mhurhangee/ep-ind-claims huggingface dataset:
An anti-vibration device comprising: a tubular first attachment member configured to be connected to one of a vibration generating portion and a vibration receiving portion; a second attachment member configured to be connected to another one of the vibration generating portion and the vibration receiving portion; an elastic body connecting the first attachment member and the second attachment member to each other; and a separating member separating a liquid-filled liquid chamber inside the first attachment member into a main liquid chamber and a secondary liquid chamber, the main liquid chamber being partitioned by at least the elastic body and a membrane and being on one side in an axial direction of the anti-vibration device, and the secondary liquid chamber being partitioned by at least a diaphragm and being on the other side in the axial direction, wherein the membrane is held by the separating member, the membrane and the diaphragm are formed integrally, the diaphragm is disposed further on an outer circumferential side than the membrane, the secondary liquid chamber is formed in an annular shape, the membrane is more rigid than the diaphragm by being formed to be thicker than the diaphragm, the diaphragm and the membrane block an open side on the other side in the axial direction of the first attachment member, and the membrane has a surface on the other side in the axial direction, and the diaphragm has a surface on the other side in the axial direction, and each surface is exposed to the outside. a tubular first attachment member configured to be connected to one of a vibration generating portion and a vibration receiving portion; a second attachment member configured to be connected to another one of the vibration generating portion and the vibration receiving portion; an elastic body connecting the first attachment member and the second attachment member to each other; and a separating member separating a liquid-filled liquid chamber inside the first attachment member into a main liquid chamber and a secondary liquid chamber, the main liquid chamber being partitioned by at least the elastic body and a membrane and being on one side in an axial direction of the anti-vibration device, and the secondary liquid chamber being partitioned by at least a diaphragm and being on the other side in the axial direction, wherein the membrane is held by the separating member, the membrane and the diaphragm are formed integrally, the diaphragm is disposed further on an outer circumferential side than the membrane, the secondary liquid chamber is formed in an annular shape, the membrane is more rigid than the diaphragm by being formed to be thicker than the diaphragm, the diaphragm and the membrane block an open side on the other side in the axial direction of the first attachment member, and the membrane has a surface on the other side in the axial direction, and the diaphragm has a surface on the other side in the axial direction, and each surface is exposed to the outside.
A sport ball comprising: a casing that forms at least a portion of an exterior surface of the ball; a bladder located within the casing, the bladder including a pocket that projects toward a center of the sport ball, the pocket defining a cavity; and an electronic device located within the pocket, wherein the pocket includes a neck portion and a container portion, the neck portion forming an opening to the cavity, and the container portion forming the cavity, wherein a width of the opening is less than a width of the container portion, wherein a width of neck portion is less than the width of the container portion, wherein the pocket is a shaped portion of the bladder, wherein, the electronic device has a first surface oriented to face away from the center of the sport ball and a second surface oriented to face toward the center of the sport ball, and the pocket contacts both of the first surface and the second surface, characterized in that the container portion is configured to extend around the electronic device and to contact and lay against both of the first and second surfaces of the electronic device. a casing that forms at least a portion of an exterior surface of the ball; a bladder located within the casing, the bladder including a pocket that projects toward a center of the sport ball, the pocket defining a cavity; and an electronic device located within the pocket, wherein the pocket includes a neck portion and a container portion, the neck portion forming an opening to the cavity, and the container portion forming the cavity, wherein a width of the opening is less than a width of the container portion, wherein a width of neck portion is less than the width of the container portion, wherein the pocket is a shaped portion of the bladder, wherein, the electronic device has a first surface oriented to face away from the center of the sport ball and a second surface oriented to face toward the center of the sport ball, and a first surface oriented to face away from the center of the sport ball and a second surface oriented to face toward the center of the sport ball, and the pocket contacts both of the first surface and the second surface, characterized in that the container portion is configured to extend around the electronic device and to contact and lay against both of the first and second surfaces of the electronic device.
