mhurhangee/patent-ind-claim-en huggingface dataset:
A material dispenser adapted for use with various sizes of cartridges having a body from which extends a neck, comprising: a back plate ; a pair of side plates movably carried on said back plate , said side plates spaced from one another to define a cavity therebetween, said side plates each being biased by a spring so as to adjust the size of said cavity in order to accommodate the body of the cartridge therein; a pair of support ledges extending from said back plate to carry the body, said support ledges spaced apart to form an opening therebetween to receive the neck of the cartridge therethrough; and a cover attached to said back plate to cover said cavity. a back plate ; a pair of side plates movably carried on said back plate , said side plates spaced from one another to define a cavity therebetween, said side plates each being biased by a spring so as to adjust the size of said cavity in order to accommodate the body of the cartridge therein; a pair of support ledges extending from said back plate to carry the body, said support ledges spaced apart to form an opening therebetween to receive the neck of the cartridge therethrough; and a cover attached to said back plate to cover said cavity.
A manufacturing device for a subgasket added membrane electrode assembly in which a subgasket film is applied to a membrane electrode assembly including an electrolyte membrane , a first catalyst layer located on one side of said electrolyte membrane , and a second catalyst layer located on an opposite side of said electrolyte membrane , the manufacturing device comprising: a first transport mechanism that transports a first base material (B1) including said membrane electrode assembly and an elongated strip-shaped first subgasket film bonded to said membrane electrode assembly on said one side; a position determination part that determines the position of said second catalyst layer transported by said first transport mechanism; a second transport mechanism that transports a subgasket base material including an elongated strip-shaped second subgasket film ; a cutting mechanism that forms a cut portion (C9b) for separating said second subgasket film transported by said second transport mechanism into a corresponding region (A93) of a shape corresponding to said second catalyst layer and a non-corresponding region (A94) other than the corresponding region (A93) in response to the position of said second catalyst layer determined by said position determination part ; and a bonding mechanism that bonds said second subgasket film provided with said cut portion (C9b) to said first base material (B1) on said opposite side while aligning the position of said corresponding region (A93) and the position of said second catalyst layer with each other. a first transport mechanism that transports a first base material (B1) including said membrane electrode assembly and an elongated strip-shaped first subgasket film bonded to said membrane electrode assembly on said one side; a position determination part that determines the position of said second catalyst layer transported by said first transport mechanism; a second transport mechanism that transports a subgasket base material including an elongated strip-shaped second subgasket film ; a cutting mechanism that forms a cut portion (C9b) for separating said second subgasket film transported by said second transport mechanism into a corresponding region (A93) of a shape corresponding to said second catalyst layer and a non-corresponding region (A94) other than the corresponding region (A93) in response to the position of said second catalyst layer determined by said position determination part ; and a bonding mechanism that bonds said second subgasket film provided with said cut portion (C9b) to said first base material (B1) on said opposite side while aligning the position of said corresponding region (A93) and the position of said second catalyst layer with each other.
Bonded components made of thermoplastic fibre composites, the bonding of the components being effected by needles which are introduced under pressure and rotation into the matrix material of the components softened thereby characterised in that the needles are not arranged perpendicular to the component surface at the entry or exit point.
An obstruction removal device comprising: a first tubular region comprising only two adjacent elliptical cells; a second tubular region connected to said first tubular region and comprising only four rectangular cells; a third tubular region connected to said second tubular region and comprising only two adjacent elliptical cells; and a fourth tubular region connected to said third tubular region and comprising only four rectangular cells; wherein said first tubular region and said third tubular region have a first diameter, and said second tubular region and said fourth tubular region have a second diameter that is larger than said first diameter when said obstruction removal device is in an expanded state; wherein said two adjacent elliptical cells in each of said first tubular region and said third tubular region are laterally adjacent and are disconnected from each other along one of their lateral sides, forming an open tubular shape; and wherein said four rectangular cells in each of said second tubular region and said fourth tubular region are laterally adjacent and form a closed tubular shape. a first tubular region comprising only two adjacent elliptical cells; a second tubular region connected to said first tubular region and comprising only four rectangular cells; a third tubular region connected to said second tubular region and comprising only two adjacent elliptical cells; and a fourth tubular region connected to said third tubular region and comprising only four rectangular cells; wherein said first tubular region and said third tubular region have a first diameter, and said second tubular region and said fourth tubular region have a second diameter that is larger than said first diameter when said obstruction removal device is in an expanded state; wherein said two adjacent elliptical cells in each of said first tubular region and said third tubular region are laterally adjacent and are disconnected from each other along one of their lateral sides, forming an open tubular shape; and wherein said four rectangular cells in each of said second tubular region and said fourth tubular region are laterally adjacent and form a closed tubular shape.
