mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for transforming plastic preforms into plastic containers having at least one transforming station which has a blow molding device, within which the plastic preforms are transformable into the plastic containers by being acted upon with a flowable medium, having an application device which applies the flowable medium to the plastic preforms and having a stretching device which has a rod-like body which is able to be introduced into the plastic preforms, in order to stretch the plastic preforms at least temporarily during their transforming process in the longitudinal direction thereof, wherein the stretching device has a drive device for moving the rod-like body as well as a control device for controlling the drive device and wherein the apparatus has a valve arrangement which controls the application of the plastic preforms with a flowable medium, wherein this valve arrangement enables the application of the plastic preforms with at least two different pressure levels (p1, p2) and this valve arrangement has at least one proportional valve, characterized in that the control device controls the drive device as a function of a valve position of the proportional valve and/or the valve arrangement enables a recycling of the flowable medium, wherein this recycling of the flowable medium takes place by using the proportional valve.
A tampon applicator, comprising: a tampon having a length; a barrel extending lengthwise between a plunger end and an insertion end, the barrel including a grip region, a transition region, a main body region, a plurality of petals, and an interior cavity, wherein the transition region is disposed between the main body region and the grip region, and the petals are disposed between the insertion end and the main body region; and a telescoping two-piece plunger that includes an outer sleeve and an inner sleeve, with the inner sleeve having a stem portion with a length and a digit portion; wherein in a non-deployed configuration of the plunger substantially all of the outer sleeve is disposed inside the barrel and substantially all of the inner sleeve is disposed within the outer sleeve; wherein the plunger has a connection mechanism permitting a deployed configuration of the plunger in which the inner sleeve and outer sleeves are combined into a unitary member: wherein in the deployed configuration the plunger is selectively movable in a lengthwise direction relative to the barrel a full stroke travel, which full stroke travel is substantially equal to the length of the stem portion of the inner sleeve; and wherein the length of the stem portion is substantially equal to the length of the tampon. a tampon having a length; a barrel extending lengthwise between a plunger end and an insertion end, the barrel including a grip region, a transition region, a main body region, a plurality of petals, and an interior cavity, wherein the transition region is disposed between the main body region and the grip region, and the petals are disposed between the insertion end and the main body region; and a telescoping two-piece plunger that includes an outer sleeve and an inner sleeve, with the inner sleeve having a stem portion with a length and a digit portion; wherein in a non-deployed configuration of the plunger substantially all of the outer sleeve is disposed inside the barrel and substantially all of the inner sleeve is disposed within the outer sleeve; wherein the plunger has a connection mechanism permitting a deployed configuration of the plunger in which the inner sleeve and outer sleeves are combined into a unitary member: wherein in the deployed configuration the plunger is selectively movable in a lengthwise direction relative to the barrel a full stroke travel, which full stroke travel is substantially equal to the length of the stem portion of the inner sleeve; and wherein the length of the stem portion is substantially equal to the length of the tampon. wherein in the deployed configuration the plunger is selectively movable in a lengthwise direction relative to the barrel a full stroke travel, which full stroke travel is substantially equal to the length of the stem portion of the inner sleeve; and wherein the length of the stem portion is substantially equal to the length of the tampon.
A cleaning arrangement for a nozzle of a vacuum cleaner, the cleaning arrangement comprising: a socket for receiving the vacuum cleaner nozzle; and at least one cleaning member arranged in the socket for removing articles entangled to a rotatable member of the vacuum cleaner nozzle during rotation of the rotatable member, characterized in that the cleaning arrangement further comprising a pivot mechanism arranged to pivotally move the cleaning member between a resting position in which the cleaning member is lowered into the socket and a cleaning position in which the cleaning member is raised from the socket to cooperate with the rotatable member of the vacuum cleaner to remove the entangled articles. a socket for receiving the vacuum cleaner nozzle; and at least one cleaning member arranged in the socket for removing articles entangled to a rotatable member of the vacuum cleaner nozzle during rotation of the rotatable member, characterized in that the cleaning arrangement further comprising a pivot mechanism arranged to pivotally move the cleaning member between a resting position in which the cleaning member is lowered into the socket and a cleaning position in which the cleaning member is raised from the socket to cooperate with the rotatable member of the vacuum cleaner to remove the entangled articles.
