mhurhangee/patent-ind-claim-en huggingface dataset:
Device for measuring forces, comprising: - a first body that is intended to be immobilized; - a second body that is guided in translation in at least a first direction with respect to the first body via at least one first elastically deformable connection ; - a third body that is intended to be subjected to a force and guided in at least three degrees of freedom with respect to the second body via at least one second elastically deformable connection in a second direction perpendicular to the first, said second connection being rigid in said first direction; - at least first to fourth contactless sensors for sensing the movement of the third body with respect to the first body, said first to fourth sensors measuring said movement in four respective directions; - a processing circuit that calculates the forces applied to said third body depending on the movements measured by said first to fourth sensors; characterized in that : - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions. - a first body that is intended to be immobilized; - a second body that is guided in translation in at least a first direction with respect to the first body via at least one first elastically deformable connection ; - a third body that is intended to be subjected to a force and guided in at least three degrees of freedom with respect to the second body via at least one second elastically deformable connection in a second direction perpendicular to the first, said second connection being rigid in said first direction; - at least first to fourth contactless sensors for sensing the movement of the third body with respect to the first body, said first to fourth sensors measuring said movement in four respective directions; - a processing circuit that calculates the forces applied to said third body depending on the movements measured by said first to fourth sensors; characterized in that : - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions. - said first to fourth contactless sensors for sensing the movement of the third body with respect to the first body measure said movement in four respective non-collinear directions.
A battery swap platform , comprising: a parking mechanism configured to park a vehicle ; an accommodating mechanism , which is arranged below the vehicle parked on the parking mechanism , and which has an opening ; an opening and closing mechanism arranged on the accommodating mechanism and capable of moving relative to the accommodating mechanism to open or close the opening of the accommodating mechanism ; a battery mounting/dismounting mechanism ; and a vehicle hoisting mechanism configured to slightly lift the vehicle parked on the parking mechanism , to cause the vehicle to be arranged horizontally, wherein when the opening and closing mechanism opens the opening of the accommodating mechanism , the battery mounting/dismounting mechanism is capable of being lifted relative to the accommodating mechanism to extend out of the accommodating mechanism through the opening , and performing a battery mounting/dismounting operation for the vehicle , wherein both the battery mounting/dismounting mechanism and the vehicle hoisting mechanism are arranged in the accommodating mechanism and configured to be lifted or lowered relative to the accommodating mechanism . a parking mechanism configured to park a vehicle ; an accommodating mechanism , which is arranged below the vehicle parked on the parking mechanism , and which has an opening ; an opening and closing mechanism arranged on the accommodating mechanism and capable of moving relative to the accommodating mechanism to open or close the opening of the accommodating mechanism ; a battery mounting/dismounting mechanism ; and a vehicle hoisting mechanism configured to slightly lift the vehicle parked on the parking mechanism , to cause the vehicle to be arranged horizontally, wherein when the opening and closing mechanism opens the opening of the accommodating mechanism , the battery mounting/dismounting mechanism is capable of being lifted relative to the accommodating mechanism to extend out of the accommodating mechanism through the opening , and performing a battery mounting/dismounting operation for the vehicle , wherein both the battery mounting/dismounting mechanism and the vehicle hoisting mechanism are arranged in the accommodating mechanism and configured to be lifted or lowered relative to the accommodating mechanism .
An abrasive article comprising: a body including: a bond material comprising a methylene bridge present at a para or ortho site of an aromatic phenolic ring ; and abrasive particles contained within the bond material, characterized in that the bond material comprises an average ortho to para substituent ratio for the methylene bridge within a range including at least 5.3:1 and not greater than 9:1. a bond material comprising a methylene bridge present at a para or ortho site of an aromatic phenolic ring ; and abrasive particles contained within the bond material, characterized in that the bond material comprises an average ortho to para substituent ratio for the methylene bridge within a range including at least 5.3:1 and not greater than 9:1.
