mhurhangee/patent-ind-claim-en huggingface dataset:
An inhaler system , comprising: a housing defining a housing cavity; a sleeve extending along a sleeve longitudinal axis and positioned within the housing cavity, wherein the sleeve is movable within the housing cavity between a first position and a second position; a capsule contained within the sleeve having a capsule longitudinal axis; and a piercing element comprising only a single shaft extending from a fixed end to a tip along a piercing element longitudinal axis, the piercing element longitudinal axis being parallel with and offset from the sleeve longitudinal axis, and offset from the capsule longitudinal axis; wherein only a single aperture is formed in the capsule when the sleeve is moved from the first position to the second position. a housing defining a housing cavity; a sleeve extending along a sleeve longitudinal axis and positioned within the housing cavity, wherein the sleeve is movable within the housing cavity between a first position and a second position; a capsule contained within the sleeve having a capsule longitudinal axis; and a piercing element comprising only a single shaft extending from a fixed end to a tip along a piercing element longitudinal axis, the piercing element longitudinal axis being parallel with and offset from the sleeve longitudinal axis, and offset from the capsule longitudinal axis; wherein only a single aperture is formed in the capsule when the sleeve is moved from the first position to the second position.
A method of forming a wired pipe coupler including: molding with plastic in a molding machine a carrier ring that includes one or more recesses ; injecting metal into the one or more recesses while the carrier ring is in the molding machine, the melting point of the metal not exceeding the melting point of the plastic; connecting an electrical connector to the metal; and covering the plastic, the metal and at least a portion of the electrical connector with a plastic covering ; wherein molding, injecting, and covering are all done in a single mold. molding with plastic in a molding machine a carrier ring that includes one or more recesses ; injecting metal into the one or more recesses while the carrier ring is in the molding machine, the melting point of the metal not exceeding the melting point of the plastic; connecting an electrical connector to the metal; and covering the plastic, the metal and at least a portion of the electrical connector with a plastic covering ; wherein molding, injecting, and covering are all done in a single mold.
Production process of a composite product , the composite product comprising a core , at least a first layer at a first face of the core , the first layer comprising a sheet impregnated with a solid polyurethane material, and a polymer-based film applied to said first layer at the opposite side with respect to said first face of the core , wherein the process comprises: - producing a semi-finished product comprising said core and, at the first face of the core , said sheet impregnated by a liquid mixture precursor of said solid polyurethane material; - providing a mould comprising two half-moulds each having a respective shaping surface ; - adhering said film to said shaping surface of a first of said two half-moulds by applying a depression between said film and said shaping surface ; - forming the semi-finished product by pressing said two half-moulds against each other with said semi-finished product interposed between the two shaping surfaces , so that said film comes into contact with the liquid mixture which impregnates said sheet at the first layer ; - with the semi-finished product in the mould, thermosetting said liquid mixture to transform it into said polyurethane solid material so that said film firmly adheres to said first layer and thus producing the composite product . - producing a semi-finished product comprising said core and, at the first face of the core , said sheet impregnated by a liquid mixture precursor of said solid polyurethane material; - providing a mould comprising two half-moulds each having a respective shaping surface ; - adhering said film to said shaping surface of a first of said two half-moulds by applying a depression between said film and said shaping surface ; - forming the semi-finished product by pressing said two half-moulds against each other with said semi-finished product interposed between the two shaping surfaces , so that said film comes into contact with the liquid mixture which impregnates said sheet at the first layer ; - with the semi-finished product in the mould, thermosetting said liquid mixture to transform it into said polyurethane solid material so that said film firmly adheres to said first layer and thus producing the composite product .
A method for forming precursor material for additive manufacturing, the method comprising: exposing a first powder to a first plasma such that an amine-functionalized powder is formed; exposing a second powder to a second plasma such that an epoxide-functionalized powder is formed; and mixing the amine-functionalized powder and the epoxide-functionalized powder to form the precursor material , wherein: the first plasma comprises at least one of: ammonia ; molecular nitrogen ; or molecular nitrogen and molecular hydrogen ; and the second plasma comprises at least one of: molecular oxygen ; or carbon dioxide . exposing a first powder to a first plasma such that an amine-functionalized powder is formed; exposing a second powder to a second plasma such that an epoxide-functionalized powder is formed; and mixing the amine-functionalized powder and the epoxide-functionalized powder to form the precursor material , the first plasma comprises at least one of: ammonia ; molecular nitrogen ; or molecular nitrogen and molecular hydrogen ; and ammonia ; molecular nitrogen ; or molecular nitrogen and molecular hydrogen ; and the second plasma comprises at least one of: molecular oxygen ; or carbon dioxide . molecular oxygen ; or carbon dioxide .
