mhurhangee/patent-ind-claim-en huggingface dataset:
A device for determining at least one pulmonary function characteristic, the device comprising: (i) at least one chamber comprising at least one gas inlet port , configured to receive gas flow; a distal element comprising at least one distal opening ; at least one pressure transducer configured to detect pressure within the at least one chamber and to produce a signal upon detecting pressure at about a predetermined threshold; (ii) at least one shutter module connected to said distal element , said at least one shutter module comprising at least one shutter opening ; (iii) an actuator configured to displace, or induce displacement, of the at least one shutter module upon receiving the signal, or a signal derived from said signal, wherein the actuator is a rotary actuator and the shutter module is a shutter wheel having a circular form, and wherein the actuator is configured to displace, or to induce displacement of, the at least one shutter wheel by rotation; (iv) a control system configured to acquire pressure data from the at least one pressure transducer, and to process said data, and (v) a shutter pin and a hard stop comprising a groove, wherein the shutter pin is located within the groove, and wherein the shutter pin is configured to limit the range of displacement of the shutter module ; wherein the at least one shutter opening is configured to allow passage of gas flow from the at least one distal opening to the atmosphere through a first total effective area (A S1 ) enclosed by a perimeter of the at least one shutter opening , when the shutter module is in a state of first end position; and wherein upon said displacement the first total effective area changes to a second total effective area (A S2 ), when the shutter module is in second end position, wherein the second total effective area (A S2 ) is always a positive value. (i) at least one chamber comprising at least one gas inlet port , configured to receive gas flow; a distal element comprising at least one distal opening ; at least one pressure transducer configured to detect pressure within the at least one chamber and to produce a signal upon detecting pressure at about a predetermined threshold; (ii) at least one shutter module connected to said distal element , said at least one shutter module comprising at least one shutter opening ; (iii) an actuator configured to displace, or induce displacement, of the at least one shutter module upon receiving the signal, or a signal derived from said signal, wherein the actuator is a rotary actuator and the shutter module is a shutter wheel having a circular form, and wherein the actuator is configured to displace, or to induce displacement of, the at least one shutter wheel by rotation; (iv) a control system configured to acquire pressure data from the at least one pressure transducer, and to process said data, and (v) a shutter pin and a hard stop comprising a groove, wherein the shutter pin is located within the groove, and wherein the shutter pin is configured to limit the range of displacement of the shutter module ;
A socket for power consumption by means of a connector, comprising a receptacle shell and a contact device received by this one, which contact device comprises a plurality of receptions respectively equipped with one contact jack in the finally assembled state, wherein the receptacle shell comprises a connector opening that can be closed by means of a lid configured in a pivoting manner and that is provided for allowing a connector to have access to the contact device , comprising a first actuator accommodated by the receptacle shell and having a first electromotive drive , wherein a second actuator is provided that is accommodated by the receptacle shell and that has a second electromotive drive , wherein during operation the first actuator serves for an electromotive pivoting motion of the lid and wherein in the case of current drain the second actuator serves for an electromotive displacement of a locking element for securing the position of a connector contacting the contact device , wherein a control unit that cooperates with the first actuator and the second actuator is provided, which control unit detects a person and/or an object who/which approaches the receptacle shell by means of a proximity sensor and if the detection is below a pre-determinable proximity distance, it emits a control signal and sends it to the first actuator for pivoting the lid into an open position, and which control unit detects a completion of a current drain, wherein the locking element that can be actuated by the second actuator can only be transferred into an open position if the socket is set to be out of service, wherein the socket comprises communication connections and an energy storage, wherein the energy storage is configured to provoke a message to a superordinate centre in the event of a malfunction, characterized in that after a previous verification by means of the superordinate centre the current supply to the socket will be activated, such that a user is allowed to unlock the connector, wherein it is indicated to a user if no current is fed to the socket for security reasons.
A portable seaming pliers for bending sheet metal on facades and suchlike, comprising a first clamping face and a second place , wherein the clamping faces are connected rotatably about an axis of rotation at a first end of the two clamping faces , and a first grip and a second grip connected in a swivelling manner to the first grip , wherein the first grip is connected torque-proof to the first clamping face , wherein the second grip is connected rotatably to the second clamping face about a second axis of rotation at a second end of the two clamping faces lying opposite the first end, so that when the first grip is swivelled relative to the second grip from a transport position into a movement position , the first clamping face is moved relative to the second clamping face , in such a way that a sheet metal arranged between the clamping faces can be clamped by the clamping faces , after which a further swivelling movement of the first grip relative to the second grip in movement direction brings about a rotational movement of the first clamping face together with the second clamping face about the second rotational axis relative to the second grip , in order to bend the clamped sheet metal .