A method for data retransmission, comprising: receiving control information, by a second terminal device, from a network device; sending first data, by a second terminal device, to a first terminal device through device to device, D2D, communication; receiving feedback information of the first terminal device responsive to the first data, by the second terminal device, wherein the feedback information comprises a negative acknowledgment, NACK, message; sending, by the second terminal device, a resource request message to the network device, according to the feedback information of the first terminal device responsive to the first data, wherein the resource request message is used for requesting a retransmission resource; obtaining the retransmission resource by the second terminal device; and retransmitting the first data, by the second terminal device, to the first terminal device on the retransmission resource through D2D communication, according to the feedback information of the first terminal device responsive to the first data; wherein a resource used for sending the resource request message by the second terminal device to the network device, is indicated by the network device in the control information, and the control information is indicative of a resource used for sending the first data by the second terminal device. receiving control information, by a second terminal device, from a network device; sending first data, by a second terminal device, to a first terminal device through device to device, D2D, communication; receiving feedback information of the first terminal device responsive to the first data, by the second terminal device, wherein the feedback information comprises a negative acknowledgment, NACK, message; sending, by the second terminal device, a resource request message to the network device, according to the feedback information of the first terminal device responsive to the first data, wherein the resource request message is used for requesting a retransmission resource; obtaining the retransmission resource by the second terminal device; and retransmitting the first data, by the second terminal device, to the first terminal device on the retransmission resource through D2D communication, according to the feedback information of the first terminal device responsive to the first data; wherein a resource used for sending the resource request message by the second terminal device to the network device, is indicated by the network device in the control information, and the control information is indicative of a resource used for sending the first data by the second terminal device.
A volatile composition dispenser comprising: a housing comprising a rear frame having a frame opening and a longitudinal axis extending centrally within said opening; a rupturable cartridge placed within said housing; an inner wall extending from the frame opening, wherein the inner wall has a proximal end at a periphery of the opening and a distal end; a push button movably disposed within the frame opening for rupturing the cartridge, wherein the push button includes a button body characterized in that, when pushed, the push button is caused to axially move along and rotate about the longitudinal axis at a rotation angle, β (degrees); a cam guide disposed on the inner wall or the button body; wherein the cam guide is a helical guide rail on the inner wall or the button body; and a protrusion disposed on the other of the inner wall or the button body wherein the protrusion is engaged with the cam guide in response to the axial movement of the button when pushed; the cam guide comprising a first end and a second end; wherein the cam guide forms a cam angle α, wherein α = arctan D1 / D2, wherein: D1 = radial distance of the helical guide rail between the first and second ends; D2 = axial distance of the helical guide rail between the first and second ends; wherein the ratio of the cam angle, α to the button rotation angle, β is 1.3 and the button rotation angle is 30° to 70°. a housing comprising a rear frame having a frame opening and a longitudinal axis extending centrally within said opening; a rupturable cartridge placed within said housing; an inner wall extending from the frame opening, wherein the inner wall has a proximal end at a periphery of the opening and a distal end; a push button movably disposed within the frame opening for rupturing the cartridge, wherein the push button includes a button body characterized in that, when pushed, the push button is caused to axially move along and rotate about the longitudinal axis at a rotation angle, β (degrees); a cam guide disposed on the inner wall or the button body; wherein the cam guide is a helical guide rail on the inner wall or the button body; and a protrusion disposed on the other of the inner wall or the button body wherein the protrusion is engaged with the cam guide in response to the axial movement of the button when pushed; the cam guide comprising a first end and a second end; wherein the cam guide forms a cam angle α, wherein α = arctan D1 / D2, wherein: D1 = radial distance of the helical guide rail between the first and second ends; D2 = axial distance of the helical guide rail between the first and second ends; D1 = radial distance of the helical guide rail between the first and second ends; D2 = axial distance of the helical guide rail between the first and second ends; wherein the ratio of the cam angle, α to the button rotation angle, β is 1.3 and the button rotation angle is 30° to 70°.
