mhurhangee/patent-ind-claim-en huggingface dataset:
A fixing device comprising: first and second rotatable members (105 and 102) configured to fix, at a nip therebetween, a toner image (S) formed on a sheet (P) by using a toner containing a parting agent; a casing provided with a sheet introducing opening and a sheet discharging opening and configured to include said first and second rotatable members (105 and 102); a fan ; a duct configured to guide air (F) from said fan toward one longitudinal end portion of said first rotatable member ; and characterized by further comprising: a cover member configured to cover an outer surface of said first rotatable member such that there is a predetermined gap (T) between the cover member and the first rotatable member , wherein said cover member extends inside said casing from a neighborhood of said sheet introducing opening to said duct and contacts a shielding member of said duct . first and second rotatable members (105 and 102) configured to fix, at a nip therebetween, a toner image (S) formed on a sheet (P) by using a toner containing a parting agent; a casing provided with a sheet introducing opening and a sheet discharging opening and configured to include said first and second rotatable members (105 and 102); a fan ; a duct configured to guide air (F) from said fan toward one longitudinal end portion of said first rotatable member ; and characterized by further comprising: a cover member configured to cover an outer surface of said first rotatable member such that there is a predetermined gap (T) between the cover member and the first rotatable member , wherein said cover member extends inside said casing from a neighborhood of said sheet introducing opening to said duct and contacts a shielding member of said duct .
A communication control method comprising: determining whether or not reception quality at a second reception device satisfies a predetermined reference in a second communication system, including a second transmission device using a portion or all of a frequency band having been assigned to a first communication system including a first reception device and a first transmission device ; characterised in that : when it is determined that the reception quality at the second reception device does not satisfy the predetermined reference due to an interference from the first communication system, additionally causing reception beam steering to be performed so as to suppress a reception level of the interference from the first transmission device , and transmission beam steering by the second transmission device in a predetermined order. determining whether or not reception quality at a second reception device satisfies a predetermined reference in a second communication system, including a second transmission device using a portion or all of a frequency band having been assigned to a first communication system including a first reception device and a first transmission device ; characterised in that : when it is determined that the reception quality at the second reception device does not satisfy the predetermined reference due to an interference from the first communication system, additionally causing reception beam steering to be performed so as to suppress a reception level of the interference from the first transmission device , and transmission beam steering by the second transmission device in a predetermined order.
A multilayer support , particularly for food products, comprising a blank made of cardboard or card which is coated on a first face by a peelable film made of plastic material, said first face comprising a weakened line that is covered by said peelable film and is adapted to form on said blank a closed area that is delimited by at least one edge of said blank and by said weakened line , so that said closed area can consequently be torn away from the rest of the blank together with the peelable film , said weakened line being obtained by perforation or scoring performed starting from said first face toward the opposite face of the blank , characterized in that said weakened line is formed by a continuous incision which passes through to the second face only at discrete through portions , at least one of said discrete through portions intersecting said at least one edge of the blank .
A pump for dispensing semi-liquid food products, comprising an inlet opening , an outlet opening , a dispensing path (P) between the inlet opening and the outlet opening and a rotor for pushing the product along the dispensing path (P); the pump comprising an airtight chamber interposed between the inlet and outlet openings and contains the rotor ; the dispensing path (P) being defined by the gap formed between the outer periphery of the rotor and the inner periphery of the chamber ; the inner periphery of the chamber being elastically deformable and the outer periphery of the rotor having at least one protruding portion adapted to sealedly engage the inner periphery of the chamber in order to cyclically narrow said gap, wherein the pump is characterized in that the chamber is externally enclosed by two rigid half-shells which are sealedly coupled to each other and in that the half-shells house two elastomeric elements facing each other and delimiting a substantially cylindrical central cavity and defining the elastically deformable inner periphery of the chamber which is sealedly engaged by the outer periphery of the rotor .
A machine including a fuel feed pump , a drive shaft coupled to a turbine configured to be actuated by the expansion of a fluid heated by combustion of said fuel, and a mechanical protection device comprising a transmission shaft that connects the drive shaft to the feed pump in order to actuate said feed pump , wherein the drive shaft has a resonant frequency in bending corresponding to a predetermined rotary overspeed of the transmission shaft , and wherein the damping of the transmission shaft is insufficient to avoid breakage of the transmission shaft resulting from said resonance in bending.