Lockable push-button , for a timepiece, comprising a tube of axis X, intended to be made integral with a case of the timepiece, a head connected to said tube so as to be able to exhibit a translational movement relative thereto, in the direction of said axis X, between at least a rest position and a pushed position, as well as a rotational movement of axis X, to move said head from a locked state to an unlocked state and vice versa, said head carrying a stem intended to actuate a clockwork mechanism in the case of the timepiece when said head is moved towards its pushed position, a return mechanism arranged between said tube and said head and capable of exerting on the latter a return force tending to maintain it or return it to its rest position, characterized in that said head comprises a pipe whose internal diameter is greater than the external diameter of said tube and whose free end has at least two cutouts defining as many crenellations , and in that said tube comprises a radial collar , having an external diameter greater than said internal diameter of said pipe , in which at least as many recesses are formed as said pipe comprises crenellations , said recesses being dimensioned and positioned in such a way that at least one of said crenellations is located at least partially opposite said collar in said locked state, so as to prevent any appreciable translation of said head towards its pushed position, and that said crenellations are capable of engaging in said recesses in response to pressure exerted by a user in said unlocked state, to enable said head to occupy its pushed position. a tube of axis X, intended to be made integral with a case of the timepiece, a head connected to said tube so as to be able to exhibit a translational movement relative thereto, in the direction of said axis X, between at least a rest position and a pushed position, as well as a rotational movement of axis X, to move said head from a locked state to an unlocked state and vice versa, said head carrying a stem intended to actuate a clockwork mechanism in the case of the timepiece when said head is moved towards its pushed position, a return mechanism arranged between said tube and said head and capable of exerting on the latter a return force tending to maintain it or return it to its rest position, characterized in that said head comprises a pipe whose internal diameter is greater than the external diameter of said tube and whose free end has at least two cutouts defining as many crenellations , and in that said tube comprises a radial collar , having an external diameter greater than said internal diameter of said pipe , in which at least as many recesses are formed as said pipe comprises crenellations , said recesses being dimensioned and positioned in such a way that at least one of said crenellations is located at least partially opposite said collar in said locked state, so as to prevent any appreciable translation of said head towards its pushed position, and that said crenellations are capable of engaging in said recesses in response to pressure exerted by a user in said unlocked state, to enable said head to occupy its pushed position.
A computer-implemented method of noise contaminated signal recovery, the method comprising: receiving, at a server , a first signal including a first portion and a second portion, the first portion indicative of data collected by a plurality of sensors , the second portion representing noise, characterized by performing a first denoising process on the first signal to remove the noise to yield a first denoised signal; applying a machine learning model to determine a residual signal indicative of a difference between the first signal and the first denoised signal; and determining a second signal by adding the residual signal to the first denoised signal, the second signal comprising (i) signals of the first portion with higher magnitudes than the noise in the second portion, and (ii) signals of the first portion having lower magnitudes than the noise in the second portion. receiving, at a server , a first signal including a first portion and a second portion, the first portion indicative of data collected by a plurality of sensors , the second portion representing noise, characterized by performing a first denoising process on the first signal to remove the noise to yield a first denoised signal; applying a machine learning model to determine a residual signal indicative of a difference between the first signal and the first denoised signal; and determining a second signal by adding the residual signal to the first denoised signal, the second signal comprising (i) signals of the first portion with higher magnitudes than the noise in the second portion, and (ii) signals of the first portion having lower magnitudes than the noise in the second portion.
