mhurhangee/patent-ind-claim-en huggingface dataset:
A method for patterning a target layer, the method comprising: forming on the target layer a plurality of parallel material lines spaced apart such that longitudinal gaps exposing the target layer are formed between the material lines, filling the gaps with a sacrificial material, forming a hole by removing the sacrificial material along a portion of one of said gaps, the hole extending across said gap and exposing a surface portion of the target layer and sidewall surface portions of material lines on opposite sides of said one gap, performing a selective deposition process adapted to grow a fill material selectively on said one or more surface portions inside the hole, thereby forming a block mask extending across said gap, removing, selectively to the material lines and said block mask, the sacrificial material from the target layer to expose the gaps, said one gap being interrupted in the longitudinal direction by said block mask, and transferring a pattern including the material lines and said block mask into the target layer. forming on the target layer a plurality of parallel material lines spaced apart such that longitudinal gaps exposing the target layer are formed between the material lines, filling the gaps with a sacrificial material, forming a hole by removing the sacrificial material along a portion of one of said gaps, the hole extending across said gap and exposing a surface portion of the target layer and sidewall surface portions of material lines on opposite sides of said one gap, performing a selective deposition process adapted to grow a fill material selectively on said one or more surface portions inside the hole, thereby forming a block mask extending across said gap, removing, selectively to the material lines and said block mask, the sacrificial material from the target layer to expose the gaps, said one gap being interrupted in the longitudinal direction by said block mask, and transferring a pattern including the material lines and said block mask into the target layer.
A carrier assembly for a spray device, which carrier assembly comprises - a carrier member adapted to be mounted in a cartridge adapter of a spray device, which carrier member has a proximally directed first surface , a distally directed second surface , and a through-hole placing the first surface in fluid communication with the second surface ; - a micro nozzle having an outlet surface , an inlet surface , and a channel placing an inlet orifice at the inlet surface in communication with an outlet orifice at the outlet surface ; wherein the micro nozzle is accommodated and attached to the carrier member such that the outlet orifice is aligned with the through-hole, and wherein the carrier member comprises vent holes formed to allow air to flow between the second surface and the first surface. - a carrier member adapted to be mounted in a cartridge adapter of a spray device, which carrier member has a proximally directed first surface , a distally directed second surface , and a through-hole placing the first surface in fluid communication with the second surface ; - a micro nozzle having an outlet surface , an inlet surface , and a channel placing an inlet orifice at the inlet surface in communication with an outlet orifice at the outlet surface ;
A refrigerator, comprising: a machine room ; and a mounting structure, comprising: a compressor having a main body and a plurality of ear mounts coupled to the main body ; a base on which the compressor is mounted; a plurality of posts extending from the base and configured to be inserted in the ear mounts , respectively; and a plurality of stoppers coupled on the posts for restricting the ear mounts from departing from the posts the ear mounts being disposed between the base and the stoppers in a mounted state of the compressor ; wherein the plurality of ear mounts includes a first ear mount having a first hole that has an open circumferential portion for inserting the post into the first hole through the open circumferential portion, characterized in that the main body has a cylindrical shape and is mounted in a state of being laid down, the first ear mount is located at a side of the compressor facing away from an entrance of the machine room , wherein the compressor includes further at least one second ear mount having a second through hole for accommodating another one of the posts , the through hole having a closed circumferential shape. a machine room ; and a mounting structure, comprising: a compressor having a main body and a plurality of ear mounts coupled to the main body ; a base on which the compressor is mounted; a plurality of posts extending from the base and configured to be inserted in the ear mounts , respectively; and a plurality of stoppers coupled on the posts for restricting the ear mounts from departing from the posts the ear mounts being disposed between the base and the stoppers in a mounted state of the compressor ; a compressor having a main body and a plurality of ear mounts coupled to the main body ; a base on which the compressor is mounted; a plurality of posts extending from the base and configured to be inserted in the ear mounts , respectively; and a plurality of stoppers coupled on the posts for restricting the ear mounts from departing from the posts the ear mounts being disposed between the base and the stoppers in a mounted state of the compressor ; wherein the plurality of ear mounts includes a first ear mount having a first hole that has an open circumferential portion for inserting the post into the first hole through the open circumferential portion, characterized in that the main body has a cylindrical shape and is mounted in a state of being laid down, the first ear mount is located at a side of the compressor facing away from an entrance of the machine room , wherein the compressor includes further at least one second ear mount having a second through hole for accommodating another one of the posts , the through hole having a closed circumferential shape.
