mhurhangee/ep-ind-claims huggingface dataset:
A storage device including an input section (51,52) arranged to accept a transmission instruction, and a transmitting section arranged to transmit content data in units of individual content data on the basis of the transmission instruction accepted by the input section (51,52), wherein between transmission of units of individual content data, a time period in which content data is not being transmitted is generated, the individual content data having a predefined reproduction time, the storage device comprising: a timer unit arranged to count a count time from arbitrary timing after start of operation of the storage device; an operation controller arranged to carry out control to stop the operation of the storage device if detecting that neither the input section (51,52) nor the transmitting section is operating after the counting of the count time by the timer unit, wherein said control comprises execution of shutdown processing of the storage device after a certain time in which the storage device has not been used, characterized in that the storage device comprises a reproduction time detector arranged to obtain the predefined reproduction time of individual content data from a header part of the individual content data or by accessing a database; wherein the operation controller is adapted to set the predefined reproduction time obtained by the reproduction time detector of the individual content data transmitted by the transmitting section as the count time if the transmitting section transmits the individual content data, so that execution of shutdown processing of the storage device in distribution of the content data is prevented. a timer unit arranged to count a count time from arbitrary timing after start of operation of the storage device; an operation controller arranged to carry out control to stop the operation of the storage device if detecting that neither the input section (51,52) nor the transmitting section is operating after the counting of the count time by the timer unit, wherein said control comprises execution of shutdown processing of the storage device after a certain time in which the storage device has not been used, characterized in that the storage device comprises a reproduction time detector arranged to obtain the predefined reproduction time of individual content data from a header part of the individual content data or by accessing a database; wherein the operation controller is adapted to set the predefined reproduction time obtained by the reproduction time detector of the individual content data transmitted by the transmitting section as the count time if the transmitting section transmits the individual content data, so that execution of shutdown processing of the storage device in distribution of the content data is prevented.
A method for transferring a layer, particularly composed of a semiconductor, insulating or metal material, the method comprising the steps of: a) providing a layer secured to an initial substrate with a binding energy E0 between the layer and the initial substrate; b) bonding a front face of the layer on an intermediate substrate according to an intermediate bonding energy Ei; c) detaching the initial substrate from the layer to expose a rear face of the layer; e) bonding a rear face to a final substrate according to a final bonding energy Ef; and f) detaching the intermediate substrate from the layer for transferring the layer onto the final substrate; the step b) comprising a step of forming siloxane bonds Si-O-Si, the step c) being carried out under a first anhydrous atmosphere and the step f) being carried out under a second humid atmosphere so that the intermediate bonding energy Ei takes a first value Ei1 at step c) and a second value Ei2 at step f), with Ei1 > E0 and Ei2 < Ef and with Ei1 > Ei2. a) providing a layer secured to an initial substrate with a binding energy E0 between the layer and the initial substrate; b) bonding a front face of the layer on an intermediate substrate according to an intermediate bonding energy Ei; c) detaching the initial substrate from the layer to expose a rear face of the layer; e) bonding a rear face to a final substrate according to a final bonding energy Ef; and f) detaching the intermediate substrate from the layer for transferring the layer onto the final substrate;
A liposome having a lipid ingredient and encapsulating a therapeutic agent, having a mass ratio of said therapeutic agent to lipid of about 1:5 to 1:8, wherein the lipid ingredient comprises DSPC, DSPG and cholesterol in a molar ratio of about 3:1:2, and said liposome has compressibility less than 0.70 ml/g
An automotive vehicle in which a motor (30; 130) for traveling, a battery configured to supply electric power to the motor, and a charging system configured to charge the battery, are installed, wherein the charging system comprises a charger configured to charge the battery using electric power from an external power supply, an electronic control unit, ECU, and a connector for connecting to the external power supply, the connector comprising a connection switch mounted thereon, the automotive vehicle further comprising: a main control unit configured to: perform control for stopping traveling when the connector is connected to the external power supply; detect an abnormality in the charging system; determine whether the detected abnormality is a first abnormality or a second abnormality, wherein the first abnormality is one from the group comprising: a malfunction of the connector, a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; immediately inform occurrence of the abnormality, on a condition that the detected abnormality is the first abnormality by displaying a message on a display; and inform occurrence of the abnormality when a next trip is started, on a condition that the abnormality is the second abnormality by displaying a message on the display. perform control for stopping traveling when the connector is connected to the external power supply; detect an abnormality in the charging system; determine whether the detected abnormality is a first abnormality or a second abnormality, wherein the first abnormality is one from the group comprising: a malfunction of the connector, a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; wherein the first abnormality is one from the group comprising: a malfunction of the connector, a malfunction of the connection switch and an abnormality in communications with the ECU, and wherein the second abnormality is a malfunction of the charger; immediately inform occurrence of the abnormality, on a condition that the detected abnormality is the first abnormality by displaying a message on a display; and inform occurrence of the abnormality when a next trip is started, on a condition that the abnormality is the second abnormality by displaying a message on the display.
