mhurhangee/patent-ind-claim-en huggingface dataset:
Arc extinguishing device for extinguishing arcs in an electrical protection unit (D) comprising an arc formation chamber (a) enclosing a fixed contact and a moving contact which, when they are separated, form an arc between them, this arc formation chamber (a) being followed by a preliminary chamber (b) intended to prevent the arc from stagnating and to promote the prolongation of the arc, said preliminary chamber communicating with what is called an arc extinguishing chamber within which the arc is extinguished, and means for improving the propulsion of the arc in the preliminary chamber, said fixed contact comprising a conductive region (z), called contact region, corresponding to the surface of the fixed contact that is flowed through by the nominal current in the closed position of the contacts, these means for improving the propulsion of the arc comprising at least one element made from a magnetic material, called magnetic element, this element being integrated into the fixed contact so as to be located close to the location of the arc but outside the abovementioned contact region (z), so as to be in contact with the current only during switching without being flowed through by the nominal current, the device comprising two magnetic longitudinal fins added respectively on either side of the contact region (z) of the fixed contact and extending over at least part of the length of this contact region (z), the contact region (z) comprising a contact tab , characterized in that these magnetic fins are included within the fixed contact to the right of the contact tab over substantially the entire length of the contact downstream of the tab .
Method for applying elastomer to both sides of a fabric layer for a clothing piece or a joint bandage in which the fabric layer is placed on a resilient support and the elastomer is applied in a flowable state under pressure to the fabric layer , wherein the elastomer is applied to the fabric layer exclusively from one side thereof and, during the application of the elastomer under pressure, the resilient support is compressed, characterized in that the resilient support onto which the fabric layer is placed is a foam material layer on which a low friction additional layer is provided and that the elastomer , which is applied from above under pressure, completely penetrates the fabric layer and reaches the opposite side of the fabric layer 2) facing the resilient support , wherein as elastomer a silicon is used and wherein the resilient support is compressed by the pressure during the application of the elastomer by at least 1% and maximally 50%.
A system for determining an early warning score for a health status of a patient , the system comprising: a set of sensors configured to continuously collect a plurality of medical parameters of the patient , the sensors being integrated into a wearable device , the wearable device being designed to be worn on a wrist of the patient ; and at least one processor communicatively coupled to the sensors , the at least one processor being configured to: acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660). a set of sensors configured to continuously collect a plurality of medical parameters of the patient , the sensors being integrated into a wearable device , the wearable device being designed to be worn on a wrist of the patient ; and at least one processor communicatively coupled to the sensors , the at least one processor being configured to: acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660). acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660).
An impact rotary tool comprising: a motor ; a spindle rotated by the motor ; an anvil disposed in front of the spindle in a rotation axis direction; a first hammer structured to apply a rotation force to the anvil ; and a second hammer structured to apply, to the first hammer having applied the rotation force to the anvil , a rotation force in the same direction; wherein the first hammer is rotatable around a rotation axis of the spindle and is movable in the rotation axis direction, wherein the first hammer is connected to the second hammer by a connection structure having a circumferential clearance , wherein the second hammer has an internal space for accommodating the first hammer , wherein the connection structure is a structure in which a convex portion or a concave portion provided on an outer circumferential surface of the first hammer and a concave portion or a convex portion provided on an inner circumferential surface of the second hammer are loosely fitted, characterised in that the circumferential clearance is determined according to a motor rotation speed during a tightening work, and and in that the circumferential clearance is set so that the second hammer has an impact on the first hammer while the first hammer is still in contact with the anvil . a motor ; a spindle rotated by the motor ; an anvil disposed in front of the spindle in a rotation axis direction; a first hammer structured to apply a rotation force to the anvil ; and a second hammer structured to apply, to the first hammer having applied the rotation force to the anvil , a rotation force in the same direction; wherein the first hammer is rotatable around a rotation axis of the spindle and is movable in the rotation axis direction, wherein the first hammer is connected to the second hammer by a connection structure having a circumferential clearance , wherein the second hammer has an internal space for accommodating the first hammer , wherein the connection structure is a structure in which a convex portion or a concave portion provided on an outer circumferential surface of the first hammer and a concave portion or a convex portion provided on an inner circumferential surface of the second hammer are loosely fitted, characterised in that the circumferential clearance is determined according to a motor rotation speed during a tightening work, and and in that the circumferential clearance is set so that the second hammer has an impact on the first hammer while the first hammer is still in contact with the anvil .
