mhurhangee/patent-ind-claim-en huggingface dataset:
A motor for a household appliance comprising: a stator ; a casing , receiving the stator , and comprising a support member ; a bearing , engaged inside the support member ; a rotor shaft , supported by the bearing ; a rotor , adapted to rotate around the rotor shaft relative to the stator , wherein - the support member comprises a base , and at least one positioning wall extending from the base to the rotor and engaged with the bearing ; - the at least one positioning wall comprises a barb engaged with the bearing , and the bearing comprises a flange abutting against the barb , characterized in that - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing , - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring ; and - the bearing comprises a sleeve portion engaged with the cushioning ring . a stator ; a casing , receiving the stator , and comprising a support member ; a bearing , engaged inside the support member ; a rotor shaft , supported by the bearing ; a rotor , adapted to rotate around the rotor shaft relative to the stator , wherein - the support member comprises a base , and at least one positioning wall extending from the base to the rotor and engaged with the bearing ; - the at least one positioning wall comprises a barb engaged with the bearing , and the bearing comprises a flange abutting against the barb , - the support member comprises a base , and at least one positioning wall extending from the base to the rotor and engaged with the bearing ; - the at least one positioning wall comprises a barb engaged with the bearing , and the bearing comprises a flange abutting against the barb , characterized in that - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing , - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring ; and - the bearing comprises a sleeve portion engaged with the cushioning ring . - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing , - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring ; and - the bearing comprises a sleeve portion engaged with the cushioning ring .
A three-axial sensor (TAS) device , said device comprising: six single-axis sensors (SAS) , each SAS including: a plurality of layers formed into a pyramid structure with each of the successive layers being configured to be smaller in area than the layer on which it is assembled; each of the plurality of layers including at least one coil encompassing the cross sectional area of the layer on which the coil is formed; and a plurality of interconnections that interconnect each successive layer to its adjacent layers, with the six SAS formed into a cube-like structure.
A part (1; 11; 21) comprising a substrate (3; 13; 23), having, adjacent to a surface (S) of the substrate, at least a portion that is made from a material that contains silicon, and an environmental barrier (2; 12; 22) formed on the surface of the substrate, the environmental barrier comprising at least a first layer (7; 17; 27) comprising: - a rare earth disilicate of formula RE a 2 Si 2 O 7 present at a molar content lying in the range 70% to 99.9%, where RE a is a rare earth element; and - at least one rare earth oxide of formula RE b 2 O 3 present at a molar content lying in the range 0.1% to 30%, where RE b is a rare earth element different from RE a . - a rare earth disilicate of formula RE a 2 Si 2 O 7 present at a molar content lying in the range 70% to 99.9%, where RE a is a rare earth element; and - at least one rare earth oxide of formula RE b 2 O 3 present at a molar content lying in the range 0.1% to 30%, where RE b is a rare earth element different from RE a .
A method of coding video data, the method comprising: determining a first depth value of a depth look up table, DLT, wherein the first depth value is associated with a first pixel of the video data; determining a second depth value of the DLT, wherein the second depth value is associated with a second pixel of the video data; and coding the DLT including coding the second depth value relative to the first depth value wherein the second depth value consecutively follows the first depth value in the DLT, and wherein coding the second depth value comprises determining a difference between the second depth value and the first depth value and coding the difference value. determining a first depth value of a depth look up table, DLT, wherein the first depth value is associated with a first pixel of the video data; determining a second depth value of the DLT, wherein the second depth value is associated with a second pixel of the video data; and coding the DLT including coding the second depth value relative to the first depth value wherein the second depth value consecutively follows the first depth value in the DLT, and wherein coding the second depth value comprises determining a difference between the second depth value and the first depth value and coding the difference value.