A device for retrieving a vascular filter having a plurality of struts from a body of a patient, comprising: a catheter defining a lumen; a loop deployable from and retractable into said lumen; and a strut engaging member (600,800,900,1000,1106,1206) coupled to said loop and defining first and second strut receiving recesses (606,806,1006) each arranged to receive at least one strut of the vascular filter; wherein said strut receiving recesses are defined by a plurality of elongate outward protrusions (604,804,904) on said strut engaging member. a catheter defining a lumen; a loop deployable from and retractable into said lumen; and a strut engaging member (600,800,900,1000,1106,1206) coupled to said loop and defining first and second strut receiving recesses (606,806,1006) each arranged to receive at least one strut of the vascular filter; wherein said strut receiving recesses are defined by a plurality of elongate outward protrusions (604,804,904) on said strut engaging member.
A glass sleeve assembly for a portable electronic device (50, 52, 70) comprising: a glass sleeve extending longitudinally from a first opening defined by a first rim to a second opening defined by a second rim, the glass sleeve having an internal surface; a first end cap (30, 31) positioned adjacent to the first opening and having at least a portion extending longitudinally beyond the first rim; a second end cap (32, 33) positioned adjacent to the second opening and having at least a portion extending longitudinally beyond the second rim; and a frame for holding a portable electronic device (50, 52, 70) within the glass sleeve, the frame comprising first and second ends and a central portion between the first and second ends, the central portion located within the glass sleeve, with the first end connected to the first end cap (30, 31) and the second end connected to the second end cap (32, 33); and characterised in that the glass sleeve assembly further comprises a first shock absorbing interlayer (40, 42, 60) mounted to the first end cap (30, 31) and the glass sleeve; and in that the frame and the first end cap (30, 31) combine to provide a rigid frame structure to which the glass sleeve is attached via the first shock absorbing interlayer (40, 42, 60). a glass sleeve extending longitudinally from a first opening defined by a first rim to a second opening defined by a second rim, the glass sleeve having an internal surface; a first end cap (30, 31) positioned adjacent to the first opening and having at least a portion extending longitudinally beyond the first rim; a second end cap (32, 33) positioned adjacent to the second opening and having at least a portion extending longitudinally beyond the second rim; and a frame for holding a portable electronic device (50, 52, 70) within the glass sleeve, the frame comprising first and second ends and a central portion between the first and second ends, the central portion located within the glass sleeve, with the first end connected to the first end cap (30, 31) and the second end connected to the second end cap (32, 33); and characterised in that the glass sleeve assembly further comprises a first shock absorbing interlayer (40, 42, 60) mounted to the first end cap (30, 31) and the glass sleeve; and in that the frame and the first end cap (30, 31) combine to provide a rigid frame structure to which the glass sleeve is attached via the first shock absorbing interlayer (40, 42, 60).
Device for monitoring a voltage supply for a vehicle system having at least one comparator apparatus (14, 24) which compares an output voltage (Uist) of the voltage supply and/or a voltage (Uist1, Uist2, UTest) derived therefrom as a first input signal with a specified threshold value signal (URef1, URef2) as a second input voltage and outputs a corresponding comparison signal (V1, V2), and a reset apparatus which generates, in accordance with the at least one comparison signal (V1, V2), at least one reset signal (reset, not-reset) which is suitable for placing all the supplied active system modules of the vehicle system in a safe off state, characterized in that a self-diagnostic function is implemented in a control unit of the vehicle system or distributed in individual voltage supplies, wherein the self-diagnostic function evaluates a logic state of the comparison signal (V1, V2), which is output by the at least one comparator apparatus (14, 24), in accordance with an input signal (Uist, Uist1, Uist2, UTest) and checks whether a reset signal (reset, not-reset) which corresponds to the comparison signal (V1, V2) which is output can be generated, wherein the self-diagnostic function detects a malfunction of the comparator apparatus (14, 24) if the evaluated logic state of the comparison signal (V1, V2) does not correspond to an expected logic state, and wherein the self-diagnostic function detects a malfunction of the reset apparatus if the checked logic state of the reset signal (reset, not-reset) does not correspond to an expected logic state.
