mhurhangee/patent-ind-claim-en huggingface dataset:
A communication apparatus comprising: circuitry configured to detect control information indicating whether or not to request transmission of a sounding reference signal, SRS, and indicating a transmission parameter of the SRS; and characterized in that the SRS is an aperiodic SRS; and a transmitter configured to transmit the SRS based on the detected control information, when the circuitry detects the control information twice or more within a predetermined period and the control information, which is detected twice or more within the predetermined period, indicates an identical transmission parameter. circuitry configured to detect control information indicating whether or not to request transmission of a sounding reference signal, SRS, and indicating a transmission parameter of the SRS; and characterized in that the SRS is an aperiodic SRS; and a transmitter configured to transmit the SRS based on the detected control information, when the circuitry detects the control information twice or more within a predetermined period and the control information, which is detected twice or more within the predetermined period, indicates an identical transmission parameter.
A concrete structure, comprising a plurality of concrete blocks with a parallelepipedic configuration that include two opposing bases , two first opposing lateral faces and two second opposing lateral faces ; and one of the bases and one of the first lateral faces of the block , contiguous to said base, include at least two parallel recesses with a symmetrical distribution with respect to an imaginary central plane parallel to the two second opposing lateral faces of the block that do not include said recesses ; wherein the recesses comprise first sections included in the respective base and second sections included in the respective first lateral face; and wherein said sections of the recesses come together coinciding with a common edge of the block in which the base and the first lateral face that include said recesses merge; - wherein the blocks comprise inlets located in end areas of the first lateral face which is opposed to the first lateral face that includes the second sections of the recesses , the concrete structure is characterized in that the inlets comprising blind holes in frontal faces delimiting the depth of the inlets , and - the inlets comprise at least an anchoring device with threaded elements , a plate with through holes and nuts ; and - the inlets of the blocks form a hollow for receiving the anchoring device so the plate is housed in said hollow and the nuts thread in end portions of the threaded elements and one part of the end portions of the threaded elements is introduced in the through holes of the plate such that, once the anchoring device is installed, the nuts form a stop on the plate and are housed inside the hollow. - wherein the blocks comprise inlets located in end areas of the first lateral face which is opposed to the first lateral face that includes the second sections of the recesses , the concrete structure is characterized in that the inlets comprising blind holes in frontal faces delimiting the depth of the inlets , and - the inlets comprise at least an anchoring device with threaded elements , a plate with through holes and nuts ; and - the inlets of the blocks form a hollow for receiving the anchoring device so the plate is housed in said hollow and the nuts thread in end portions of the threaded elements and one part of the end portions of the threaded elements is introduced in the through holes of the plate such that, once the anchoring device is installed, the nuts form a stop on the plate and are housed inside the hollow.
Rechargeable battery module, comprising - at least one rechargeable battery cell , and - a sleeve which encloses the rechargeable battery cell , wherein the sleeve comprises fibres , wherein intermediate spaces remain between the fibres , characterized in that - the sleeve has a net-like structure, and - the fibres are composed of an electrically non-conductive material. - at least one rechargeable battery cell , and - a sleeve which encloses the rechargeable battery cell , wherein the sleeve comprises fibres , wherein intermediate spaces remain between the fibres , - the sleeve has a net-like structure, and - the fibres are composed of an electrically non-conductive material.
Method for analysing image information using assigned scalar values , comprising the method steps of a.) capturing a first image of an object or a situation and capturing at least one first scalar sensor value relating to the object or the situation , b.) capturing a second image of the object or the situation and capturing at least one second scalar sensor value relating to the object or the situation , c.) inserting the first image and the at least one first scalar sensor value as a consistent representational form into a first data structure , and inserting the second image and the at least one second scalar sensor value as a consistent representational form into a second data structure , wherein the first data structure and the second data structure each have a two-dimensional or higher-dimensional diagram structure or a two-dimensional or higher-dimensional graph structure or are each represented or can be represented as a two-dimensional or higher-dimensional diagram or a two-dimensional or higher-dimensional graph, d.) comparing the first data structure and the second data structure , and e.) outputting an item of information if the comparison reveals a difference corresponding to a predefined or predefinable criterion. a.) capturing a first image of an object or a situation and capturing at least one first scalar sensor value relating to the object or the situation , b.) capturing a second image of the object or the situation and capturing at least one second scalar sensor value relating to the object or the situation , c.) inserting the first image and the at least one first scalar sensor value as a consistent representational form into a first data structure , and inserting the second image and the at least one second scalar sensor value as a consistent representational form into a second data structure , wherein the first data structure and the second data structure each have a two-dimensional or higher-dimensional diagram structure or a two-dimensional or higher-dimensional graph structure or are each represented or can be represented as a two-dimensional or higher-dimensional diagram or a two-dimensional or higher-dimensional graph, d.) comparing the first data structure and the second data structure , and e.) outputting an item of information if the comparison reveals a difference corresponding to a predefined or predefinable criterion.