A bicycle seat assembly comprising: a bicycle seat comprising a front portion and a rear portion ; and mounting rails attachable to a bicycle seat post or seat post adaptor of a bicycle , wherein said front portion of said bicycle seat releasably attaches to a front portion of said mounting rails and said rear portion of said bicycle seat , independently of attachment of the front portion of said bicycle seat , releasably attaches to a rear portion of said mounting rails ; wherein said rails comprise a front member and a rear member, and said rear portion of said bicycle seat releasably attaches to said rear member and said front portion of said bicycle seat releasably attaches to said front member; characterized in that said bicycle seat attaches to said mounting rails by first pivotally mounting said rear portion of said bicycle seat to said rear portion of said mounting rails , said rear portion of said said bicycle seat being formed with a groove in which said rear portion of said mounting rails is pivotally received, so that said bicycle seat can rotate on said rear portion of said mounting rails , and said front portion of said bicycle seat comprises a tab that snaps on to said front member of said mounting rails , as said front portion of said bicycle seat is moved downwards upon rotating said bicycle seat on said rear portion of said mounting rails . a bicycle seat comprising a front portion and a rear portion ; and mounting rails attachable to a bicycle seat post or seat post adaptor of a bicycle , wherein said front portion of said bicycle seat releasably attaches to a front portion of said mounting rails and said rear portion of said bicycle seat , independently of attachment of the front portion of said bicycle seat , releasably attaches to a rear portion of said mounting rails ; wherein said rails comprise a front member and a rear member, and said rear portion of said bicycle seat releasably attaches to said rear member and said front portion of said bicycle seat releasably attaches to said front member; characterized in that said bicycle seat attaches to said mounting rails by first pivotally mounting said rear portion of said bicycle seat to said rear portion of said mounting rails , said rear portion of said said bicycle seat being formed with a groove in which said rear portion of said mounting rails is pivotally received, so that said bicycle seat can rotate on said rear portion of said mounting rails , and said front portion of said bicycle seat comprises a tab that snaps on to said front member of said mounting rails , as said front portion of said bicycle seat is moved downwards upon rotating said bicycle seat on said rear portion of said mounting rails .
A polypeptide antagonist of a Na/K ATPase/Src receptor complex, for use in a method for treating obesity, wherein the polypeptide antagonist comprises the sequence of SEQ ID NO: 1, or a functional fragment thereof.
A system for the emission of artificial snow comprising: - a device for emitting an artificial snow flow (F) comprising a tubular body extending along a snow direction (A) between an inlet opening and an outlet opening , blowing means for generating an air flow between said inlet opening and said outlet opening and snow generation means associated with the outlet opening ; - at least one optical device associated with said emitting device and oriented along said snow direction (A), configured to detect the emission direction of said snow flow (F) emitted by said outlet opening and to generate and send detection signals representative of said detected snow flow (F); - a processing unit configured to receive said detection signals and to compare them with reference data related to a reference snow direction; said processing unit being further configured to send a command signal to said emitting device to control the generation of said artificial snow flow (F) and/or an alarm signal to an operator if said comparison results in a difference between the detected emission direction of the snow flow (F) and said reference snow direction. - a device for emitting an artificial snow flow (F) comprising a tubular body extending along a snow direction (A) between an inlet opening and an outlet opening , blowing means for generating an air flow between said inlet opening and said outlet opening and snow generation means associated with the outlet opening ; - at least one optical device associated with said emitting device and oriented along said snow direction (A), configured to detect the emission direction of said snow flow (F) emitted by said outlet opening and to generate and send detection signals representative of said detected snow flow (F); - a processing unit configured to receive said detection signals and to compare them with reference data related to a reference snow direction; said processing unit being further configured to send a command signal to said emitting device to control the generation of said artificial snow flow (F) and/or an alarm signal to an operator if said comparison results in a difference between the detected emission direction of the snow flow (F) and said reference snow direction.