A leadless pacemaker comprising: - a central processing unit configured to control an operation of the leadless pacemaker, - a first logic circuit configured to generate event data based on a first event (E1) occurring during operation of the leadless pacemaker , - a first hardware event counter configured to be incremented if specific event data are generated by said first logic circuit , - a first memory unit comprising a first bit configured to be set if said first hardware event counter is incremented to a first maximum number of counts, - a second memory unit communicating with said first memory unit , wherein said central processing unit is configured to transfer said first bit to said second memory unit , - a first RAM event counter in a random access memory of said leadless pacemaker , wherein said central processing unit is configured to increment said first RAM event counter if said first bit is transferred to the second memory unit . - a central processing unit configured to control an operation of the leadless pacemaker, - a first logic circuit configured to generate event data based on a first event (E1) occurring during operation of the leadless pacemaker , - a first hardware event counter configured to be incremented if specific event data are generated by said first logic circuit , - a first memory unit comprising a first bit configured to be set if said first hardware event counter is incremented to a first maximum number of counts, - a second memory unit communicating with said first memory unit , wherein said central processing unit is configured to transfer said first bit to said second memory unit , - a first RAM event counter in a random access memory of said leadless pacemaker , wherein said central processing unit is configured to increment said first RAM event counter if said first bit is transferred to the second memory unit .
An information processing apparatus, comprising: a map generating unit configured to generate a spatio-temporal map on a basis of data obtained by a data obtaining unit of an autonomous behavior robot , the autonomous behavior robot including the data obtaining unit that obtains data related to surrounding environment information; and a behavior control signal generating unit configured to: generate a behavior control signal for the autonomous behavior robot to move and obtain data from the data obtaining unit in order to obtain information to be added to the spatio-temporal map, wherein the spatio-temporal map includes person information, person action information, person state information, object information, and object state information that spatially and temporally change, and wherein the spatio-temporal map includes correlation information in which at least two of space information, time information, person information, person action information, person state information, object information, and object state information are associated with each other; and wherein the behavior control signal is generated on a basis of the correlation information. a map generating unit configured to generate a spatio-temporal map on a basis of data obtained by a data obtaining unit of an autonomous behavior robot , the autonomous behavior robot including the data obtaining unit that obtains data related to surrounding environment information; and a behavior control signal generating unit configured to: generate a behavior control signal for the autonomous behavior robot to move and obtain data from the data obtaining unit in order to obtain information to be added to the spatio-temporal map, wherein the spatio-temporal map includes person information, person action information, person state information, object information, and object state information that spatially and temporally change, and wherein the spatio-temporal map includes correlation information in which at least two of space information, time information, person information, person action information, person state information, object information, and object state information are associated with each other; and wherein the behavior control signal is generated on a basis of the correlation information.
Use of a whitening dentifrice composition for whitening a tooth surface in a human or animal, wherein the whitening dentifrice composition comprises: a blue dye; a zinc salt, wherein the whitening dentifrice composition provides a greater whitening benefit to a tooth surface in comparison to a dentifrice composition that does not contain the zinc salt; and an orally acceptable vehicle. a blue dye; a zinc salt, wherein the whitening dentifrice composition provides a greater whitening benefit to a tooth surface in comparison to a dentifrice composition that does not contain the zinc salt; and an orally acceptable vehicle.
Laser acupuncture system comprising: - a base intended to rest on a plane, - a headrest held at the base , - self-stabilizing hinges , - an arch rotatably mounted on the base above the headrest around the self-stabilizing hinges , and - at least one laser emitter box comprising a stand held to the arch , a rod which has a first end secured to the stand and a second end, and a laser emitter which is attached to the second end of the rod , where the rod is deformable and self-stabilising. - a base intended to rest on a plane, - a headrest held at the base , - self-stabilizing hinges , - an arch rotatably mounted on the base above the headrest around the self-stabilizing hinges , and - at least one laser emitter box comprising a stand held to the arch , a rod which has a first end secured to the stand and a second end, and a laser emitter which is attached to the second end of the rod , where the rod is deformable and self-stabilising.
