mhurhangee/patent-ind-claim-en huggingface dataset:
A connection control method implemented by a communication system including a user equipment (UE), two or more communication control devices which are devices for controlling transmission and reception of data of the UE , and a connection control device for performing processing related to establishment and release of communication paths provided between the two or more communication control devices and the UE , the connection control method comprising: a request reception step in which the connection control device receives a path establishment request related to the communication path associated with the UE from one communication control device included in the two or more communication control devices ; a path establishment step in which the connection control device starts processing related to establishment of communication paths associated with the UE for all communication control devices which are the two or more communication control devices including the one communication control device which has transmitted the path establishment request, when the path establishment request is received; and an information update step in which the connection control device updates information related to an establishment status of the communication path associated with the UE stored in a storage unit on the basis of an establishment result of the communication path in the path establishment step. a request reception step in which the connection control device receives a path establishment request related to the communication path associated with the UE from one communication control device included in the two or more communication control devices ; a path establishment step in which the connection control device starts processing related to establishment of communication paths associated with the UE for all communication control devices which are the two or more communication control devices including the one communication control device which has transmitted the path establishment request, when the path establishment request is received; and an information update step in which the connection control device updates information related to an establishment status of the communication path associated with the UE stored in a storage unit on the basis of an establishment result of the communication path in the path establishment step.
Method for labelling bales of material in which a pressed bale of material is bound by means of a binding device using a binding material , wherein the binding device produces at least one knot in the binding material wrapped around the bale of material , wherein a label is fixed to the binding material as an information carrier, characterized in that the label is supplied to the binding device and at least a part of the label is incorporated into the knot .
A manifold for a multistage pump provided with a plurality of pumping chambers , wherein the manifold comprises a body which is so shaped as to define a duct extending along a path (P) and exhibiting an access mouth and a plurality of connection mouths , wherein each connection mouth is adapted to be connected to a corresponding pumping chamber of the pump , wherein the body is subdivided into at least a first portion and a second portion at a secant plane (A, B) parallel to a plane whereon the path (P) is lying, and characterized in that the path (P) is a closed ring path.
Combined optical container and filling level detection system , with - at least one removable container , which has a number of compartments with in each case an interior for receiving flowable or pourable media , and - at least one container receptacle for the container , wherein the container receptacle is equipped with a number of reflex light barriers and the container has a number of separate immersion trickle filters in the form of light conductors, which project into the medium and which are optically coupled in each case with one of the reflex light barriers if the container in the container receptacle is located in a measuring position, wherein for optical connection to the reflex light barriers , the immersion trickle filters have in each case at one end a light coupling surface, which lies in each case on a surface of the container , and in a specific position of the container in the container receptacle faces a light exit surface of the respective reflex light barrier , wherein in each case a wetting surface is embodied at the other end of the immersion trickle filter , which changes its reflection behaviour if it is wet by the medium. - at least one removable container , which has a number of compartments with in each case an interior for receiving flowable or pourable media , and - at least one container receptacle for the container ,
A dental composition comprising an inorganic material and an organic material, wherein the inorganic material is in the form of platelets, the platelets are of the thickness of 0.2μm to 10μm and have the aspect ratio of from 1:1 to 1:20, wherein the inorganic material has the following composition: Oxide From (weight %) To (weight %) SiO 2 58,3 60,20 P 2 O 5 5,4 5,60 Al 2 O 3 2,5 2,50 Li 2 O 14,4 14,70 K 2 O 1,2 1,20 ZrO 2 9,8 11,00 CeO 2 0,5 1,90 Tb 4 O 7 1 1,70 V 2 O 5 0 0,8 Er 2 O 3 0,1 0,9 Y 2 O 3 0,4 0,4 MnO 2 0 0,1 Nd 2 O 3 0 0,3 Fe 2 O 3 0 0,2 B 2 O 3 0 2,7 Na 2 O 0,2 0,2 and wherein the inorganic material has biaxial strength of more than 600 MPa, measured according to ISO 6872. the platelets are of the thickness of 0.2μm to 10μm and have the aspect ratio of from 1:1 to 1:20, wherein the inorganic material has the following composition: Oxide From (weight %) To (weight %) SiO 2 58,3 60,20 P 2 O 5 5,4 5,60 Al 2 O 3 2,5 2,50 Li 2 O 14,4 14,70 K 2 O 1,2 1,20 ZrO 2 9,8 11,00 CeO 2 0,5 1,90 Tb 4 O 7 1 1,70 V 2 O 5 0 0,8 Er 2 O 3 0,1 0,9 Y 2 O 3 0,4 0,4 MnO 2 0 0,1 Nd 2 O 3 0 0,3 Fe 2 O 3 0 0,2 B 2 O 3 0 2,7 Na 2 O 0,2 0,2 and wherein the inorganic material has biaxial strength of more than 600 MPa, measured according to ISO 6872.