Switching monitoring device for monitoring a switching operation of a relay switching contact of a relay , the switching monitoring device comprising the following features: a control terminal , which is adapted to apply a control signal for switching the relay switching contact to the relay switching contact , a controller , which is adapted to generate an excitation signal, wherein the controller comprises a signal generator for generating the excitation signal, and an impedance circuit comprising a signal input and a signal output , wherein the controller is adapted to apply the excitation signal to the signal input , wherein the impedance circuit is adapted to convert the excitation signal into a switching monitoring signal and to output the switching monitoring signal at the signal output for applying it to the relay switching contact ; wherein the impedance circuit comprises a transformer with a primary-side coil (119-1) and a secondary-side coil (119-2), and wherein the secondary-side coil (119-2) is connected in parallel to the relay switching contact , and wherein the primary-side coil is connected to the signal generator , characterized in that the impedance circuit comprises a capacitor , which is arranged in series with the secondary-side coil (119-2), wherein the controller is further adapted to detect a change in a signal present at the impedance circuit and, if the change in the signal is present, to detect a switching operation of the relay switching contact . a control terminal , which is adapted to apply a control signal for switching the relay switching contact to the relay switching contact , a controller , which is adapted to generate an excitation signal, wherein the controller comprises a signal generator for generating the excitation signal, and an impedance circuit comprising a signal input and a signal output , wherein the controller is adapted to apply the excitation signal to the signal input , wherein the impedance circuit is adapted to convert the excitation signal into a switching monitoring signal and to output the switching monitoring signal at the signal output for applying it to the relay switching contact ; wherein the impedance circuit comprises a transformer with a primary-side coil (119-1) and a secondary-side coil (119-2), and wherein the secondary-side coil (119-2) is connected in parallel to the relay switching contact , and wherein the primary-side coil is connected to the signal generator , characterized in that the impedance circuit comprises a capacitor , which is arranged in series with the secondary-side coil (119-2), wherein the controller is further adapted to detect a change in a signal present at the impedance circuit and, if the change in the signal is present, to detect a switching operation of the relay switching contact .
A method of making a low density polylactic acid foam, of density below 50 kg/m 3 , using a blowing agent composition, the method comprising: - mixing a blowing agent and a foamable polylactic acid resin to form an expandable resin composition, wherein the blowing agent comprises carbon dioxide and a co-blowing agent selected from the group consisting of 3,3,3-trifluoropropene, 2,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene, trans-1-chloro-3,3,3-trifluoropropene, and mixtures thereof; wherein - the carbon dioxide and co-blowing agent are added in amounts of 3-15% wt. and 1-5% wt., respectively, with respect to the amount of foamable thermoplastic resin; and - initiating foaming of the expandable resin composition. - mixing a blowing agent and a foamable polylactic acid resin to form an expandable resin composition, wherein the blowing agent comprises carbon dioxide and a co-blowing agent selected from the group consisting of 3,3,3-trifluoropropene, 2,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene, trans-1-chloro-3,3,3-trifluoropropene, and mixtures thereof; wherein - the carbon dioxide and co-blowing agent are added in amounts of 3-15% wt. and 1-5% wt., respectively, with respect to the amount of foamable thermoplastic resin; and - initiating foaming of the expandable resin composition.
A system comprising: an optical element configured to receive an electromagnetic radiation, EMR, and focus the EMR along an optical axis to a focal region in a target tissue ; a controller configured to direct the optical element along a first scan path, wherein a motion of the optical element along the first scan path is configured to traverse the focal region along a treatment path in the target tissue ; and a cooling element down-beam from the optical element and configured to be removably attached to the system via three or more datums and to receive the focusing EMR, the cooling element comprising: a first window comprising a first proximal surface and a first distal surface; a second window down-beam from the first window , the second window comprising a second proximal surface and a second distal surface , wherein the second window is configured to contact the target tissue or a tissue adjacent to the target tissue via the second distal surface , and wherein the first scan path is parallel to the second distal surface within 50 milliradians; and a coolant chamber located between the first distal surface of the first window and the second proximal surface of the second window and configured to receive a coolant . an optical element configured to receive an electromagnetic radiation, EMR, and focus the EMR along an optical axis to a focal region in a target tissue ; a controller configured to direct the optical element along a first scan path, wherein a motion of the optical element along the first scan path is configured to traverse the focal region along a treatment path in the target tissue ; and a cooling element down-beam from the optical element and configured to be removably attached to the system via three or more datums and to receive the focusing EMR, the cooling element comprising: a first window comprising a first proximal surface and a first distal surface; a second window down-beam from the first window , the second window comprising a second proximal surface and a second distal surface , wherein the second window is configured to contact the target tissue or a tissue adjacent to the target tissue via the second distal surface , and wherein the first scan path is parallel to the second distal surface within 50 milliradians; and a coolant chamber located between the first distal surface of the first window and the second proximal surface of the second window and configured to receive a coolant . a first window comprising a first proximal surface and a first distal surface; a second window down-beam from the first window , the second window comprising a second proximal surface and a second distal surface , wherein the second window is configured to contact the target tissue or a tissue adjacent to the target tissue via the second distal surface , and wherein the first scan path is parallel to the second distal surface within 50 milliradians; and a coolant chamber located between the first distal surface of the first window and the second proximal surface of the second window and configured to receive a coolant .
