mhurhangee/patent-ind-claim-en huggingface dataset:
Method of detecting or measuring play in an electric actuator , wherein said electric actuator comprises an electric motor having a drive shaft , a load being driven in translation by the electric motor along a translation axis (X), and a transmission system interposed between the electric motor and the load for converting the rotation of the drive shaft into a translation of the load , comprising the steps of: a) controlling the electric motor to apply a first test torque (C1) to the drive shaft in a first direction of rotation; b) controlling the electric motor to remove the first test torque (C1) or reduce the first test torque (C1) to a predetermined residual value; c) storing a first datum representative of a first angular position of the drive shaft assumed when removing the first test torque (C1) or upon reaching the residual torque value; d) controlling the electric motor to apply a second test torque (C2) to the drive shaft in a second direction of rotation; e) controlling the electric motor to remove the second test torque (C2) or reduce the second test torque (C2) to said predetermined residual value; f) storing a second datum representative of a second angular position of the drive shaft assumed when the second test torque (C2) is removed or upon reaching the residual torque value; g) measuring the difference (D) between said first datum and said second datum or between a first linear position value (P1) of the drive shaft obtained from the first datum and a second linear position value (P2) of the drive shaft obtained from the second datum. a) controlling the electric motor to apply a first test torque (C1) to the drive shaft in a first direction of rotation; b) controlling the electric motor to remove the first test torque (C1) or reduce the first test torque (C1) to a predetermined residual value; c) storing a first datum representative of a first angular position of the drive shaft assumed when removing the first test torque (C1) or upon reaching the residual torque value; d) controlling the electric motor to apply a second test torque (C2) to the drive shaft in a second direction of rotation; e) controlling the electric motor to remove the second test torque (C2) or reduce the second test torque (C2) to said predetermined residual value; f) storing a second datum representative of a second angular position of the drive shaft assumed when the second test torque (C2) is removed or upon reaching the residual torque value; g) measuring the difference (D) between said first datum and said second datum or between a first linear position value (P1) of the drive shaft obtained from the first datum and a second linear position value (P2) of the drive shaft obtained from the second datum.
A wheel member comprising a diffusion plate and a wheel plate which has a uniform thickness, has a rotation central hole and an opening , transmits or reflects light and is used in a rotating state, the rotation central hole being a hole into which a rotation shaft is inserted when the wheel member is used, and the opening being provided to open over a predetermined angle range with respect to the rotation central hole and housing the diffusion plate , characterized in that an outer circumference shape of the wheel plate is formed to be an exact circle on a side opposite to a side where the opening is located with respect to the rotation central hole , and the outer circumference shape of the wheel plate is formed to be an oval on the side where the opening is located, and a region which is formed to be the oval in the wheel plate is formed as a center-of-gravity adjuster between flat surfaces of the front and back surfaces of the wheel plate . characterized in that an outer circumference shape of the wheel plate is formed to be an exact circle on a side opposite to a side where the opening is located with respect to the rotation central hole , and the outer circumference shape of the wheel plate is formed to be an oval on the side where the opening is located, and a region which is formed to be the oval in the wheel plate is formed as a center-of-gravity adjuster between flat surfaces of the front and back surfaces of the wheel plate .
A method, comprising: receiving , at an accessory device , information that identifies a characteristic of the accessory device about which to report status information to a controller device ; generating a broadcast key based at least in part on an accessory security protocol that matches a controller security protocol of the controller device; receiving , from the controller device, a device identifier that identifies the accessory device; maintaining, by the accessory device, a counter value; identifying , by the accessory device, a status notification associated with the characteristic of the accessory device; determining , by the accessory device, to provide the status notification of associated with the characteristic of the accessory device based at least in part on the information that identifies the characteristic; generating , by the accessory device, a broadcast notification that includes the device identifier, the counter value, and the status information of the accessory device, wherein the broadcast notification is encrypted using the broadcast key; transmitting , by the accessory device, the broadcast notification to the controller device according to a time threshold; and incrementing , by the accessory device, the counter value. receiving , at an accessory device , information that identifies a characteristic of the accessory device about which to report status information to a controller device ; generating a broadcast key based at least in part on an accessory security protocol that matches a controller security protocol of the controller device; receiving , from the controller device, a device identifier that identifies the accessory device; maintaining, by the accessory device, a counter value; identifying , by the accessory device, a status notification associated with the characteristic of the accessory device; determining , by the accessory device, to provide the status notification of associated with the characteristic of the accessory device based at least in part on the information that identifies the characteristic; generating , by the accessory device, a broadcast notification that includes the device identifier, the counter value, and the status information of the accessory device, wherein the broadcast notification is encrypted using the broadcast key; transmitting , by the accessory device, the broadcast notification to the controller device according to a time threshold; and incrementing , by the accessory device, the counter value.