A vehicle comprising: a steering control apparatus (CT, 26, 50, 63) that actuates an actuator (EA, 6, 8) in accordance with a steered state of a steering wheel (SW, 2) to steer steerable wheels (WFR, WFL, 17FR, 17FL); and a suspension unit that supports the steerable wheels (WFR, WFL, 17FR, 17FL) on a vehicle body , the suspension unit including: a wheel hub mechanism (WH) supporting a tire wheel on which a tire is attached; and a plurality of link members supporting the wheel hub mechanism (WH) on the vehicle body , characterized in that a kingpin axis (KS) passing through an upper pivot point (P1) of the link members and a lower pivot point (P2) of the link members is set to be passed within a road surface contact area of the tire in a state in which the steering wheel (SW, 2) is placed in a neutral position and the steering control apparatus (CT, 26, 50, 63) having a straightness securing section (SG) configured to secure the straightness of the vehicle by actuating the actuator (EA, 8) based on a steering response characteristic of the suspension unit . a steering control apparatus (CT, 26, 50, 63) that actuates an actuator (EA, 6, 8) in accordance with a steered state of a steering wheel (SW, 2) to steer steerable wheels (WFR, WFL, 17FR, 17FL); and a suspension unit that supports the steerable wheels (WFR, WFL, 17FR, 17FL) on a vehicle body , the suspension unit including: a wheel hub mechanism (WH) supporting a tire wheel on which a tire is attached; and a plurality of link members supporting the wheel hub mechanism (WH) on the vehicle body , characterized in that a kingpin axis (KS) passing through an upper pivot point (P1) of the link members and a lower pivot point (P2) of the link members is set to be passed within a road surface contact area of the tire in a state in which the steering wheel (SW, 2) is placed in a neutral position and the steering control apparatus (CT, 26, 50, 63) having a straightness securing section (SG) configured to secure the straightness of the vehicle by actuating the actuator (EA, 8) based on a steering response characteristic of the suspension unit .
A method of polymerizing olefins to produce a polyolefin polymer with a multimodal composition distribution, comprising contacting ethylene and a comonomer with a catalyst system, wherein the catalyst system comprises a first catalyst compound and a second catalyst compound that are co-supported to form a commonly supported catalyst system, wherein the first catalyst compound comprises the following formula: (C 5 H a R 1 b )(C 5 H c R 2 d )HfX 2 wherein each R 1 is independently H, a hydrocarbyl group, a substituted hydrocarbyl group, or a heteroatom group; each R 2 is independently H, a hydrocarbyl group, a substituted hydrocarbyl group, or a heteroatom group; a and c are ≥ 3; a+b = c+d = 5; at least one R 1 and at least one R 2 is a hydrocarbyl or substituted hydrocarbyl group; adjacent groups R 1 and R 2 groups may be coupled to form a ring; and each X is independently a leaving group selected from a labile hydrocarbyl, substituted hydrocarbyl, or heteroatom group, or a divalent radical that links to an R 1 or R 2 group; and the second catalyst compound comprises the following formula: wherein each R 3 is independently H, a hydrocarbyl group, a substituted hydrocarbyl group, or a heteroatom group; R 4 is a hydrocarbyl group, a substituted hydrocarbyl group, or a heteoatom group; each R 5 is independently H, a hydrocarbyl group, a substituted hydrocarbyl group, or a heteroatom group; wherein R 3 , R 4 , and R 5 may be the same or different; wherein R 3 , R 4 , and R 5 groups are optionally joined with R 3 , R 4 , and R 5 groups on an opposing cyclopentadienyl structure to form one or more bridges if the number of atoms connecting the two cyclopentadienyl rings is ≥ 3; and each X is independently a leaving group selected from a labile hydrocarbyl, a substituted hydrocarbyl, a heteroatom group, or a divalent radical that links to an R 3 , R 4 , or R 5 group.
