mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a partial section of a multi-part tower section of a tower, the method comprising: partially cutting an annular flange at dividing locations between annular flange parts of the annular flange, so that at least parts of a web of the annular flange remain at the dividing locations after partially cutting, which connect the annular flange parts with one another; connecting the annular flange to a shell of the multi-part tower section after partially cutting the annular flange; and separating the annular flange parts at the dividing locations by cutting the remaining parts of the web after connecting the annular flange to the shell. partially cutting an annular flange at dividing locations between annular flange parts of the annular flange, so that at least parts of a web of the annular flange remain at the dividing locations after partially cutting, which connect the annular flange parts with one another; connecting the annular flange to a shell of the multi-part tower section after partially cutting the annular flange; and separating the annular flange parts at the dividing locations by cutting the remaining parts of the web after connecting the annular flange to the shell.
A lithographic printing plate precursor including a support and a coating comprising a polymerisable compound, a photoinitiator, optionally a sensitizer and a polymeric binder, said binder being present, at least partially, as discrete particles, characterized in that the discrete particles comprise a crosslinked hydrophobic polymer backbone and a plurality of hydrophobic pendant grafts.
A method of generating a custom mini batch of dialysate with a proportioning system, the method comprising: attaching a disposable component to the proportioning system; generating purified water with a water purification system (133, 200); adding a first quantity of the purified water to a mixing container that is pre-attached to the disposable component; conveying a second quantity of a first concentrated medicament through a sterilizing filter and to the mixing container; first mixing contents of the mixing container; determining a concentration of the contents of the mixing container by flowing the contents past at least one fluid quality sensor and back into the mixing container; conveying a third quantity of a second concentrated medicament through the sterilizing filter and to the mixing container; second mixing the contents of the mixing container; confirming a final concentration of the contents of the mixing container by flowing the contents past at least one fluid quality sensor and back into the mixing container; testing integrity of the sterilizing filter; and if the testing indicates that the sterilizing filter is acceptable, providing the contents of the mixing container to a medicament user, and otherwise indicating an error condition. attaching a disposable component to the proportioning system; generating purified water with a water purification system (133, 200); adding a first quantity of the purified water to a mixing container that is pre-attached to the disposable component; conveying a second quantity of a first concentrated medicament through a sterilizing filter and to the mixing container; first mixing contents of the mixing container; determining a concentration of the contents of the mixing container by flowing the contents past at least one fluid quality sensor and back into the mixing container; conveying a third quantity of a second concentrated medicament through the sterilizing filter and to the mixing container; second mixing the contents of the mixing container; confirming a final concentration of the contents of the mixing container by flowing the contents past at least one fluid quality sensor and back into the mixing container; testing integrity of the sterilizing filter; and if the testing indicates that the sterilizing filter is acceptable, providing the contents of the mixing container to a medicament user, and otherwise indicating an error condition.
An article of footwear configured for wearing on a foot of a wearer, the article of footwear comprising: an upper having a first medial area and a second lateral area; a sole structure that is coupled to the upper; a cage defining a plurality of passages (1063,1065,1067); and a tensile structure including (i) a first strand portion extending along the medial area of the upper from an area adjacent a first eyelet to a medial side of a first passage, (ii) a second strand portion extending along the medial area of the upper from a medial side of a second passage to a heel strap, a third strand portion extending along the lateral area of the upper from an area adjacent a second eyelet to a lateral side of the first passage, and (iv) a fourth strand portion extending along the lateral area of the upper from a lateral side of the second passage to the heel strap, characterised in that the second strand portion and the fourth strand portion each include a terminal end which is attached to the heel strap. an upper having a first medial area and a second lateral area; a sole structure that is coupled to the upper; a cage defining a plurality of passages (1063,1065,1067); and a tensile structure including (i) a first strand portion extending along the medial area of the upper from an area adjacent a first eyelet to a medial side of a first passage, (ii) a second strand portion extending along the medial area of the upper from a medial side of a second passage to a heel strap, a third strand portion extending along the lateral area of the upper from an area adjacent a second eyelet to a lateral side of the first passage, and (iv) a fourth strand portion extending along the lateral area of the upper from a lateral side of the second passage to the heel strap, characterised in that the second strand portion and the fourth strand portion each include a terminal end which is attached to the heel strap.