A method of generating panorama images of an environment using a manually operated mobile mapping device comprising at least two cameras mounted in close proximity to one another on the device; the method comprising: taking images with the cameras simultaneously or consecutively, wherein the cameras comprise fields of view forming a blind spot for accommodating an operator of the device; using a simultaneous localization and mapping (SLAM) algorithm to allow for positioning of the mobile mapping device in the environment; location-tagging and storing the images in a database; registering all images to one another dependent on a location; generating 3D geometry data by determining corresponding pixels of the images generated by at least one of the cameras; and using the 3D geometry data associated with the environment to adjust parallax errors in the panorama images. taking images with the cameras simultaneously or consecutively, wherein the cameras comprise fields of view forming a blind spot for accommodating an operator of the device; using a simultaneous localization and mapping (SLAM) algorithm to allow for positioning of the mobile mapping device in the environment; location-tagging and storing the images in a database; registering all images to one another dependent on a location; generating 3D geometry data by determining corresponding pixels of the images generated by at least one of the cameras; and using the 3D geometry data associated with the environment to adjust parallax errors in the panorama images.
A transformer comprising: - a first iron core having a plurality of legs arranged spaced apart from each other; - a plurality of coil groups (G1, G2) wound around the plurality of legs , respectively, each of the coil groups (G1, G2) including - a high-voltage side coil receiving a single-phase alternating-current (AC) power being common among said coil groups, and - a low-voltage side coil magnetically coupled to the high-voltage side coil , the high-voltage side coil and the low-voltage side coil being stacked in a direction in which a corresponding leg extends; and - a second iron core provided between two coil groups of the plurality of coil groups (G1, G2) adjacent to each other, wherein the low-voltage side coils in each of the coil groups (G1, G2) are configured to be coupled to different motors, and wherein the first iron core has at least three openings (W1, W2, W3), wherein the plurality of legs each are provided between two corresponding openings of the at least three openings (W1, W2, W3) adjacent to each other, and the low-voltage side coil and the high-voltage side coil are wound around the corresponding leg through each of the two corresponding openings (W1, W2, W3) on both sides of said the corresponding leg . - a first iron core having a plurality of legs arranged spaced apart from each other; - a plurality of coil groups (G1, G2) wound around the plurality of legs , respectively, each of the coil groups (G1, G2) including - a high-voltage side coil receiving a single-phase alternating-current (AC) power being common among said coil groups, and - a low-voltage side coil magnetically coupled to the high-voltage side coil , the high-voltage side coil and the low-voltage side coil being stacked in a direction in which a corresponding leg extends; and - a second iron core provided between two coil groups of the plurality of coil groups (G1, G2) adjacent to each other,
A container of flexible material comprising: a body extending from a base , wherein the body defines an interior space configured to contain one or more objects; wherein the body is configurable between an extended configuration and a folded configuration; wherein the body includes a front opening, which includes an elongate closure member extending from a point proximate an uppermost edge of the body in the extended configuration to a point proximate the base , wherein the closure member bridges two side portions of the body such that when the closure member is at least partially open the two side portions are displaceable relative to each other, towards a rear wall , to provide access to inside the body ; wherein the uppermost edge of the body , in the extended configuration, includes a fastener operable to shorten the container by folding the uppermost edge over the body and securing the uppermost edge , via the fastener , to a front-mounted element located near the base ; and characterised in that a base portion of the rear wall includes at least one external strap , where the at least one strap extends substantially vertically relative to the base , wherein the at least one strap is secured at least at two points, thereby defining a void between the strap and the base portion of the rear wall . a body extending from a base , wherein the body defines an interior space configured to contain one or more objects; wherein the body is configurable between an extended configuration and a folded configuration; wherein the body includes a front opening, which includes an elongate closure member extending from a point proximate an uppermost edge of the body in the extended configuration to a point proximate the base , wherein the closure member bridges two side portions of the body such that when the closure member is at least partially open the two side portions are displaceable relative to each other, towards a rear wall , to provide access to inside the body ; wherein the uppermost edge of the body , in the extended configuration, includes a fastener operable to shorten the container by folding the uppermost edge over the body and securing the uppermost edge , via the fastener , to a front-mounted element located near the base ; and characterised in that a base portion of the rear wall includes at least one external strap , where the at least one strap extends substantially vertically relative to the base , wherein the at least one strap is secured at least at two points, thereby defining a void between the strap and the base portion of the rear wall .
