mhurhangee/ep-ind-claims huggingface dataset:
A reticle transfer apparatus, comprising a reticle, a reticle stage and a robot, the robot configured to support, transport and transfer the reticle onto the reticle stage, wherein the reticle transfer apparatus further comprises: a first set of marks and a second set of marks, both provided on the reticle; a pre-alignment unit, disposed on one side of the reticle stage and configured to perform a first pre-alignment process by detecting the first set of marks and perform a second pre-alignment process by detecting the second set of marks during transfer of the reticle; characterized in that it further comprises a control unit, configured to adjust a position of the reticle relative to the reticle stage based on results of the first pre-alignment process such that the reticle is prevented from colliding with the reticle stage and to adjust a further position of the reticle relative to the reticle stage based on results of the second pre-alignment process such that the reticle is positioned in a predetermined range relative to the reticle stage. a first set of marks and a second set of marks, both provided on the reticle; a pre-alignment unit, disposed on one side of the reticle stage and configured to perform a first pre-alignment process by detecting the first set of marks and perform a second pre-alignment process by detecting the second set of marks during transfer of the reticle; characterized in that it further comprises a control unit, configured to adjust a position of the reticle relative to the reticle stage based on results of the first pre-alignment process such that the reticle is prevented from colliding with the reticle stage and to adjust a further position of the reticle relative to the reticle stage based on results of the second pre-alignment process such that the reticle is positioned in a predetermined range relative to the reticle stage.
A pneumatic tire comprising a belt layer and a carcass layer, wherein a rubber composition for belts constituting the belt layer contains: per 100 parts by mass of a diene rubber containing a natural rubber, from 0.3 to 1.5 parts by mass of cobalt borate neodecanoate and from 4.5 to 7.0 parts by mass of sulfur; wherein a rubber composition for carcasses constituting the carcass layer contains: carbon black and SC parts by mass of sulfur per 100 parts by mass of a diene rubber; wherein the rubber composition for belts contains SB parts by mass of the sulfur, and a ratio (SB/SC) of the compounded content of the sulfur of the rubber composition for belts to the compounded content of the sulfur of the rubber composition for carcasses is from 2.0 to 3.0; wherein a dynamic storage modulus (E') at 20°C of the rubber composition for belts is from 13 to 18 MPa; wherein a ratio (MB/MC) of a 100% tensile stress of the rubber composition for belts to a 100% tensile stress of the rubber composition for carcasses is from 1.5 to 2.5, wherein the dynamic storage modulus (E') at a temperature of 20°C is measured in accordance with JIS K 6394 under conditions at an initial strain of 10%, a dynamic strain of ±2%, and a frequency of 20 Hz, using a viscoelastic spectrometer, and wherein a tensile test is performed according to JIS K 6251 to measure a tensile stress (MB, MC) at 100% deformation. per 100 parts by mass of a diene rubber containing a natural rubber, from 0.3 to 1.5 parts by mass of cobalt borate neodecanoate and from 4.5 to 7.0 parts by mass of sulfur; wherein a rubber composition for carcasses constituting the carcass layer contains: carbon black and SC parts by mass of sulfur per 100 parts by mass of a diene rubber; wherein the rubber composition for belts contains SB parts by mass of the sulfur, and a ratio (SB/SC) of the compounded content of the sulfur of the rubber composition for belts to the compounded content of the sulfur of the rubber composition for carcasses is from 2.0 to 3.0; wherein a dynamic storage modulus (E') at 20°C of the rubber composition for belts is from 13 to 18 MPa; wherein a ratio (MB/MC) of a 100% tensile stress of the rubber composition for belts to a 100% tensile stress of the rubber composition for carcasses is from 1.5 to 2.5, wherein the dynamic storage modulus (E') at a temperature of 20°C is measured in accordance with JIS K 6394 under conditions at an initial strain of 10%, a dynamic strain of ±2%, and a frequency of 20 Hz, using a viscoelastic spectrometer, and wherein a tensile test is performed according to JIS K 6251 to measure a tensile stress (MB, MC) at 100% deformation.