Medium voltage switchgear with frame, wherein a three phase arrangement of pole parts with circuit breakers are fixed at one end on a support or a frame element, which is arranged in a switchgear panel, wherein the open ends of the pole parts, opposite to the fixed ends of the pole parts fixed on the support or frame, are among themselves mechanically joined or connected by an additional joining element, and near to the aforesaid open ends of the pole parts, one electrical terminal per pole part is placed, wherein the joining element is made of insulating material and tightly fixed among the open ends of the pole parts in such, that they mechanically interconnect the pole parts and additionally increases the dielectrical withstand between the terminals of the pole parts from each other, characterized in that the joining element is provided with sealing strips or paths or regions between each pole part, at that side of the joining element, which is directly fixed on the pole parts.
An implant system for implantation into a zygomatic bone, the implant system forming a dental substructure and comprising an apical system end and a coronal system end , the coronal system end including a coronal superstructure interface along a superstructure interface axis (FS) for supporting a dental superstructure , wherein the implant system has a length in a range of 30 mm to 60 mm and includes an implant screw and at least two components , wherein a first component has a longitudinal axis (L 1 ) and is an implant for implantation into the zygomatic bone, forms the apical system end of the implant system, and includes a coronal implant interface along an implant interface axis (FI), wherein a second component configured for bridging a distance between the first component implanted into the zygomatic bone and a maxilla's ridge includes an elongated section with a longitudinal axis (L 2 ), an apical implant interface along the implant interface axis (FI) for an assembly to the first component , and forms the coronal superstructure interface of the implant system, and wherein the implant screw is screwable into a screw hole of the coronal implant interface of the first component until a head of the implant screw contacts a screw seat of the second component so that the first component and the second component are pressed against each other while tightening the implant screw . wherein a first component has a longitudinal axis (L 1 ) and is an implant for implantation into the zygomatic bone, forms the apical system end of the implant system, and includes a coronal implant interface along an implant interface axis (FI), wherein a second component configured for bridging a distance between the first component implanted into the zygomatic bone and a maxilla's ridge includes an elongated section with a longitudinal axis (L 2 ), an apical implant interface along the implant interface axis (FI) for an assembly to the first component , and forms the coronal superstructure interface of the implant system, and wherein the implant screw is screwable into a screw hole of the coronal implant interface of the first component until a head of the implant screw contacts a screw seat of the second component so that the first component and the second component are pressed against each other while tightening the implant screw .
A vehicle braking system comprising a spring brake actuator having a spring brake chamber , a spring brake control assembly and an immobiliser valve which is movable between a brake release position in which the spring brake control assembly is operable to cause the flow of pressurised fluid into the spring brake chamber or to vent the spring brake chamber to a low pressure region, and an immobilise position characterised in that the spring brake control assembly is operable to move to connect the spring brake chamber to a low pressure region but cannot be operated to cause the flow of pressurised fluid into the spring brake chamber , such that the immobiliser valve can be activated to its immobilise position prior to the application of the spring brakes .
Vaginal drug delivery and diagnostic system , comprising an electronic capsule , which is incorporated in the structure of the positioning member and is an integral part thereof, configured for placement within a vagina , wherein the system comprises a drug reservoir , a diagnostic sensor and at least one dispenser for dispensing the drug from the reservoir into the vagina and wherein, when the system is placed in the vagina, the release pattern of a substance contained in the drug reservoir is one of the following : i) adapted to the data measured by the sensor by a receiver system that records data measured by the sensor; ii) directly controlled by the dispenser based on measurements made by the sensor and communicated by the sensor to the dispenser, optionally after comparing the measured value of a parameter with a desired value for the parameter; iii) adapted based on parameters measured by the sensor and transmitted to a doctor. i) adapted to the data measured by the sensor by a receiver system that records data measured by the sensor; ii) directly controlled by the dispenser based on measurements made by the sensor and communicated by the sensor to the dispenser, optionally after comparing the measured value of a parameter with a desired value for the parameter; iii) adapted based on parameters measured by the sensor and transmitted to a doctor.