Shenlingbaizhu granules comprising an extract of raw material medicines and excipients, wherein the raw material medicines include 400 parts by weight of Radix Ginseng, 400 parts by weight of Poria, 400 parts by weight of stir-baked Rhizoma Atractyldis Macrocephalae in bran, 400 parts by weight of Rhizoma Dioscoreae, 300 parts by weight of stir-fried Semen Dolichoris Album, 200 parts by weight of Semen Nelumbinis, 200 parts by weight of stir-baked Semen Coicis in bran, 200 parts by weight of Fructus Amomi Villosi, 200 parts by weight of Radix Platycodonis and 400 parts by weight of Radix Glycyrrhizae, and the excipients are citric acid, stevioside and lactose.
An isolated nucleic acid molecule encoding a monocin, wherein the nucleic acid molecule comprises a first polynucleotide that encodes the structural proteins of a functional monocin except the corresponding natural receptor binding protein (RBP), wherein the structural proteins encoded by the first polynucleotide are at least 80% identical to SEQ ID NOs: 7-16, wherein the nucleic acid molecule further comprises a heterologous second polynucleotide sequence encoding a heterologous RBP, wherein the RBP comprises a baseplate attachment region (BPAR) and a receptor binding domain (RBD), and wherein the monocin has bactericidal specificity against at least one strain of Listeria monocytogenes, or other species of Listeria, or other genus of bacteria as determined by the heterologous RBP and different from that determined by the natural RBP.
Method for determining a glare level (B) caused by a light source illuminating a driver of a motor vehicle , said motor vehicle comprising an image sensor and a distance detector , said distance detector being distinct from said image sensor , comprising steps of: - said image sensor acquiring an image , in which at least part of said light source appears, - estimating a distance (L) separating the motor vehicle from said light source , and - computing said glare level (B) as a function of said distance (L), characterized in that , in the estimation step, said distance (L) is estimated taking into account results of measurements carried out by means of said distance detector , in which, in the estimation step, an area (S) occupied by said light source in said image is estimated and, in the computation step, said glare level (B) is computed also as a function of said area (S) and in which, in the computation step: - a first estimate of the solid angle (ω) at which the light source is seen by the image sensor is determined, as a function of said distance (L), then - a first estimate of the glare level (B) as a function of the first estimate of said solid angle (ω) is determined. - said image sensor acquiring an image , in which at least part of said light source appears, - estimating a distance (L) separating the motor vehicle from said light source , and - computing said glare level (B) as a function of said distance (L), characterized in that , in the estimation step, said distance (L) is estimated taking into account results of measurements carried out by means of said distance detector , in which, in the estimation step, an area (S) occupied by said light source in said image is estimated and, in the computation step, said glare level (B) is computed also as a function of said area (S) and in which, in the computation step: - a first estimate of the solid angle (ω) at which the light source is seen by the image sensor is determined, as a function of said distance (L), then - a first estimate of the glare level (B) as a function of the first estimate of said solid angle (ω) is determined. - a first estimate of the solid angle (ω) at which the light source is seen by the image sensor is determined, as a function of said distance (L), then - a first estimate of the glare level (B) as a function of the first estimate of said solid angle (ω) is determined.
Filter assembly (FA) comprising: - a current conductor (SL) with a curved profile for conducting a current; - a first ferrite body (FK1) and a second ferrite body (FK2); - a respective recess (AN1, AN2) in the first ferrite body (FK1) and the second ferrite body (FK2) with a curved profile; - wherein the first ferrite body (FK1) and the second ferrite body (FK2) jointly surround the current conductor (SL), and - the current conductor (SL) extends along the recesses (AN1, AN2); - wherein the first ferrite body (FK1) and the second ferrite body (FK2) together have a centre line which corresponds substantially to a centre line (ML) of the current conductor (SL) which extends in the direction of extent (ER) of the current conductor (SL), characterized in that - the current conductor (SL) has at least one integrally formed portion (AF) which extends away from the centre line (ML) and has an exposed end (ED), and - the first ferrite body (FK1) and/or the second ferrite body (FK2) have/has at least one further recess (AN3) through which the at least one integrally formed portion (AF) extends, wherein the exposed end (ED) forms an electrical contact to the current conductor (SL). - a current conductor (SL) with a curved profile for conducting a current; - a first ferrite body (FK1) and a second ferrite body (FK2); - a respective recess (AN1, AN2) in the first ferrite body (FK1) and the second ferrite body (FK2) with a curved profile; - wherein the first ferrite body (FK1) and the second ferrite body (FK2) jointly surround the current conductor (SL), and - the current conductor (SL) extends along the recesses (AN1, AN2); - wherein the first ferrite body (FK1) and the second ferrite body (FK2) together have a centre line which corresponds substantially to a centre line (ML) of the current conductor (SL) which extends in the direction of extent (ER) of the current conductor (SL), - the current conductor (SL) has at least one integrally formed portion (AF) which extends away from the centre line (ML) and has an exposed end (ED), and - the first ferrite body (FK1) and/or the second ferrite body (FK2) have/has at least one further recess (AN3) through which the at least one integrally formed portion (AF) extends, wherein the exposed end (ED) forms an electrical contact to the current conductor (SL).