A recommendation engine for a lighting system comprising: - a recommendation component for generating recommendation messages to recommend lighting effects for the lighting system; - at least one data input for receiving, from a data source , data pertaining to a user of the lighting system; characterised in that the recommendation engine further comprises: - a receptiveness component configured to use the received data to compute a current receptiveness level for the user indicating a current receptiveness of the user to receiving recommendations; wherein the recommendation component is configured to selectively cause recommendation messages to be outputted to the user via a user interface , such that recommendation messages are outputted to the user when the current receptiveness level exceeds a threshold and such that recommendation messages are otherwise suppressed. - a recommendation component for generating recommendation messages to recommend lighting effects for the lighting system; - at least one data input for receiving, from a data source , data pertaining to a user of the lighting system; characterised in that the recommendation engine further comprises: - a receptiveness component configured to use the received data to compute a current receptiveness level for the user indicating a current receptiveness of the user to receiving recommendations; - a receptiveness component configured to use the received data to compute a current receptiveness level for the user indicating a current receptiveness of the user to receiving recommendations;
A drill guide comprising: a handle including two openings ; and two alignment tubes each having a substantially cylindrical shape and including a body that defines a drill passage that aligns with one of the two openings of the handle , the two alignment tubes each including a first end region attached to the handle and a second end region having a bottom surface that can contact bone, wherein the two alignment tubes each include two windows to allow access to the drill passage , wherein the windows extend from the bottom surface of the second end region , each window being defined by two side surfaces substantially parallel to a longitudinal axis of the alignment tube and an end surface connecting the two side surfaces , wherein a portion of the body is located between the two windows , wherein the bottom surface of the portion of the body includes teeth . a handle including two openings ; and two alignment tubes each having a substantially cylindrical shape and including a body that defines a drill passage that aligns with one of the two openings of the handle , the two alignment tubes each including a first end region attached to the handle and a second end region having a bottom surface that can contact bone, wherein the two alignment tubes each include two windows to allow access to the drill passage , wherein the windows extend from the bottom surface of the second end region , each window being defined by two side surfaces substantially parallel to a longitudinal axis of the alignment tube and an end surface connecting the two side surfaces , wherein a portion of the body is located between the two windows , wherein the bottom surface of the portion of the body includes teeth .
A system for performing lateral guidance control of a transportation vehicle, the system comprising: a lateral guidance control system controller; means for modeling tire behavior for enhancing transportation vehicle cornering by real-time prediction of tire performance using a neural network arranged to determine a real-time tire performance factor for at least one tire of the vehicle based on CAN data from a CAN system of the transportation vehicle, wherein the CAN data includes vehicle dynamics data, characterized in that the vehicle dynamics data include in-plane acceleration data of the vehicle and pilot data including thrust data of the transportation vehicle, the real-time tire performance factor is arranged to indicate a degree of performance of the at least one tire for cornering based on the vehicle dynamics and pilot data, the lateral guidance control system controller is in communication with the neural network to receive the real-time tire performance factor, and the lateral guidance control system controller is arranged to dynamically adjust a lateral guidance performance profile of the vehicle based on the real-time tire performance factor for the at least one tire to govern lateral steering of the vehicle according to the real-time tire performance factor. a lateral guidance control system controller; means for modeling tire behavior for enhancing transportation vehicle cornering by real-time prediction of tire performance using a neural network arranged to determine a real-time tire performance factor for at least one tire of the vehicle based on CAN data from a CAN system of the transportation vehicle, wherein the CAN data includes vehicle dynamics data, characterized in that the vehicle dynamics data include in-plane acceleration data of the vehicle and pilot data including thrust data of the transportation vehicle, the real-time tire performance factor is arranged to indicate a degree of performance of the at least one tire for cornering based on the vehicle dynamics and pilot data, the lateral guidance control system controller is in communication with the neural network to receive the real-time tire performance factor, and the lateral guidance control system controller is arranged to dynamically adjust a lateral guidance performance profile of the vehicle based on the real-time tire performance factor for the at least one tire to govern lateral steering of the vehicle according to the real-time tire performance factor.