A crimp terminal comprising: a connector portion for connecting a mating terminal; a crimp portion having an insertion opening portion for insertion of a tip of an electric wire opposite to the connector portion in a longitudinal direction; the crimp portion being formed in a tubular shape with an electrically conductive substrate joined along an axial joining trajectory of the crimp portion extending in a longitudinal direction of the crimp terminal and configured to crimp join with an electric wire; and a sealing portion (14, 23) formed at one axial end of the crimp portion and formed along a widthwise direction orthogonal to the axial joining trajectory of the crimp portion to seal against an electric wire to be crimp joined to the crimp portion, at the sealing portion 14, 23) an overlapped portion at which the substrate is bent so that widthwise end portions of the substrate are butted to each other and squeezed in the widthwise direction to overlap, is joined along a direction orthogonal to the longitudinal direction of the crimp terminal, characterized in that a first and a second intersecting widthwise joining trajectories (23a, 23b) each formed such that one end of the widthwise joining trajectory (23a, 23b) is at a position at a distance of less than a sheet thickness of the substrate from one widthwise end of the overlapped portion, and the other end of the widthwise joining trajectory (23a, 23b) is at a connector portion side axially deviated on a side opposite of the crimp portion with respect to the sealing portion (14, 23). a connector portion for connecting a mating terminal; a crimp portion having an insertion opening portion for insertion of a tip of an electric wire opposite to the connector portion in a longitudinal direction; the crimp portion being formed in a tubular shape with an electrically conductive substrate joined along an axial joining trajectory of the crimp portion extending in a longitudinal direction of the crimp terminal and configured to crimp join with an electric wire; and a sealing portion (14, 23) formed at one axial end of the crimp portion and formed along a widthwise direction orthogonal to the axial joining trajectory of the crimp portion to seal against an electric wire to be crimp joined to the crimp portion, at the sealing portion 14, 23) an overlapped portion at which the substrate is bent so that widthwise end portions of the substrate are butted to each other and squeezed in the widthwise direction to overlap, is joined along a direction orthogonal to the longitudinal direction of the crimp terminal, characterized in that a first and a second intersecting widthwise joining trajectories (23a, 23b) each formed such that one end of the widthwise joining trajectory (23a, 23b) is at a position at a distance of less than a sheet thickness of the substrate from one widthwise end of the overlapped portion, and the other end of the widthwise joining trajectory (23a, 23b) is at a connector portion side axially deviated on a side opposite of the crimp portion with respect to the sealing portion (14, 23).
A recanalization system comprising: a radio frequency generator; an antegrade longitudinal member with a proximal end and a distal end, wherein the distal end of the antegrade longitudinal member includes a first conductive electrode adapted to be positioned at a distal end of an occlusion in a blood vessel and the proximal end of the antegrade longitudinal member is configured to be coupled to the radiofrequency generator; and a retrograde longitudinal member with a proximal end and a distal end, the retrograde longitudinal member is adapted to be positioned on the opposite proximal end of the occlusion in the blood vessel; wherein the distal end of the retrograde longitudinal member includes a second conductive electrode adapted to ablate by RF treatment the occlusion from the opposing ends to the interior of the occlusion inside the blood vessel and the proximal end of the retrograde longitudinal member is configured to be coupled to the radiofrequency generator; whereby the radio frequency generator supplies radio frequency energy to at least one of the first and second conductive electrodes to provide a bipolar arrangement between the electrodes to create a channel at least partially through the occlusion; and wherein the longitudinal members have sufficient torsional rigidity and longitudinal flexibility to advance through an occlusion and to align the electrodes away from the vessel wall and towards each other. a radio frequency generator; an antegrade longitudinal member with a proximal end and a distal end, wherein the distal end of the antegrade longitudinal member includes a first conductive electrode adapted to be positioned at a distal end of an occlusion in a blood vessel and the proximal end of the antegrade longitudinal member is configured to be coupled to the radiofrequency generator; and a retrograde longitudinal member with a proximal end and a distal end, the retrograde longitudinal member is adapted to be positioned on the opposite proximal end of the occlusion in the blood vessel; wherein the distal end of the retrograde longitudinal member includes a second conductive electrode adapted to ablate by RF treatment the occlusion from the opposing ends to the interior of the occlusion inside the blood vessel and the proximal end of the retrograde longitudinal member is configured to be coupled to the radiofrequency generator; whereby the radio frequency generator supplies radio frequency energy to at least one of the first and second conductive electrodes to provide a bipolar arrangement between the electrodes to create a channel at least partially through the occlusion; and wherein the longitudinal members have sufficient torsional rigidity and longitudinal flexibility to advance through an occlusion and to align the electrodes away from the vessel wall and towards each other.