Spent and/or decommissioned accumulator treatment plant , comprising: - a grinding mill , - at least one separator stage of lead from other materials downstream of the mill , and - a sorting device upstream of the mill , configured to receive a plurality of objects (A) originating from separate waste collection of spent and/or decommissioned accumulators and deviate, from a treatment workflow, objects (A) other than lead-acid accumulators so that they do not enter mill , wherein the sorting device comprises an X-ray detector configured to perform an X-ray scan of the plurality of objects (A) and a processor configured to analyze , for each object (A), whether the X-ray scan indicates that it is not a lead-acid accumulator, wherein said X-ray detector comprises an X-ray source configured to emit a radiant beam , and at least one array of X-ray detecting elements arranged in a predetermined position within the path of the radiant beam emitted by source , wherein said source is a dual emission one, capable of also emitting a second radiant beam at different energy with respect to the radiant beam , or said X-ray detector comprises at least one second X-ray source configured to emit a second radiant beam at different energy with respect to the radiant beam , and wherein said array of detecting elements is a dual exposure detector or said X-ray detector comprises at least one second array of X-ray detecting elements, said dual exposure detector or said at least one second array of X-ray detecting elements being arranged in a predetermined position within the path of the second radiant beam, and wherein a current image representative of the X-ray scan of at least one portion of object (A) is a false color image. - a grinding mill , - at least one separator stage of lead from other materials downstream of the mill , and - a sorting device upstream of the mill , configured to receive a plurality of objects (A) originating from separate waste collection of spent and/or decommissioned accumulators and deviate, from a treatment workflow, objects (A) other than lead-acid accumulators so that they do not enter mill ,
A method of preparing a catalyst for oxidative dehydrogenation, the method comprising: a step of mixing a trivalent cation iron (Fe) precursor with a Zn precursor to form a mixed aqueous solution at a concentration of the precursors of greater than 23 % by weight to 35 % by weight; a step of feeding the mixed aqueous solution dropwise at a dripping rate of 2 g/min to 7 g/min along with a basic aqueous solution into a coprecipitation tank, which contains distilled water at greater than 5 °C and less than 25 °C in an amount of 0.5 times or more and less than twice the weight of distilled water comprised in the mixed aqueous solution and has a pH of 8 to 9 , to obtain a coprecipitation solution comprising ZnFe 2 O 4 and Fe 2 O 3 present together therein; a step of filtering the coprecipitation solution to obtain a coprecipitate; and a step of firing the coprecipitate to obtain an ZnFe 2 O 4 -Fe 2 O 3 product. a step of mixing a trivalent cation iron (Fe) precursor with a Zn precursor to form a mixed aqueous solution at a concentration of the precursors of greater than 23 % by weight to 35 % by weight; a step of feeding the mixed aqueous solution dropwise at a dripping rate of 2 g/min to 7 g/min along with a basic aqueous solution into a coprecipitation tank, which contains distilled water at greater than 5 °C and less than 25 °C in an amount of 0.5 times or more and less than twice the weight of distilled water comprised in the mixed aqueous solution and has a pH of 8 to 9 , to obtain a coprecipitation solution comprising ZnFe 2 O 4 and Fe 2 O 3 present together therein; a step of filtering the coprecipitation solution to obtain a coprecipitate; and a step of firing the coprecipitate to obtain an ZnFe 2 O 4 -Fe 2 O 3 product.