A holding comb for detangling matted strands of hair wherein the teeth are designed as double arches; the spreading of the teeth results from their division centrally along the longitudinal axis and bending it open; the teeth are made of each two oppositely arched bows of plastic or metal wire, characterized in that the arched bows are joined at their common tip and at their root; and the double teeth overlap partially with the next one in row. the teeth are designed as double arches; the spreading of the teeth results from their division centrally along the longitudinal axis and bending it open; the teeth are made of each two oppositely arched bows of plastic or metal wire, characterized in that the arched bows are joined at their common tip and at their root; and the double teeth overlap partially with the next one in row.
A seal for a connection between a first housing component and a second housing component of an electrical or electronic device , said connection sealing in accordance with the International Protection (IP) degree of protection and shielding electromagnetically compatible (EMC), comprising - an elastomer-comprising sealing body and - a metallic support that is embedded to some extent in the sealing body , wherein the sealing body and the support are connected to one another in an adhesive and/or form-fitting manner and thus form a material bond, wherein the support comprises a plurality of contact segments (7.1, 7.A), which project out of the sealing body and are configured such that a first boundary surface (21.1) assigned to the first housing component and a second boundary surface (22.2) assigned to the second housing component , between which the seal is pressed in in an installed state, are electrically contacted in a resilient fashion via the contact segments (7.1, 7.A). - an elastomer-comprising sealing body and - a metallic support that is embedded to some extent in the sealing body ,
A method of wireless communication by a base station comprising: identifying a downlink control information, DCI, including a field indicating a repetition number of a subframe including the DCI, wherein the subframe includes an enhanced physical downlink control channel, EPDCCH, through which the DCI is transmitted; and transmitting, to a user equipment, UE, the DCI including the field indicating the repetition number of subframes, wherein the DCI is transmitted in each of the subframes, mapped to available resource elements in the subframes over the repetition number of subframes. identifying a downlink control information, DCI, including a field indicating a repetition number of a subframe including the DCI, wherein the subframe includes an enhanced physical downlink control channel, EPDCCH, through which the DCI is transmitted; and transmitting, to a user equipment, UE, the DCI including the field indicating the repetition number of subframes, wherein the DCI is transmitted in each of the subframes, mapped to available resource elements in the subframes over the repetition number of subframes.
A system for controlling blood flow through a vein comprising: (a) a clip sized and configured for compressing a region of the vein when positioned therethrough to reduce blood flow through the vein; and (b) a delivery device for penetrating tissue overlying a vein and delivering said clip through said walls of the vein, the clip being in the shape of a coil or spring having an elongated configuration and a foreshortened deployed configuration for compressing a vein; and the delivery device comprising a tissue-penetrating element, wherein the tissue-penetrating element is a delivery needle or cannula , characterized in that the delivery device further comprises an over tube over the tissue-penetrating element and an inner tube in the tissue-penetrating element, wherein the clip is tightly wrapped over the tissue-penetrating element with the over tube holding the proximal end of the clip and the inner tube holding the distal end of the clip ; wherein the delivery device is insertable through the vein to position one or more coils of the clip underneath the vein and one or more coils of the clip over the vein; wherein the inner tube is movable distally to unlock the distal end of the clip to anchor one or more coils of the clip underneath the vein and the outer tube is rotatable to release the proximal end of the clip after the distal end of the clip is anchored underneath the vein; and wherein the clip is configured to elastically recoil after release to form upper and lower flanges approximating the walls of the vein. (a) a clip sized and configured for compressing a region of the vein when positioned therethrough to reduce blood flow through the vein; and (b) a delivery device for penetrating tissue overlying a vein and delivering said clip through said walls of the vein, the clip being in the shape of a coil or spring having an elongated configuration and a foreshortened deployed configuration for compressing a vein; and the delivery device comprising a tissue-penetrating element, wherein the tissue-penetrating element is a delivery needle or cannula , characterized in that the delivery device further comprises an over tube over the tissue-penetrating element and an inner tube in the tissue-penetrating element, wherein the clip is tightly wrapped over the tissue-penetrating element with the over tube holding the proximal end of the clip and the inner tube holding the distal end of the clip ; wherein the delivery device is insertable through the vein to position one or more coils of the clip underneath the vein and one or more coils of the clip over the vein; wherein the inner tube is movable distally to unlock the distal end of the clip to anchor one or more coils of the clip underneath the vein and the outer tube is rotatable to release the proximal end of the clip after the distal end of the clip is anchored underneath the vein; and wherein the clip is configured to elastically recoil after release to form upper and lower flanges approximating the walls of the vein.
