, having an application section enclosing a receptacle space for accommodating at least one application device , a calliper back , two trailing arms extending substantially parallel to and at a distance from each other and connecting the application section to the calliper back , a closing cover closing the receptacle space, an interface for mounting a pivotable brake lever on that side of the application section which is averted from the closing cover , wherein an installation opening is formed between the application section , the calliper back and the trailing arms for installing and removing brake pads , characterised in that the ratio of the length of the application section and the sum of the lengths of the application section and a trailing arm is between 0.4 and .03. an application section enclosing a receptacle space for accommodating at least one application device , a calliper back , two trailing arms extending substantially parallel to and at a distance from each other and connecting the application section to the calliper back , a closing cover closing the receptacle space, an interface for mounting a pivotable brake lever on that side of the application section which is averted from the closing cover , wherein an installation opening is formed between the application section , the calliper back and the trailing arms for installing and removing brake pads , characterised in that the ratio of the length of the application section and the sum of the lengths of the application section and a trailing arm is between 0.4 and .03.
A protective ionizing laminate (PIL) static eliminating device that comprises: a) at least two laminate layers , comprising a first or second laminate layer having a thickness ranging between about 5 μm to about 300 μm; b) a plurality of electrically conductive or static dissipative material or microfibers , wherein the plurality of electrically conductive or static dissipative material or microfibers forms a pattern; c) a ground in communication with the electrically conductive or static dissipative material or microfibers ; wherein the at least two laminate layers are laminated together with the electrically conductive or static dissipative material or microfibers and at least a portion of the ground positioned there between, to thereby form a laminated enclosure; and d) an edge cut into the laminated enclosure, exposing the plurality of electrically conductive or static dissipative material or microfibers at said edge to create a series of ionizing points , to thereby obtain a PIL static eliminating device , wherein the plurality of electrically conductive or static dissipative material or microfibers is encased by the two laminate layers except for the edge of ionizing points , wherein the diameter of the ionizing points ranges from between about 100 nm to 50 μm; wherein air between the ionizing points and charged material passing by or near the PIL static eliminating device is sufficiently ionized to remove or reduce static charge from the passing material. a) at least two laminate layers , comprising a first or second laminate layer having a thickness ranging between about 5 μm to about 300 μm; b) a plurality of electrically conductive or static dissipative material or microfibers , wherein the plurality of electrically conductive or static dissipative material or microfibers forms a pattern; c) a ground in communication with the electrically conductive or static dissipative material or microfibers ; wherein the at least two laminate layers are laminated together with the electrically conductive or static dissipative material or microfibers and at least a portion of the ground positioned there between, to thereby form a laminated enclosure; and d) an edge cut into the laminated enclosure, exposing the plurality of electrically conductive or static dissipative material or microfibers at said edge to create a series of ionizing points , to thereby obtain a PIL static eliminating device , wherein the plurality of electrically conductive or static dissipative material or microfibers is encased by the two laminate layers except for the edge of ionizing points , wherein the diameter of the ionizing points ranges from between about 100 nm to 50 μm;
A cover assembly for preventing access within a mounting slot of an equipment rack , the equipment rack including a chassis having an open power source located at a back of the chassis and first and second side frame members that define a mounting slot configured to receive a power module in a position in which the power module engages the open power source, the assembly comprising: a cover sufficiently sized to block access to the back of the equipment rack, the cover being secured to the side frame members by at least one hinge extending along a top edge of the cover beyond side edges of the cover, with opposite ends of the hinge extending through respective openings of the side frame members, the cover being configured to rotate between a closed position in which the cover blocks access to the open power source and an open position in which the cover is rotated to enable installation of a power module in the mounting slot; a first spring stop lock provided the first side frame member, the first spring stop lock being configured to lock the cover in the closed position and to release the cover to enable an installation of the power module within the mounting slot of the equipment rack; and a spring to drive the cover to the closed position, wherein the spring is a helical torsion spring that is mounted on one end of the hinge, the spring having one end secured to the first side frame member through a small opening provided in the first side frame member and another end that engages a surface of the cover that faces the back of the equipment rack. a cover sufficiently sized to block access to the back of the equipment rack, the cover being secured to the side frame members by at least one hinge extending along a top edge of the cover beyond side edges of the cover, with opposite ends of the hinge extending through respective openings of the side frame members, the cover being configured to rotate between a closed position in which the cover blocks access to the open power source and an open position in which the cover is rotated to enable installation of a power module in the mounting slot; a first spring stop lock provided the first side frame member, the first spring stop lock being configured to lock the cover in the closed position and to release the cover to enable an installation of the power module within the mounting slot of the equipment rack; and a spring to drive the cover to the closed position, wherein the spring is a helical torsion spring that is mounted on one end of the hinge, the spring having one end secured to the first side frame member through a small opening provided in the first side frame member and another end that engages a surface of the cover that faces the back of the equipment rack.
