mhurhangee/patent-ind-claim-en huggingface dataset:
An artificial joint cup, comprising a matrix and a nano-scale multilayer film coated on the matrix, characterised in that : the nano-scale multilayer film comprises: a pure Ti bottom layer bonded with the matrix, a Ti-TiC transition layer on the pure Ti bottom layer, and a composite layer on the Ti-TiC transition layer and a pure carbon film layer on the composite layer; the composite layer is a nano-scale multilayer structure consisting of a single layer of graphite-like film and a single layer of diamond-like film deposited alternately; and in the direction from the bottom layer to the composite layer, the mass percentage of Ti in the Ti-TiC transition layer gradually decreases, and the mass percentage of C therein gradually increases; wherein said matrix is a high molecular weight polyethylene joint cup. a pure Ti bottom layer bonded with the matrix, a Ti-TiC transition layer on the pure Ti bottom layer, and a composite layer on the Ti-TiC transition layer and a pure carbon film layer on the composite layer; the composite layer is a nano-scale multilayer structure consisting of a single layer of graphite-like film and a single layer of diamond-like film deposited alternately; and in the direction from the bottom layer to the composite layer, the mass percentage of Ti in the Ti-TiC transition layer gradually decreases, and the mass percentage of C therein gradually increases; wherein said matrix is a high molecular weight polyethylene joint cup.
A modified Cry1Ca toxin comprising residues 2 to 628 of SEQ ID NO:10 wherein amino acid residue 54 is selected from the group consisting of Gly and Ala, amino acid residue 57 is chosen from the group consisting of Leu and Met, amino acid residue 68 is chosen from the group consisting of Val, Phe, and Ile, amino acid residue 73 is chosen from the group consisting of Trp, Ala and Met, amino acid residue 596 is Met, and amino acid residue 620 is chosen from the group consisting of Leu and Phe.
A bike carrier adapted to be mounted to a vehicle, wherein the bike carrier extends in a length extension (L), a width extension (w) and a height extension (h), the bike carrier comprising: - a platform support arrangement for supporting at least one bicycle, the platform support arrangement comprising at least one wheel receiving member for receiving one or more wheels of the at least one bicycle, thereby supporting, such as laterally supporting, the bicycle; - at least one bicycle support arm member which is configured to hold and secure the at least one bicycle when being received in the at least one wheel receiving member , wherein the at least one bicycle support arm member is reconfigurable between a bicycle support state and a bicycle loading state, wherein the bike carrier comprises a plurality of bicycle support arm members which are attachable and/or attached to the platform support arrangement at respective fixation points (f1, f2, f3) which are distributed and provided offset from each other along the length extension (L) of the bike carrier , characterized in that, each one of at least two bicycle support arm members is arranged such that a bicycle to be held and secured by the bicycle support arm member can be loaded to the bike carrier in a loading direction (L0) which is substantially parallel to the length extension (L) of the bike carrier when the bicycle support arm member is provided in the bicycle support state, such as provided in a substantially upright position extending from the platform support arrangement in the height extension (h) or at least provided in a position in which the bicycle support arm member is extending from the platform support arrangement in a direction which is 45 degrees or less from the upright position, wherein the loading direction (L0) is the same loading direction for each bicycle for each one of the at least two bicycle support arm members , such as corresponding to a forward direction with respect to the vehicle when the bike carrier is mounted thereto. - a platform support arrangement for supporting at least one bicycle, the platform support arrangement comprising at least one wheel receiving member for receiving one or more wheels of the at least one bicycle, thereby supporting, such as laterally supporting, the bicycle; - at least one bicycle support arm member which is configured to hold and secure the at least one bicycle when being received in the at least one wheel receiving member , wherein the at least one bicycle support arm member is reconfigurable between a bicycle support state and a bicycle loading state, wherein the bike carrier comprises a plurality of bicycle support arm members which are attachable and/or attached to the platform support arrangement at respective fixation points (f1, f2, f3) which are distributed and provided offset from each other along the length extension (L) of the bike carrier , characterized in that,
Vessel , comprising a substantially fluid tight liner provided with a layer of fibre material, and a mount for mounting appendages to the vessel , the mount comprising a substantially cylindrical neck portion with a radially outwardly extending base flange , wherein the base flange is held between the liner and the layer of fibre material characterized in that the base flange is held axially fixed but rotationally free with respect to the liner and layer of fibre material, wherein the base flange is connected to a rigid portion of the liner via a snap connection, wherein the snap connection comprises a circumferentially extending groove and notch connection that acts radially between the mount and the liner .