Method for the computer-assisted control of an electrical energy distribution network consisting of a multiplicity of network nodes (N1, N2), wherein the energy distribution network comprises one or more low-voltage networks (LV) that each contain first network nodes (N1) for feeding electric power into the respective low-voltage network (LV) and/or for drawing electric power from the respective low-voltage network (LV), wherein the low-voltage network or networks (LV) are connected to at least one medium-voltage network via one or more second network nodes (N2) in the form of local substations (ONS1, ONS2, ONS3), characterized in that one or more control applications (CA1, CA1', CA2, CA3) communicate with the network nodes (N1, N2) in order to control the energy distribution network, wherein - the control application or control applications (CA1, CA1', CA2, CA3) are executed on one or more computers in a public communication network (KN) to which the network nodes (N1, N2) have access, wherein the public communication network (KN) comprises a mobile radio network and/or a DSL network and/or a cable network, - at least some of the control applications (CA1, CA1', CA2, CA3) are executed on one or more virtual machines, and - the control application or control applications (CA1, CA1', CA2, CA3) are not implemented in the energy distribution network itself, but rather in the infrastructure of the public communication network (KN) and thus of the network service provider of this network. - the control application or control applications (CA1, CA1', CA2, CA3) are executed on one or more computers in a public communication network (KN) to which the network nodes (N1, N2) have access, wherein the public communication network (KN) comprises a mobile radio network and/or a DSL network and/or a cable network, - at least some of the control applications (CA1, CA1', CA2, CA3) are executed on one or more virtual machines, and - the control application or control applications (CA1, CA1', CA2, CA3) are not implemented in the energy distribution network itself, but rather in the infrastructure of the public communication network (KN) and thus of the network service provider of this network.
A compound of Formula I: wherein R 1 is selected from hydrogen and C 1 -C 3 alkyl; R 2 is selected from hydrogen and C 1 -C 3 alkyl; R 3 is selected from the group of hydrogen, halogen, and C 1 -C 3 alkyl; or, when R 3 is bound to the 9-position carbon of the 10/-/-benzo[c]phenoxazine core, R 2 and R 3 , together with the carbon atoms to which they are bonded, form a five-membered or six-membered fused ring, the five-membered or six-membered fused ring optionally containing a ring oxygen heteroatom, and the five-membered or six-membered fused ring being substituted by 0, 1, 2, or 3 C 1 -C 3 alkyl substituents; and R 4 and R 5 are each independently selected from hydrogen and C 1 -C 3 alkyl. wherein R 1 is selected from hydrogen and C 1 -C 3 alkyl; R 2 is selected from hydrogen and C 1 -C 3 alkyl; R 3 is selected from the group of hydrogen, halogen, and C 1 -C 3 alkyl; or, when R 3 is bound to the 9-position carbon of the 10/-/-benzo[c]phenoxazine core, R 2 and R 3 , together with the carbon atoms to which they are bonded, form a five-membered or six-membered fused ring, the five-membered or six-membered fused ring optionally containing a ring oxygen heteroatom, and the five-membered or six-membered fused ring being substituted by 0, 1, 2, or 3 C 1 -C 3 alkyl substituents; and R 4 and R 5 are each independently selected from hydrogen and C 1 -C 3 alkyl.
A resource scheduling method, comprising: receiving , by a SMF, second information, and determining first information based on the second information; sending , by the SMF, the first information to a first network device; and/or, sending, by the SMF, the first information to a terminal device; wherein the first information comprises at least one of the following: s service cycle of a first service and a service type of the first service, wherein the first information comprises information to indicate: a resource reservation and/or scheduling strategy for a QoS flow bearing the first service in the first network device; wherein the sending the first information to the first network device and/or the terminal device comprises: sending the first information to the first network device and/or the terminal device when a preset condition is met, wherein, the second information comprises at least one of the following: a time window cycle, a service arrival time point, an available time-frequency resource, and continuous arrival time of data packet, and the first network device is a base station device. receiving , by a SMF, second information, and determining first information based on the second information; sending , by the SMF, the first information to a first network device; and/or, sending, by the SMF, the first information to a terminal device; wherein the first information comprises at least one of the following: s service cycle of a first service and a service type of the first service, wherein the first information comprises information to indicate: a resource reservation and/or scheduling strategy for a QoS flow bearing the first service in the first network device; wherein the sending the first information to the first network device and/or the terminal device comprises: sending the first information to the first network device and/or the terminal device when a preset condition is met, wherein, the second information comprises at least one of the following: a time window cycle, a service arrival time point, an available time-frequency resource, and continuous arrival time of data packet, and the first network device is a base station device. a resource reservation and/or scheduling strategy for a QoS flow bearing the first service in the first network device; wherein the sending the first information to the first network device and/or the terminal device comprises: sending the first information to the first network device and/or the terminal device when a preset condition is met, wherein, the second information comprises at least one of the following: a time window cycle, a service arrival time point, an available time-frequency resource, and continuous arrival time of data packet, and the first network device is a base station device. sending the first information to the first network device and/or the terminal device when a preset condition is met, wherein, the second information comprises at least one of the following: a time window cycle, a service arrival time point, an available time-frequency resource, and continuous arrival time of data packet, and the first network device is a base station device.
