mhurhangee/patent-ind-claim-en huggingface dataset:
A method for environmental parameter mapping, comprising adding (S240) at least one entry to a mapping data structure and sending (S280) at least one command to a robotic device wherein the method further comprises determining (S230) a likelihood of observing a plurality of first measurements based on a plurality of second measurements at corresponding locations of a robotic device, wherein each of the plurality of first measurements is determined based on sensor signals captured by the robotic device, wherein each of the plurality of second measurements is stored in a mapping data structure with respect to the corresponding location of one of the plurality of first measurements; and determining whether each of the plurality of first measurements has a likelihood above a threshold; wherein each entry includes a position of a robotic device and at least one corresponding environmental parameter for the respective position of the robotic device, wherein each environmental parameter of each entry indicates an attribute of an environment at the corresponding position and is based on at least one sensor signal captured at the corresponding position, wherein the at least one entry is determined based on each first measurement having a likelihood above a threshold; and wherein the at least one command is determined based on the mapping data structure and includes at least one command to navigate. wherein the method further comprises determining (S230) a likelihood of observing a plurality of first measurements based on a plurality of second measurements at corresponding locations of a robotic device, wherein each of the plurality of first measurements is determined based on sensor signals captured by the robotic device, wherein each of the plurality of second measurements is stored in a mapping data structure with respect to the corresponding location of one of the plurality of first measurements; and determining whether each of the plurality of first measurements has a likelihood above a threshold; wherein each entry includes a position of a robotic device and at least one corresponding environmental parameter for the respective position of the robotic device, wherein each environmental parameter of each entry indicates an attribute of an environment at the corresponding position and is based on at least one sensor signal captured at the corresponding position, wherein the at least one entry is determined based on each first measurement having a likelihood above a threshold; and wherein the at least one command is determined based on the mapping data structure and includes at least one command to navigate.
Tube unit for a tube pump of the peristaltic pump construction type having a beam-like tube holder , which securely holds a flexible tube at two tube-longitudinally-spaced apart positions in the manner of a loop, in order to come into undercutting holding engagement around a pump head with a tube reception of a lever mechanism of the tube pump for the tensioning of the tube , characterised in that a lug is formed, at the tube holder and protruding transversely thereto, which lug is adapted for manual handling of the tube unit at the insert-removal procedure and for stopping the lever mechanism in its tube - tension position.
A pneumatic tire comprising, in a tread part , multiple main grooves that extend in a tire circumferential direction; and multiple land portions that are partitioned by the main grooves , wherein the main grooves include a pair of shoulder main grooves that are respectively arranged on tread edge sides, the land portions include a pair of shoulder ribs that are respectively arranged between the shoulder main grooves and the tread edges (Te), each of the shoulder ribs has multiple shoulder lug grooves , each of the shoulder lug grooves extending from one of the tread edges (Te) to a tire axial direction inner side and an inner end of each of the shoulder lug grooves being terminated without reaching one of the shoulder main grooves ; and multiple shoulder sipes , each of the shoulder sipes extending from one of the shoulder main grooves to a tire axial direction outer side between shoulder lug grooves that are adjacent to each other in the tire circumferential direction and an outer end of the each of the shoulder sipes being terminated without reaching one of the tread edges (Te), and a tire circumferential direction length (L1) of a first region between an inner end of each of the shoulder sipes and an inner end of an adjacent shoulder lug groove is 2 - 4 times a tire circumferential direction length (L2) of a second region between the inner end of each of the shoulder sipes and an inner end of the other adjacent shoulder lug groove , a tire axial direction length (L5) of each of the shoulder sipes is 20% - 50% of a width (W4) of each of the shoulder ribs , characterized in that each of the shoulder lug grooves has an axial-direction portion that extends along a tire axial direction; and an inclined portion that is inclined in one direction with respect to the tire axial direction, wherein a tire axial direction length (L3) of the axial-direction portion is 55% - 65% of a width (W4) of each of the shoulder ribs and