mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a Cell-Specific Reference Signal, which comprises: dividing a cell into a central area and a marginal area, characterised in that, the method further comprises: dividing the CRS into a central CRS, a marginal CRS and a common CRS, wherein the central CRS is a CRS which is located on a transmission resource section used in the central area of the cell and is on a same symbol as a dedicated channel of the central area; the marginal CRS is a CRS which is located on a transmission resource section used in the marginal area of the cell and is on a same symbol as a dedicated channel of the marginal area; and the common CRS is a CRS other than the central CRS and the marginal CRS, which is adjacent to a downlink common channel in frequency domain and is on a same symbol as the downlink common channel; configuring a value that is obtained by adding a fixed first power value to a preset reference Energy Per Resource Element (EPRE), as an EPRE value of the marginal CRS; configuring a value that is obtained by subtracting a fixed second power value from the preset reference EPRE, as an EPRE value of the central CRS; and configuring the preset reference EPRE as an EPRE value of the common CRS. dividing the CRS into a central CRS, a marginal CRS and a common CRS, wherein the central CRS is a CRS which is located on a transmission resource section used in the central area of the cell and is on a same symbol as a dedicated channel of the central area; the marginal CRS is a CRS which is located on a transmission resource section used in the marginal area of the cell and is on a same symbol as a dedicated channel of the marginal area; and the common CRS is a CRS other than the central CRS and the marginal CRS, which is adjacent to a downlink common channel in frequency domain and is on a same symbol as the downlink common channel; configuring a value that is obtained by adding a fixed first power value to a preset reference Energy Per Resource Element (EPRE), as an EPRE value of the marginal CRS; configuring a value that is obtained by subtracting a fixed second power value from the preset reference EPRE, as an EPRE value of the central CRS; and configuring the preset reference EPRE as an EPRE value of the common CRS.
A structure of a stabilizer bar with a movement restriction member (23, 31, 31A, 31B), the movement restriction member (23, 31, 31A, 31B) comprising: a plate-shaped bridge portion (33, 33A); a first curved portion integrally extending from one end portion of the bridge portion (33, 33A); and a second curved portion integrally extending from another end portion of the bridge portion (33, 33A), the first curved portion including an end portion including a first lock portion, the second curved portion including an end portion including a second lock portion engaging with the first lock portion, the structure characterized in that the bridge portion, and respective inner circumferential surfaces of the first curved portion and the second curved portion are secured on an outer circumferential surface of the stabilizer bar with the stabilizer bar placed on an inner circumferential surface of the first curved portion, the movement restriction member (23, 31, 31A, 31B) including an inner circumferential surface formed with an anti-slippage portion, and an anti-slippage material (Co) is provided on the outer circumferential surface of the stabilizer bar, and the anti-slippage portion is pressed and attached on the anti-slippage material (Co). a plate-shaped bridge portion (33, 33A); a first curved portion integrally extending from one end portion of the bridge portion (33, 33A); and a second curved portion integrally extending from another end portion of the bridge portion (33, 33A), the second curved portion including an end portion including a second lock portion engaging with the first lock portion, the structure characterized in that the bridge portion, and respective inner circumferential surfaces of the first curved portion and the second curved portion are secured on an outer circumferential surface of the stabilizer bar with the stabilizer bar placed on an inner circumferential surface of the first curved portion, the movement restriction member (23, 31, 31A, 31B) including an inner circumferential surface formed with an anti-slippage portion, and an anti-slippage material (Co) is provided on the outer circumferential surface of the stabilizer bar, and the anti-slippage portion is pressed and attached on the anti-slippage material (Co).
A method to control a refrigeration unit in response to a cargo load in a refrigerated container via a processor, the method comprising: providing a plurality of sensors disposed within the refrigerated container; identifying the cargo load via a cargo identification interface; analyzing at least one of a cargo thermal sensitivity, a cargo specific heat, and a cargo thermal mass corresponding to the cargo load via the processor; providing a cargo load temperature range and a cargo load excursion time limit corresponding to at least one of the cargo thermal sensitivity, the cargo specific heat, and the cargo thermal mass of the cargo load; receiving a plurality of temperature readings corresponding to the cargo load via the plurality of sensors; determining a temperature distribution within the refrigerated container; operating the refrigeration unit in a power saving mode in response to the plurality of temperature readings within the cargo load temperature range; and operating the refrigeration unit in a standard mode in response to the plurality of temperature readings outside the cargo load temperature range for longer than the cargo load excursion time limit. providing a plurality of sensors disposed within the refrigerated container; identifying the cargo load via a cargo identification interface; analyzing at least one of a cargo thermal sensitivity, a cargo specific heat, and a cargo thermal mass corresponding to the cargo load via the processor; providing a cargo load temperature range and a cargo load excursion time limit corresponding to at least one of the cargo thermal sensitivity, the cargo specific heat, and the cargo thermal mass of the cargo load; receiving a plurality of temperature readings corresponding to the cargo load via the plurality of sensors; determining a temperature distribution within the refrigerated container; operating the refrigeration unit in a power saving mode in response to the plurality of temperature readings within the cargo load temperature range; and operating the refrigeration unit in a standard mode in response to the plurality of temperature readings outside the cargo load temperature range for longer than the cargo load excursion time limit.
