mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a dental implant to replace a nonfunctional natural tooth positioned in a jawbone of a specific pre-identified patient, the dental implant comprising a dental implant body , the dental implant body having a prosthesis interface formed therein to receive an occlusally-facing dental prosthesis component , the prosthesis interface having a three-dimensional surface shape positioned and formed to create a form locking fit with respect to the occlusally-facing dental prosthesis component when positioned thereon, - wherein imaging data describing the three-dimensional surface shape of a patient's gum line are generated prior to the extraction of said non-functional natural tooth , - wherein a three-dimensional shape of an asymmetrically contoured outward facing edge of the prosthesis interface is designed to match a three-dimensional surface shape of the patient's gum line determined from said imaging data, - the three-dimensional surface shape of the prosthesis interface also being asymmetrically shaped and being devoid of concentric convolutionally shaped segments with respect to a longitudinally extending axis of the dental implant , - the three-dimensional surface shape of the prosthesis interface positioned and formed to create the form locking fit includes an asymmetric positive raising extending from the dental implant body , and - the manufacturing steps of the dental implant are performed prior to the extraction of said nonfunctional natural tooth , - wherein the dental implant body includes a root body portion having an occlusal facing surface, a lingual-facing side portion, a labial-facing side portion, and a pair of proximal-facing side portions. - wherein imaging data describing the three-dimensional surface shape of a patient's gum line are generated prior to the extraction of said non-functional natural tooth , - wherein a three-dimensional shape of an asymmetrically contoured outward facing edge of the prosthesis interface is designed to match a three-dimensional surface shape of the patient's gum line determined from said imaging data, - the three-dimensional surface shape of the prosthesis interface also being asymmetrically shaped and being devoid of concentric convolutionally shaped segments with respect to a longitudinally extending axis of the dental implant , - the three-dimensional surface shape of the prosthesis interface positioned and formed to create the form locking fit includes an asymmetric positive raising extending from the dental implant body , and - the manufacturing steps of the dental implant are performed prior to the extraction of said nonfunctional natural tooth , - wherein the dental implant body includes a root body portion having an occlusal facing surface, a lingual-facing side portion, a labial-facing side portion, and a pair of proximal-facing side portions.
A process for manufacturing an object, the process comprising: (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) selectively sintering the powder to produce the object. (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) selectively sintering the powder to produce the object.
A method of producing a genetically modified mouse infected with a human pathogen, the method comprising: engrafting human hematopoietic cells into a genetically modified mouse, wherein the genetically modified mouse comprises a mouse RAG gene knockout, a mouse IL2rg gene knockout, a replacement of a mouse IL-3 gene with a human IL-3 gene at a mouse IL-3 gene locus, and a replacement of a mouse GM-CSF gene with a human GM-CSF gene at a mouse GM-CSF gene locus; and infecting the genetically modified mouse with a human pathogen. engrafting human hematopoietic cells into a genetically modified mouse, wherein the genetically modified mouse comprises a mouse RAG gene knockout, a mouse IL2rg gene knockout, a replacement of a mouse IL-3 gene with a human IL-3 gene at a mouse IL-3 gene locus, and a replacement of a mouse GM-CSF gene with a human GM-CSF gene at a mouse GM-CSF gene locus; and infecting the genetically modified mouse with a human pathogen.
A method for wireless communication at a user equipment, the method comprising: receiving at least one medium access control - control element, MAC-CE, comprising pathloss reference signal information; identifying a plurality of component carriers, wherein the identifying the plurality of component carriers comprises: receiving a plurality of lists of component carriers; and selecting one list of the plurality of lists of component carriers that includes a first component carrier identified by the MAC-CE; applying the pathloss reference signal information to the plurality of component carriers; and transmitting uplink information via the plurality of component carriers according to the applying the pathloss reference signal information to the plurality of component carriers. receiving at least one medium access control - control element, MAC-CE, comprising pathloss reference signal information; identifying a plurality of component carriers, wherein the identifying the plurality of component carriers comprises: receiving a plurality of lists of component carriers; and selecting one list of the plurality of lists of component carriers that includes a first component carrier identified by the MAC-CE; receiving a plurality of lists of component carriers; and selecting one list of the plurality of lists of component carriers that includes a first component carrier identified by the MAC-CE; applying the pathloss reference signal information to the plurality of component carriers; and transmitting uplink information via the plurality of component carriers according to the applying the pathloss reference signal information to the plurality of component carriers.