A surface light-emitting unit for emitting light from a light-emitting element via a light flux control member , the light flux control member being supported by a plurality of support members each having a predetermined height above a fixing surface of a fixing substrate on which fixing surface the light-emitting element is fixed, there being provided a gap between the light flux control member and the fixing substrate , the gap being provided around the light-emitting element , the support members being adhered to the fixing substrate via adhesive resin made of a white or transparent resin material at a visible light region, wherein the plurality of support members are three or more support members, only two of which are adhered and fixed to the fixing substrate via the adhesive resin ; characterized in that the fixing substrate has a strip shape, and said only two support members which are adhered and fixed to the fixing substrate via the adhesive resin are aligned in a short side direction of the fixing substrate .
A garment with a shape enhancing function comprising at least one base fabric region and at least one fabric composite zones, said base fabric region comprising an elastic base fabric with at least 15% stretch in at least one direction and said at least one fabric composite zone comprising said base fabric and an elastic polymer composition; wherein (a) the elastic polymer composition includes a polymer selected from the group consisting of elastomeric polyolefins, elastomeric polyurethanes, and elastomeric polyurethaneureas; (b) the elastic polymer composition's polymer solid content is from 5% to 25% of the base fabric weight in the at least one fabric composite zone; (c) the elastic polymer composition and the base fabric comprise a single layer of integrated fabric in the fabric composite zone; and (d) wherein one surface of the base fabric in the fabric composite zone includes a discontinuous coating of polymer particles. (a) the elastic polymer composition includes a polymer selected from the group consisting of elastomeric polyolefins, elastomeric polyurethanes, and elastomeric polyurethaneureas; (b) the elastic polymer composition's polymer solid content is from 5% to 25% of the base fabric weight in the at least one fabric composite zone; (c) the elastic polymer composition and the base fabric comprise a single layer of integrated fabric in the fabric composite zone; and (d) wherein one surface of the base fabric in the fabric composite zone includes a discontinuous coating of polymer particles.
A polymer composition comprising: a. 60-80 wt% of a recycled polypropylene (PP); b. 10-35 wt% of a recycled polyethylene (PE); c. 5-20 wt% of a polyolefin elastomer (POE); d. 0.1-10 wt% styrene ethylene butylene styrene block copolymer (SEBS), wherein the wt% is relative to the total weight of the polymer composition; wherein said polymer composition comprises at least 11 wt% of polyolefin elastomer and styrene ethylene butylene styrene block copolymer, the recycled polypropylene is a material collected under the DSD 324 or DSD 324-1 standard and the recycled polyethylene is a material collected under the DSD 329 standard, and wherein the POE is a C2-C4 copolymer, a C2-C6 copolymer or a C2-C8 copolymer. a. 60-80 wt% of a recycled polypropylene (PP); b. 10-35 wt% of a recycled polyethylene (PE); c. 5-20 wt% of a polyolefin elastomer (POE); d. 0.1-10 wt% styrene ethylene butylene styrene block copolymer (SEBS), wherein the wt% is relative to the total weight of the polymer composition; wherein said polymer composition comprises at least 11 wt% of polyolefin elastomer and styrene ethylene butylene styrene block copolymer, the recycled polypropylene is a material collected under the DSD 324 or DSD 324-1 standard and the recycled polyethylene is a material collected under the DSD 329 standard, and wherein the POE is a C2-C4 copolymer, a C2-C6 copolymer or a C2-C8 copolymer.