Telescopic rod comprising at least two telescopic elements (2, 3, 4) which in an inoperative position are arranged one inside the other and can be transferred into an extended position by means of a push chain arranged in the interior of the telescopic elements, with guide rolls (6; 22) being provided on the push chain, characterized in that on the inside of the wall of each telescopic element (2, 3, 4), mutually opposing support and/or guide elements (7, 8, 9, 7', 8', 9'; 23, 24, 25, 23', 24', 25') are provided, which jointly guide the guide rolls (6; 22) of the push chain from two sides over the whole extension length of the telescopic rod.
A method for charging a mobile electronic device, the mobile electronic device comprising a rechargeable power source, a central processing unit - CPU -, a USB interface and a charger interface coupled to the rechargeable power source and the CPU, the charger interface comprising a battery charger circuitry, a timing circuitry and a RS flip flop, wherein the CPU receives power from at least one of the rechargeable power source and the charger interface; the battery charger circuitry receives power input from the USB interface and generates power output to the rechargeable power source and the CPU; and the RS flip flop enables and disables the power output from the battery charger circuitry based on a signal received from an output of the CPU; the method comprising: in response to detecting a voltage at the USB interface, enabling the battery charger circuitry, activating the timing circuitry and powering the CPU for a predetermined time period while an enumeration request is transmitted via the USB interface, wherein the predetermined time period is measured by the timing circuitry; if an enumeration acknowledgement signal is not received at the USB interface within the predetermined time period, disabling the battery charger circuitry, and otherwise generating a battery charger enable signal on the output of the CPU; and upon receiving a device suspend state request, generating a battery charger disable signal on the output of the CPU. the CPU receives power from at least one of the rechargeable power source and the charger interface; the battery charger circuitry receives power input from the USB interface and generates power output to the rechargeable power source and the CPU; and the RS flip flop enables and disables the power output from the battery charger circuitry based on a signal received from an output of the CPU; in response to detecting a voltage at the USB interface, enabling the battery charger circuitry, activating the timing circuitry and powering the CPU for a predetermined time period while an enumeration request is transmitted via the USB interface, wherein the predetermined time period is measured by the timing circuitry; if an enumeration acknowledgement signal is not received at the USB interface within the predetermined time period, disabling the battery charger circuitry, and otherwise generating a battery charger enable signal on the output of the CPU; and upon receiving a device suspend state request, generating a battery charger disable signal on the output of the CPU.
A microporous polyolefin film where one or more layers are laminated, wherein the microporous polyolefin film comprises a polyethylene layer having a maximum pore diameter of 0.083 μ m or less, which is measured by a bubble point method; wherein the microporous polyolefin film has a thickness of 5-40 μ m, a porosity of 30∼60%, and a puncture strength of 0.25N/ μ m to 0.60N/ μ m; wherein the microporous film has a time to permeate gas in the range from 50 to 340 sec/(100 cc x 20 μ m); and wherein a quality factor of the microporous film, which is defined by Equation 1 below, is 20gf/(sec/100cc) or greater: Quality Factor Q = S / P × HS S: puncture strength (gf) P: time to permeate gas (Gurley, sec/100cc) HS: shrinkage ratio (%) in transverse direction at 130°C for 1 hour. S: puncture strength (gf) P: time to permeate gas (Gurley, sec/100cc) HS: shrinkage ratio (%) in transverse direction at 130°C for 1 hour.
A battery module, comprising: at least one battery cell; a casing configured to surround the battery cell and having at least one opening formed therein; and a thermal interface material (TIM, 300) interposed between the casing and the battery cell and exposed out of the casing through the opening of the casing, wherein the opening is provided in plural, wherein a support portion is provided to the casing to be located between any one opening and another opening adjacent thereto, and wherein a contact portion of the support portion in contact with the thermal interface material is rounded. at least one battery cell; a casing configured to surround the battery cell and having at least one opening formed therein; and a thermal interface material (TIM, 300) interposed between the casing and the battery cell and exposed out of the casing through the opening of the casing, wherein the opening is provided in plural, wherein a support portion is provided to the casing to be located between any one opening and another opening adjacent thereto, and wherein a contact portion of the support portion in contact with the thermal interface material is rounded.