A method comprising: receiving, by a base station central unit control plane, CU-CP, from a base station distributed unit, DU, a radio resource control, RRC, request message for a small data transmission, SDT, procedure of a wireless device; receiving, by the base station CU-CP from the base station DU, an indication message indicating completion of the SDT procedure; and sending, by the base station CU-CP to the wireless device via the base station DU, a RRC release message based on the indication message. receiving, by a base station central unit control plane, CU-CP, from a base station distributed unit, DU, a radio resource control, RRC, request message for a small data transmission, SDT, procedure of a wireless device; receiving, by the base station CU-CP from the base station DU, an indication message indicating completion of the SDT procedure; and sending, by the base station CU-CP to the wireless device via the base station DU, a RRC release message based on the indication message.
A method for a wireless communication system comprising a user equipment, UE, and a base station, BS, the method comprising: obtaining by the UE a repetition configuration for each of repeated transmissions of an information packet; receiving information packets by the UE from the BS, wherein the information packets are transmitted a repetition number of times, and wherein a redundancy version, RV, value is selected for each repeated transmission; and combining each received repetition of the information packets and decoding the information packets based on the repetition configuration, wherein the redundancy version, RV, value is selected from a preconfigured sequence of RV values for each repeated transmission, and wherein, based on the repetition configuration, the preconfigured sequence of RV values is repeatedly used for the repeated transmission by either (a) applying each RV value of the preconfigured sequence of RV values repeatedly to one block of multiple repetitions of a number of blocks of repetitions such that each block of repetitions has the same RV value, wherein the number of blocks of repetitions is determined by the repetition number, or (b) applying each RV value of the preconfigured sequence of RV values one by one to one repetition cyclically. obtaining by the UE a repetition configuration for each of repeated transmissions of an information packet; receiving information packets by the UE from the BS, wherein the information packets are transmitted a repetition number of times, and wherein a redundancy version, RV, value is selected for each repeated transmission; and combining each received repetition of the information packets and decoding the information packets based on the repetition configuration, wherein the redundancy version, RV, value is selected from a preconfigured sequence of RV values for each repeated transmission, and wherein, based on the repetition configuration, the preconfigured sequence of RV values is repeatedly used for the repeated transmission by either (a) applying each RV value of the preconfigured sequence of RV values repeatedly to one block of multiple repetitions of a number of blocks of repetitions such that each block of repetitions has the same RV value, wherein the number of blocks of repetitions is determined by the repetition number, or (b) applying each RV value of the preconfigured sequence of RV values one by one to one repetition cyclically. (a) applying each RV value of the preconfigured sequence of RV values repeatedly to one block of multiple repetitions of a number of blocks of repetitions such that each block of repetitions has the same RV value, wherein the number of blocks of repetitions is determined by the repetition number, or (b) applying each RV value of the preconfigured sequence of RV values one by one to one repetition cyclically.
A system for detecting facial muscle activity comprising: wearable apparatus comprising an optical flow sensor located so as to, in use when the apparatus is worn, image a plurality of areas of skin associated with one or more facial muscles, the optical flow sensor being configured to capture time-varying data describing movement of the respective areas of skin substantially in the plane of the imaged areas of skin; wherein the optical flow sensor is configured to receive light from the plurality of areas of skin over a plurality of optical fibres; and wherein the wearable apparatus further comprises an optical switch configured to alternately provide light received from each of at least two of the plurality of optical fibres to the optical flow sensor, the optical switch being synchronized with the sampling rate of the optical flow sensor such that the optical flow sensor is configured to alternately sample different areas of skin of the plurality of areas of skin; and a processor configured to process the time-varying data in dependence on a dataset relating facial muscle activity to movement of the plurality of areas of skin so as to determine activity of the one or more associated facial muscles. wearable apparatus comprising an optical flow sensor located so as to, in use when the apparatus is worn, image a plurality of areas of skin associated with one or more facial muscles, the optical flow sensor being configured to capture time-varying data describing movement of the respective areas of skin substantially in the plane of the imaged areas of skin; wherein the optical flow sensor is configured to receive light from the plurality of areas of skin over a plurality of optical fibres; and wherein the wearable apparatus further comprises an optical switch configured to alternately provide light received from each of at least two of the plurality of optical fibres to the optical flow sensor, the optical switch being synchronized with the sampling rate of the optical flow sensor such that the optical flow sensor is configured to alternately sample different areas of skin of the plurality of areas of skin; and a processor configured to process the time-varying data in dependence on a dataset relating facial muscle activity to movement of the plurality of areas of skin so as to determine activity of the one or more associated facial muscles.