A method in a network node, comprising: determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic. determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic.
Method for manufacturing an electronic device , comprising the following steps of: - providing (S1) a multilayer structure comprising a substrate of high-resistivity semiconductor material, an active layer and an electrically insulating layer disposed between the substrate and the active layer ; - forming (S2) at least one back-gate MOS transistor in a first region of the multilayer structure ; - etching (S3) the active layer and the electrically insulating layer in a second region of the multilayer structure , distinct from the first region ; - forming (S4, S5) an electron confinement layer on the substrate in the second region of the multilayer structure ; and - forming (S7) at least one passive component , such as an inductor, on the electron confinement layer ; wherein said at least one back-gate MOS transistor is formed in the first region before the step (S3) of etching the active layer and the electrically insulating layer and wherein the electron confinement layer is formed in the second region after the step (S3) of etching the active layer and the electrically insulating layer . - providing (S1) a multilayer structure comprising a substrate of high-resistivity semiconductor material, an active layer and an electrically insulating layer disposed between the substrate and the active layer ; - forming (S2) at least one back-gate MOS transistor in a first region of the multilayer structure ; - etching (S3) the active layer and the electrically insulating layer in a second region of the multilayer structure , distinct from the first region ; - forming (S4, S5) an electron confinement layer on the substrate in the second region of the multilayer structure ; and - forming (S7) at least one passive component , such as an inductor, on the electron confinement layer ;
A composition for hard tissue repair comprising a monomer (A), a polymer powder (B) comprising 54% by mass or more of a polymer powder (b1) having a specific surface area of 0.05 to 0.5 m 2 /g and a volume mean particle diameter of 27 to 80 μm, and a polymerization initiator (C), wherein the polymer powder (B) also comprises a polymer powder (b3) of particles having a specific surface area of 1.5 to 4.5 m 2 /g and optionally a polymer powder (b2) having a specific area of 0.51 to 1.2 m 2 /g.
A wireless communication method, the method comprises: receiving, by a terminal, resource configuration information (S320, S420), the resource configuration information being configured to determine a plurality of resource units divided in frequency and time of a specific carrier and type information of each resource unit, wherein the type information of each resource unit indicates that the resource unit is one of an uplink resource unit, a downlink resource unit, or a protection resource unit; receiving, by the terminal, resource scheduling information (S520), wherein the resource scheduling information indicates a first resource unit of the plurality of resource units which is configured for a terminal to receive or send data, and ,determining, by the terminal, when the resource scheduling information further indicates Acknowledgement, ACK, resource timing information set to a specific numerical value, that ACK information for the data is not required; and performing, by the terminal, communication on the carrier based on the resource configuration information (S340, S440) and the resource scheduling information (S530, 540, 540', 550, 550'). receiving, by a terminal, resource configuration information (S320, S420), the resource configuration information being configured to determine a plurality of resource units divided in frequency and time of a specific carrier and type information of each resource unit, wherein the type information of each resource unit indicates that the resource unit is one of an uplink resource unit, a downlink resource unit, or a protection resource unit; receiving, by the terminal, resource scheduling information (S520), wherein the resource scheduling information indicates a first resource unit of the plurality of resource units which is configured for a terminal to receive or send data, and ,determining, by the terminal, when the resource scheduling information further indicates Acknowledgement, ACK, resource timing information set to a specific numerical value, that ACK information for the data is not required; and performing, by the terminal, communication on the carrier based on the resource configuration information (S340, S440) and the resource scheduling information (S530, 540, 540', 550, 550').