Method for generating voice guidance instructions intended for an individual, comprising steps of: - determining, by means of a computer , a route to be taken, - acquiring, by means of an image-acquiring means , at least one image of the environment of the individual, - processing said image with a view to detecting therein at least one object and to characterizing said object, and - establishing and transmitting a voice guidance instruction informing the individual how to perform a manoeuvre in order to follow said route, characterized in that provision is made for a step of determining a level of complexity of said manoeuvre depending on the position of the vehicle with respect to the zone in which said manoeuvre must be performed, in order to take into account whether a change of lane is necessary or not, in that , in the establishing step, said voice guidance instruction is formulated using a cue deduced from the characterization of said object only if the level of complexity of said manoeuvre is higher than a first threshold, and in that if the level of complexity of said manoeuvre is higher than a second threshold strictly higher than said first threshold, said voice guidance instruction is generated using two cues. - determining, by means of a computer , a route to be taken, - acquiring, by means of an image-acquiring means , at least one image of the environment of the individual, - processing said image with a view to detecting therein at least one object and to characterizing said object, and - establishing and transmitting a voice guidance instruction informing the individual how to perform a manoeuvre in order to follow said route, characterized in that provision is made for a step of determining a level of complexity of said manoeuvre depending on the position of the vehicle with respect to the zone in which said manoeuvre must be performed, in order to take into account whether a change of lane is necessary or not, in that , in the establishing step, said voice guidance instruction is formulated using a cue deduced from the characterization of said object only if the level of complexity of said manoeuvre is higher than a first threshold, and in that if the level of complexity of said manoeuvre is higher than a second threshold strictly higher than said first threshold, said voice guidance instruction is generated using two cues.
A sports event time clock remote control system comprising a game clock and a plurality of sonic generators each adapted to be carried by one of a plurality of officials (100-102), in which each of said sonic generators provides a sonic signal when activated by the official (100-102) carrying it, wherein said system comprises an analysis mechanism to analyze each of said sonic signals to determine which of said officials (100-102) activated a sonic generator , in which said analysis mechanism converts said sonic signal to a sonic fingerprint signal including multiple harmonics of said sonic signal , characterised in that said analysis mechanism further comprises a storage mechanism that stores prerecorded sonic fingerprint signals of each official (100-102), in which said analysis mechanism compares sonic fingerprint signals generated during a sports event with said prerecorded sonic fingerprint signals of each official (100-102), and in which said analysis mechanism generates a game clock actuating signal when a sonic fingerprint signal generated during said sports event matches one of said prerecorded sonic fingerprint signals . wherein said system comprises an analysis mechanism to analyze each of said sonic signals to determine which of said officials (100-102) activated a sonic generator , in which said analysis mechanism converts said sonic signal to a sonic fingerprint signal including multiple harmonics of said sonic signal , characterised in that said analysis mechanism further comprises a storage mechanism that stores prerecorded sonic fingerprint signals of each official (100-102), in which said analysis mechanism compares sonic fingerprint signals generated during a sports event with said prerecorded sonic fingerprint signals of each official (100-102), and in which said analysis mechanism generates a game clock actuating signal when a sonic fingerprint signal generated during said sports event matches one of said prerecorded sonic fingerprint signals .
An energy storage device , comprising: a housing having an accommodating cavity formed by a wall component; a heat storage component arranged in the accommodating cavity , wherein the heat storage component comprises an energy storage body and a conduction component , the energy storage body is provided with a plurality of heat transfer channels penetrating through the energy storage body along a first direction (X), the conduction component is accommodated in the plurality of heat transfer channels , and one end of the conduction component protrudes from the wall component, so as to be electrically connected with an external energy device, characterized in that the energy storage body is further provided with ventilation channels penetrating through the energy storage body along a second direction (Y), the ventilation channels and the heat transfer channels are separated from each other, and the second direction (Y) intersects the first direction (X). a housing having an accommodating cavity formed by a wall component; a heat storage component arranged in the accommodating cavity , wherein the heat storage component comprises an energy storage body and a conduction component , the energy storage body is provided with a plurality of heat transfer channels penetrating through the energy storage body along a first direction (X), the conduction component is accommodated in the plurality of heat transfer channels , and one end of the conduction component protrudes from the wall component, so as to be electrically connected with an external energy device, characterized in that the energy storage body is further provided with ventilation channels penetrating through the energy storage body along a second direction (Y), the ventilation channels and the heat transfer channels are separated from each other, and the second direction (Y) intersects the first direction (X).
A tamping assembly for tamping sleepers of a track , comprising a tamping unit having a lowerable tool carrier and oppositely positioned tamping tools , wherein each tamping tool is connected via a pivot arm to a squeezing drive for generating a squeezing motion, and wherein a vibration drive comprising an electromagnetic actuator and a casing is provided for actuation of the tamping tools with a vibratory motion, characterized in that the electromagnetic actuator comprises an anchor which is connected to a shaft , and that the shaft is guided through a casing orifice of the casing by means of a slide sleeve .