A method for providing a multimedia broadcast/multicast service, MBMS, services in a mobile communication system, the mobile communication system including a Node B capable of communicating with a user equipment, UE , in a cell occupied by the Node B, and a radio network controller, RNC , for controlling communication of the Node B and the UE, a serving general packet radio service, GPRS, support node, SGSN , for managing the RNC and the UE to provide a packet switched, PS, service and a circuit switched, CS, service to the UE, the method comprising: transmitting , by the UE to the RNC, a connection setup message for the CS service of the UE, the connection setup message comprising an MBMS service activation indicator to inform that the UE has joined at least one MBMS service, wherein the UE is in a packet mobility management-Idle, PMM-Idle, state, and wherein the connection setup message is transmitted for a RRC connection setup procedure between the UE and the RNC; and receiving MBMS service by the UE through the RNC, wherein the RNC adds information on the UE to an MBMS service context according to a list of at least one MBMS service that the UE has joined, the list being included in an service list response message received by the RNC from the SGSN, in response to a service list request message, containing an identity of the UE, and transmitted by the RNC to the SGSN. transmitting , by the UE to the RNC, a connection setup message for the CS service of the UE, the connection setup message comprising an MBMS service activation indicator to inform that the UE has joined at least one MBMS service, wherein the UE is in a packet mobility management-Idle, PMM-Idle, state, and wherein the connection setup message is transmitted for a RRC connection setup procedure between the UE and the RNC; and receiving MBMS service by the UE through the RNC, wherein the RNC adds information on the UE to an MBMS service context according to a list of at least one MBMS service that the UE has joined, the list being included in an service list response message received by the RNC from the SGSN, in response to a service list request message, containing an identity of the UE, and transmitted by the RNC to the SGSN.
A method of limiting a current drawn by two or more meter assemblies , the method comprising: driving a first meter assembly with a first drive signal ; comparing one or more operating parameters of the first meter assembly to an operating threshold; and driving a second meter assembly with a second drive signal based on the comparison to prevent a current drawn by the first meter assembly and the second meter assembly from exceeding a current threshold. driving a first meter assembly with a first drive signal ; comparing one or more operating parameters of the first meter assembly to an operating threshold; and driving a second meter assembly with a second drive signal based on the comparison to prevent a current drawn by the first meter assembly and the second meter assembly from exceeding a current threshold.
Warning device for a mining control module, comprising: a housing , configured to be coupled with an opening provided at an outer surface of the control module, said housing defining an inner cavity , an alarm module arranged in said cavity and configured to be releasably coupled to an inner control unit of the control module via said opening for receiving a control signal, wherein the housing comprises an essentially cylindrically-shaped first portion intersecting with a second portion of the housing , said first portion extending along a longitudinal axis of the warning device and configured to extend at least in part through the opening, and said second portion extending in a radial direction relative to the longitudinal axis and configured to extend over the outer surface of the control module so as to cover the opening, when the device is coupled to the control module, wherein the device comprises a fixation means arranged on the second portion and configured to releasably engage the outer surface of the control module so as to secure the device to the control module. a housing , configured to be coupled with an opening provided at an outer surface of the control module, said housing defining an inner cavity , an alarm module arranged in said cavity and configured to be releasably coupled to an inner control unit of the control module via said opening for receiving a control signal, wherein the housing comprises an essentially cylindrically-shaped first portion intersecting with a second portion of the housing , said first portion extending along a longitudinal axis of the warning device and configured to extend at least in part through the opening, and said second portion extending in a radial direction relative to the longitudinal axis and configured to extend over the outer surface of the control module so as to cover the opening, when the device is coupled to the control module, wherein the device comprises a fixation means arranged on the second portion and configured to releasably engage the outer surface of the control module so as to secure the device to the control module.