A method comprising: receiving, by a user equipment of a cellular communication network, an indication of a monitoring requirement for at least one of an idle mode of operation at the user equipment or a connected mode of operation at the user equipment; receiving, by the user equipment, information for one or more multimedia broadcast multicast service, MBMS, transmissions that are multicast or broadcast; and measuring, by the user equipment, the one or more MBMS, transmissions that are multicast or broadcast, the measuring performed in accordance with the received information, characterized in that the user equipment performs the measuring on a multicast broadcast single-frequency network and without regard to the monitoring requirement for the at least one of the idle mode of operation or the connected mode of operation, wherein only subframes the user equipment is required to decode to receive the MBMS transmissions are used for multicast broadcast single-frequency network measurements, and the measurements are reported to the cellular communication network. receiving, by a user equipment of a cellular communication network, an indication of a monitoring requirement for at least one of an idle mode of operation at the user equipment or a connected mode of operation at the user equipment; receiving, by the user equipment, information for one or more multimedia broadcast multicast service, MBMS, transmissions that are multicast or broadcast; and measuring, by the user equipment, the one or more MBMS, transmissions that are multicast or broadcast, the measuring performed in accordance with the received information, characterized in that the user equipment performs the measuring on a multicast broadcast single-frequency network and without regard to the monitoring requirement for the at least one of the idle mode of operation or the connected mode of operation, wherein only subframes the user equipment is required to decode to receive the MBMS transmissions are used for multicast broadcast single-frequency network measurements, and the measurements are reported to the cellular communication network.
External fan for an extractor device, said fan comprising a fan housing and a ventilator housing received in the fan housing, wherein at least one sound-absorbing member is provided in the fan housing opposite the air discharge in the ventilator housing, wherein the sound-absorbing member is arranged on a housing wall of the fan housing, which is opposite to the air discharge of the ventilator housing, characterised in that the sound-absorbing member projects in a perpendicular manner toward the air discharge in the ventilator housing and covers said outlet completely, that the sound-absorbing member varies in thickness over its surface and that the sound-absorbing member is thickest at a point which corresponds to the centre of the air discharge in the ventilator housing.
A method of analyzing network access requests, comprising: receiving, at a network server an access request for service from a user; updating a frequency of access requests associated with the user, wherein the frequency of access requests corresponds to a frequency of a content of analytic information associated with the user; receiving an analysis result based at least in part on the access request; determining whether the frequency of access requests exceeds a predetermined frequency, wherein the predetermined frequency is associated with the frequency of the content of the analytic information, wherein the predetermined frequency associated with the frequency of the content of the analytic information corresponds to a set of decision principles, and wherein the set of decision principles is adjustable based at least in part on a condition associated with a network service demand at the network server; in the event that the frequency of access requests does not exceed the predetermined frequency, allowing the access request; and in the event that the frequency of access requests is greater than the predetermined frequency, determining whether to intercept the access request from the user based at least in part on the analysis result. receiving, at a network server an access request for service from a user; updating a frequency of access requests associated with the user, wherein the frequency of access requests corresponds to a frequency of a content of analytic information associated with the user; receiving an analysis result based at least in part on the access request; determining whether the frequency of access requests exceeds a predetermined frequency, wherein the predetermined frequency is associated with the frequency of the content of the analytic information, wherein the predetermined frequency associated with the frequency of the content of the analytic information corresponds to a set of decision principles, and wherein the set of decision principles is adjustable based at least in part on a condition associated with a network service demand at the network server; in the event that the frequency of access requests does not exceed the predetermined frequency, allowing the access request; and in the event that the frequency of access requests is greater than the predetermined frequency, determining whether to intercept the access request from the user based at least in part on the analysis result.
A clothes treating apparatus comprising: a cabinet; an inner cabinet; an accommodating space defined in the inner cabinet to accommodate clothes, whereby the inner cabinet is fixed to the cabinet and thus remains stationary; an air supplying device generating drying air and supplying the drying air into the accommodating space such that the drying air is circulated in the accommodating space, wherein the air supplying device includes an inlet provided at a bottom of the accommodating space such that the air in the accommodating space flows into the air supplying device through the inlet; a door installed at the cabinet to open and close an entrance formed at a front of the accommodating space; a filter assembly installed in the inlet, and filtering the air passing through the inlet; and wherein the inlet and the filter assembly are provided on a front portion of the bottom of the accommodating space. a cabinet; an inner cabinet; an accommodating space defined in the inner cabinet to accommodate clothes, whereby the inner cabinet is fixed to the cabinet and thus remains stationary; an air supplying device generating drying air and supplying the drying air into the accommodating space such that the drying air is circulated in the accommodating space, wherein the air supplying device includes an inlet provided at a bottom of the accommodating space such that the air in the accommodating space flows into the air supplying device through the inlet; a door installed at the cabinet to open and close an entrance formed at a front of the accommodating space; a filter assembly installed in the inlet, and filtering the air passing through the inlet; and wherein the inlet and the filter assembly are provided on a front portion of the bottom of the accommodating space.