Sway damping device for vehicle trailers attachable to a trailer coupling having a ball neck and a coupling ball, comprising a device base on the trailer coupling, said base comprising a mounting device with a ball neck receptacle, wherein the ball neck receptacle is designed such that a ball neck accommodated and fixed in it is located in a longitudinal central plane of the device base on the trailer coupling and the device base on the trailer coupling extends and stretches transversely to the longitudinal central plane, joint units (64, 66) fixed to the coupling and held on both sides of the longitudinal central plane on the device base on the trailer coupling, said units connecting the device base on the trailer coupling to damper units (72, 74) arranged on both sides of the longitudinal central plane and extending away from the device base on the trailer coupling contrary to a forward driving direction, said device base being connected, for its part, to a traction coupling carrier of the vehicle trailer via a device base on the trailer, wherein the device base on the trailer coupling is provided with a mounting device designed such that in a mounting position it is able to fix the ball neck in a form-locking manner by way of interaction with positioning members (152, 154) thereof arranged on the ball neck symmetrically to a longitudinal central plane thereof, said positioning members extending away from the ball neck transversely to the longitudinal central plane thereof, in such a manner that the device base is held stationarily on the ball neck in a direction transverse to the central axis of the coupling ball and the ball attachment, wherein the mounting device is transferrable from the mounting position into a dismounting position, the form-locking fixing of the mounting device on the ball neck being released in said dismounting position, and vice versa, and wherein the mounting device comprises two retaining members (182, 184), wherein the retaining members (182, 184) are held on the device base on the trailer coupling, characterized in that in the mounting position of the mounting device the two retaining members (182, 184) engage in a form-locking manner on the positioning members (152, 154) with their retaining receptacles (186, 188), that the positioning members (152, 154) of the ball neck engage in the retaining receptacles (186, 188) when the mounting device is fixed on the ball neck in a form-locking manner, that the retaining receptacles (186, 188) engage around the positioning members (152, 154) in such a manner that the retaining receptacles (186, 188) are secured on the positioning members (152, 154) against movement in a plane running parallel to the longitudinal central plane of the device base on the trailer coupling, and that the retaining members (182, 184) are movable relative to one another during transition from the mounting position into the dismounting position or vice versa.
A multilayer microporous membrane comprising: i. a first layer comprising ≤ 20.0 wt% polymethylpentene, ≥ 60.0 wt.% of a first polyethylene and ≥ 15.0 wt.% of a second polyethylene based on the weight of the first layer; ii. a second layer comprising 9.0 wt% to 30.0 wt% polymethylpentene and 10.0 to 35.0 wt.% polypropylene based on the weight of the second layer; and iii. a third layer, the second layer being located between the first and third layers, the second layer having a composition that is not the same as that of the first layer and the second layer having a thickness ≤ 1.0 times that of the first layer; the third layer having the same composition and thickness as the first layer; the first polyethylene having an Mw in the range of from 1.0 x 10 5 to 0.90 x 10 6, an MWD in the range of from 2.0 to 50.0, and a terminal unsaturation amount < 0.20 per 1.0 x 10 4 carbon atoms; the second polyethylene having an Mw in the range of from 1.0 x 10 6 to 5.0 x 10 6 and an MWD in the range of from 1.2 to 50.0; the polymethylpentene having a Tm in the range of from 220.0°C to 230.0°C and an MFR in the range of from 10.0 dg/min to 40.0 dg/min; the polypropylene having an Mw in the range of from 0.8 x 10 6 to 2.0 x 10 6, a Tm ≥ 160.0°C, a ΔHm ≥ 90.0 J/g, and an MWD in the range of from 2.5 to 6.0; and wherein the membrane has a meltdown temperature ≥ 175.0°C and an NEA ≤ 4.0 seconds/μm. i. a first layer comprising ≤ 20.0 wt% polymethylpentene, ≥ 60.0 wt.% of a first polyethylene and ≥ 15.0 wt.% of a second polyethylene based on the weight of the first layer; ii. a second layer comprising 9.0 wt% to 30.0 wt% polymethylpentene and 10.0 to 35.0 wt.% polypropylene based on the weight of the second layer; and iii. a third layer, the second layer being located between the first and third layers,
Outlet chute for securing an inspection opening of a sanitary built-in tank, - having a mounting portion in which, to mount the outlet chute on a threaded collar of the associated tank opening, a hole has been introduced, and - having an outlet portion for draining a liquid emerging from the built-in tank, wherein the outlet portion is fixedly angled or able to be flexibly angled with respect to the mounting portion. - having a mounting portion in which, to mount the outlet chute on a threaded collar of the associated tank opening, a hole has been introduced, and - having an outlet portion for draining a liquid emerging from the built-in tank, wherein the outlet portion is fixedly angled or able to be flexibly angled with respect to the mounting portion.