An apparatus for stapling tissue, the apparatus comprising: (a) a stapling head assembly ; (b) a shaft assembly coupled to the stapling head assembly ; and (c) a handle assembly coupled to the shaft assembly , wherein the handle assembly comprises: (i) a motor positioned within a motor housing , (ii) a motor housing positioner coupled to a proximal end of the motor housing for positioning the motor housing , wherein the motor housing positioner is configured to translate between a proximal position and a distal position, and (iii) a selection assembly , characterized in that the selection assembly is operable to select between a motorized operation of the stapling head assembly or a manual operation of the stapling head assembly based on the position of the motor housing . (a) a stapling head assembly ; (b) a shaft assembly coupled to the stapling head assembly ; and (c) a handle assembly coupled to the shaft assembly , wherein the handle assembly comprises: (i) a motor positioned within a motor housing , (ii) a motor housing positioner coupled to a proximal end of the motor housing for positioning the motor housing , wherein the motor housing positioner is configured to translate between a proximal position and a distal position, and (iii) a selection assembly , characterized in that the selection assembly is operable to select between a motorized operation of the stapling head assembly or a manual operation of the stapling head assembly based on the position of the motor housing . (i) a motor positioned within a motor housing , (ii) a motor housing positioner coupled to a proximal end of the motor housing for positioning the motor housing , wherein the motor housing positioner is configured to translate between a proximal position and a distal position, and (iii) a selection assembly ,
A dry powder inhaler comprising: a reservoir containing a dry powder formulation and an arrangement for delivering a metered dose of the medicament from the reservoir; a deagglomerator; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the formulation comprises an inhalable β 2 -agonist having a particle size distribution of d10 <1 μm, d50 = 1-3 μm, d90 = 3.5-6 μm and NLT 99% <10 μm measured by laser diffraction as a dry dispersion and a lactose carrier. a reservoir containing a dry powder formulation and an arrangement for delivering a metered dose of the medicament from the reservoir; a deagglomerator; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the formulation comprises an inhalable β 2 -agonist having a particle size distribution of d10 <1 μm, d50 = 1-3 μm, d90 = 3.5-6 μm and NLT 99% <10 μm measured by laser diffraction as a dry dispersion and a lactose carrier.
A computer-implemented method for program execution and data proof for executing a sub-logic code within a trusted execution environment TEE, the method comprising: transmitting, by a client device, a registration request to register the sub-logic code with a trusted program within the TEE, the registration request comprising an identifier, the identifier identifying the sub-logic code, and the sub-logic code; and receiving, by the client device, a registration result from the trusted program, the registration result comprising, a registration indicator, a public code key of the sub-logic code, and a digital signature; transmitting, by a client device, a request to a node, the node executing the trusted program within the TEE, the request comprising a request to invoke particular sub-logic code to provide a result, the identifier identifying the sub-logic code to be executed, and one or more request parameters; receiving, by the client device, a response to the request, the response comprising result data and a digital signature, the result data being generated by processing of the one or more request parameters using the sub-logic code within the TEE, and the digital signature being generated using the private code key of the sub-logic code; and verifying, by the client device, the result data using the digital signature and a public code key of the sub-logic code. transmitting, by a client device, a registration request to register the sub-logic code with a trusted program within the TEE, the registration request comprising an identifier, the identifier identifying the sub-logic code, and the sub-logic code; and receiving, by the client device, a registration result from the trusted program, the registration result comprising, a registration indicator, a public code key of the sub-logic code, and a digital signature; transmitting, by a client device, a request to a node, the node executing the trusted program within the TEE, the request comprising a request to invoke particular sub-logic code to provide a result, the identifier identifying the sub-logic code to be executed, and one or more request parameters; receiving, by the client device, a response to the request, the response comprising result data and a digital signature, the result data being generated by processing of the one or more request parameters using the sub-logic code within the TEE, and the digital signature being generated using the private code key of the sub-logic code; and verifying, by the client device, the result data using the digital signature and a public code key of the sub-logic code.