A method performed by a terminal for receiving a paging message transmitted by a base station on a transmission beam in a wireless communication system, the method comprising: receiving, from the base station , first information for identifying a monitoring occasion for paging; identifying a paging occasion including a plurality of monitoring occasions for paging based on the first information; and receiving, from the base station , a paging message by monitoring a physical downlink control channel, PDCCH, of the plurality of monitoring occasions for paging in the paging occasion, characterized in that each of the plurality of monitoring occasions for paging corresponds to a synchronization signal, SS, block, the SS block including a primary synchronization signal, PSS, a secondary synchronization signal, SSS and a physical broadcast channel, PBCH. receiving, from the base station , first information for identifying a monitoring occasion for paging; identifying a paging occasion including a plurality of monitoring occasions for paging based on the first information; and receiving, from the base station , a paging message by monitoring a physical downlink control channel, PDCCH, of the plurality of monitoring occasions for paging in the paging occasion, characterized in that each of the plurality of monitoring occasions for paging corresponds to a synchronization signal, SS, block, the SS block including a primary synchronization signal, PSS, a secondary synchronization signal, SSS and a physical broadcast channel, PBCH.
A user equipment registration method, comprising: receiving , by a network side device, a proximity service request sent by a user equipment, wherein a proximity service requested by the user equipment is indicated by an identifier of the proximity service carried in the proximity service request or by a message name of the proximity service request; determining , by the network side device, whether the user equipment is allowed to perform the proximity service, wherein the network side device is a proximity service server ; assigning , by the network side device, a device-to-device, D2D, identifier to the user equipment if the user equipment is allowed to perform the proximity service; and sending, by the network side device, a proximity service response to the user equipment, wherein the proximity service response carries the D2D identifier, and the D2D identifier comprises broadcast code and an identifier that is used for D2D communication. receiving , by a network side device, a proximity service request sent by a user equipment, wherein a proximity service requested by the user equipment is indicated by an identifier of the proximity service carried in the proximity service request or by a message name of the proximity service request; determining , by the network side device, whether the user equipment is allowed to perform the proximity service, wherein the network side device is a proximity service server ; assigning , by the network side device, a device-to-device, D2D, identifier to the user equipment if the user equipment is allowed to perform the proximity service; and sending, by the network side device, a proximity service response to the user equipment, wherein the proximity service response carries the D2D identifier, and the D2D identifier comprises broadcast code and an identifier that is used for D2D communication.
A method, performed by a first node , wherein the method comprises: the first node subscribing to an event for one or more user equipments, UEs, at a Policy and Control Function, PCF, , wherein subscribing to the event comprises sending to the PCF an HTTP POST request message comprising a request uniform resource identifier, URI, and a request body comprising an event exposure subscription data structure comprising: i) an event subscription attribute identifying a policy event, ii) a URI attribute specifying a notification URI where to receive the requested notifications, iii) a notification identifier, ID, attribute specifying a correlation ID assigned by the first node, and iv) at least one of a network name filter attribute comprising one or more data network names, DNNs, or a single network slice selection assistance information, S-NSSAI, attribute comprising one or more S-NSSAIs; and the first node receiving a notification about the event, wherein the notification was transmitted by the PCF and the notification is an HTTP POST request that comprises said notification URI and further comprises an event exposure notification data structure that comprises: i) the correlation ID, ii) an event notifications attribute comprising information about the event, and iii) a PDU session attribute comprising information about a PDU session involved in the reported event and at least one of an S-NSSAI attribute identifying the S-NSSAI of the PDU session or a DNN attribute identifying the DNN of the PDU session. the first node subscribing to an event for one or more user equipments, UEs, at a Policy and Control Function, PCF, , wherein subscribing to the event comprises sending to the PCF an HTTP POST request message comprising a request uniform resource identifier, URI, and a request body comprising an event exposure subscription data structure comprising: i) an event subscription attribute identifying a policy event, ii) a URI attribute specifying a notification URI where to receive the requested notifications, iii) a notification identifier, ID, attribute specifying a correlation ID assigned by the first node, and iv) at least one of a network name filter attribute comprising one or more data network names, DNNs, or a single network slice selection assistance information, S-NSSAI, attribute comprising one or more S-NSSAIs; and the first node receiving a notification about the event, wherein the notification was transmitted by the PCF and the notification is an HTTP POST request that comprises said notification URI and further comprises an event exposure notification data structure that comprises: i) the correlation ID, ii) an event notifications attribute comprising information about the event, and iii) a PDU session attribute comprising information about a PDU session involved in the reported event and at least one of an S-NSSAI attribute identifying the S-NSSAI of the PDU session or a DNN attribute identifying the DNN of the PDU session.
A recombinant polypeptide or an active fragment thereof, said polypeptide or fragment comprising an amino acid sequence having at least 95% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 3, wherein said polypeptide or fragment has protease activity in the presence of a surfactant.