A method of a wireless communication device, wherein the method is for measurement control of the wireless communication device which is served by a network node and configured to communicate using either of a plurality of radio access technologies, RAT:s, the method comprising: identifying that a first criterion is fulfilled for radio resource management, RRM, in relation to two or more of the RAT:s; executing a wireless communication scan to detect wireless communication signaling associated with the two or more RAT:s; when wireless communication signaling is detected for at least two of the two or more RAT:s, assigning a priority value to RRM measurements of each of the at least two RAT:s, wherein a first priority value indicates precedence over a second priority value, and wherein each priority value is based on one or more parameters related to the respective RAT, the one or more parameters comprising a frequency of RRM measurement opportunities of the RAT, wherein the frequency of RRM measurement opportunities of the RAT defines a density of RRM signaling of the RAT; and executing RRM measurements based on the priority values. identifying that a first criterion is fulfilled for radio resource management, RRM, in relation to two or more of the RAT:s; executing a wireless communication scan to detect wireless communication signaling associated with the two or more RAT:s; when wireless communication signaling is detected for at least two of the two or more RAT:s, assigning a priority value to RRM measurements of each of the at least two RAT:s, wherein a first priority value indicates precedence over a second priority value, and wherein each priority value is based on one or more parameters related to the respective RAT, the one or more parameters comprising a frequency of RRM measurement opportunities of the RAT, wherein the frequency of RRM measurement opportunities of the RAT defines a density of RRM signaling of the RAT; and executing RRM measurements based on the priority values.
Method for checking the fitting conformity of a piece of equipment composed of a frame and of two corrective ophthalmic lenses, said method comprising the following steps: - an upstream step of determining at least one parameter allowing the lenses to be positioned in the frame and relative to the face; - a downstream step of acquiring at least one image of the face of said wearer with said piece of equipment in which appear centring and horizontality reference marks; - a step of comparing said at least one parameter determined in said upstream step and the corresponding parameter deduced from said at least one image; and - an automatically performed step of reaching a decision on the fitting conformity of the piece of equipment, characterized in that the upstream step is carried out by means of the acquisition of at least one image of the face of the wearer with a frame without the corrective lenses, in that the upstream step and the downstream step are carried out with the same operating mode and with identical measuring means and in that said method comprises a step of validating the conformity of the piece of equipment composed of the frame equipped with the corrective lenses, integrating tolerance thresholds into the measurements. - an upstream step of determining at least one parameter allowing the lenses to be positioned in the frame and relative to the face; - a downstream step of acquiring at least one image of the face of said wearer with said piece of equipment in which appear centring and horizontality reference marks; - a step of comparing said at least one parameter determined in said upstream step and the corresponding parameter deduced from said at least one image; and - an automatically performed step of reaching a decision on the fitting conformity of the piece of equipment,
A method for rolling a steel sheet including feeding a coolant to rolls that form a rolling mill during the rolling, the method comprising: keeping a coolant feeding rate at or lower than a predetermined rate lower than an upper constant rate at a start of operation of the rolling mill; and increasing the coolant feeding rate to the upper constant rate when an amount of center buckles of the steel sheet reaching or exceeding an upper target value, characterized in that a profile steepness of the steel sheet at a center portion is used as the amount of center buckles, and wherein the profile steepness λ is calculated by dividing a height difference value δ (mm) in a wave cycle in the sheet thickness direction by a wavelength L (mm). keeping a coolant feeding rate at or lower than a predetermined rate lower than an upper constant rate at a start of operation of the rolling mill; and increasing the coolant feeding rate to the upper constant rate when an amount of center buckles of the steel sheet reaching or exceeding an upper target value, characterized in that a profile steepness of the steel sheet at a center portion is used as the amount of center buckles, and wherein the profile steepness λ is calculated by dividing a height difference value δ (mm) in a wave cycle in the sheet thickness direction by a wavelength L (mm).
An ink jet head , comprising: an actuator configured to cause ink to be discharged from nozzles; a driver IC connected to a power supply line and configured to drive the actuator; a first capacitor connected between a ground line and a first node of the power supply line; a second capacitor connected between the ground line and a second node of the power supply line, the second node being between the first node and the driver IC, a capacitance of the second capacitor being smaller than a capacitance of the first capacitor; and a fuse on the power supply line between the first node and the second node. an actuator configured to cause ink to be discharged from nozzles; a driver IC connected to a power supply line and configured to drive the actuator; a first capacitor connected between a ground line and a first node of the power supply line; a second capacitor connected between the ground line and a second node of the power supply line, the second node being between the first node and the driver IC, a capacitance of the second capacitor being smaller than a capacitance of the first capacitor; and a fuse on the power supply line between the first node and the second node.