A material tester comprising: a loading mechanism for applying a test force to a test sample ; a sensor for detecting a change in a physical amount in the test sample resulting from operation of the loading mechanism ; a noise removal filter to which data on a variation of the physical amount output from the sensor is input; an integrator configured to integrate the data subjected to filtering of the filter ; and a display unit configured to display the data, wherein a filter circuit of the filter has n data delay elements ((D i ∼D n ) cascaded to sequentially accumulate input data from the sensor , an adder(ADD)configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n ), a divider (DIV) configured to output a quotient obtained by dividing an output of the adder (ADD) by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re ), and a circuit configured to add an output of the remainder delay element (D re ) to the adder (ADD) . a loading mechanism for applying a test force to a test sample ; a sensor for detecting a change in a physical amount in the test sample resulting from operation of the loading mechanism ; a noise removal filter to which data on a variation of the physical amount output from the sensor is input; an integrator configured to integrate the data subjected to filtering of the filter ; and a display unit configured to display the data, wherein a filter circuit of the filter has n data delay elements ((D i ∼D n ) cascaded to sequentially accumulate input data from the sensor , an adder(ADD)configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n ), a divider (DIV) configured to output a quotient obtained by dividing an output of the adder (ADD) by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re ), and a circuit configured to add an output of the remainder delay element (D re ) to the adder (ADD) . an adder(ADD)configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n ), a divider (DIV) configured to output a quotient obtained by dividing an output of the adder (ADD) by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re ), and a circuit configured to add an output of the remainder delay element (D re ) to the adder (ADD) .
Roller shutter for opening and closing a doorway , having a door blade , wherein the door blade comprises several rigid shutter elements which are hinged with each other, wherein the shutter elements are guided by side rails at opposed sides of the doorway , wherein each shutter element provides an end piece at each horizontally spaced end of the shutter element for spacing layers of rolled up shutter elements apart from each other, wherein each end piece has at least one concave sections at its inner side for coiling the end pieces on a coiling device and/or in layers on top of each other, wherein at least some of the end pieces have at least one plane gliding section at their inner side, wherein the at least one plane gliding section is arranged for interacting with a slide guide of the side rail for leading the end pieces into and/or out of the side rails , wherein a lifting device is connected with the end pieces to roll up and roll down the shutter elements , characterized in that each end piece has two concave sections at its inner side, wherein each side rail has a slit extending substantially vertically and the shutter elements are guided within the slit , wherein the thickness of the at least one plane gliding section exceeds the thickness of the concave sections for avoiding any abutment of the concave section with the slide guide , wherein the at least one plane gliding section is arranged between the two concave sections as a protrusion at the inner side projecting beyond all other parts of the end piece and the shutter element .
A method for authenticating a user to a document escrow service provider that operates a document execution server, the method comprising the steps of: a) logging a mobile device of the group consisting of mobile phones and tablet computers onto a mobile network, said mobile device having a biometric sensor, a display, an input apparatus, and a non-transient memory in communication with a processor in said mobile device; b) opening on the mobile device a signature application which is capable of allowing a document to be signed; c) reading the biometric sensor; d) sending , via the mobile network, biometric data collected from the reading of the biometric sensor to one member of an authentication group consisting of the document execution server, a third party data base and a manufacturer application server; e) receiving , at the mobile device, from said member of the authentication group, a permission signal for indicating a match or a non-match between the biometric data and pre-recorded biometric data on the one member; and f) depending upon the permission signal received, the signature application allowing the document to be signed and returned to the document execution server if there is a match or not allowing the document to be signed if there is no match. a) logging a mobile device of the group consisting of mobile phones and tablet computers onto a mobile network, said mobile device having a biometric sensor, a display, an input apparatus, and a non-transient memory in communication with a processor in said mobile device; b) opening on the mobile device a signature application which is capable of allowing a document to be signed; c) reading the biometric sensor; d) sending , via the mobile network, biometric data collected from the reading of the biometric sensor to one member of an authentication group consisting of the document execution server, a third party data base and a manufacturer application server; e) receiving , at the mobile device, from said member of the authentication group, a permission signal for indicating a match or a non-match between the biometric data and pre-recorded biometric data on the one member; and f) depending upon the permission signal received, the signature application allowing the document to be signed and returned to the document execution server if there is a match or not allowing the document to be signed if there is no match.