A surface maintenance machine, comprising: a body; wheels for supporting the body for movement over a surface; a pair of brooms (110,112) housed in a sweep chamber configured to draw particulate on the surface to the front of the pair of brooms (110,112) inwardly toward the surface maintenance machine; and a skirt assembly generally surrounding the pair of brooms (110,112) to form a vacuum passage to fluidly isolate the sweep chamber from an exterior of the surface maintenance machine, the skirt assembly comprising side skirts and a rear skirt, the rear skirt being positioned to the rear of the pair of brooms (110,112) when the machine is moving in a generally forward direction, characterized in that the skirt assembly does not surround the pair of brooms (110, 112) on the front of the pair of brooms (110,112), and in that the particulate on the surface to the front of the pair of brooms (110, 112) are drawn toward the surface maintenance machine due to air currents generated during the rotation of the pair of brooms (110,112). a body; wheels for supporting the body for movement over a surface; a pair of brooms (110,112) housed in a sweep chamber configured to draw particulate on the surface to the front of the pair of brooms (110,112) inwardly toward the surface maintenance machine; and a skirt assembly generally surrounding the pair of brooms (110,112) to form a vacuum passage to fluidly isolate the sweep chamber from an exterior of the surface maintenance machine, the skirt assembly comprising side skirts and a rear skirt, the rear skirt being positioned to the rear of the pair of brooms (110,112) when the machine is moving in a generally forward direction, characterized in that the skirt assembly does not surround the pair of brooms (110, 112) on the front of the pair of brooms (110,112), and in that the particulate on the surface to the front of the pair of brooms (110, 112) are drawn toward the surface maintenance machine due to air currents generated during the rotation of the pair of brooms (110,112).
A method of determining the degree of uptake of an imaging marker in an individual candidate imaging marker scan, the method including the steps of: (a) calculating a series of representative matched controlled imaging marker scan templates and tissue marker templates for a series of controlled sample scans of individuals; (b) computing a series of internal body delineation surfaces from the matched templates; (c) aligning the individual candidate imaging marker scan with the matched templates; (d) aligning the individual candidate imaging marker scan with the series of body delineation surfaces, wherein each of the body delineation surfaces aligned with the individual candidate imaging marker scan includes a plurality of surface locations; characterised in that it further comprises: (e) selecting M best templates for each of the plurality of surface locations based on a similarity measure between the candidate imaging marker scan value and the corresponding values of each of the controlled imaging marker scan templates (f) computing M weights for each of the plurality of surface locations, utilizing a corresponding tissue marker template and the similarity measure between the candidate imaging marker scan value and the corresponding values of each of the controlled imaging marker scan templates; (g) utilizing the M weights to combine the M best templates for each of the plurality of surface locations to produce an overall imaging marker value thereby estimating the candidate imaging marker uptake at each location of an average body delineation surface. (a) calculating a series of representative matched controlled imaging marker scan templates and tissue marker templates for a series of controlled sample scans of individuals; (b) computing a series of internal body delineation surfaces from the matched templates; (c) aligning the individual candidate imaging marker scan with the matched templates; (d) aligning the individual candidate imaging marker scan with the series of body delineation surfaces, wherein each of the body delineation surfaces aligned with the individual candidate imaging marker scan includes a plurality of surface locations; (e) selecting M best templates for each of the plurality of surface locations based on a similarity measure between the candidate imaging marker scan value and the corresponding values of each of the controlled imaging marker scan templates (f) computing M weights for each of the plurality of surface locations, utilizing a corresponding tissue marker template and the similarity measure between the candidate imaging marker scan value and the corresponding values of each of the controlled imaging marker scan templates; (g) utilizing the M weights to combine the M best templates for each of the plurality of surface locations to produce an overall imaging marker value thereby estimating the candidate imaging marker uptake at each location of an average body delineation surface.