A load bed having at least three different positions including a backward tilted position, a transport position and a backward dumping position, wherein the load bed is provided with a lifting arrangement which can bring the load bed from the transport position to the dumping position or to the tilted position, wherein a frame is connected to the load bed, a rotatable connection being foreseen connecting the back end of another frame, supported by wheels over one or more axles, with frame; wherein the rotatable connection is the axis for the dump movement; wherein still another frame is connected at its the back end to the another frame through a pivot, wherein the pivot is the axis for the tilt movement; whereby the transition from the transport position to the tilted position is obtained exclusively through a pure rotation of the load bed; wherein the load bed comprises a pulling arrangement (8,22) to bring the load bed back from a tilted position to a transport position: characterized in that the load bed is further provided at the back end with doors (31, 32), which can pivot about both a horizontal hinge and a vertical hinge, and can be put into three different positions: a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed. characterized in that the load bed is further provided at the back end with doors (31, 32), which can pivot about both a horizontal hinge and a vertical hinge, and can be put into three different positions: a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed. a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed.
A liquid discharging device comprising: a support unit configured to support a medium, a discharging unit configured to discharge liquid to the medium supported by the support unit, a reading unit configured to read an image formed on the medium with the liquid, a holding unit configured to hold the discharging unit and the reading unit while moving in a scanning direction, and a control unit configured to control operation of the discharging unit, the reading unit, and the holding unit, wherein the control unit is configured to perform pattern forming operation that causes the discharging unit to discharge the liquid to form a test pattern image on the medium, reading operation that causes the reading unit to read at least a partial region of the test pattern image, and flushing operation that causes the discharging unit to perform flushing which discharges the liquid to a region in the test pattern image read by the reading unit, characterised in that the operation causing the reading unit to read a first region (RF, RFa) in the test pattern image by the reading operation is a first reading operation, and the control unit is further configured to perform a second reading operation, which is an operation causing the reading unit to read a second region (RS, RSa) in the test pattern image by the reading operation after the first reading operation is performed, and to cause the discharging unit to perform the flushing operation to discharge the liquid to the first region while the second reading operation is performed. a support unit configured to support a medium, a discharging unit configured to discharge liquid to the medium supported by the support unit, a reading unit configured to read an image formed on the medium with the liquid, a holding unit configured to hold the discharging unit and the reading unit while moving in a scanning direction, and a control unit configured to control operation of the discharging unit, the reading unit, and the holding unit, wherein the control unit is configured to perform pattern forming operation that causes the discharging unit to discharge the liquid to form a test pattern image on the medium, reading operation that causes the reading unit to read at least a partial region of the test pattern image, and flushing operation that causes the discharging unit to perform flushing which discharges the liquid to a region in the test pattern image read by the reading unit,
A panel (100, 200, 300, 400) for photobioreactor comprising at least: - two plates (41, 42, 71, 72, 72, 74, 90, 91) assembled to each other, at least one of which is transparent, and between which a lighting device is inserted; - at least two openings (411, 412, 421, 422, 711, 712, 721, 722, 9521, 9531) allowing the passage of a fluid from a first surface towards a second surface of the panel (100, 200, 300, 400); and characterized in that the lighting device is a textile (101, 201, 202, 301, 401) incorporating at least one optical fiber able to diffuse light through at least one transparent plate. - two plates (41, 42, 71, 72, 72, 74, 90, 91) assembled to each other, at least one of which is transparent, and between which a lighting device is inserted; - at least two openings (411, 412, 421, 422, 711, 712, 721, 722, 9521, 9531) allowing the passage of a fluid from a first surface towards a second surface of the panel (100, 200, 300, 400); and
A protection cap assembly (10, 10') for enclosing an end portion of a fastener which extends through a structure of an aircraft, comprising: a cap member having a sidewall defining: an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space; and an end surface for abutting the structure; and a projection member secured to and extending from the end surface of the sidewall of the cap member, wherein the end surface of the sidewall has a width dimension which extends from an inside edge of the sidewall, which defines the opening, to an outside edge of the sidewall, and wherein the projection member is positioned between the inside edge and the outside edge of the end surface. a cap member having a sidewall defining: an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space; and an end surface for abutting the structure; and an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space; and an end surface for abutting the structure; and a projection member secured to and extending from the end surface of the sidewall of the cap member, wherein the end surface of the sidewall has a width dimension which extends from an inside edge of the sidewall, which defines the opening, to an outside edge of the sidewall, and wherein the projection member is positioned between the inside edge and the outside edge of the end surface.