Fitting arrangement which is constructed to secure a slidable and/or tiltable leaf in a fixed frame of a window , a door or the like, having a control element , wherein the control element has a slotted introduction member for receiving a control pin of the fitting arrangement , characterised in that the control element has a securing portion for securing the control element to the fixed frame and an introduction portion with the slotted introduction member , wherein the introduction portion is arranged or constructed to be able to be moved relative to the securing portion between an introduction position, in which the control pin can be introduced into and retracted from the slotted introduction member , and a tilting position, in which the control pin is retained on the control element , wherein the introduction portion can be pushed into the securing portion until reaching the tiling position, wherein the fitting arrangement has a scissors stay for connecting the slidable and tiltable leaf to a fixed frame of the window , the door or the like, wherein the scissors stay has the control pin which can be introduced into the slotted introduction member of the introduction portion .
Method for configuring access to a network , called host network, to allow at least one terminal (11-13) associated with an invited user, called invited terminal, to access said host network , said method being implemented by a first network access management module associated with a host user, and comprising the following steps: - receiving (E6), from a terminal associated with the host user, an offer of shared access to the host network intended for the invited user, said host and invited users being connected via a social network ; - obtaining (E9, E10), from a second network access management module associated with said invited user, information identifying said invited terminal ; - generating, on the basis of the obtained identification information and a random number generator function, authentication parameters, comprising a host network identifier and a host network access key which are specific to the invited terminal, for access to said host network; - sending, to the host network, an access configuration request comprising said identification information and the authentication parameters generated; - obtaining (E12), from the host network , configuration information allowing access to the host network by the invited terminal, said configuration information comprising said authentication parameters; and - sending, to the second management module , said configuration information, intended to be transmitted to the invited terminal to allow it to access the host network . - receiving (E6), from a terminal associated with the host user, an offer of shared access to the host network intended for the invited user, said host and invited users being connected via a social network ; - obtaining (E9, E10), from a second network access management module associated with said invited user, information identifying said invited terminal ; - generating, on the basis of the obtained identification information and a random number generator function, authentication parameters, comprising a host network identifier and a host network access key which are specific to the invited terminal, for access to said host network; - sending, to the host network, an access configuration request comprising said identification information and the authentication parameters generated; - obtaining (E12), from the host network , configuration information allowing access to the host network by the invited terminal, said configuration information comprising said authentication parameters; and - sending, to the second management module , said configuration information, intended to be transmitted to the invited terminal to allow it to access the host network .
A light source apparatus comprising: a laser light source emitting blue laser light (L1); a wavelength conversion member having a flat incident surface (S1) and a flat emitting surface (S2), the wavelength conversion member generating wavelength-converted light (L21) by converting a wavelength of the blue laser light (L1) incident on the incident surface (S1) to emit the wavelength-converted light (L21) from the emitting surface (S2), and the wavelength conversion member including a ceramic fluorescent material plate formed from a single phase yttrium aluminum garnet; a collimate optical system or a condensing optical system disposed between the laser light source (129 and the wavelength conversion member ; and an antenna array including a plurality of antennas that are protrusions formed on the emitting surface (S2) of the wavelength conversion member and arranged at a pitch (P) within a range of 300 nm to 420 nm. a laser light source emitting blue laser light (L1); a wavelength conversion member having a flat incident surface (S1) and a flat emitting surface (S2), the wavelength conversion member generating wavelength-converted light (L21) by converting a wavelength of the blue laser light (L1) incident on the incident surface (S1) to emit the wavelength-converted light (L21) from the emitting surface (S2), and the wavelength conversion member including a ceramic fluorescent material plate formed from a single phase yttrium aluminum garnet; a collimate optical system or a condensing optical system disposed between the laser light source (129 and the wavelength conversion member ; and an antenna array including a plurality of antennas that are protrusions formed on the emitting surface (S2) of the wavelength conversion member and arranged at a pitch (P) within a range of 300 nm to 420 nm.