A workpiece having a PVD layer system, wherein the PVD layer system comprises at least one mixed crystal layer of a multi-oxide of the following composition: (Me1 1-x Me2 x ) z O 3 wherein Me1 comprises Al and Me2 comprises at least one of the elements Cr, Fe, Li, Mg, Mn, Nb, Ti, Sb, or V, wherein 0.2 ≤ x ≤ 0.98, characterized in that the crystal lattice of the mixed crystal layer has a corundum structure, which is characterized, in a spectrum of the mixed crystal layer measured by means of x-ray diffractometry, by at least four, preferably five lines to be associated with the corundum structure, and the layer system is produced by means of arc methods.
Tyre , for a vehicle, comprising two sidewalls and a crown connected to the two sidewalls , the tyre being characterized in that it comprises at least one insert extending in a limited way along one of the sidewalls or the crown , the said insert comprising a rubber composition based: - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers. - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers.
A foldable stirrup for mounting animals comprising: a support arm for engagement with a strap , the support arm having a first end for connection to the strap ; and a base comprising a generally flat upper surface for supporting a rider's foot while mounting when the stirrup is in an open configuration, wherein - the support arm is suitable to support the base in an orientation generally parallel to the ground, and - the base is pivotally coupled to a second end of the support arm by a revolute joint , and the base and the support arm are inwardly foldable together to a folded configuration in which a minimum angle that can be defined between the second end of the support arm and the generally flat upper surface of the base about the revolute joint is between 10° and 30°, or is able to be reduced to 0°. a support arm for engagement with a strap , the support arm having a first end for connection to the strap ; and a base comprising a generally flat upper surface for supporting a rider's foot while mounting when the stirrup is in an open configuration, wherein - the support arm is suitable to support the base in an orientation generally parallel to the ground, and - the base is pivotally coupled to a second end of the support arm by a revolute joint , and the base and the support arm are inwardly foldable together to a folded configuration in which a minimum angle that can be defined between the second end of the support arm and the generally flat upper surface of the base about the revolute joint is between 10° and 30°, or is able to be reduced to 0°. - the support arm is suitable to support the base in an orientation generally parallel to the ground, and - the base is pivotally coupled to a second end of the support arm by a revolute joint , and the base and the support arm are inwardly foldable together to a folded configuration in which a minimum angle that can be defined between the second end of the support arm and the generally flat upper surface of the base about the revolute joint is between 10° and 30°, or is able to be reduced to 0°.
An access device for guiding instruments to a region within a human body, the access device comprising: a shaft comprising a proximal end and a distal end, the shaft defining a lumen comprising channels extending longitudinally between the proximal end and the distal end, the channels comprising an instrument channel and a guide wire channel ; a head attached to the distal end of the shaft, the head comprising a top surface, a bottom surface opposite the top surface, and a port configured to allow an instrument extended through the instrument channel to interact with the region of the human body; a camera attached to the head and commutatively coupled to a camera cable extending through the shaft, the camera oriented to capture images of the region of the human body; and a hinged shell attached to the top surface of the head and configured to extend upward adjacent to the top surface of the head without extending adjacent to the bottom surface of the head; characterised in that : the camera is attached on an underside of the hinged shell and is oriented generally in a downward orientation at an angle relative to the hinged shell . a shaft comprising a proximal end and a distal end, the shaft defining a lumen comprising channels extending longitudinally between the proximal end and the distal end, the channels comprising an instrument channel and a guide wire channel ; a head attached to the distal end of the shaft, the head comprising a top surface, a bottom surface opposite the top surface, and a port configured to allow an instrument extended through the instrument channel to interact with the region of the human body; a camera attached to the head and commutatively coupled to a camera cable extending through the shaft, the camera oriented to capture images of the region of the human body; and a hinged shell attached to the top surface of the head and configured to extend upward adjacent to the top surface of the head without extending adjacent to the bottom surface of the head; characterised in that : the camera is attached on an underside of the hinged shell and is oriented generally in a downward orientation at an angle relative to the hinged shell .