A composition comprising a therapeutically effective amount of Fexapotide Triflutate for use in a method of reducing multifocal cancer incidence, reducing multifocal cancer grade, and reducing multifocal cancer progression in the entire prostate in a mammal having low grade unifocal prostate cancer, wherein the method comprises: identifying a mammal having a unifocal cancer tumor; administering to the unifocal cancer the composition, wherein the composition is administered by injection directly to the unifocal cancer tumor. identifying a mammal having a unifocal cancer tumor; administering to the unifocal cancer the composition, wherein the composition is administered by injection directly to the unifocal cancer tumor.
A vascular filter comprising: capture members for capturing thrombus passing through a blood vessel, wherein the capture members are movable from a capturing configuration to an open configuration, in the capturing configuration the capture members being configured to capture thrombus passing through a blood vessel, in the open configuration the capture members being configured to facilitate unrestricted blood flow; support members (3, 4, 5) for supporting the capture members relative to a wall of the blood vessel, and being movable between a delivery configuration and a deployed configuration; and wherein the support members comprise a proximal hoop in a wave pattern, a distal hoop in a wave pattern, and struts extending longitudinally along the wall of a blood vessel interconnecting the proximal and distal hoops; wherein the proximal and distal hoops each comprises a plurality of connector elements (4, 10), each connector element connecting a peak of the wave pattern to an adjacent peak of the wave pattern; wherein the capture members are connected to the support member at or adjacent to a distal peak of the proximal hoop; characterized in that, the proximal hoop comprises eight or less proximal peaks and eight or less distal peaks, and the distal hoop comprises eight or less proximal peaks and eight or less distal peaks. capture members for capturing thrombus passing through a blood vessel, wherein the capture members are movable from a capturing configuration to an open configuration, in the capturing configuration the capture members being configured to capture thrombus passing through a blood vessel, in the open configuration the capture members being configured to facilitate unrestricted blood flow; support members (3, 4, 5) for supporting the capture members relative to a wall of the blood vessel, and being movable between a delivery configuration and a deployed configuration; and wherein the support members comprise a proximal hoop in a wave pattern, a distal hoop in a wave pattern, and struts extending longitudinally along the wall of a blood vessel interconnecting the proximal and distal hoops; wherein the proximal and distal hoops each comprises a plurality of connector elements (4, 10), each connector element connecting a peak of the wave pattern to an adjacent peak of the wave pattern; wherein the capture members are connected to the support member at or adjacent to a distal peak of the proximal hoop; characterized in that, the proximal hoop comprises eight or less proximal peaks and eight or less distal peaks, and the distal hoop comprises eight or less proximal peaks and eight or less distal peaks.
