mhurhangee/ep-ind-claims huggingface dataset:
Vessel comprising a substantially vertical frame attached to a vessel support structure, an upper clamping element, vertically displaceable along the frame via a displacement member, a lower clamping element situated on the vessel support structure and aligned with the upper clamping element, a loading device for supplying a pipe segment to the upper clamping element, control means adapted to control the displacement member and the upper and lower clamping elements (5,11) for lowering the pipe segment by the displacement member along a pipe trajectory, the upper clamping element being engaged on the pipe segment, while the lower clamping element is disengaged, wherein a transverse track extends from a side position on the vessel to a position alongside the pipe trajectory, and by a support member (25,30,40) which is displaceable along the track to be situated in the pipe trajectory, characterized in that the support member comprises a generally U-shaped welding table for attaching two pipe segment ends of a first pipe segment hanging from the upper clamping element and a second pipe segment hanging from the lower clamping element, having two legs on each side of the pipe trajectory, and an upper positioning device on the welding table having at least two clamping blocks (33,34) for engaging with a pipe, the positioning device being attached to the welding table via at least two force transmitters (35,35') for causing a displacement of the clamping blocks (33,34) relative to the welding table.
A management apparatus for an accommodation member that accommodates components to be mounted on a board by a mounting device, the apparatus comprising: a memory section configured to allocate identification information on the accommodation member required for a production of the board to each arrangement position of the accommodation member in the mounting device, and to store allocation information defining an order of use of multiple accommodation members for each production at the same arrangement position according to the number of components required for the production; characterized in a management section configured to set the accommodation member scheduled to be used last at each arrangement position in each production of the board based on the allocation information as a final accommodation member, and to manage the final accommodation member and other accommodation members other than the final accommodation member based on the identification information on the accommodation members in a distinguishable manner for an operator, wherein, when the operator prepares for the production of the board, if the final accommodation member is prepared to be arranged before the other accommodation members, the management section outputs a warning to arrange an accommodation member from the other accommodation members. a memory section configured to allocate identification information on the accommodation member required for a production of the board to each arrangement position of the accommodation member in the mounting device, and to store allocation information defining an order of use of multiple accommodation members for each production at the same arrangement position according to the number of components required for the production; characterized in a management section configured to set the accommodation member scheduled to be used last at each arrangement position in each production of the board based on the allocation information as a final accommodation member, and to manage the final accommodation member and other accommodation members other than the final accommodation member based on the identification information on the accommodation members in a distinguishable manner for an operator, wherein, when the operator prepares for the production of the board, if the final accommodation member is prepared to be arranged before the other accommodation members, the management section outputs a warning to arrange an accommodation member from the other accommodation members.
An apparatus for determining a morphological or physiological characteristic of individual cells in a biological specimen comprising: a scanning lens which focuses on a field of view within said biological specimen, said field of view comprising a plurality of frames of cells; a computer system which divides the field of view into the plurality of frames of cells; an illumination source for illuminating a frame of cells within the biological specimen; a set of galvanometer mirrors that steer the illumination light to the scanning lens, wherein the set of galvanometer mirrors is controlled so that the illumination light is directed from the scanning lens at the frame of cells for imaging; an image capture system that captures an image of said frame of cells; and commands for determining the morphological or physiological characteristic of the individual cells in the frame of cells. a scanning lens which focuses on a field of view within said biological specimen, said field of view comprising a plurality of frames of cells; a computer system which divides the field of view into the plurality of frames of cells; an illumination source for illuminating a frame of cells within the biological specimen; a set of galvanometer mirrors that steer the illumination light to the scanning lens, wherein the set of galvanometer mirrors is controlled so that the illumination light is directed from the scanning lens at the frame of cells for imaging; an image capture system that captures an image of said frame of cells; and commands for determining the morphological or physiological characteristic of the individual cells in the frame of cells.