A method for predicting a position of a mobile user, comprising: Determining an occurrence probability of a current behavioral activity of a mobile user, comprising acquiring a background voice of a current geographical position of the mobile user, and determining the occurrence probability of the current behavioral activity of the mobile user according to the background voice; Determining an occurrence probability of a target behavioral activity of the mobile user according to the occurrence probability of the current behavioral activity of the mobile user, a historical activity migration rule of the mobile user, and a public activity migration rule; Determining the target behavioral activity of the mobile user according to the occurrence probability of the target behavioral activity of the mobile user; and Predicting a target geographical position of the mobile user according to the determined target behavioral activity of the mobile user, wherein the historical activity migration rule comprises an occurrence probability, determined according to a historical behavioral activity of the mobile user, that the mobile user is converted from the current behavioral activity to the target behavioral activity, and a weighting factor of the historical behavioral activity; and the public activity migration rule comprises an occurrence probability, determined according to a historical behavioral activity of another mobile user, that the mobile user is converted from the current behavioral activity to the target behavioral activity, and a weighting factor of a public behavioral activity. Determining an occurrence probability of a current behavioral activity of a mobile user, comprising acquiring a background voice of a current geographical position of the mobile user, and determining the occurrence probability of the current behavioral activity of the mobile user according to the background voice; Determining an occurrence probability of a target behavioral activity of the mobile user according to the occurrence probability of the current behavioral activity of the mobile user, a historical activity migration rule of the mobile user, and a public activity migration rule; Determining the target behavioral activity of the mobile user according to the occurrence probability of the target behavioral activity of the mobile user; and Predicting a target geographical position of the mobile user according to the determined target behavioral activity of the mobile user, wherein the historical activity migration rule comprises an occurrence probability, determined according to a historical behavioral activity of the mobile user, that the mobile user is converted from the current behavioral activity to the target behavioral activity, and a weighting factor of the historical behavioral activity; and the public activity migration rule comprises an occurrence probability, determined according to a historical behavioral activity of another mobile user, that the mobile user is converted from the current behavioral activity to the target behavioral activity, and a weighting factor of a public behavioral activity.
An energy management system arranged for use with a building or property, said system including: one or more heating elements or appliances located throughout said building or property and including an electrical central heating system and/or an electric hot water system ; one or more solar panels fitted with the property; and one or more power cells in communication with said one or more heating elements or appliances, and said one or more power cells , arranged to receive and store energy from the one or more solar panels , and distribute the same to the one or more heating elements or appliances, wherein the system further includes control means arranged to: monitor energy storage and capacity of the one or more power cells within the system ; monitor energy usage throughout the system ; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system , in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy. one or more heating elements or appliances located throughout said building or property and including an electrical central heating system and/or an electric hot water system ; one or more solar panels fitted with the property; and one or more power cells in communication with said one or more heating elements or appliances, and said one or more power cells , arranged to receive and store energy from the one or more solar panels , and distribute the same to the one or more heating elements or appliances, wherein the system further includes control means arranged to: monitor energy storage and capacity of the one or more power cells within the system ; monitor energy usage throughout the system ; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system , in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy. monitor energy storage and capacity of the one or more power cells within the system ; monitor energy usage throughout the system ; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system , in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy.