A system for adjusting the blood glucose level of a person, comprising an EEG monitor , wherein the EEG monitor comprises electrodes adapted for capturing EEG signals and a signal processing part adapted for analyzing and classifying the EEG signals captured, wherein said signal processing part is adapted for identifying electrical signals captured by said electrodes that are derived from muscular activity related to the process of chewing and wherein said signal processing part is adapted for identifying an upcoming onset of hypoglycemia based on analysis of the captured EEG signals and for providing an alarm when such an upcoming onset of hypoglycemia has been identified, said system characterised in that it further comprises an insulin delivery device configured to release insulin into the body of said person, wherein said EEG monitor is adapted for submitting a message to said insulin delivery device when chewing has been identified. wherein the EEG monitor comprises electrodes adapted for capturing EEG signals and a signal processing part adapted for analyzing and classifying the EEG signals captured, wherein said signal processing part is adapted for identifying electrical signals captured by said electrodes that are derived from muscular activity related to the process of chewing and wherein said signal processing part is adapted for identifying an upcoming onset of hypoglycemia based on analysis of the captured EEG signals and for providing an alarm when such an upcoming onset of hypoglycemia has been identified, said system characterised in that it further comprises an insulin delivery device configured to release insulin into the body of said person, wherein said EEG monitor is adapted for submitting a message to said insulin delivery device when chewing has been identified.
A surgical device comprising: an adapter assembly including a first data storage device ; an end effector configured to couple to a distal portion of the adapter assembly, the end effector including a second data storage device ; and a handle assembly configured to couple to a proximal portion of the adapter assembly, the handle assembly including: a power source ; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller , characterized in that : the controller is configured to write a recovery code onto the second data storage device and onto the memory ; and at least one of the adapter assembly or the handle assembly is replaceable during a surgical procedure and at least one of the adapter assembly or the handle assembly is configured to resume the surgical procedure based on the recovery code. an adapter assembly including a first data storage device ; an end effector configured to couple to a distal portion of the adapter assembly, the end effector including a second data storage device ; and a handle assembly configured to couple to a proximal portion of the adapter assembly, the handle assembly including: a power source ; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller , a power source ; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a controller configured to communicate with the first and second data storage devices to read and write data onto the first and second data storage devices, and a memory accessible by the controller , the controller is configured to write a recovery code onto the second data storage device and onto the memory ; and at least one of the adapter assembly or the handle assembly is replaceable during a surgical procedure and at least one of the adapter assembly or the handle assembly is configured to resume the surgical procedure based on the recovery code.
A method of making a preparation comprising the steps of deriving multipotent cells from digested placental membranes; growing the multipotent cells in adherent culture beyond confluence to form a preparation; wherein the preparation comprises hyaluronic acid, collagen, proteins, and growth factors. deriving multipotent cells from digested placental membranes; growing the multipotent cells in adherent culture beyond confluence to form a preparation; wherein the preparation comprises hyaluronic acid, collagen, proteins, and growth factors.
A method performed by a second network node for enabling communication for a wireless device in a communication network , which communication network comprises a first network and a second network, which second network node is associated with the second network and the first network is a home network of the wireless device , and wherein the first network comprises partitioned sets of functionalities wherein a first set of functionalities belongs to a first network slice supporting the wireless device , and which first set of functionalities is separated from another set of functionalities out of a total set of functionalities in the first network; the method comprising: - when the wireless device is roaming from the first network to the second network, initiating a connection establishment to a first network node associated with the first network; - retrieving a policy indication from the first network node , which policy indication indicates a first network slice and roaming policy for the wireless device in the first network; and - triggering a selection of a second network slice and roaming policy for the wireless device in the second network, which selection is based on the retrieved policy indication and internal data related to the second network. - when the wireless device is roaming from the first network to the second network, initiating a connection establishment to a first network node associated with the first network; - retrieving a policy indication from the first network node , which policy indication indicates a first network slice and roaming policy for the wireless device in the first network; and - triggering a selection of a second network slice and roaming policy for the wireless device in the second network, which selection is based on the retrieved policy indication and internal data related to the second network.