Acoustic sensor , comprising: - a carrier element , wherein the carrier element has, as the basic shape, the shape of a solid cylinder, - a diaphragm element , which is arranged on a first side of the carrier element , and - an electroacoustic transducer , which is arranged on a side of the diaphragm element , the said side facing the carrier element , and is designed to excite at least one region of the diaphragm element to vibrate, wherein - the diaphragm element has, on at least one peripheral region , a retaining region , which extends in the direction of the carrier element and engages around a subregion of the carrier element , and - the carrier element has, on a side facing the diaphragm element , a receptacle in which an electronics system is arranged for exciting the electroacoustic transducer , characterized in that - the carrier element has a cavity , which is arranged on the side of the carrier element that is spanned by the diaphragm element , wherein - the depth of the cavity changes both over a radius of the first side and along a circulating direction of the first side, that is to say azimuthally. - a carrier element , wherein the carrier element has, as the basic shape, the shape of a solid cylinder, - a diaphragm element , which is arranged on a first side of the carrier element , and - an electroacoustic transducer , which is arranged on a side of the diaphragm element , the said side facing the carrier element , and is designed to excite at least one region of the diaphragm element to vibrate, wherein - the diaphragm element has, on at least one peripheral region , a retaining region , which extends in the direction of the carrier element and engages around a subregion of the carrier element , and - the carrier element has, on a side facing the diaphragm element , a receptacle in which an electronics system is arranged for exciting the electroacoustic transducer , characterized in that - the carrier element has a cavity , which is arranged on the side of the carrier element that is spanned by the diaphragm element , wherein - the depth of the cavity changes both over a radius of the first side and along a circulating direction of the first side, that is to say azimuthally.
Motor vehicle , comprising a ventilation system for the provision of air which is provided for ventilation of a rear seat row of the motor vehicle , having: an apparatus for the ventilation of the rear seat row of the motor vehicle , which apparatus comprises a vent nozzle for air which is provided for the ventilation of the rear seat row and a feed duct for the feed of the air to the vent nozzle , the vent nozzle being fastened in the region between front seats of the motor vehicle which are arranged in front of the rear seat row and being oriented in such a way that it deflects the air to a region of the vehicle roof which lies approximately in the extension of the backrest of the front seats , characterized in that a turbulence damper for achieving a flow-calmed open jet is provided in the vent nozzle . an apparatus for the ventilation of the rear seat row of the motor vehicle , which apparatus comprises a vent nozzle for air which is provided for the ventilation of the rear seat row and a feed duct for the feed of the air to the vent nozzle , the vent nozzle being fastened in the region between front seats of the motor vehicle which are arranged in front of the rear seat row and being oriented in such a way that it deflects the air to a region of the vehicle roof which lies approximately in the extension of the backrest of the front seats , characterized in that a turbulence damper for achieving a flow-calmed open jet is provided in the vent nozzle .
A computer-implemented method of variant calling, including: feeding an array of input features to a convolutional neural network comprising one or more convolutional layers and one or more fully-connected layers, the array of input features encoded from data from a group of reads, the data for the group of reads including reads aligned to a reference sequence, wherein each read in the group of reads represents a sequence of bases; processing the array through the one or more convolutional layers; concatenating output of the one or more convolutional layers with corresponding empirical variant score, EVS, features for a candidate variant site, wherein the corresponding EVS features are provided by a supplemental input layer; feeding a result of the concatenating to the one or more fully-connected layers; and processing of the result of the concatenating by the one or more fully-connected layers to produce classification scores for likelihood that at least one variant occurring at the candidate variant site is a true variant or a false variant. feeding an array of input features to a convolutional neural network comprising one or more convolutional layers and one or more fully-connected layers, the array of input features encoded from data from a group of reads, the data for the group of reads including reads aligned to a reference sequence, wherein each read in the group of reads represents a sequence of bases; processing the array through the one or more convolutional layers; concatenating output of the one or more convolutional layers with corresponding empirical variant score, EVS, features for a candidate variant site, wherein the corresponding EVS features are provided by a supplemental input layer; feeding a result of the concatenating to the one or more fully-connected layers; and processing of the result of the concatenating by the one or more fully-connected layers to produce classification scores for likelihood that at least one variant occurring at the candidate variant site is a true variant or a false variant.
A method for providing a digital content by an apparatus for providing digital content, the method comprising: receiving a control signal corresponding to a user's action from an input apparatus , wherein the control signal comprises identifier information of the input apparatus indicating a type of the input apparatus among a plurality of types of input apparatus and apparatus control information for controlling content reproduction at the apparatus, wherein the apparatus control information is acquired based on a user action information and the user action information is acquired based on a sensor value varied and measured at the input apparatus ; searching a content operable in association with the type of the input apparatus based on the received control signal; executing a content control module corresponding to the input apparatus ; and providing and controlling the searched content based on the apparatus control information using the content control module , wherein the user's action is varied according to the type of the input apparatus . receiving a control signal corresponding to a user's action from an input apparatus , wherein the control signal comprises identifier information of the input apparatus indicating a type of the input apparatus among a plurality of types of input apparatus and apparatus control information for controlling content reproduction at the apparatus, wherein the apparatus control information is acquired based on a user action information and the user action information is acquired based on a sensor value varied and measured at the input apparatus ; searching a content operable in association with the type of the input apparatus based on the received control signal; executing a content control module corresponding to the input apparatus ; and providing and controlling the searched content based on the apparatus control information using the content control module , wherein the user's action is varied according to the type of the input apparatus .