A method for preparing an aerosol precursor composition, comprising: preparing an aqueous solution comprising one or more organic acids and nicotine in water; combining the aqueous solution with one or more vapor formers to give an aerosol precursor composition; and incorporating the aerosol precursor composition within an aerosol delivery device, wherein the aqueous solution contains at least one of the one or more organic acids in a given amount and wherein the aerosol precursor composition contains the at least one of the one or more organic acids in a final amount that is about 75% or more of the given amount. preparing an aqueous solution comprising one or more organic acids and nicotine in water; combining the aqueous solution with one or more vapor formers to give an aerosol precursor composition; and incorporating the aerosol precursor composition within an aerosol delivery device, wherein the aqueous solution contains at least one of the one or more organic acids in a given amount and wherein the aerosol precursor composition contains the at least one of the one or more organic acids in a final amount that is about 75% or more of the given amount.
A latch mechanism (20, 220) comprising: a housing (26, 226); a cap (24, 124) having a central axis and mounted for selective rotational movement relative to the housing (26, 226) about the central axis between a latched position and an unlatched position; and at least one indicator (28, 128, 228) interposed between the cap (24, 124) and the housing, such that the cap (24, 124) is in covering relationship to at least a portion (38, 138, 238) of the at least one indicator (28, 228), the at least one indicator (28, 128, 228) being mounted for radial movement outwardly from the central axis relative to the cap (24, 124) as the cap (24, 124) is rotated from the latched position to the unlatched position such that the cap (24, 124) is no longer in covering relationship to the portion (38, 138, 238) of the at least one indicator (28, 228), characterized in that the cap (24, 124) is configured to rotate between the latched position and the unlatched position without translating. a housing (26, 226); a cap (24, 124) having a central axis and mounted for selective rotational movement relative to the housing (26, 226) about the central axis between a latched position and an unlatched position; and at least one indicator (28, 128, 228) interposed between the cap (24, 124) and the housing, such that the cap (24, 124) is in covering relationship to at least a portion (38, 138, 238) of the at least one indicator (28, 228), the at least one indicator (28, 128, 228) being mounted for radial movement outwardly from the central axis relative to the cap (24, 124) as the cap (24, 124) is rotated from the latched position to the unlatched position such that the cap (24, 124) is no longer in covering relationship to the portion (38, 138, 238) of the at least one indicator (28, 228), characterized in that the cap (24, 124) is configured to rotate between the latched position and the unlatched position without translating.
A computer-implemented method for providing energy assessment and optimization in a data center that includes at least one cooling provider, and at least one cooling consumer, the at least one cooling consumer having cooling requirements, the method comprising: receiving data regarding cooling availability and power consumption for the at least one cooling consumer, cooling capacity of the at least one cooling provider, and a physical relationship between an airflow output from the at least one cooling provider and an airflow input to the at least one cooling consumer; storing the received data; determining a first factor based on the physical relationship between the airflow output from the at least one cooling provider and the airflow input to the at least one cooling consumer; determining at least one first value representative of airflow distribution effectiveness in the data center between the at least one cooling consumer and the at least one cooling provider based on the first factor; and receiving a second factor that is different from the first factor; determining at least one second value representative of the airflow distribution effectiveness based on the second factor; displaying at least one of the first factor, the second factor, the at least one first value representative of the airflow distribution effectiveness, and the at least one second value representative of the airflow distribution effectiveness; and adjusting at least one setting of the at least one cooling provider based on at least one of the first value representative of the airflow distribution effectiveness and the second value representative of the airflow distribution effectiveness. receiving data regarding cooling availability and power consumption for the at least one cooling consumer, cooling capacity of the at least one cooling provider, and a physical relationship between an airflow output from the at least one cooling provider and an airflow input to the at least one cooling consumer; storing the received data; determining a first factor based on the physical relationship between the airflow output from the at least one cooling provider and the airflow input to the at least one cooling consumer; determining at least one first value representative of airflow distribution effectiveness in the data center between the at least one cooling consumer and the at least one cooling provider based on the first factor; and receiving a second factor that is different from the first factor; determining at least one second value representative of the airflow distribution effectiveness based on the second factor; displaying at least one of the first factor, the second factor, the at least one first value representative of the airflow distribution effectiveness, and the at least one second value representative of the airflow distribution effectiveness; and adjusting at least one setting of the at least one cooling provider based on at least one of the first value representative of the airflow distribution effectiveness and the second value representative of the airflow distribution effectiveness.