the inclined portion of each of the shoulder lug grooves has a groove width that is gradually reduced toward the inner end , and wherein a distance (L4) between the inner end of each of the shoulder lug grooves and the shoulder main groove is 7% - 12% of a width (W4) of the shoulder rib . multiple shoulder lug grooves , each of the shoulder lug grooves extending from one of the tread edges (Te) to a tire axial direction inner side and an inner end of each of the shoulder lug grooves being terminated without reaching one of the shoulder main grooves ; and multiple shoulder sipes , each of the shoulder sipes extending from one of the shoulder main grooves to a tire axial direction outer side between shoulder lug grooves that are adjacent to each other in the tire circumferential direction and an outer end of the each of the shoulder sipes being terminated without reaching one of the tread edges (Te), and
A method for detecting a target RNA polynucleotide, comprising the following steps: (i) providing an RNA polynucleotide, wherein the target RNA polynucleotide is an mRNA comprising a poly A-tail; (ii) annealing one or more catcher polynucleotides which are complementary to at least a portion of the target RNA polynucleotide to obtain a hybrid of said target RNA polynucleotide and said catcher polynucleotide, wherein said catcher polynucleotide is immobilized on a surface or connected to a bead; (iii) annealing a mature crRNA (CRISPR RNA) molecule to a specific target sequence on the target RNA polynucleotide; (iv) binding a catalytically-inactive crRNA-guided RNA-binding protein to the complex of step (iii) to obtain a protein-RNA polynucleotide complex; (v) removing unbound mature crRNA molecule and unbound catalytically inactive crRNA-guided RNA-binding protein; (vi) binding of an antibody to said protein-RNA polynucleotide-complex of step (iv); (vii) removing unbound antibody; and (viii) detecting the antibody-bound protein-RNA polynucleotide-complex of step (vi). (i) providing an RNA polynucleotide, wherein the target RNA polynucleotide is an mRNA comprising a poly A-tail; (ii) annealing one or more catcher polynucleotides which are complementary to at least a portion of the target RNA polynucleotide to obtain a hybrid of said target RNA polynucleotide and said catcher polynucleotide, wherein said catcher polynucleotide is immobilized on a surface or connected to a bead; (iii) annealing a mature crRNA (CRISPR RNA) molecule to a specific target sequence on the target RNA polynucleotide; (iv) binding a catalytically-inactive crRNA-guided RNA-binding protein to the complex of step (iii) to obtain a protein-RNA polynucleotide complex; (v) removing unbound mature crRNA molecule and unbound catalytically inactive crRNA-guided RNA-binding protein; (vi) binding of an antibody to said protein-RNA polynucleotide-complex of step (iv); (vii) removing unbound antibody; and (viii) detecting the antibody-bound protein-RNA polynucleotide-complex of step (vi).
A semi-persistence scheduling control method, comprising: obtaining (S101) dynamic service statistical information generated by dynamic service due to dynamic scheduling and accumulated in a historical time period, the dynamic service statistical information comprising at least one of: new transmission times of dynamic scheduling, and new transmission service data amount of dynamic scheduling; and determining (S102) whether the dynamic service statistical information exceeds a set threshold value; if the dynamic service statistical information exceeds the set threshold value, allocating a resource without using semi-persistence scheduling in a current time period (S103); and if the dynamic service statistical information does not exceed the set threshold value, allocating the resource by using the semi-persistence scheduling in the current time period (S104). obtaining (S101) dynamic service statistical information generated by dynamic service due to dynamic scheduling and accumulated in a historical time period, the dynamic service statistical information comprising at least one of: new transmission times of dynamic scheduling, and new transmission service data amount of dynamic scheduling; and determining (S102) whether the dynamic service statistical information exceeds a set threshold value; if the dynamic service statistical information exceeds the set threshold value, allocating a resource without using semi-persistence scheduling in a current time period (S103); and if the dynamic service statistical information does not exceed the set threshold value, allocating the resource by using the semi-persistence scheduling in the current time period (S104).
An attachment for a hand held appliance comprising a body having a first wall ; a second wall ; and a slot formed along at least part of the length of the attachment, wherein the slot is defined on a first side by a surface of the first wall and on a second side by a surface of the second wall , wherein the second wall is moveable relative to the first wall ; wherein the first wall is generally tubular, the second wall is generally triangular and an external surface of the attachment includes at least one row of bristles; wherein the external surface is an external surface of the first wall .