A method performed by a Radio Access Network, RAN, function node , for handling connectivity in a RAN of a wireless communications network , the method comprising: receiving from a network node , a first subscription request for one or more RAN insights relating to the connectivity, requested for an application related to a wireless device , identifying RAN data needed to fulfil the subscription request for the one or more RAN insights, sending to a RAN node , a second subscription request for the identified RAN data, wherein the RAN data comprise measurements collected by the RAN node, wherein the RAN insights are processed RAN data comprising statistical or predicted information, when RAN data according to the second subscription request is available, receiving from the RAN node , published RAN data according to the second subscription request, generating the one or more RAN insights according to the first subscription request based on the received RAN data, and establishing which domain out of a trusted domain or an untrusted domain the generated one or more RAN insights are to be exposed in, and publishing the generated one or more RAN insights according to the first subscription request to reach the network node , wherein the published one or more RAN insights comprises an indication, indicating to the network node the established domain out of a trusted domain or an untrusted domain, that the generated one or more RAN insights are to be exposed in. receiving from a network node , a first subscription request for one or more RAN insights relating to the connectivity, requested for an application related to a wireless device , identifying RAN data needed to fulfil the subscription request for the one or more RAN insights, sending to a RAN node , a second subscription request for the identified RAN data, wherein the RAN data comprise measurements collected by the RAN node, wherein the RAN insights are processed RAN data comprising statistical or predicted information, when RAN data according to the second subscription request is available, receiving from the RAN node , published RAN data according to the second subscription request, generating the one or more RAN insights according to the first subscription request based on the received RAN data, and establishing which domain out of a trusted domain or an untrusted domain the generated one or more RAN insights are to be exposed in, and publishing the generated one or more RAN insights according to the first subscription request to reach the network node , wherein the published one or more RAN insights comprises an indication, indicating to the network node the established domain out of a trusted domain or an untrusted domain, that the generated one or more RAN insights are to be exposed in.
A process for sealing a machine direction oriented (MDO) film comprising a multimodal random heterophasic polypropylene copolymer or multimodal block polypropylene copolymer or an LLDPE to a substrate comprising bringing said film and said substrate into contact and subjecting at least a part of the contact area to ultrasound so as to form a seal between said film and said substrate.
Insulin-producing cells engineered to reduce expression of a β3 subunit of Cav (Cavβ3) for use in treating or limiting development of diabetes, wherein said insulin-producing cells are transplanted into the eye of a subject with diabetes or at risk of diabetes in an amount effective to treat or limit development of diabetes.
A tissue management system, comprising: (a) a tissue tray configured to collect tissue samples and including a grip defining an opening , wherein the tissue tray includes a plurality of strips , wherein the tissue tray is configured to flex to thereby transition the plurality of strips between an arcuate configuration and a flat configuration; and (b) a tray container having a protrusion , wherein the tray container is configured to receive the tissue tray , wherein the tray container is further configured to receive the tissue tray when the plurality of strips are in the flat configuration, wherein the protrusion is configured for receipt into the opening of the tissue tray to maintain the position of the tissue tray within the tray container . (a) a tissue tray configured to collect tissue samples and including a grip defining an opening , wherein the tissue tray includes a plurality of strips , wherein the tissue tray is configured to flex to thereby transition the plurality of strips between an arcuate configuration and a flat configuration; and (b) a tray container having a protrusion , wherein the tray container is configured to receive the tissue tray , wherein the tray container is further configured to receive the tissue tray when the plurality of strips are in the flat configuration, wherein the protrusion is configured for receipt into the opening of the tissue tray to maintain the position of the tissue tray within the tray container .