A drill bit for a drill comprising: at least one flute having a rake face including a flute edge ; at least one cutting edge having a profile that extends along at least a portion of a length of the cutting edge , the rake face extending from the cutting edge ; and a chip breaker formed in the rake face , the chip breaker being a groove located adjacent the cutting edge , the groove having a starting end and an exit end , the starting end having a depth that is less than a depth of the exit end of the groove, wherein a shape of the groove at the starting end is different from a shape of the groove at the exit end ; characterized in that : the profile of the cutting edge is concave and the groove is shaped to correspond to the concave profile of the cutting edge . at least one flute having a rake face including a flute edge ; at least one cutting edge having a profile that extends along at least a portion of a length of the cutting edge , the rake face extending from the cutting edge ; and a chip breaker formed in the rake face , the chip breaker being a groove located adjacent the cutting edge , the groove having a starting end and an exit end , the starting end having a depth that is less than a depth of the exit end of the groove, wherein a shape of the groove at the starting end is different from a shape of the groove at the exit end ;
An apparatus for measurement of a limb circumference, comprising: a pull string module , comprising a surrounding component, wherein the surrounding component comprises an encircling part configured to be disposed around a limb of an individual; wherein the surrounding component is a bead chain ; a first measurement module disposed at the pull string module , and wherein the first measurement module is configured to be used to move along the longitudinal axis of the limb and meanwhile measure the length of the limb ; wherein the first measurement module comprises a roller connected to the bead chain , and the roller is configured to be used to roll along the longitudinal axis of the limb ; and a second measurement module disposed at the pull string module , and the second measurement module is configured to be used to measure the length of the encircling part simultaneously when the first measurement module moves along the limb , so as to determine the limb circumference; characterized by a connecting rod module or a double pull string module , wherein the roller is disposed at a parallel panel of the connecting rod module or the double pull string module , so as the roller is alongside the surface of the limb , and wherein the parallel panel is configured to make the roller vertical to the surface of the limb . a pull string module , comprising a surrounding component, wherein the surrounding component comprises an encircling part configured to be disposed around a limb of an individual; wherein the surrounding component is a bead chain ; a first measurement module disposed at the pull string module , and wherein the first measurement module is configured to be used to move along the longitudinal axis of the limb and meanwhile measure the length of the limb ; wherein the first measurement module comprises a roller connected to the bead chain , and the roller is configured to be used to roll along the longitudinal axis of the limb ; and a second measurement module disposed at the pull string module , and the second measurement module is configured to be used to measure the length of the encircling part simultaneously when the first measurement module moves along the limb , so as to determine the limb circumference; characterized by a connecting rod module or a double pull string module , wherein the roller is disposed at a parallel panel of the connecting rod module or the double pull string module , so as the roller is alongside the surface of the limb , and wherein the parallel panel is configured to make the roller vertical to the surface of the limb .
A method for determining the polarity of a pole of a rotor of an electrical rotating machine having an estimated position relative to a stator, the method comprising the following steps : a) applying an excitation voltage to the stator so as to generate two different magnetic fluxes successively within a saturable magnetic zone of said pole, one flux in conjunction with and the other in opposition to the magnetic flux of magnets of the rotor defining the pole of the rotor, so as to saturate the saturable magnetic zone for at least one of the magnetic fluxes, and b) determining the polarity of the pole on the basis of the differences in the temporal evolution of the current generated in the stator by the two magnetic fluxes, the resultant currents being less than 50% of the maximum current before demagnetization (Imax). a) applying an excitation voltage to the stator so as to generate two different magnetic fluxes successively within a saturable magnetic zone of said pole, one flux in conjunction with and the other in opposition to the magnetic flux of magnets of the rotor defining the pole of the rotor, so as to saturate the saturable magnetic zone for at least one of the magnetic fluxes, and b) determining the polarity of the pole on the basis of the differences in the temporal evolution of the current generated in the stator by the two magnetic fluxes,
An agricultural working machine , in particular a tractor , having a driver assistance system which has an input/output unit for an operator to specify an agricultural operational assignment such as ground/soil working, sowing, planting, plant protection, fertilizing, slurry spreading, harvesting or stubble breaking and for the operator to make the adjustments relating to the agricultural operational assignment, wherein the input/output unit displays virtual operating elements which allow the adjustments to be made and information corresponding to the adjustments to be made, characterized in that the input/output unit comprises a set-up assistant which is configured in a manner such that it enables the operator to set up the driver assistance system using the virtual operating elements so that the set-up assistant is configured as a function of the operational assignment specified by the operator.