A display device , comprising: a substrate ; a driving circuit disposed on the substrate ; a first conductive layer disposed on the driving circuit ; at least one of light emitting units disposed on the first conductive layer and electrically connected to the driving circuit , wherein each of the light emitting units comprises a first electrode disposed on the first conductive layer , a first semiconductor layer disposed on the first electrode , a second semiconductor layer disposed on the first semiconductor layer , and a second electrode disposed on the second semiconductor layer ; and a second conductive layer disposed on at least one of the light emitting units ; wherein the second conductive layer has a first surface corresponding to at least one of the light emitting units and a second surface corresponding to a region outside of the first conductive layer ; characterized in that a roughness of the first surface is greater than a roughness of at least a part of the second surface . a substrate ; a driving circuit disposed on the substrate ; a first conductive layer disposed on the driving circuit ; at least one of light emitting units disposed on the first conductive layer and electrically connected to the driving circuit , wherein each of the light emitting units comprises a first electrode disposed on the first conductive layer , a first semiconductor layer disposed on the first electrode , a second semiconductor layer disposed on the first semiconductor layer , and a second electrode disposed on the second semiconductor layer ; and a second conductive layer disposed on at least one of the light emitting units ; wherein the second conductive layer has a first surface corresponding to at least one of the light emitting units and a second surface corresponding to a region outside of the first conductive layer ; characterized in that a roughness of the first surface is greater than a roughness of at least a part of the second surface .
A method comprising: receiving, by a Service Capability Exposure Function, SCEF , a request to send data to a user equipment, UE , wherein a context for the UE is not available at the SCEF when the request is received; querying a subscriber database to determine whether the context for the UE is available at the subscriber database ; and sending the data for the UE to a Mobility Management Entity, MME, by the SCEF using an interface directly interconnecting the MME and the SCEF based on a determination that the context for the UE is available at the subscriber database , characterized in that sending the data for the UE further comprises sending to the MME , using the interface, a flag indicating that the data is to be sent to the UE using a Short Message Service, SMS; and in that the method comprises these further steps: determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC ; and sending the data to the UE from the MSC using an SMS message. receiving, by a Service Capability Exposure Function, SCEF , a request to send data to a user equipment, UE , wherein a context for the UE is not available at the SCEF when the request is received; querying a subscriber database to determine whether the context for the UE is available at the subscriber database ; and sending the data for the UE to a Mobility Management Entity, MME, by the SCEF using an interface directly interconnecting the MME and the SCEF based on a determination that the context for the UE is available at the subscriber database , characterized in that sending the data for the UE further comprises sending to the MME , using the interface, a flag indicating that the data is to be sent to the UE using a Short Message Service, SMS; and in that the method comprises these further steps: determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC ; and sending the data to the UE from the MSC using an SMS message. determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC ; and sending the data to the UE from the MSC using an SMS message.
Epoxy resin obtainable by curing with an hardening agent an epoxy precursor formulation containing at least a tetrafunctional epoxy precursor and the reactive diluent 1,4-Butandioldiglycidylether (BDE), wherein the hardening agent is 4,4'-diaminodiphenyl sulfone (DDS) and the amount of the hardening agent expressed as phr is lower than the stoichiometric amount of 55,46 with respect to the epoxy rings of both the reactive diluent and epoxy precursor, which stoichiometric amount is calculated according to the method as described in the present description, and is in the range 27,75 to 49,91, and wherein said epoxy resin contains 20% by weight of BDE.
Vehicle comprising a lining element for lining a side surface of the vehicle interior in the region of a backrest of a seating unit , wherein the lining element is connected to a body structure of the vehicle by means of at least a first supporting element , a second supporting element and a third supporting element , wherein the three supporting elements span a triangle and the lining element has a reinforcing structure in a region between the three supporting elements , characterized in that the upper side of the backrest extends at least partially in the triangle in a projection of the backrest onto the lining element .