A fibre optic cable assembly adapted to be installed into a duct by means of blowing, the fibre optic cable assembly comprising two layers and not more than two layers, and a core of primary coated optical fibres , said primary coated optical fibres being a plurality of flexible signal transmitting members surrounded by an inner layer of UV-cured acrylate material, being the first of said two layers, such that axial movement of at least the outermost signal transmitting members relative to said first layer is restricted, and a continuous, non-foamed thermoplastic polymer outer layer , being the second of said two layers and being arranged outwardly of said first layer and formed from a mixture of at least one polymer material and at least one friction reducing material, wherein said primary coated optical fibres are bundled together and embedded in said first layer to form a coated fibre bundle; wherein the acrylate material of said first layer has a hardness such that at least the outermost signal transmitting members are restricted from moving axially relative to said inner layer; and wherein the acrylate material of said first layer has sufficient tensile strength when cured to lock at least the outermost signal transmitting members in place and still allow the signal transmitting members to be easily broken out of the assembly for termination and splicing purposes.
Method of automatically calibrating at least one first camera and at least one second camera that have fields of view covering a location while overlapping partially in an overlap zone, and that are connected to a processor unit executing a program arranged to detect semantically-defined characteristic points in an element, characterized in that the location covered by the cameras is a passage forming a sally port in which the cameras are positioned, the processor unit being configured to execute a program for biometric face recognition, the method comprising the steps of: - capturing an image simultaneously with the two cameras; - detecting in each image, in the overlap zone, at least one semantically-defined characteristic point; and - putting two semantically-defined characteristic points of the same type, each detected in one of the images, into correspondence in order to deduce therefrom at least one relationship between the fields of view of the two cameras, through association of a given semantically defined point detected in each of the images with the same point in space, the processor unit being arranged to, once this calibration has been carried out, ensure that a face detected in an image provided by each camera is indeed to be found in the passage and not outside it, and to estimate the size of the face in order to verify that it matches theoretical anthropometric data. characterized in that the location covered by the cameras is a passage forming a sally port in which the cameras are positioned, the processor unit being configured to execute a program for biometric face recognition, the method comprising the steps of: - capturing an image simultaneously with the two cameras; - detecting in each image, in the overlap zone, at least one semantically-defined characteristic point; and - putting two semantically-defined characteristic points of the same type, each detected in one of the images, into correspondence in order to deduce therefrom at least one relationship between the fields of view of the two cameras, through association of a given semantically defined point detected in each of the images with the same point in space, - capturing an image simultaneously with the two cameras; - detecting in each image, in the overlap zone, at least one semantically-defined characteristic point; and - putting two semantically-defined characteristic points of the same type, each detected in one of the images, into correspondence in order to deduce therefrom at least one relationship between the fields of view of the two cameras, through association of a given semantically defined point detected in each of the images with the same point in space, the processor unit being arranged to, once this calibration has been carried out, ensure that a face detected in an image provided by each camera is indeed to be found in the passage and not outside it, and to estimate the size of the face in order to verify that it matches theoretical anthropometric data.
Layer structure for a thin-film solar cell, comprising - a photovoltaic absorber layer doped, at least in a region bordering a front-contact-side surface of the photovoltaic absorber layer, with at least one alkali metal, and - an oxidic passivating layer on the of the photovoltaic absorber layer , the oxidic passivating layer being a corrosion protection layer for the photovoltaic absorber layer and built-in into the photovoltaic absorber layer at the front-contact-side surface , wherein the photovoltaic absorber layer is converted at the surface , - wherein the photovoltaic absorber layer comprises Cu(In 1-x Ga x )(Se 1-y S y ) 2 , where 0 ≤ x,y ≤ 1, and the oxidic passivating layer comprises In,Ga) 2 O 3 and/or M x (In,Ga) y O z , where M = K, Rb, Cs and where 0 < x, y, z, or - wherein the photovoltaic absorber layer comprises Cu 2 ZnSn(Se 1-x S x ) 4 , where 0 ≤ x ≤ 1, and the oxidic passivating layer comprises SnO x , where x = 1 to 2. - a photovoltaic absorber layer doped, at least in a region bordering a front-contact-side surface of the photovoltaic absorber layer, with at least one alkali metal, and - an oxidic passivating layer on the of the photovoltaic absorber layer , the oxidic passivating layer being a corrosion protection layer for the photovoltaic absorber layer and built-in into the photovoltaic absorber layer at the front-contact-side surface , wherein the photovoltaic absorber layer is converted at the surface , - wherein the photovoltaic absorber layer comprises Cu(In 1-x Ga x )(Se 1-y S y ) 2 , where 0 ≤ x,y ≤ 1, and the oxidic passivating layer comprises In,Ga) 2 O 3 and/or M x (In,Ga) y O z , where M = K, Rb, Cs and where 0 < x, y, z, or - wherein the photovoltaic absorber layer comprises Cu 2 ZnSn(Se 1-x S x ) 4 , where 0 ≤ x ≤ 1, and the oxidic passivating layer comprises SnO x , where x = 1 to 2.