Wound dressing for use in the vacuum therapy of wounds, comprising - a first layer of a first porous foam material, - a second layer of a second porous foam material, wherein the second layer is connected non-detachably to the first layer, - a plurality of continuous openings, which penetrate both layers in a channel-like manner and completely, characterized in that the first foam material differs from the second foam material - with regard to the chemical composition of the foam material and/or - with regard to a characteristic of the foam material comprising - the cell count, measured in cells per inch - the bulk density, measured according to DIN EN ISO 845 - the compression hardness, measured according to ISO 3386-1 - the elongation at break, measured according to DIN 53571, wherein the wound dressing, with use in vacuum therapy, can be introduced into the wound both with its first layer pointing towards the wound base and also with its second layer pointing towards the wound base, according to the choice of the user. - a first layer of a first porous foam material, - a second layer of a second porous foam material, wherein the second layer is connected non-detachably to the first layer, - a plurality of continuous openings, which penetrate both layers in a channel-like manner and completely, - with regard to the chemical composition of the foam material and/or - with regard to a characteristic of the foam material comprising - the cell count, measured in cells per inch - the bulk density, measured according to DIN EN ISO 845 - the compression hardness, measured according to ISO 3386-1 - the elongation at break, measured according to DIN 53571, - the cell count, measured in cells per inch - the bulk density, measured according to DIN EN ISO 845 - the compression hardness, measured according to ISO 3386-1 - the elongation at break, measured according to DIN 53571,
A print data generating device (44, 111) for generating print data printable by a printing device (1, 112), wherein the printing device (1, 112) comprises: a feeding unit (41, 121) which is configured to feed a continuous print medium in a scanning direction; a print unit (22, 141) which is configured to perform print processing on the continuous print medium fed in the scanning direction; and a cutting unit (17, 151) which is arranged downstream of the print unit (22, 141) in the scanning direction and configured to cut the continuous print medium, characterised in that the print data generating device (44, 111) is configured to change a direction in which a print image is printed by modifying initially generated print data specifying an initial direction in which the print image is to be printed so that an overlap between an image arrangement area on the print image of the print data and a print area where the print processing by the print unit (22, 141) is carried out in a paper feed acceleration/deceleration zone at the time of cutting the continuous print medium is minimized. a feeding unit (41, 121) which is configured to feed a continuous print medium in a scanning direction; a print unit (22, 141) which is configured to perform print processing on the continuous print medium fed in the scanning direction; and a cutting unit (17, 151) which is arranged downstream of the print unit (22, 141) in the scanning direction and configured to cut the continuous print medium, characterised in that the print data generating device (44, 111) is configured to change a direction in which a print image is printed by modifying initially generated print data specifying an initial direction in which the print image is to be printed so that an overlap between an image arrangement area on the print image of the print data and a print area where the print processing by the print unit (22, 141) is carried out in a paper feed acceleration/deceleration zone at the time of cutting the continuous print medium is minimized.
A communication method in a wireless local area network, the method comprising: receiving, by a first station, STA, a probe request frame including a receiving address, RA, field, wherein the first STA and a second STA are in a multiple basic service set identifier, BSSID, set; and in response to the RA field of the probe request frame including an individual address that is a media access control, MAC, address of the second STA, determining, by the first STA, that the first STA is allowed to respond to the probe request frame for that the first STA and the second STA are in the multiple BSSID set; wherein the first STA is a first access point, AP, of a transmitted BSSID in the multiple BSSID set, and the second STA is a second AP of a non-transmitted BSSID in the multiple BSSID set. receiving, by a first station, STA, a probe request frame including a receiving address, RA, field, wherein the first STA and a second STA are in a multiple basic service set identifier, BSSID, set; and in response to the RA field of the probe request frame including an individual address that is a media access control, MAC, address of the second STA, determining, by the first STA, that the first STA is allowed to respond to the probe request frame for that the first STA and the second STA are in the multiple BSSID set; wherein the first STA is a first access point, AP, of a transmitted BSSID in the multiple BSSID set, and the second STA is a second AP of a non-transmitted BSSID in the multiple BSSID set.