A phakic intraocular lens for implantation between an iris and a crystalline lens , comprising: a diffraction grating that is disposed in a central part of the lens and has circular, coaxial grooves formed thereon, wherein a hole is formed in a center (O) of the diffraction grating , wherein the diffraction grating forms a single focal point (P) by having the grooves which are formed such that the farther an interval between the grooves is from the center (O) of the diffraction grating , the smaller the interval is, the grooves being provided with serrated portions whose height D is adjusted to a constant value by D(nL-nW)=λ, wherein λ is wavelength of light, nL is an index of refraction of the lens , and nW is an index of refraction of aqueous humor; and a support part that is disposed outside the diffraction grating and supports the diffraction grating , wherein the diffraction grating includes a flat portion in the serrated portion corresponding to the center (O) of the diffraction grating . a diffraction grating that is disposed in a central part of the lens and has circular, coaxial grooves formed thereon, wherein a hole is formed in a center (O) of the diffraction grating , wherein the diffraction grating forms a single focal point (P) by having the grooves which are formed such that the farther an interval between the grooves is from the center (O) of the diffraction grating , the smaller the interval is, the grooves being provided with serrated portions whose height D is adjusted to a constant value by D(nL-nW)=λ, wherein λ is wavelength of light, nL is an index of refraction of the lens , and nW is an index of refraction of aqueous humor; and a support part that is disposed outside the diffraction grating and supports the diffraction grating , wherein the diffraction grating includes a flat portion in the serrated portion corresponding to the center (O) of the diffraction grating .
Method for determining a cardiac isolation status of a measurement location in the presence of far field interference by analysing a multi-channel intracardiac electrogram of the measurement location via a control system , wherein in an identification routine the control system applies an activation search algorithm to analysis windows of at least 400 ms in at least two different channels of the intracardiac electrogram , wherein the activation search algorithm identifies windows (W) of local activation potentials inside of the analysis windows , wherein in a classification routine the control system analyses the local activation potentials to determine the cardiac isolation status of the measurement location . wherein in an identification routine the control system applies an activation search algorithm to analysis windows of at least 400 ms in at least two different channels of the intracardiac electrogram , wherein the activation search algorithm identifies windows (W) of local activation potentials inside of the analysis windows , wherein in a classification routine the control system analyses the local activation potentials to determine the cardiac isolation status of the measurement location .
An assembly system, adapted to insert a terminal into a housing , comprising: a parallel robot mechanism having a support platform on which the housing is held; a serial robot mechanism having an end effector , the end effector being connected to the support platform to drive the parallel robot mechanism to move; and an insertion mechanism configured to insert the terminal into the housing held on the support platform , wherein the parallel robot mechanism is moved by the serial robot mechanism until an insertion hole in the housing is aligned with the terminal to be inserted before inserting the terminal into the housing , and wherein the parallel robot mechanism and the support platform are kept stationary by locking at least a part of joints of the parallel robot mechanism during inserting the terminal into the housing . a parallel robot mechanism having a support platform on which the housing is held; a serial robot mechanism having an end effector , the end effector being connected to the support platform to drive the parallel robot mechanism to move; and an insertion mechanism configured to insert the terminal into the housing held on the support platform , wherein the parallel robot mechanism is moved by the serial robot mechanism until an insertion hole in the housing is aligned with the terminal to be inserted before inserting the terminal into the housing , and wherein the parallel robot mechanism and the support platform are kept stationary by locking at least a part of joints of the parallel robot mechanism during inserting the terminal into the housing .
Method for performance analysis of a software application by its parallel execution over several computational nodes of a cluster of reference servers further comprising several storage nodes and at least one interconnection network of the computational and storage nodes between them for the exchange of messages according to a predetermined message passing protocol, the method including: - a first execution of the software application by the cluster of servers , involving exchanges of useful data at its execution between the computational and storage nodes of the cluster of servers executed by the interconnection network according to the predetermined protocol by encapsulating these useful data in messages of predetermined size; - a second execution of the software application by the cluster of servers , involving the same exchanges of useful data between the same computational and storage nodes of the cluster of servers executed by the same interconnection network according to the same predetermined protocol; - an extrapolation of the software application performance based on at least one of the two executions; characterised in that : - the predetermined size of the messages exchanged during the second execution differs from that of the messages exchanged during the first execution although the useful data exchanged are the same; and - the extrapolation of the software application performance comprises a simulation of a variation of a bandwidth of the interconnection network based on the difference in predetermined size of the messages exchanged during the first and the second execution . - a first execution of the software application by the cluster of servers , involving exchanges of useful data at its execution between the computational and storage nodes of the cluster of servers executed by the interconnection network according to the predetermined protocol by encapsulating these useful data in messages of predetermined size; - a second execution of the software application by the cluster of servers , involving the same exchanges of useful data between the same computational and storage nodes of the cluster of servers executed by the same interconnection network according to the same predetermined protocol; - an extrapolation of the software application performance based on at least one of the two executions; - the predetermined size of the messages exchanged during the second execution differs from that of the messages exchanged during the first execution although the useful data exchanged are the same; and - the extrapolation of the software application performance comprises a simulation of a variation of a bandwidth of the interconnection network based on the difference in predetermined size of the messages exchanged during the first and the second execution .