A computer-implemented method, comprising: presenting one or more virtual elements on a virtual reality, i.e., VR, scenario of a VR application on a VR device for initiating a service; identifying , using one or more sensors communicably coupled to the VR device, one or more interactive operations of a user of the VR device with the one or more virtual elements; determining whether the one or more interactive operations match one or more predetermined operations for selecting the one or more virtual elements to initiate the service and trigger biometric authentication for user identity authentication; invoking biometric authentication if the one or more interactive operations match the one or more predetermined operations; performing eye-blinking recognition or heartbeat recognition for detecting the user; presenting a notification in the VR scenario to notify the user to perform the biometric authentication if the user is detected based on the eye-blinking recognition or heartbeat recognition; presenting a virtual guidance in the VR scenario for guiding the user to perform the biometric authentication, wherein the biometric authentication is a fingerprint authentication and wherein the virtual guidance is a virtual mark indicating a mounting location of a fingerprint sensor for fingerprint authentication of the user's identity; and presenting a service interface to the user if the biometric authentication is successful. presenting one or more virtual elements on a virtual reality, i.e., VR, scenario of a VR application on a VR device for initiating a service; identifying , using one or more sensors communicably coupled to the VR device, one or more interactive operations of a user of the VR device with the one or more virtual elements; determining whether the one or more interactive operations match one or more predetermined operations for selecting the one or more virtual elements to initiate the service and trigger biometric authentication for user identity authentication; invoking biometric authentication if the one or more interactive operations match the one or more predetermined operations; performing eye-blinking recognition or heartbeat recognition for detecting the user; presenting a notification in the VR scenario to notify the user to perform the biometric authentication if the user is detected based on the eye-blinking recognition or heartbeat recognition; presenting a virtual guidance in the VR scenario for guiding the user to perform the biometric authentication, wherein the biometric authentication is a fingerprint authentication and wherein the virtual guidance is a virtual mark indicating a mounting location of a fingerprint sensor for fingerprint authentication of the user's identity; and presenting a service interface to the user if the biometric authentication is successful.
A device for collecting cardiovascular data relating to an individual user, comprising : - a control unit assembly with an electronic controller and a pneumatic unit , - an arm band having an inflatable bladder and an internal wall, and configured to surround the left arm of the individual, with the internal wall in contact with the arm's skin, wherein the pneumatic unit has at least a pump and a pressure sensor , and is configured to inflate and deflate the inflatable bladder, and wherein the electronic controller is configured to control the pneumatic unit and to determine at least the arterial pressure of the user, the device further comprising an acoustic sensor being coupled to the external wall of the arm band and having a sensitive side oriented away from the internal wall of the arm band, characterised in that the acoustic sensor is fixedly attached to the external wall of the arm band, such that in use configuration, the sensitive side is adjacent to the chest of the user to sense sound waves emitted by the heart. - a control unit assembly with an electronic controller and a pneumatic unit , - an arm band having an inflatable bladder and an internal wall, and configured to surround the left arm of the individual, with the internal wall in contact with the arm's skin, wherein the pneumatic unit has at least a pump and a pressure sensor , and is configured to inflate and deflate the inflatable bladder, and wherein the electronic controller is configured to control the pneumatic unit and to determine at least the arterial pressure of the user, the device further comprising an acoustic sensor being coupled to the external wall of the arm band and having a sensitive side oriented away from the internal wall of the arm band, characterised in that the acoustic sensor is fixedly attached to the external wall of the arm band, such that in use configuration, the sensitive side is adjacent to the chest of the user to sense sound waves emitted by the heart.
A mold motor comprising: a stator ; a rotor including a rotation shaft and rotating by a magnetic force of the stator ; a mold resin covering at least a part of the stator ; an elastic body attachable to an installation object in which the mold is installed; and one or more hard members disposed around the elastic body , the one or more hard members being harder than the elastic body , wherein the elastic body and the one or more hard members are fixed to the mold resin by integral molding