A device for generating a muscle movement in water through electrical stimulation of nerves and/or muscles, comprising a stimulator with a voltage source and a control device, at least one electrode for attachment on the skin, and at least one cable connecting the stimulator to the electrode, wherein the stimulator, the at least one electrode, and the at least one cable are designed to be watertight, and the control device is configured to generate electrical pulses for transfer to the skin on the at least one electrode, wherein the control device is configured to stimulate a swimming motion.
Organic electroluminescent device comprising, in the light-emitting layer, at least one organic compound of the formulae and/or, where the following applies to the symbols and indices used: R 1 is, identically or differently on each occurrence, H, F, CN, CF 3, CHF 2 or an alkyl, alkoxy or alkylalkoxy group having 1 to 15 C atoms; with the proviso that more than one of the radicals R 1 in the compound of the formulae and/or are equal to F. R 1 is, identically or differently on each occurrence, H, F, CN, CF 3, CHF 2 or an alkyl, alkoxy or alkylalkoxy group having 1 to 15 C atoms;
An apparatus for fractional dermatological treatment comprising: a laser source adapted to emit optical pulses having an adjustable pulse energy; and a fractional optical treatment system (123, 124, 125) that in use delivers said optical pulses to the skin characterised in that said fractional optical treatment system comprises an automatic adjustment mechanism that, in response to an adjustment of the pulse energy of the optical pulse is adapted to automatically adjust an optical spot size at a surface of the skin in order to maximize a depth of a lesion created by the optical pulse. a laser source adapted to emit optical pulses having an adjustable pulse energy; and a fractional optical treatment system (123, 124, 125) that in use delivers said optical pulses to the skin characterised in that said fractional optical treatment system comprises an automatic adjustment mechanism that, in response to an adjustment of the pulse energy of the optical pulse is adapted to automatically adjust an optical spot size at a surface of the skin in order to maximize a depth of a lesion created by the optical pulse.
A hand-held and stick vacuum cleaner, comprising: a stick body having a body discharge part formed in a front part thereof and a first connecting terminal provided on a rear part thereof; and a hand-held cleaner unit detachably mounted in the rear part of the stick body and having discharge parts (56,58) formed in front and rear part thereof and a second connecting terminal corresponding to the first connecting terminal provided on the rear part thereof. a stick body having a body discharge part formed in a front part thereof and a first connecting terminal provided on a rear part thereof; and a hand-held cleaner unit detachably mounted in the rear part of the stick body and having discharge parts (56,58) formed in front and rear part thereof and a second connecting terminal corresponding to the first connecting terminal provided on the rear part thereof.
An ancillary laundry composition for use in laundering white fabrics, the ancillary laundry composition comprising: a. 0.001 to 5 wt. % fluorescer, b. 0.5 to 12 wt. % non-ionic surfactant; and c. Water; wherein the composition comprises less than 2 wt.% surfactant selected from anionic, cationic and mixtures thereof. a. 0.001 to 5 wt. % fluorescer, b. 0.5 to 12 wt. % non-ionic surfactant; and c. Water;
A mat washing system, comprising at least one washing machine (20a, 20b); a separation tank which is connected to the washing machine (20a, 20b) and configured to remove sand and gravel from washing water emptied from the washing machine (20a, 20b); a tank which is connected to the separation tank and configured to purify the washing water by means of bacteria; and a further tank which is arranged downstream from said tank and configured to purify the washing water by means of bacteria; characterized in that said mat washing system further comprises a return flow pipe for re-circulation of the washing water, which has been used in the further tank, to said tank connected to the separation tank.
Exhaust-gas aftertreatment system, preferably exhaust-gas aftertreatment system of modular construction, preferably for a vehicle or a pump or generator unit, having at least one exhaust-gas module which has an inlet section and an outlet section, wherein at least one sensor fastening device (3.1, 3.2) is provided which comprises at least two, preferably at least three, fastening means (4.1, 4.2), which are spaced apart from one another in a circumferential direction or angularly, for exhaust-gas sensor fastening, characterized in that, by way of the fastening means (4.1, 4.2), an exhaust-gas sensor can be installed at different angular positions, and in that the installation angle of the exhaust-gas module is variable and/or the exhaust-gas aftertreatment system comprises a reducing agent module and the installation angle between the exhaust-gas module and a reducing agent module is variable.