Method for managing items of content in a content delivery network comprising physical resources able to host at least one virtualized delivery resource , each of the items of content being divided into a plurality of fragments and the virtualized delivery resource being designed to store at least one of said fragments (61-64, 71) of said items of content, said method comprising the following steps implemented by an entity for managing a content delivery service; - obtaining (E1) a distribution of fragments of items of content in said content delivery network, - obtaining (E2) an audience parameter of an item of content on at least one of said physical resources able to host a virtualized delivery resource; - transmitting (E4) a command to adapt at least one virtualized delivery resource hosted by at least one of said physical resources depending on said audience parameter and on said distribution of fragments, the adaptation command comprising an operation either of deleting or creating said virtualized resource or of deleting or storing one or more fragments of an item of content in said virtualized delivery resource. - obtaining (E1) a distribution of fragments of items of content in said content delivery network, - obtaining (E2) an audience parameter of an item of content on at least one of said physical resources able to host a virtualized delivery resource; - transmitting (E4) a command to adapt at least one virtualized delivery resource hosted by at least one of said physical resources depending on said audience parameter and on said distribution of fragments, the adaptation command comprising an operation either of deleting or creating said virtualized resource or of deleting or storing one or more fragments of an item of content in said virtualized delivery resource.
A device for controlling the power supply to at least one light source of a light module of a motor vehicle, comprising: - at least a first and a second power supply input, each input being either in a powered or non-powered state, and at least one of the first and second inputs comprising a protection arrangement (112, 122; 212) against current reversals, the arrangement having at least one protection switch (Q1, Q2) and a capacitance (C) for generating a delay of a first duration in the change of state of said switch; - a detection unit for detecting a change in the state of an input - a control unit configured to control the opening of the at least one protection switch of an input when the detection unit detects a change of the corresponding input to the non-powered state, the device being characterized in that at least one of the first and second inputs further comprises a fast opening arrangement (114, 124; 214) of the at least one protection switch, for selectively reducing the delay in the change of state of the at least one switch, in that the control unit is configured to actuate the fast opening arrangement (114, 124; 214) when the sensing unit detects a change of the corresponding input to the non-powered state, in that the duration of the delay is in the order of several milliseconds, and in that the opening of the at least one protective switch by the control unit reduces the delay in the change of state of the at least one protective switch to the order of several microseconds. - at least a first and a second power supply input, each input being either in a powered or non-powered state, and at least one of the first and second inputs comprising a protection arrangement (112, 122; 212) against current reversals, the arrangement having at least one protection switch (Q1, Q2) and a capacitance (C) for generating a delay of a first duration in the change of state of said switch; - a detection unit for detecting a change in the state of an input - a control unit configured to control the opening of the at least one protection switch of an input when the detection unit detects a change of the corresponding input to the non-powered state,
A faceplate arrangement with a first faceplate body for a fitting , with a first faceplate acting at least as a decorative element and a second faceplate body , which has a second faceplate, wherein the first faceplate body is configured with a protective element , which covers and protects the fitting laterally in the assembled state of the faceplate arrangement on the fitting , wherein the first faceplate body and the second faceplate body can be arranged on the fitting , whereby an asymmetric assembly is provided in relation to both faceplate bodies , characterized in that a first support element is arranged on the first faceplate , which has at least one fastening means , in order to achieve a fastening on the fitting, wherein the first support element is formed from a plastic material, in that a second support element is arranged on the second faceplate , which has at least one further fastening means , in order to achieve a fastening on the fitting, in that the first and second support element are each designed with a cavity , into which the fitting can at least partially be accommodated, wherein the cavities are each delimited by a circumferential wall and by a base of the respective first and second support element , wherein the respective walls have an oblique course to the respective base and in that a side of the wall of the first support element is designed as a protective side, which has the protective element , wherein the protective element extends in the manner of a projection in the direction of the second faceplate body in the assembled state of the faceplate arrangement on the fitting and is located below the second support element , wherein the support elements are arranged spaced apart from one another on the fitting and the protective element connects the first support element to the second support element .