Electronic cigarette or pipe with a mouthpiece and an evaporator, which comprises a liquid carrier and a heating element activatable by activation means, wherein the activated heating element evaporates liquid present in the liquid carrier, wherein the liquid carrier is formed only by a shaped part consisting of a sintered material and wherein the heating element is directly in contact with the surface of the liquid carrier, characterised in that the liquid carrier is formed to be tubular, particularly as a hollow cylinder with circular cross-section, wherein the heating element bears against the inner circumferential surface of the tubular liquid carrier and wherein the liquid store encloses the tubular liquid carrier and bears against the outer circumferential surface thereof.
A tool for compacting the surface of a powder-metallurigcally produced component, comprising a mold and a stamp, wherein in the mold a recess is arranged which extends from a first mold opening to a second mold opening, and which has a wall surface for supporting the component, and the stamp has a stamp length and a stamp surface, wherein an inner diameter of the recess of the mold becomes smaller from the first mold opening towards the second mold opening or an external diameter of the stamp becomes greater over the stamp length, and wherein on the wall surface of the mold or on the stamp surface, at least one compaction element is arranged, characterized in that the compaction element is configured to have a thread-like progression as a forming spiral with an oblique forming edge for compaction.
A method (702, 704, 706) performed by a wireless device for sending transport block repetitions, the method comprising: receiving an assignment of radio resources corresponding to two or more transmissions, each transmission being associated with a first pair of a start value and a length value, each transmission comprising a transport block repetition, wherein a first pair of a start value and a length value of at least one of the first pairs of a start value and a length value violates a time-domain allocation restriction, the violating a time-domain allocation restriction being crossing a slot border; determining a second pair of a start value and a length value for the transmission violating the time-domain allocation restriction such that the time-domain allocation restriction is not violated; and transmitting the two or more transmissions, including the transmission according to the determined second pair of a start value and a length value characterized in that, the start value of the second pair is larger than or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair. receiving an assignment of radio resources corresponding to two or more transmissions, each transmission being associated with a first pair of a start value and a length value, each transmission comprising a transport block repetition, wherein a first pair of a start value and a length value of at least one of the first pairs of a start value and a length value violates a time-domain allocation restriction, the violating a time-domain allocation restriction being crossing a slot border; determining a second pair of a start value and a length value for the transmission violating the time-domain allocation restriction such that the time-domain allocation restriction is not violated; and transmitting the two or more transmissions, including the transmission according to the determined second pair of a start value and a length value characterized in that, the start value of the second pair is larger than or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair.
A disposable cautery device, comprising: a housing having a first end and a second end, said housing comprising an electrical circuit including an actuator and a removable power source; a cautery tip extending from said first end of said housing, said cautery tip in electrical communication with said electrical circuit; wherein said actuator is configured to selectively complete said electrical circuit to actuate said cautery device; an end cap attached to said second end of said housing via a fracturable coupling, said end cap configured to retain said power source in said housing; characterised in that said coupling comprises at least one retaining member (84,86) extending from said second end of the housing and defining a raised tab (88,90) which registers with an aperture defined in said end cap, and said at least one retaining member (84,86) breaks in a predetermined fashion in response to a predetermined force applied to said end cap preventing re-assembly of said end cap to the housing. a housing having a first end and a second end, said housing comprising an electrical circuit including an actuator and a removable power source; a cautery tip extending from said first end of said housing, said cautery tip in electrical communication with said electrical circuit; wherein said actuator is configured to selectively complete said electrical circuit to actuate said cautery device; an end cap attached to said second end of said housing via a fracturable coupling, said end cap configured to retain said power source in said housing; characterised in that said coupling comprises at least one retaining member (84,86) extending from said second end of the housing and defining a raised tab (88,90) which registers with an aperture defined in said end cap, and said at least one retaining member (84,86) breaks in a predetermined fashion in response to a predetermined force applied to said end cap preventing re-assembly of said end cap to the housing.
An intravenous system comprising: a catheter adapter; catheter tubing extending from the catheter adapter; a kink resistant feature that prevents the catheter tubing from kinking; and a blood sampling device configured to collect a small blood sample for point-of-care testing and a large blood sample for laboratory testing; characterized in that the small blood sample is collected within a reservoir of the blood sampling device, and the large blood sample is collected within a sample container connected to the blood sampling device via a sample container collection device. a catheter adapter; catheter tubing extending from the catheter adapter; a kink resistant feature that prevents the catheter tubing from kinking; and a blood sampling device configured to collect a small blood sample for point-of-care testing and a large blood sample for laboratory testing; characterized in that the small blood sample is collected within a reservoir of the blood sampling device, and the large blood sample is collected within a sample container connected to the blood sampling device via a sample container collection device.