A liquefied gas cylinder filling level measuring device for measuring the filling level in a liquefied gas cylinder through the wall thereof by means of ultrasound, comprising an ultrasonic measuring head , a controller , and a fastening device , the fastening device containing at least one magnet, and the fastening device being configured to fasten the filling level measuring device to the liquefied gas cylinder such that the ultrasonic measuring head is pressed against the wall of the liquefied gas cylinder , a wireless communication interface being provided which includes a transmitter/receiver unit, a coupling cushion being provided which is arranged on the side of the ultrasonic measuring head facing the wall of the liquefied gas cylinder , characterized in that the liquefied gas cylinder filling level measuring device includes an integrated energy source , and in that a housing is provided in which the ultrasonic measuring head , the controller , the energy source , the fastening device , the wireless communication interface with the transmitter/receiver unit, and the coupling cushion are integrated, the housing being provided with a load transmission section which is arranged in the vicinity of the coupling cushion , and the magnet being arranged in a retainer which is closed by a housing wall on the side toward the liquefied gas cylinder .
A method for producing a multi-layer shaped object, comprising the steps of: spreading, in a layer, a powder for additive manufacturing obtained by mixing and then stirring a first metal powder having an average diameter of 10 μm or more but 200 μm or less at a volume fraction of more than 99% and a second powder whose sphericity is higher than that of the first metal powder and whose average diameter is 1/10 or less of that of the first metal powder at a volume fraction of 0,001% or more and less than 1%; and forming a molten portion by irradiating the spread powder for additive manufacturing with a beam and solidifying the molten portion to form a solidified layer in which at least part of the second powder is present as a fine dispersion element in a metal tissue formed by melting and sintering the first metal powder, wherein the sphericity is represented as the ratio (R max /R min ) between the radius of a minimum circumscribed sphere R max and the radius of a maximum inscribed sphere R min , and the step of spreading a powder for additive manufacturing in a layer and the step of forming a solidified layer are repeated to form a plurality of solidified layers. spreading, in a layer, a powder for additive manufacturing obtained by mixing and then stirring a first metal powder having an average diameter of 10 μm or more but 200 μm or less at a volume fraction of more than 99% and a second powder whose sphericity is higher than that of the first metal powder and whose average diameter is 1/10 or less of that of the first metal powder at a volume fraction of 0,001% or more and less than 1%; and forming a molten portion by irradiating the spread powder for additive manufacturing with a beam and solidifying the molten portion to form a solidified layer in which at least part of the second powder is present as a fine dispersion element in a metal tissue formed by melting and sintering the first metal powder, wherein the sphericity is represented as the ratio (R max /R min ) between the radius of a minimum circumscribed sphere R max and the radius of a maximum inscribed sphere R min , and the step of spreading a powder for additive manufacturing in a layer and the step of forming a solidified layer are repeated to form a plurality of solidified layers.
An electric motor comprising: - a rotor whose rotation shaft extends along an extension axis (X), - a stator arranged about the rotor , - a front bearing and a rear bearing configured to be assembled by forming an internal cavity in which the rotor and the stator are housed, the front bearing comprising a cylindrical portion extending along the extension axis (X), and - a bell-shaped cover completely covering the rear bearing and at least the cylindrical portion of the front bearing , the cover being configured to form with the cylindrical portion at least one internal channel extending at least partly about the internal cavity , the internal channel being configured for the circulation of a coolant, the cover comprising an internal chamber which extends at least partly about the internal cavity by surrounding the internal channel , a heat transfer fluid inlet and a heat transfer fluid outlet fluidically connected to the internal chamber so as to allow a circulation of a heat transfer fluid in the internal chamber . - a rotor whose rotation shaft extends along an extension axis (X), - a stator arranged about the rotor , - a front bearing and a rear bearing configured to be assembled by forming an internal cavity in which the rotor and the stator are housed, the front bearing comprising a cylindrical portion extending along the extension axis (X), and - a bell-shaped cover completely covering the rear bearing and at least the cylindrical portion of the front bearing , the cover being configured to form with the cylindrical portion at least one internal channel extending at least partly about the internal cavity , the internal channel being configured for the circulation of a coolant, the cover comprising an internal chamber which extends at least partly about the internal cavity by surrounding the internal channel , a heat transfer fluid inlet and a heat transfer fluid outlet fluidically connected to the internal chamber so as to allow a circulation of a heat transfer fluid in the internal chamber .