A control method for an information processing apparatus that generates a layout image by arranging images in a template, the control method comprising: acquiring (S402-S404, S406) one or a plurality of frame images clipped from moving image data as pieces of moving image data and one or a plurality of still images as pieces of still image data; scoring (S416) pieces of image data of a first image data group acquired from the acquired one or plurality of pieces of moving image data based on a first evaluation and scoring pieces of image data of a second image data group acquired from the acquired one or plurality of pieces of still image data based on a second evaluation different from the first evaluation; selecting (S423) a plurality of pieces of image data from the first image data group and the second image data group based on the scorings; acquiring (S424) a template having slots in which to arrange images; and outputting (S427) a layout image in which the selected plurality of pieces of image data are arranged in slots included in the template, characterized in that the first evaluation is an evaluation based on an amount of motion of image data and the second evaluation is an evaluation without being based on an amount of motion of image data, and scoring pieces of the first image data group is based on the first evaluation and the second evaluation so that the score of the second evaluation is changed according to the score of the first evaluation, whereas scoring pieces of the second image data group is based on the second evaluation. acquiring (S402-S404, S406) one or a plurality of frame images clipped from moving image data as pieces of moving image data and one or a plurality of still images as pieces of still image data; scoring (S416) pieces of image data of a first image data group acquired from the acquired one or plurality of pieces of moving image data based on a first evaluation and scoring pieces of image data of a second image data group acquired from the acquired one or plurality of pieces of still image data based on a second evaluation different from the first evaluation; selecting (S423) a plurality of pieces of image data from the first image data group and the second image data group based on the scorings; acquiring (S424) a template having slots in which to arrange images; and outputting (S427) a layout image in which the selected plurality of pieces of image data are arranged in slots included in the template, characterized in that the first evaluation is an evaluation based on an amount of motion of image data and the second evaluation is an evaluation without being based on an amount of motion of image data, and scoring pieces of the first image data group is based on the first evaluation and the second evaluation so that the score of the second evaluation is changed according to the score of the first evaluation, whereas scoring pieces of the second image data group is based on the second evaluation.
An airfoil (100; 300; 400) for a gas turbine comprising: a body (110; 410) comprising multiple chambers formed in a surface of the body (110; 410), wherein the body comprises a first metallic material; and multiple filler sections corresponding to and at least partially occupying the multiple chambers of the body (110; 410), wherein the multiple filler sections comprise a first filler section ; wherein the first filler section comprises a second metallic material; and wherein the second metallic material has a comparatively more negative electrode potential than the first metallic material; characterized in that : the multiple filler sections further comprise a second filler section ; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material. a body (110; 410) comprising multiple chambers formed in a surface of the body (110; 410), wherein the body comprises a first metallic material; and multiple filler sections corresponding to and at least partially occupying the multiple chambers of the body (110; 410), wherein the multiple filler sections comprise a first filler section ; wherein the first filler section comprises a second metallic material; and wherein the second metallic material has a comparatively more negative electrode potential than the first metallic material; characterized in that : the multiple filler sections further comprise a second filler section ; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material. the multiple filler sections further comprise a second filler section ; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material.
A floor sanding machine comprising a working assembly having a rotary-orbital movement, the working assembly comprises a support and a flexible abrasive element , said support being generally circular in shape and comprising at least: - a flexible layer made of elastically deformable material, and - a rigid body , being placed overlying the flexible layer , so that a face of the rigid body and a face of the flexible layer are coupled, said faces being in mutual contact, wherein the support presents a coupling face onto which the flexible abrasive element is fastened; wherein the flexible layer is adapted to directly join with the flexible abrasive element , by means of a tear-off fastening system, or other stable or temporary coupling means of a known type on the coupling face wherein the term 'directly' refers to coupling means and where there are no layers between the flexible layer and the flexible abrasive element; and wherein said coupled face of said rigid body and said coupled face of said flexible layer have complementary shapes, wherein at least said flexible layer or said rigid body has an inward-curved coupled face or coupling face respectively, forming a downward-facing cavity, and wherein at least said flexible layer has a thickness that varies homogeneously from the centre towards the outer edge. - a flexible layer made of elastically deformable material, and - a rigid body , being placed overlying the flexible layer , so that a face of the rigid body and a face of the flexible layer are coupled, said faces being in mutual contact, wherein the support presents a coupling face onto which the flexible abrasive element is fastened; wherein the flexible layer is adapted to directly join with the flexible abrasive element , by means of a tear-off fastening system, or other stable or temporary coupling means of a known type on the coupling face wherein the term 'directly' refers to coupling means and where there are no layers between the flexible layer and the flexible abrasive element; and wherein said coupled face of said rigid body and said coupled face of said flexible layer have complementary shapes, wherein at least said flexible layer or said rigid body has an inward-curved coupled face or coupling face respectively, forming a downward-facing cavity, and wherein at least said flexible layer has a thickness that varies homogeneously from the centre towards the outer edge.