A curing accelerator for an oxidative polymerization-type unsaturated resin, the curing accelerator comprising a fatty acid manganese salt (A) and a compound (B) represented by general formula below, (wherein R 1 and R 4 each independently represent a hydrogen atom, a hydrocarbon group, a substituted hydrocarbon group, a hydrocarbonoxy group, a substituted hydrocarbonoxy group, an amino group, or a substituted amino group, R 2 and R 5 each independently represent a hydrogen atom, a hydrocarbon group, a substituted hydrocarbon group, a hydrocarbonoxy group, a substituted hydrocarbonoxy group, a hydrocarbonoxycarbonyl group, a substituted hydrocarbonoxycarbonyl group, a cyano group, a nitro group, or a halogen atom, R 3 and R 6 each independently represent a hydrogen atom, a hydrocarbon group, or a substituted hydrocarbon group, and R 7 represents a 1,2-propylene group or 1,3-propylene group, and wherein R 1 and R 2 may form a ring, and R 4 and R 5 may form a ring).
Method for activating at least one processing entity from among a plurality of entities situated on the path of the data of a session between a terminal of a user and a server of a services provider, the terminal and the server being attached to a communication network , implemented in said terminal and comprising - a step (E9) of transmission to the server of an identification message (M9, M19) intended to receive identifiers of entities of the plurality added by the entities , - a step (E'11) of reception from the server of an acknowledgement message (M11, M21) comprising identifiers included in the identification message (M9), - a step (E12) of selection of at least one identifier from among those received from the server , - a step (E13) of transmission to the server of a message (M13, M23) relating to the activation of entities from among the plurality . - a step (E9) of transmission to the server of an identification message (M9, M19) intended to receive identifiers of entities of the plurality added by the entities , - a step (E'11) of reception from the server of an acknowledgement message (M11, M21) comprising identifiers included in the identification message (M9), - a step (E12) of selection of at least one identifier from among those received from the server , - a step (E13) of transmission to the server of a message (M13, M23) relating to the activation of entities from among the plurality .
An electrically operable aerosol-generating system comprising, a charging device comprising a primary power source , and an elongated aerosol-generating device comprising a secondary power source and having a proximal end , a distal end , and a body extending between the proximal end and the distal end, a user operable button being located on the body between the proximal end and the distal end, in which the aerosol-generating system has a first engagement state in which the aerosol-generating device is engaged with the charging device and a second engagement state in which the aerosol-generating device is not engaged with the charging device, such that, when the system is configured in the first engagement state at least a first side-portion of the body extending between the proximal end and the distal end of the aerosol-generating device faces the charging device, and at least a second side-portion of the body extending between the proximal end and the distal end of the aerosol-generating device is faces away from the charging device and is exposed, in which the user operable button is deactivated when the aerosol-generating system is in the first engagement state. a charging device comprising a primary power source , and an elongated aerosol-generating device comprising a secondary power source and having a proximal end , a distal end , and a body extending between the proximal end and the distal end, a user operable button being located on the body between the proximal end and the distal end, in which the aerosol-generating system has a first engagement state in which the aerosol-generating device is engaged with the charging device and a second engagement state in which the aerosol-generating device is not engaged with the charging device, such that, when the system is configured in the first engagement state at least a first side-portion of the body extending between the proximal end and the distal end of the aerosol-generating device faces the charging device, and at least a second side-portion of the body extending between the proximal end and the distal end of the aerosol-generating device is faces away from the charging device and is exposed, in which the user operable button is deactivated when the aerosol-generating system is in the first engagement state.