A method of making an insulation panel that comprises a covering sheet made of fibrous material, an adhesive film and a base sheet made of insulating material comprising an aerogel with a microporous amorphous structure associated with a flexible fabric; the method comprising the steps of: - a first step of making said adhesive film adhere to said covering sheet; - a second step of making said base sheet adhere to said adhesive film; the method being characterized in that said adhesive film is provided with a plurality of through openings on its surface and in that it further comprises: - a step of heating said covering sheet and said adhesive film to a temperature that is substantially variable between 170° centigrade and 250° centigrade; and - a step of compressing said base sheet, said adhesive film and said covering sheet to a pressure that is substantially variable between 1 bar and 5 bar, said compressing step involving using a press comprising a matrix die that receives said covering sheet and a corresponding punch die, inserted in said matrix die, that compresses said base sheet onto said adhesive film and onto said covering sheet. - a first step of making said adhesive film adhere to said covering sheet; - a second step of making said base sheet adhere to said adhesive film; - a step of heating said covering sheet and said adhesive film to a temperature that is substantially variable between 170° centigrade and 250° centigrade; and - a step of compressing said base sheet, said adhesive film and said covering sheet to a pressure that is substantially variable between 1 bar and 5 bar, said compressing step involving using a press comprising a matrix die that receives said covering sheet and a corresponding punch die, inserted in said matrix die, that compresses said base sheet onto said adhesive film and onto said covering sheet.
A surgical retractor, comprising: a pair of arms (12, 14) mounted to be laterally slideable towards and apart from each other; and a respective first and second retractor blade, each supported on a respective arm (12, 14); characterized in that in a mounted situation of the blades to the arms the first retractor blade has an outer surface that is convex and the second retractor blade has an outer surface that is concave, and the outer surface of the first retractor blade faces away from the outer surface of the second retractor blade, in order to reduce pressure and trauma to the ribs and surrounding tissue and nerves when the retractor is used to hold an incision between the ribs. a pair of arms (12, 14) mounted to be laterally slideable towards and apart from each other; and a respective first and second retractor blade, each supported on a respective arm (12, 14); characterized in that
A surgical instrument (16010 - figure 120), comprising: an elongate shaft assembly defining a shaft axis (SA-SA); a surgical end effector pivotally coupled to said elongate shaft assembly for selective articulation relative to said elongate shaft assembly about an articulation axis (B-B) that is transverse to, and laterally offset from, said shaft axis (SA-SA) said surgical end effector defining an end effector axis, said surgical end effector configured to be selectively articulated between an unarticulated position wherein said effector axis is coaxially aligned with or parallel with said shaft axis (SA-SA) to a maximum articulated position on one side of said shaft axis (SA-SA) wherein said end effector axis is perpendicular to said shaft axis (SA-SA); and an articulation system operably interfacing with said surgical end effector to selectively move said surgical end effector between said unarticulated position and said articulated positions, characterized in that: said surgical end effector is pivotally coupled to said elongate shaft assembly by a spring pin that defines said articulation axis (B-B) and which is configured to apply a de-articulation biasing motion to said surgical end effector. an elongate shaft assembly defining a shaft axis (SA-SA); a surgical end effector pivotally coupled to said elongate shaft assembly for selective articulation relative to said elongate shaft assembly about an articulation axis (B-B) that is transverse to, and laterally offset from, said shaft axis (SA-SA) said surgical end effector defining an end effector axis, said surgical end effector configured to be selectively articulated between an unarticulated position wherein said effector axis is coaxially aligned with or parallel with said shaft axis (SA-SA) to a maximum articulated position on one side of said shaft axis (SA-SA) wherein said end effector axis is perpendicular to said shaft axis (SA-SA); and an articulation system operably interfacing with said surgical end effector to selectively move said surgical end effector between said unarticulated position and said articulated positions, characterized in that: said surgical end effector is pivotally coupled to said elongate shaft assembly by a spring pin that defines said articulation axis (B-B) and which is configured to apply a de-articulation biasing motion to said surgical end effector.
A fluidic die comprising: a substrate having a thin flexible region (42, 142) opposite a fluid supply passage within the substrate; a nozzle supported by the substrate proximate the flexible region (42, 142); wherein the nozzle comprises a firing chamber, an orifice and a fluid ejector (50, 450) within the chamber to displace fluid through the orifice and a strain sensor on the flexible region of the substrate, the strain sensor to sense strain during flexing of the flexible region (42, 142) to sense fluid back pressure changes. a substrate having a thin flexible region (42, 142) opposite a fluid supply passage within the substrate; a nozzle supported by the substrate proximate the flexible region (42, 142); wherein the nozzle comprises a firing chamber, an orifice and a fluid ejector (50, 450) within the chamber to displace fluid through the orifice and a strain sensor on the flexible region of the substrate, the strain sensor to sense strain during flexing of the flexible region (42, 142) to sense fluid back pressure changes.