An interlocking assembly characterized by comprising: a rail unit connectable to a water wall, the rail unit comprising a guide rail to move along a first axis and a support rail to control movement along a second axis, the support rail including a thermal module connected thereto and an interlocking member ; and a bracket unit to engage with the support rail, the bracket unit including: a bracket body , a receiving member connected to the bracket body, the receiving member to engage with the interlocking member, when engaged the interlocking member to determine a position of the receiving member, and an alignment indicator connected to the receiving member to move based on the position of the receiving member, the alignment indicator being movable between a retracted position which allows an electronic component to be inserted into a thermal receiving member so as to be thermally connected to the thermal module and an extended position which prevents insertion of the electronic component. a rail unit connectable to a water wall, the rail unit comprising a guide rail to move along a first axis and a support rail to control movement along a second axis, the support rail including a thermal module connected thereto and an interlocking member ; and a bracket unit to engage with the support rail, the bracket unit including: a bracket body , a receiving member connected to the bracket body, the receiving member to engage with the interlocking member, when engaged the interlocking member to determine a position of the receiving member, and an alignment indicator connected to the receiving member to move based on the position of the receiving member, the alignment indicator being movable between a retracted position which allows an electronic component to be inserted into a thermal receiving member so as to be thermally connected to the thermal module and an extended position which prevents insertion of the electronic component. a bracket body , a receiving member connected to the bracket body, the receiving member to engage with the interlocking member, when engaged the interlocking member to determine a position of the receiving member, and an alignment indicator connected to the receiving member to move based on the position of the receiving member, the alignment indicator being movable between a retracted position which allows an electronic component to be inserted into a thermal receiving member so as to be thermally connected to the thermal module and an extended position which prevents insertion of the electronic component.
A method for producing a steviol glycoside, which comprises the step of reacting a protein according to any one selected from the group consisting of (a) to (c) below with a UDP-sugar and a compound represented by general formula (I) below: (a) a protein consisting of the amino acid sequence of SEQ ID NO: 2; (b) a protein consisting of an amino acid sequence wherein 1 to 48 amino acids are deleted, substituted, inserted and/or added in the amino acid sequence of SEQ ID NO: 2, and having an activity of adding a sugar molecule to the carboxyl at position 19 of a compound represented by general formula (I) below; and, (c) a protein having an amino acid sequence having at least 90% sequence identity with the amino acid sequence of SEQ ID NO: 2, and having an activity of adding a sugar molecule to the carboxyl at position 19 of a compound represented by general formula (I) below: wherein, R 1 represents H, a C 1 -C 20 alkyl, a C 2 -C 20 alkenyl, a C 2 -C 20 alkynyl, a C 4 -C 20 alkyldienyl, a C 6 -C 18 aryl, a C 6 -C 20 alkylaryl, a C 6 -C 20 arylalkyl, a C 4 -C 20 cycloalkyl, a C 4 -C 20 cycloalkenyl, a (C 3 -C 10 cycloalkyl) C 1 -C 10 alkyl, or a sugar residue. (a) a protein consisting of the amino acid sequence of SEQ ID NO: 2; (b) a protein consisting of an amino acid sequence wherein 1 to 48 amino acids are deleted, substituted, inserted and/or added in the amino acid sequence of SEQ ID NO: 2, and having an activity of adding a sugar molecule to the carboxyl at position 19 of a compound represented by general formula (I) below; and, (c) a protein having an amino acid sequence having at least 90% sequence identity with the amino acid sequence of SEQ ID NO: 2, and having an activity of adding a sugar molecule to the carboxyl at position 19 of a compound represented by general formula (I) below: wherein, R 1 represents H, a C 1 -C 20 alkyl, a C 2 -C 20 alkenyl, a C 2 -C 20 alkynyl, a C 4 -C 20 alkyldienyl, a C 6 -C 18 aryl, a C 6 -C 20 alkylaryl, a C 6 -C 20 arylalkyl, a C 4 -C 20 cycloalkyl, a C 4 -C 20 cycloalkenyl, a (C 3 -C 10 cycloalkyl) C 1 -C 10 alkyl, or a sugar residue.
A vertical-cavity surface-emitting laser, VCSEL, wafer, comprising: a substrate layer ; epitaxial layers on the substrate layer; and a strain compensating layer to control bowing of the VCSEL wafer after thinning of the VCSEL wafer, wherein the strain compensating layer is arranged outside of the epitaxial layers on an epitaxial side of the substrate layer and wherein the strain compensating layer controls bowing of the thinned VCSEL wafer by at least partially compensating for compressive strain in the epitaxial layers of the VCSEL wafer, characterized in that said strain compensating layer is arranged between at least a portion of an anode layer and the epitaxial layers . a substrate layer ; epitaxial layers on the substrate layer; and a strain compensating layer to control bowing of the VCSEL wafer after thinning of the VCSEL wafer, wherein the strain compensating layer is arranged outside of the epitaxial layers on an epitaxial side of the substrate layer and wherein the strain compensating layer controls bowing of the thinned VCSEL wafer by at least partially compensating for compressive strain in the epitaxial layers of the VCSEL wafer, characterized in that said strain compensating layer is arranged between at least a portion of an anode layer and the epitaxial layers .