Sailing vessel comprising a sail and a system for determining characteristics of an incident airflow (F) on a leading edge of the sail by a determination of the positions of stagnation points of the airflow, the system comprising: - series (S1-S5) of pressure sensors arranged on a surface of the sail , the pressure sensors of each series being distributed on either side of the leading edge of the sail, the series (S1-S5) of pressure sensors virtually forming respective patterns (M1-M5) spaced apart from one another, each of the patterns being a simple polygonal line; and - a computer linked to the pressure sensors so as to receive local pressure values originating respectively from the pressure sensors; wherein the computer is configured to determine, along each of the said patterns (M1-M5), a respective stagnation point position, defined by a curvilinear abscissa (a1-a5) defined along the pattern (M1-M5) concerned and for which a pressure P * interpolated from pressure measurements supplied by the pressure sensors of the corresponding series (S1-S5) is maximal along the pattern concerned, and by an altitude (z1-z5), evaluated from respective altitude data of the pressure sensors of the corresponding series (S1-S5) wherein the respective altitude data of the pressure sensors are determined from respective altitudes of the pressure sensors in a fixed reference frame relative to the sailing vessel, and from a variable component determined for each of the pressure sensors , from measurements of orientation of the boat. - series (S1-S5) of pressure sensors arranged on a surface of the sail , the pressure sensors of each series being distributed on either side of the leading edge of the sail, the series (S1-S5) of pressure sensors virtually forming respective patterns (M1-M5) spaced apart from one another, each of the patterns being a simple polygonal line; and - a computer linked to the pressure sensors so as to receive local pressure values originating respectively from the pressure sensors; wherein the computer is configured to determine, along each of the said patterns (M1-M5), a respective stagnation point position, defined by a curvilinear abscissa (a1-a5) defined along the pattern (M1-M5) concerned and for which a pressure P * interpolated from pressure measurements supplied by the pressure sensors of the corresponding series (S1-S5) is maximal along the pattern concerned, and by an altitude (z1-z5), evaluated from respective altitude data of the pressure sensors of the corresponding series (S1-S5) wherein the respective altitude data of the pressure sensors are determined from respective altitudes of the pressure sensors in a fixed reference frame relative to the sailing vessel, and from a variable component determined for each of the pressure sensors , from measurements of orientation of the boat.
A contactor providing for electrical contact in a welding torch , said contactor comprising: a body member having first and second opposite sides , and a head portion ; said head portion having a contact surface on said second side ; characterized in that the body member has a pivot portion adjacent to the head portion and having an outwardly curved contact surface on said second side , said contact surface of said pivot portion providing a pivot point and functioning as a roller pin; said pivot portion having a shorter length between said first and second sides than a length between said first and second sides in said head portion . a body member having first and second opposite sides , and a head portion ; said head portion having a contact surface on said second side ; characterized in that the body member has a pivot portion adjacent to the head portion and having an outwardly curved contact surface on said second side , said contact surface of said pivot portion providing a pivot point and functioning as a roller pin; said pivot portion having a shorter length between said first and second sides than a length between said first and second sides in said head portion .
A system, comprising one or more processors and memory , wherein the memory stores instructions that, if executed by the one or more processors, cause the system to: perform a first operation on an object of a canvas according to a command; generate a first sequence metadata associated with the first operation, wherein the first sequence metadata is a first Hybrid Logical Clock, HLC, timestamp usable to determine a partial ordering of operations associated with the canvas ; receive a patch comprising a plurality of operations applied to a remote canvas, the patch associated with a different system; identify, from the patch, a second operation associated with the object, a second sequence metadata associated with the second operation, wherein the second sequence metadata is a second Hybrid Logical Clock, HLC, timestamp ; cause performance of the second operation on the object based at least in part on the first sequence metadata and the second sequence metadata; generate a patch including the first operation; generate a sequence of snapshots (910, 920, 930, 1002 - 1014), the sequence of snapshots including a snapshot that includes the patch including the first operation and the patch including the second operation, and including multiple snapshots that do not include patches with information relevant to the changes to a state of the object; store, in a data storage device , the sequence of snapshots; and scan the data storage device to identify and remove the multiple snapshots without information relevant to changes to a state of the object. perform a first operation on an object of a canvas according to a command; generate a first sequence metadata associated with the first operation, wherein the first sequence metadata is a first Hybrid Logical Clock, HLC, timestamp usable to determine a partial ordering of operations associated with the canvas ; receive a patch comprising a plurality of operations applied to a remote canvas, the patch associated with a different system; identify, from the patch, a second operation associated with the object, a second sequence metadata associated with the second operation, wherein the second sequence metadata is a second Hybrid Logical Clock, HLC, timestamp ; cause performance of the second operation on the object based at least in part on the first sequence metadata and the second sequence metadata; generate a patch including the first operation; generate a sequence of snapshots (910, 920, 930, 1002 - 1014), the sequence of snapshots including a snapshot that includes the patch including the first operation and the patch including the second operation, and including multiple snapshots that do not include patches with information relevant to the changes to a state of the object; store, in a data storage device , the sequence of snapshots; and scan the data storage device to identify and remove the multiple snapshots without information relevant to changes to a state of the object.