A user identification information protection method for encrypting each field of a message transmitted through at least one relay station by using encryption schemes, which are respectively effective in between a mobile terminal and network elements of a network including a relay station on the other end of communication, the method comprising the steps of: encrypting a part of the message containing a permanent identification information of a mobile user by using an encryption scheme based on using a key which is derived from subscription information of the mobile user stored in a home network, concealing the identification information of the mobile user using a temporary home domain specific mobile user identifier ; and further encrypting the message, after the concealing step, by using a public key of a home domain server belonging to the home network; routing the encrypted message to the home network to which the home domain server belongs, using home domain information. encrypting a part of the message containing a permanent identification information of a mobile user by using an encryption scheme based on using a key which is derived from subscription information of the mobile user stored in a home network, concealing the identification information of the mobile user using a temporary home domain specific mobile user identifier ; and further encrypting the message, after the concealing step, by using a public key of a home domain server belonging to the home network; routing the encrypted message to the home network to which the home domain server belongs, using home domain information.
A power control method, comprising: receiving (S602), by a first device, a second message from a second device, wherein the second message comprises information indicating a capability of sharing power among beams of the second device; determining (S602), by the first device, power control information for a first beam set of the second device based on the second message; sending (S603), by the first device, a first message to the second device, wherein the first message comprises the power control information for the first beam set of the second device, wherein the first beam set comprises at least one beam, and the power control information comprises a power control command and information about a maximum transmit power allowed by the first device, wherein the information about the allowed maximum transmit power comprises respective maximum transmit powers allowed for the beams of the second device among which power is not shared and/or a sum of maximum transmit powers allowed for the beams of the second device among which power is shared; and receiving, by the first device, a signal sent by the second device by using the first beam set, wherein a transmit power of a signal on the first beam set is determined based on the power control information. receiving (S602), by a first device, a second message from a second device, wherein the second message comprises information indicating a capability of sharing power among beams of the second device; determining (S602), by the first device, power control information for a first beam set of the second device based on the second message; sending (S603), by the first device, a first message to the second device, wherein the first message comprises the power control information for the first beam set of the second device, wherein the first beam set comprises at least one beam, and the power control information comprises a power control command and information about a maximum transmit power allowed by the first device, wherein the information about the allowed maximum transmit power comprises respective maximum transmit powers allowed for the beams of the second device among which power is not shared and/or a sum of maximum transmit powers allowed for the beams of the second device among which power is shared; and receiving, by the first device, a signal sent by the second device by using the first beam set, wherein a transmit power of a signal on the first beam set is determined based on the power control information.
A photomask blank comprising: a substrate , a film made of a chromium-containing material, and a processing film (21;23) which is formed in contact with that side of the film made of chromium-containing material closer to the substrate, so that it can be processed using a pattern of the film made of the chromium-containing material as an etching mask, wherein the film made of chromium-containing material is a stacked film having a three-layer structure including, in order from the side remote from the substrate, a first layer , a second layer and a third layer , and each of the first layer, the second layer and the third layer contains chromium, oxygen and nitrogen, the first layer has a chromium content of 40 atomic% or less, an oxygen content of 50 atomic% or more, a nitrogen content of 10 atomic% or less, and a thickness of 20 nm or more, the second layer has a chromium content of 50 atomic% or more, an oxygen content of 20 atomic% or less, and a nitrogen content of 30 atomic% or more, and the third layer has a chromium content of 40 atomic% or less, an oxygen content of 50 atomic% or more, and a nitrogen content of 10 atomic% or less.