Method for forming a steel ring for use as a carrier ring in a drive belt for a continuously variable transmission with two pulleys and the drive belt and including the steps of: - providing a strip of basic material with an initial thickness of about 0.4 mm; - bending the strip into a circular or ring shape, whereby distal ends of the strip are touching, or at least facing each other; - fixing the distal ends of the strip to each other by welding to form the steel ring , characterised in that the welding of the strip is carried out as or in a laser or a plasma-arc welding process in the following two phases: - a first phase wherein the distal ends of the strip are welded together from a fist starting position (S1) beyond a first axial side (AS1) of the strip to a first finishing position (F1) located within the width of the strip and - a second phase wherein the distal ends of the strip are welded together from a second starting position (S2) beyond a second, opposite axial side (AS2) of the strip to a second finishing position (F2) located within the width of the strip in-between the said first finishing position (F1) and the said first axial side (AS1) of the strip ; and, after welding, of - subjecting the steel ring to a rolling process in circumference direction, whereby the thickness thereof is reduced to less than 0.2 mm. - providing a strip of basic material with an initial thickness of about 0.4 mm; - bending the strip into a circular or ring shape, whereby distal ends of the strip are touching, or at least facing each other; - fixing the distal ends of the strip to each other by welding to form the steel ring , - a first phase wherein the distal ends of the strip are welded together from a fist starting position (S1) beyond a first axial side (AS1) of the strip to a first finishing position (F1) located within the width of the strip and - a second phase wherein the distal ends of the strip are welded together from a second starting position (S2) beyond a second, opposite axial side (AS2) of the strip to a second finishing position (F2) located within the width of the strip in-between the said first finishing position (F1) and the said first axial side (AS1) of the strip ; and, after welding, of - subjecting the steel ring to a rolling process in circumference direction, whereby the thickness thereof is reduced to less than 0.2 mm.
Processing system for in particular pharmaceutical powders, comprising a processing device for the powder, and a closed housing with an inner production space , the processing device being arranged in the production space enclosed by the housing , characterized in that the processing system further comprises a steam generator , which is designed to introduce water vapour into the production space in such a way that air supersaturated with water vapour develops there at least in some parts.
A manufacturing method for a dental object , comprising the steps of: - creating a flat dendritic base structure on a build platform , wherein the dendritic base structure comprises a main structure from which extensions extend outwards, wherein the widths of the extensions decrease towards the outside; and - building the dental object on the dendritic base structure by a three-dimensional printing process. - creating a flat dendritic base structure on a build platform , wherein the dendritic base structure comprises a main structure from which extensions extend outwards, wherein the widths of the extensions decrease towards the outside; and - building the dental object on the dendritic base structure by a three-dimensional printing process.
An alarm for detecting damage to a multiple glazed window unit , the alarm comprising: a humidity sensor positioned between panes of glazing in the multiple-glazed window unit ; and a movement sensor positioned between panes of glazing in the multiple-glazed window unit , the movement sensor being a vibration sensor, an acoustic sensor, a mechanical shock sensor, or a piezo-electric sonic sensor; and a storage registry to store detected values of humidity; wherein, when the movement sensor detects movement of the multiple-glazed window unit , the humidity sensor compares the current detected humidity in the multiple-glazed window unit with a previously stored detected humidity, and if the humidity has changed by a predetermined threshold, a damage alarm is triggered. a humidity sensor positioned between panes of glazing in the multiple-glazed window unit ; and a movement sensor positioned between panes of glazing in the multiple-glazed window unit , the movement sensor being a vibration sensor, an acoustic sensor, a mechanical shock sensor, or a piezo-electric sonic sensor; and a storage registry to store detected values of humidity; wherein, when the movement sensor detects movement of the multiple-glazed window unit , the humidity sensor compares the current detected humidity in the multiple-glazed window unit with a previously stored detected humidity, and if the humidity has changed by a predetermined threshold, a damage alarm is triggered.