An inductor device wiring architecture , comprising: an inductor device and a plurality of dummy metals located under the inductor device , wherein the plurality of dummy metals are arranged in a plurality of metal layers , each of the plurality of metal layers corresponds to some of the plurality of dummy metals , characterised in that arrangement areas of dummy metals corresponding to at least three adjacent metal layers of the plurality of metal layers progressively increase in a direction away from the inductor device. an inductor device and a plurality of dummy metals located under the inductor device , wherein the plurality of dummy metals are arranged in a plurality of metal layers , each of the plurality of metal layers corresponds to some of the plurality of dummy metals , characterised in that arrangement areas of dummy metals corresponding to at least three adjacent metal layers of the plurality of metal layers progressively increase in a direction away from the inductor device.
A light module for a motor vehicle headlight for generating an overall light distribution, wherein the light module comprises a first sub-module for generating a first light distribution and at least one further, second sub-module for generating a second light distribution, wherein the first and the second sub-module in each case comprise at least one semiconductor light source with a light-emitting surface for emitting light and an optical system with a primary optic for bundling at least a portion of the emitted light and a secondary optic for projecting at least a portion of the bundled light in a light exit direction of the light module , wherein the overall light distribution of the light module comprises the superposition of the first light distribution and the second light distribution, and the semiconductor light source of the first sub-module in a wavelength-dependent focal point of a first wavelength of the optical system of the first sub-module , so that the first sub-module is designed for the first wavelength and sharply images rays of the first wavelength, and the semiconductor light source of the second sub-module is arranged in a wavelength-dependent focal point of a second wavelength of the optical system of the second sub-module , so that the second sub-module is designed for the second wavelength and sharply images rays of the second wavelength, wherein the first wavelength is different from the second wavelength, characterized in that a color error in the first light distribution of the first sub-module caused by rays of the second wavelength and a color error in the second light distribution caused by rays of the first wavelength are canceled out by the superposition of the first and second light distributions in the overall light distribution of the light module.
A magnetic field sensor for providing an output signal in response to an external magnetic field, the sensor comprising: a primary magnetic field transducer for producing a primary signal in response to the external magnetic field (H y ), the primary magnetic field transducer having a first magnetic field saturation characteristic; a secondary magnetic field transducer , different to the primary magnetic field transducer, for producing a secondary signal in response to the external magnetic field (H y ), the secondary magnetic field transducer having a second magnetic field saturation characteristic; wherein the first magnetic field saturation characteristic is different from the second magnetic field saturation characteristic, and the sensor is configured to produce the output signal based on the primary signal and the secondary signal and configured to use the secondary signal to correct for errors in the output signal arising from saturation of the primary magnetic field transducer 130 characterized in that the sensor is further configured to operate in a low field mode when the external magnetic field remains substantially below a first magnetic field saturation threshold and to operate in a high field mode in response to an external magnetic field above the first magnetic field saturation threshold, wherein, in the low field mode, the output signal is derived without using the secondary signal, and in the high field mode, the output signal is derived at least in part with reference to the secondary signal. a primary magnetic field transducer for producing a primary signal in response to the external magnetic field (H y ), the primary magnetic field transducer having a first magnetic field saturation characteristic; a secondary magnetic field transducer , different to the primary magnetic field transducer, for producing a secondary signal in response to the external magnetic field (H y ), the secondary magnetic field transducer having a second magnetic field saturation characteristic; wherein the first magnetic field saturation characteristic is different from the second magnetic field saturation characteristic, and the sensor is configured to produce the output signal based on the primary signal and the secondary signal and configured to use the secondary signal to correct for errors in the output signal arising from saturation of the primary magnetic field transducer 130 characterized in that the sensor is further configured to operate in a low field mode when the external magnetic field remains substantially below a first magnetic field saturation threshold and to operate in a high field mode in response to an external magnetic field above the first magnetic field saturation threshold, wherein, in the low field mode, the output signal is derived without using the secondary signal, and in the high field mode, the output signal is derived at least in part with reference to the secondary signal.