An electrochemical separation device comprising: a first electrode ; a second electrode ; a cell stack including a plurality of sub-blocks each having alternating depleting compartments and concentrating compartments disposed between the first electrode and the second electrode , each of the sub-blocks including a frame and channel portions; an internal seal formed of a first material disposed between and in contact with the channel portions between adjacent sub-blocks in the cell stack and configured to prevent leakage between depleting compartments and concentrating compartments in the adjacent sub-blocks ; and an external seal formed of a second material having at least one material parameter different from the first material disposed between and in contact with the frames of the adjacent sub-blocks in the cell stack and configured to prevent leakage from an internal volume of the electrochemical separation device to outside of the electrochemical separation device; characterised in that the second material is harder than the first material. a first electrode ; a second electrode ; a cell stack including a plurality of sub-blocks each having alternating depleting compartments and concentrating compartments disposed between the first electrode and the second electrode , each of the sub-blocks including a frame and channel portions; an internal seal formed of a first material disposed between and in contact with the channel portions between adjacent sub-blocks in the cell stack and configured to prevent leakage between depleting compartments and concentrating compartments in the adjacent sub-blocks ; and an external seal formed of a second material having at least one material parameter different from the first material disposed between and in contact with the frames of the adjacent sub-blocks in the cell stack and configured to prevent leakage from an internal volume of the electrochemical separation device to outside of the electrochemical separation device; a second electrode ; a cell stack including a plurality of sub-blocks each having alternating depleting compartments and concentrating compartments disposed between the first electrode and the second electrode , each of the sub-blocks including a frame and channel portions; an internal seal formed of a first material disposed between and in contact with the channel portions between adjacent sub-blocks in the cell stack and configured to prevent leakage between depleting compartments and concentrating compartments in the adjacent sub-blocks ; and an external seal formed of a second material having at least one material parameter different from the first material disposed between and in contact with the frames of the adjacent sub-blocks in the cell stack and configured to prevent leakage from an internal volume of the electrochemical separation device to outside of the electrochemical separation device; characterised in that the second material is harder than the first material.
A computer-implemented method comprising: registering, at a server, a first computing device in association with a cloud-based user account for a user, the registering comprising: authenticating user account credentials for the cloud-based user account; and associating with the user account a device identifier associated with the first computing device; receiving, at the server, from a second computing device associated with the cloud-based user account for the user, a voice command spoken by the user, wherein: the second computing device captured the voice command spoken by the user; and the voice command includes the device identifier associated with the first computing device; determining, by the server, an intended voice command based on the captured voice command, identifying, by the server, based on the intended voice command, the first computing device as a target computing device for providing instructions associated with the intended voice command; and transmitting, by the server, to the first computing device, instructions associated with the intended voice command for execution by the first computing device; wherein the server, the first computing device and the second computing device are in communication with one another via a network. registering, at a server, a first computing device in association with a cloud-based user account for a user, the registering comprising: authenticating user account credentials for the cloud-based user account; and associating with the user account a device identifier associated with the first computing device; authenticating user account credentials for the cloud-based user account; and associating with the user account a device identifier associated with the first computing device; receiving, at the server, from a second computing device associated with the cloud-based user account for the user, a voice command spoken by the user, wherein: the second computing device captured the voice command spoken by the user; and the voice command includes the device identifier associated with the first computing device; determining, by the server, an intended voice command based on the captured voice command, the second computing device captured the voice command spoken by the user; and the voice command includes the device identifier associated with the first computing device; determining, by the server, an intended voice command based on the captured voice command, identifying, by the server, based on the intended voice command, the first computing device as a target computing device for providing instructions associated with the intended voice command; and transmitting, by the server, to the first computing device, instructions associated with the intended voice command for execution by the first computing device; wherein the server, the first computing device and the second computing device are in communication with one another via a network.
A method for communication by a user equipment, UE, in a wireless communication network, the method comprising: determining a failure in transmission of a uplink non-access stratum, UL NAS, transport message; determining whether the failure in the transmission of the UL NAS transport message is due to a Tracking Area identity, TAI, change from lower layers; and handling the failure in the transmission of the UL NAS transport message based on a TAI list sent from the wireless communication network, in response to determining that the failure in the transmission of the UL NAS transport message is due to the TAI change from the lower layers, characterized in that the failure in the transmission of the UL NAS transport message includes a failure to acknowledge an update of UE parameters update data, wherein the UE parameters update data including a routing ID and slice information received in a downlink, DL, NAS transport message from the wireless communication network. determining a failure in transmission of a uplink non-access stratum, UL NAS, transport message; determining whether the failure in the transmission of the UL NAS transport message is due to a Tracking Area identity, TAI, change from lower layers; and handling the failure in the transmission of the UL NAS transport message based on a TAI list sent from the wireless communication network, in response to determining that the failure in the transmission of the UL NAS transport message is due to the TAI change from the lower layers, characterized in that the failure in the transmission of the UL NAS transport message includes a failure to acknowledge an update of UE parameters update data, wherein the UE parameters update data including a routing ID and slice information received in a downlink, DL, NAS transport message from the wireless communication network.