A system information transmitting method, applied to a mobile terminal, wherein the method comprises: receiving (201, 301) a system call instruction sent by a browser, wherein the system call instruction is generated when the browser executes a target script of a web page; acquiring (202, 302) target system information according to the system call instruction; wherein the method is further characterized by dividing (203, 303) the target system information into a plurality of data sets, wherein each of the data sets comprises at least one data segment; encoding (204, 304) each of the data segments in the target system information according to a positional relationship of respective touch points in a simulated pseudo-touch event in a touch plane to obtain encoded pseudo-touch event information; and transmitting (205, 305) the encoded pseudo-touch event information as an input parameter of the target script to the target script through the browser. receiving (201, 301) a system call instruction sent by a browser, wherein the system call instruction is generated when the browser executes a target script of a web page; acquiring (202, 302) target system information according to the system call instruction; wherein the method is further characterized by dividing (203, 303) the target system information into a plurality of data sets, wherein each of the data sets comprises at least one data segment; encoding (204, 304) each of the data segments in the target system information according to a positional relationship of respective touch points in a simulated pseudo-touch event in a touch plane to obtain encoded pseudo-touch event information; and transmitting (205, 305) the encoded pseudo-touch event information as an input parameter of the target script to the target script through the browser.
Use of a layered mechano-active material comprising (a) at least one first fiber-based layer having a strained state obtained at a temperature below Tg, and (b) at least one second layer supporting the at least one first fiber-based layer in the strained state and capable of releasing tension, whereby the extension of the material is anisotropically controlled by heat and/or moisture such that the second layer softens to thereby release tension and enable the first fiber-based layer to revert to its non-strained state, and wherein change of extension of the material results in dimensional changes and/or bending effects of the material. (a) at least one first fiber-based layer having a strained state obtained at a temperature below Tg, and (b) at least one second layer supporting the at least one first fiber-based layer in the strained state and capable of releasing tension,
A roof window comprising a frame with a top member, a bottom member and two side members (7, 8), the roof window further comprising a covering (237, 270) including a bottom frame covering adapted to be mounted on the frame bottom member and a side frame covering adapted to be mounted on the frame side member, wherein the bottom frame covering is provided with a fitting set (239, 245) adapted to be connected to the frame side member and to the side frame covering, characterized in that said fitting set comprises an angle bracket and an intermediate member, and where said angle bracket has a longitudinal extension and is adapted to extend, in a mounted condition, with its longitudinal extension along the longitudinal extension of the side frame member, preferably in a recess provided in the side frame member.
A pneumatic tire comprising: a tread including a base layer, and a cap layer that is disposed outward of the base layer in a radial direction and is layered over the base layer; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in the radial direction; a pair of beads that are disposed almost inward of the sidewalls, respectively, in the radial direction; and a carcass that is extended, along the tread and the sidewalls, on and between both the beads; characterized by a pair of adhesive sheet layers disposed such that a portion of each adhesive sheet layer is interposed between the base layer and the cap layer, and a remaining portion of each adhesive sheet layer is layered over the carcass in a region inward of each sidewall in an axial direction. a tread including a base layer, and a cap layer that is disposed outward of the base layer in a radial direction and is layered over the base layer; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in the radial direction; a pair of beads that are disposed almost inward of the sidewalls, respectively, in the radial direction; and a carcass that is extended, along the tread and the sidewalls, on and between both the beads;
A method comprising: determining, by a common convergence sublayer entity of a network, a service flow setup; mapping, by the common convergence sublayer entity, traffic through the service flow to at least one radio control sublayer entity among a plurality of radio control sublayer entities, each radio control sublayer entity being associated with a respective bearer; and controlling, by the common convergence sublayer entity, the traffic through the service flow. determining, by a common convergence sublayer entity of a network, a service flow setup; mapping, by the common convergence sublayer entity, traffic through the service flow to at least one radio control sublayer entity among a plurality of radio control sublayer entities, each radio control sublayer entity being associated with a respective bearer; and controlling, by the common convergence sublayer entity, the traffic through the service flow.
A device for guiding slats of a venetian blind having protruding guide elements at the narrow sides of the slats, which guide elements are guided displaceably along a respective guiding groove of an adjacent guide rail, wherein the slats can be swiveled about swivel axes R which extend parallel to the longitudinal direction of the slats through the guide elements, characterized in that the guiding groove is formed on a guide body, and that the guide body is supported on a base body with a location and/or form which can be varied transversely to the guiding groove in the direction of the swivel axes R.