Candida tropicalis cell, characterized in that the cell has, compared with its wild type, a reduced activity of at least one of the enzymes that are encoded by the intron-free nucleic acid sequences selected from the two groups A) and B) consisting of A) Seq ID No. 57, B) a sequence that is identical to at least 80% to Seq ID No. 57, where the activity of the enzymes is to be understood as meaning the enzymatic activity which catalyses the conversion of 12-hydroxydodecanoic acid to 1,12-dodecandioic acid by the entire cell, furthermore characterized in that the decrease in enzymatic activity is achieved by modification of a gene comprising one of the abovementioned nucleic acid sequences, the modification being selected from the group comprising insertion of foreign DNA into the gene, deletion of at least parts of the gene, point mutations in the gene sequence, subjecting the gene to the influence of RNA interference and exchange of parts of the gene with foreign DNA, in particular of the promoter region. A) Seq ID No. 57, B) a sequence that is identical to at least 80% to Seq ID No. 57,
A method for controlling an automatic distribution or command machine, the automatic machine having a plurality of functionalities and comprising: - a graphic interface comprising at least two selectable graphic elements (30, 32, 34, 36, 38), the selection of a graphic elements activating a functionality of the automatic machine associated with the graphic element, - a plurality of selection means (50, 52, 54, 56, 58) for at least two selectable graphic elements (30, 32, 34, 36, 38), - a plurality of auxiliary means (18, 20, 22, 24) for controlling the graphic interface including: - a command for scrolling the selection of selectable graphic elements (30, 32, 34, 36, 38), and - a command for validating the selection of one selectable graphic element (30, 32, 34, 36, 38) the method comprising the steps: - emitting a set of sound elements by the automatic machine, the sound elements relating to the selectable graphic elements (30, 32, 34, 36, 38) of the graphic interface, - controlling the graphic interface by using at least one command of the plurality of auxiliary control means (18, 20, 22, 24) of the graphic interface, the emitting of a set of sound elements by the automatic machine being applied after selecting one of the selectable graphic elements (30, 32, 34, 36, 38) of the graphic interface for a predetermined time, and the method further including the steps: - selecting a selectable graphic element (30, 32, 34, 36, 38) by using a validation command and - emitting a sound elements relating to the selected graphic element (30, 32, 34, 36, 38). - a graphic interface comprising at least two selectable graphic elements (30, 32, 34, 36, 38), the selection of a graphic elements activating a functionality of the automatic machine associated with the graphic element, - a plurality of selection means (50, 52, 54, 56, 58) for at least two selectable graphic elements (30, 32, 34, 36, 38), - a plurality of auxiliary means (18, 20, 22, 24) for controlling the graphic interface including: - a command for scrolling the selection of selectable graphic elements (30, 32, 34, 36, 38), and - a command for validating the selection of one selectable graphic element (30, 32, 34, 36, 38) - a command for scrolling the selection of selectable graphic elements (30, 32, 34, 36, 38), and - a command for validating the selection of one selectable graphic element (30, 32, 34, 36, 38) - emitting a set of sound elements by the automatic machine, the sound elements relating to the selectable graphic elements (30, 32, 34, 36, 38) of the graphic interface, - controlling the graphic interface by using at least one command of the plurality of auxiliary control means (18, 20, 22, 24) of the graphic interface, - selecting a selectable graphic element (30, 32, 34, 36, 38) by using a validation command and - emitting a sound elements relating to the selected graphic element (30, 32, 34, 36, 38).
A cellulose liquid dispersion, wherein the cellulose liquid dispersion at least includes fine oxidized cellulose having a carboxyl group at the C6 position, wherein the amount of the carboxyl group of the fine oxidized cellulose is 1.0 mmol/g or more and 2.0 mmol/g or less and the amount of the carboxyl group is measured according to the description, a volume-based particle size distribution of the fine oxidized cellulose exists in the range of 0.01 μm or more and 100 μm or less of volume-based particle diameter, and has two or more particle diameter peaks, wherein the volume-based particle size distribution has one of or two or more of particle diameter peaks in the range of 0.01 μm or more and 1 μm or less of a volume-based particle diameter, and has one of or two or more of particle diameter peaks in the range of 1 μm or more and 100 μm or less of volume-based particle diameter, and the volume-based particle size distribution and the particle diameter peaks are measured according to the description.