A method comprising: scheduling of data transmissions for transmission within a telecommunications system; and scheduling of re-transmission data independently of the scheduling of data transmissions, characterized in that the re-transmission data is transmitted with a shorter transmission interval than the data transmissions; and in that the scheduling is such that data transmissions are transmitted on a first cycle time while the re-transmission data is transmitted on a second cycle time, the second cycle time being shorter than the first cycle time. scheduling of data transmissions for transmission within a telecommunications system; and scheduling of re-transmission data independently of the scheduling of data transmissions, characterized in that the re-transmission data is transmitted with a shorter transmission interval than the data transmissions; and in that the scheduling is such that data transmissions are transmitted on a first cycle time while the re-transmission data is transmitted on a second cycle time, the second cycle time being shorter than the first cycle time.
Back vision system for assisting vehicle driving comprising - at least three cameras (C1, C2, C3) pointing to the back of the vehicle: a left side camera, a central camera and a right back camera, - a display having a longitudinal shape adapted to display at least three projection areas (1, 2, 3) placed side by side horizontally and corresponding to as many shootings of said at least three cameras (C1, C2, C3), - processing means configured to keep the reciprocal dimensions of said projection areas equal between each other according to a first operating condition and to modify said reciprocal dimensions of said projection areas, in order to have different dimensions from each other, according to a second operating condition; the system being characterized in comprising interface means to a vehicle navigation system, the navigation system comprising means for signalling the approaching to a turning position or to a lane change and in that said processing means are adapted to activate at least said second operating condition when said signalling means are activated. - at least three cameras (C1, C2, C3) pointing to the back of the vehicle: a left side camera, a central camera and a right back camera, - a display having a longitudinal shape adapted to display at least three projection areas (1, 2, 3) placed side by side horizontally and corresponding to as many shootings of said at least three cameras (C1, C2, C3), - processing means configured to keep the reciprocal dimensions of said projection areas equal between each other according to a first operating condition and to modify said reciprocal dimensions of said projection areas, in order to have different dimensions from each other, according to a second operating condition;
An oriented apatite-type oxide ion conductor comprising a composite oxide represented by A 9.33+x [T 6-y M y]O 26.00+z, wherein A in the formula is one kind or two or more kinds of elements selected from the group consisting of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Be, Mg, Ca, Sr, and Ba, T in the formula is Si element, M in the formula is one kind or two or more kinds of elements selected from the group consisting of B, Zn, Sn, W, and Mo, wherein x in the formula is from -1 to 1, y in the formula is from 1 to 3, z in the formula is from -2 to 2, and a ratio (A/M) of the number of moles of A to the number of moles of M is from 3 to 10, and wherein the degree of orientation measured by the Lotgering method is 0.60 or more.
A main body of a doctor blade chamber comprising a first portion configured to hold a first doctor blade, a second portion configured to hold a second doctor blade opposite the first doctor blade, a third portion connecting the first portion and the second portion, a cavity intended to receive ink and delimited at least by the first portion, the second portion and the third portion, in which the main body is a single hollow closed profile extending according to a longitudinal main axis (X-X), the main body being made of a pultruded composite material, characterized in that the main body comprises a pressurized water channel, said water channel being positioned in a hollow of the profile of the main body and extending along the main longitudinal axis (X-X), as well as an ink channel separate from the water channel, said ink channel being positioned in a hollow in the profile of the main body and extending along the main longitudinal axis (X-X), and in that the water channel comprises at least one washing nozzle opening, on one side, into the water channel and, on the other side, into the cavity, and extending protruding from the water channel through the third portion of the main body.
A digital signal transmitter (130, 140) in which multiple data streams are each transmitted by modulation of a respective frequency band (330, 332, 350) within one of a group of one or more frequency channels, the frequency bands (330, 332, 350) each occupying no more than a predetermined maximum bandwidth less than or equal to the channel width; in which the transmitter comprises means for transmitting at respective frequency positions within each frequency channel, multiple instances of identical band information (L1, 320) defining the frequency bands (330, 332, 350) corresponding to all of the data streams carried within that frequency channel, the multiple instances (L1, 320) being arranged to have a bandwidth less than or equal to the predetermined maximum bandwidth and so that any portion of the frequency channel equal in extent to the predetermined maximum bandwidth provides a complete instance of band information from one of the instances or from different parts of two consecutive instances of the band information.