An intervertebral implant frame (26,426,526,626) comprising: a support member (34, 434, 534,634) that defines an inner surface and at least two fixation element receiving apertures, that are each configured to receive a respective bone fixation element for attaching the frame to superior and inferior vertebral bodies when the intervertebral implant frame is disposed in an intervertebral space defined by the superior and inferior vertebral bodies, a first flexible arm (38,438,538,638) that extends from the support member and defines a first inner spacer contacting surface, and a second flexible arm (42,442,542,642) that extends from the support member and defines a second inner spacer contacting surface that is spaced from the first inner spacer contacting surface, the inner surface of the support member and the first and second inner spacer contacting surfaces at least partially defining a void configured to receive a spacer body, characterised in that the first and second flexible arms include respective first and second engagement members (170,262,454,476,554,584) that are configured to receive respective first and second expansion forces from an expansion instrument (210,428,528) prior to insertion of the spacer body into the void, such that at least one of the first and second flexible arms elastically flexes with respect to the other of the first and second arms in response to the expansion force. a support member (34, 434, 534,634) that defines an inner surface and at least two fixation element receiving apertures, that are each configured to receive a respective bone fixation element for attaching the frame to superior and inferior vertebral bodies when the intervertebral implant frame is disposed in an intervertebral space defined by the superior and inferior vertebral bodies, a first flexible arm (38,438,538,638) that extends from the support member and defines a first inner spacer contacting surface, and a second flexible arm (42,442,542,642) that extends from the support member and defines a second inner spacer contacting surface that is spaced from the first inner spacer contacting surface, the inner surface of the support member and the first and second inner spacer contacting surfaces at least partially defining a void configured to receive a spacer body, characterised in that the first and second flexible arms include respective first and second engagement members (170,262,454,476,554,584) that are configured to receive respective first and second expansion forces from an expansion instrument (210,428,528) prior to insertion of the spacer body into the void, such that at least one of the first and second flexible arms elastically flexes with respect to the other of the first and second arms in response to the expansion force.
A flat iron hair styling apparatus comprising: first and second arms (103a, 103b) each having opposite ends and an imaginary axis extending between the opposite ends, the first and second arms (103a, 103b) pivotably secured to one another for selective, pivotal movement toward one another to configure the hair styling apparatus in a closed position; a heating member on the first arm; the heating member has a hair-heating surface in generally opposing relationship with the second arm for applying heat to hair between the first and second arms (103a, 103b) in the closed position of the hair styling apparatus, the hair-heating surface having a lateral edge; and wherein the apparatus further comprises: a curling component proximate to the hair-heating surface and operatively connected to the first arm, the curling component having a curling edge selectively movable laterally with respect to the hair-heating surface to configure the curling component between a retracted configuration, in which the curling edge is spaced a retracted lateral distance from the lateral edge of the hair-heating surface, and an extended configuration, in which the curling edge is spaced an extended lateral distance, greater than the retracted lateral distance, from the lateral edge of the hair-heating surface. first and second arms (103a, 103b) each having opposite ends and an imaginary axis extending between the opposite ends, the first and second arms (103a, 103b) pivotably secured to one another for selective, pivotal movement toward one another to configure the hair styling apparatus in a closed position; a heating member on the first arm; the heating member has a hair-heating surface in generally opposing relationship with the second arm for applying heat to hair between the first and second arms (103a, 103b) in the closed position of the hair styling apparatus, the hair-heating surface having a lateral edge; and wherein the apparatus further comprises: a curling component proximate to the hair-heating surface and operatively connected to the first arm, the curling component having a curling edge selectively movable laterally with respect to the hair-heating surface to configure the curling component between a retracted configuration, in which the curling edge is spaced a retracted lateral distance from the lateral edge of the hair-heating surface, and an extended configuration, in which the curling edge is spaced an extended lateral distance, greater than the retracted lateral distance, from the lateral edge of the hair-heating surface. a curling component proximate to the hair-heating surface and operatively connected to the first arm, the curling component having a curling edge selectively movable laterally with respect to the hair-heating surface to configure the curling component between a retracted configuration, in which the curling edge is spaced a retracted lateral distance from the lateral edge of the hair-heating surface, and an extended configuration, in which the curling edge is spaced an extended lateral distance, greater than the retracted lateral distance, from the lateral edge of the hair-heating surface.
An assembly for adjusting the height of a door on a transit vehicle comprising: a bearing comprising an inner race and an outer race, a support member for positioning the bearing adjacent a door opening, the support member supporting the bearing, a door shaft journaled in the bearing for supporting a door arm, said door shaft hung below the bearing and having exterior threads above the bearing, a nut supported axially by the bearing, said nut having at least one surface bearing on the inner race, the outer race or a combination of these two races of the bearing, and said nut being threaded onto the exterior threads of the door shaft, wherein rotation of the nut relative to the door shaft raises or lowers the door shaft and wherein said nut is positioned above the bearing and the support member. a bearing comprising an inner race and an outer race, a support member for positioning the bearing adjacent a door opening, the support member supporting the bearing, a door shaft journaled in the bearing for supporting a door arm, said door shaft hung below the bearing and having exterior threads above the bearing, a nut supported axially by the bearing, said nut having at least one surface bearing on the inner race, the outer race or a combination of these two races of the bearing, and said nut being threaded onto the exterior threads of the door shaft, wherein rotation of the nut relative to the door shaft raises or lowers the door shaft and wherein said nut is positioned above the bearing and the support member.