Bodywork part for a motor vehicle of plastic, comprising a wall formed by an external part and an internal part, characterised in that: - the outer part comprises a transparent sheet having one face having a local relief at the interface of the two parts and another sensibly smooth face on the surface of the wall, and - the inner part is made of injected plastic material having a face having a complementary relief to that of the external part at the interface of the two parts (20, 30). - the outer part comprises a transparent sheet having one face having a local relief at the interface of the two parts and another sensibly smooth face on the surface of the wall, and - the inner part is made of injected plastic material having a face having a complementary relief to that of the external part at the interface of the two parts (20, 30).
A medicament comprising in combination a first and a second composition for simultaneous, separate or sequential use in treating ulcerative colitis in a patient, said first composition comprising 5-aminosalicylic acid, said second composition being in the form of a single tablet comprising: a tablet core comprising: a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a coating on said tablet core, said coating comprising a gastro-resistant film;. wherein the patient is treated with the first composition previously to the second composition; and wherein said patient has a UCDAI score of greater than or equal to 4 prior to said second composition being administered to said patient. a tablet core comprising: a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a coating on said tablet core, said coating comprising a gastro-resistant film;.
A rotary drive unit comprising; a motor case, a rotating plate rotatably provided in said motor case; a ring-shaped vibration generating unit (42, 43) made up of a piezoelectric ceramic secured to an upper surface of said rotating plate and a vibrator fixed on said piezoelectric ceramic, a fixing ring placed on said vibrator, in which a rotational force is transmitted through a second friction force from said vibration generating unit (42,43), a friction sheet fixed on an upper surface of said fixing ring, a further friction sheet fixed on a lower surface of a top plate of said motor case and a wave washer interposed between said two friction sheets for generating a first friction force between said fixing ring and said motor case by biasing said two friction sheets in opposite directions, and an output shaft (6, 13) rotatably penetrating through said motor case and connectable to a rotation unit, wherein the second friction force generated between said vibration generating unit and said fixing ring is set to be larger than the first friction force generated between said fixing ring and said motor case, and wherein by applying a voltage on said piezoelectric ceramic, said vibration generating unit is adapted to generate a flexural wave motion that moves in a circumferential direction by ultrasonic vibration, said flexural wave motion is set to rotate said fixing ring and rotate said rotation unit via said output shaft, and in a case where a rotational force larger than said first friction force is generated between said fixing ring and said motor case acts, said fixing ring is adapted to slip with respect to said motor case.
An article of footwear comprising: an upper; a midsole attached to the upper and including a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed; an outsole having a ground-engaging surface, an inner surface disposed on an opposite side of the outsole than the ground-engaging surface, and a wall extending from the ground-engaging surface and surrounding the outsole, the wall cooperating with bottom surface of the midsole to define a cavity; and a casing received within the cavity, containing particulate matter, and including at least one fold line (310a-314a, 1410-1420) defining a first pocket (330-336, 1450-1466) containing a first quantity of the particulate matter and a second pocket (330-336, 1450-1466) containing a second quantity of the particulate matter. an upper; a midsole attached to the upper and including a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed; an outsole having a ground-engaging surface, an inner surface disposed on an opposite side of the outsole than the ground-engaging surface, and a wall extending from the ground-engaging surface and surrounding the outsole, the wall cooperating with bottom surface of the midsole to define a cavity; and a casing received within the cavity, containing particulate matter, and including at least one fold line (310a-314a, 1410-1420) defining a first pocket (330-336, 1450-1466) containing a first quantity of the particulate matter and a second pocket (330-336, 1450-1466) containing a second quantity of the particulate matter.
A small remote-acting electroshock weapon comprising a non-conductive housing with a cavity for a firing cartridge activated by a low voltage and having launchable current-conducting wires and a pyrotechnic device arranged inside the firing cartridge for releasing the cartridge from the housing of the weapon, a source of electrical energy, and a high voltage stunning pulse generator having an electrical deactivation switch, wherein the weapon further comprises a movable mechanical safety trigger which can be controlled by a finger of the hand holding the weapon and which is able to interact with the electrical deactivation switch of the high voltage stunning pulse generator and with an additional electrical switch for preventing firing of the firing cartridge; a safety lock for preventing movement of the safety trigger in the event of unauthorized movement thereof and for locking the firing cartridge in the housing during firing; and a catch for locking the firing cartridge in the housing, said catch being controllable by the hand with which the user is holding the weapon.