A heat dissipation element, comprising a heat conductor and a heat dissipation body, wherein the heat conductor is an aluminum-clad ceramic heat conductor; the heat dissipation body is an aluminum silicon carbon heat dissipation body; the aluminum silicon carbon heat dissipation body is provided with at least one groove; and the aluminum-clad ceramic heat conductor is embedded into the groove through aluminizing in an integral forming manner; wherein the aluminum-clad ceramic heat conductor comprises a ceramic insulating plate, and a first aluminum layer and a second aluminum layer that are integrally formed through aluminizing on two opposite surfaces of the ceramic insulating plate, and the first aluminum layer is adjacent to the aluminum silicon carbon heat dissipation body and is bonded to the aluminum silicon carbon heat dissipation body, wherein a thickness of the first aluminum layer is 0.02 to 0.15 mm, a thickness of the ceramic insulating plate is 0.25 to 1 mm, and a thickness of the second aluminum layer is 0.2 to 1.0 mm.
A reader device for short-range wireless tags comprising: one or more RF antennas; a sensing module coupled to the RF antennas and arranged to selectively activate and deactivate one or more of the RF antennas and to read data from a plurality of objects comprising short-range wireless tags which are proximate to an active RF antenna; and a scheduler module arranged to obtain device characteristics for the plurality of objects based at least in part on data read by the sensing module and to generate a powering schedule for the plurality of objects based at least in part on the device characteristics, characterized in that the sensing module is further arranged to implement the powering schedule generated by the scheduler module by communicating at least a part of the powering schedule to the short-range wireless tag in one of the plurality of objects. one or more RF antennas; a sensing module coupled to the RF antennas and arranged to selectively activate and deactivate one or more of the RF antennas and to read data from a plurality of objects comprising short-range wireless tags which are proximate to an active RF antenna; and a scheduler module arranged to obtain device characteristics for the plurality of objects based at least in part on data read by the sensing module and to generate a powering schedule for the plurality of objects based at least in part on the device characteristics, characterized in that the sensing module is further arranged to implement the powering schedule generated by the scheduler module by communicating at least a part of the powering schedule to the short-range wireless tag in one of the plurality of objects.
A method for drying a surface defining at least one well comprising the following steps: providing a drying apparatus comprising a moveable platform connected to a displacement means, an aspiration tube having open first and second ends, the second end of the aspiration tube being connected to the moveable platform, and a vacuum source connected to the second end of the aspiration tube for applying a vacuum through said tube; placing the first end of the aspiration tube in proximity to a center of said at least one well; applying a vacuum through said aspiration tube for removing bulk fluid from said well; moving the aspiration tube from the center of the well to a peripheral edge of said well and then about the periphery of said well for removing the bulk fluid from said well; removing the aspiration tube from said well; moving said aspiration tube so that the first end of the aspiration tube is a predetermined distance from the well; and applying a vacuum through said aspiration tube for removing any residual fluid vapour from said well. providing a drying apparatus comprising a moveable platform connected to a displacement means, an aspiration tube having open first and second ends, the second end of the aspiration tube being connected to the moveable platform, and a vacuum source connected to the second end of the aspiration tube for applying a vacuum through said tube; placing the first end of the aspiration tube in proximity to a center of said at least one well; applying a vacuum through said aspiration tube for removing bulk fluid from said well; moving the aspiration tube from the center of the well to a peripheral edge of said well and then about the periphery of said well for removing the bulk fluid from said well; removing the aspiration tube from said well; moving said aspiration tube so that the first end of the aspiration tube is a predetermined distance from the well; and applying a vacuum through said aspiration tube for removing any residual fluid vapour from said well.