mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a knitted fabric (10, 20, 30, 40, 50, 70, 80) with at least one floating thread (12, 22, 32, 42, 52, 72, 82) on a flat knitting machine with at least two needle beds, characterised by the steps: a) forming a single-surface basic knitted fabric (11, 21, 31, 41, 51, 70.1, 70.2, 80.1, 80.2) up to the stitch row in which the floating thread (12, 22, 32, 42, 52, 72, 82) is to be inserted; b) bringing the floating thread (12, 22, 32, 42, 52, 72, 82) into a starting position on the first knitted fabric side with the aid of a thread guide, from which position the floating thread (12, 22, 32, 42, 52, 72, 82) should be visible on the second knitted fabric side; c) transferring of several adjacently arranged stitches of a number that equals the desired width of the floating thread area visible on the second knitted fabric side, starting at the starting position of the floating thread (12, 22, 32, 42, 52, 72, 82); d) laying the floating thread (12, 22, 32, 42, 52, 72, 82) over the re-hung stitches with the aid of the thread guide; e) hanging the transferred stitches back onto their original needles; f) forming stitch rows of the basic knitted fabric (11, 21, 31, 41, 51, 70.1, 70.2, 80.1, 80.2) of any number. a) forming a single-surface basic knitted fabric (11, 21, 31, 41, 51, 70.1, 70.2, 80.1, 80.2) up to the stitch row in which the floating thread (12, 22, 32, 42, 52, 72, 82) is to be inserted; b) bringing the floating thread (12, 22, 32, 42, 52, 72, 82) into a starting position on the first knitted fabric side with the aid of a thread guide, from which position the floating thread (12, 22, 32, 42, 52, 72, 82) should be visible on the second knitted fabric side; c) transferring of several adjacently arranged stitches of a number that equals the desired width of the floating thread area visible on the second knitted fabric side, starting at the starting position of the floating thread (12, 22, 32, 42, 52, 72, 82); d) laying the floating thread (12, 22, 32, 42, 52, 72, 82) over the re-hung stitches with the aid of the thread guide; e) hanging the transferred stitches back onto their original needles; f) forming stitch rows of the basic knitted fabric (11, 21, 31, 41, 51, 70.1, 70.2, 80.1, 80.2) of any number.
A tool arrangement for cold metal working, comprising a tool which has at least one forming surface, which is arranged to form a workpiece during a working process according to a three-dimensional pattern or shape comprising a double curvature surface, wherein the forming surface of the tool is provided with a protective layer which is situated between the forming surface and the workpiece in order to protect the tool and/or the workpiece during the working process, wherein the protective layer comprises bonded non-woven fiber fabric, wherein the bonded non-woven fiber fabric forming the protective layer comprises UHMW-PE (Ultra High Molecular Weight PolyEthylene) fibers.
A high purity diaminophenothiazinium compound of the following formula: wherein: wherein high purity is characterised by a purity of greater than 98% and one or more of the following: less than 2% Azure B as impurity; less than 0.13% Methylene Violet Bernthsen as impurity; an elementals purity better than the European Pharmacopoeia limits of 100 μg/g Aluminium (Al), 10 μg/g Chromium (Cr), 10 μg/g Zinc (Zn), 10 μg/g Copper (Cu), 100 μg/g Iron (Fe), 10 μg/g Manganese (Mn), 10 μg/g Nickel (Ni), 10 μg/g Molybdenum (Mo), 1 μg/g Cadmium (Cd), 1 μg/g Tin (Sn) and 10 μg/g Lead (Pb). less than 2% Azure B as impurity; less than 0.13% Methylene Violet Bernthsen as impurity; an elementals purity better than the European Pharmacopoeia limits of 100 μg/g Aluminium (Al), 10 μg/g Chromium (Cr), 10 μg/g Zinc (Zn), 10 μg/g Copper (Cu), 100 μg/g Iron (Fe), 10 μg/g Manganese (Mn), 10 μg/g Nickel (Ni), 10 μg/g Molybdenum (Mo), 1 μg/g Cadmium (Cd), 1 μg/g Tin (Sn) and 10 μg/g Lead (Pb).
A data centre building including at least one rack room having a floor and a plurality of rack storage areas on the floor, each rack storage area being arranged to accommodate a plurality of racks in which a plurality of rack-mountable electronic components may be housed, one or more cold aisles in the rack room, each cold aisle being adjacent to a rack storage area, one or more hot aisles in the rack room, each hot aisle being adjacent to a rack storage area; and one or more controllable air circulation systems arranged to cause circulation of cooling air to the plurality of rack storage areas under a controlled pressure regime in which a differential pressure is maintained between the pressure in a cold aisle and the pressure in a hot aisle, so that air flow is encouraged from the cold aisle to the hot aisle, characterized in that the data centre building includes a corridor having a height greater than 1.5m above the floor which together with at least one of (a) the one or more cold aisles and (b) the one or more hot aisles, facilitates personnel access to the rack storage areas and in that the corridor is an air supply corridor for transporting, under the control of the one or more air circulation systems, cooling air, above the floor, to the one or more cold aisles.
An in vitro method of differentiating hematopoietic precursor cells (HPCs) derived from pluripotent stem cells (PSCs) into erythroid, lymphoid or myeloid cells comprising obtaining HPCs that exhibit disrupted Methyl-CpG Binding Protein 2 (MeCP2) and culturing the HPCs under conditions to promote erythroid differentiation, myeloid differentiation or lymphoid differentiation, thereby producing erythroid, myeloid or lymphoid cells, wherein I) the HPCs express a non-functional MeCP2 that has essentially no binding to methylated DNA; or II) the HPCs do not express MeCP2; or III) obtaining HPCs that exhibit disrupted MeCP2 comprises contacting the HPCs with anti-MeCP2 siRNA, or anti-MeCP2 shRNA; or IV) obtaining HPCs that exhibit disrupted MeCP2 comprises contacting PSCs with anti-MeCP2 siRNA, or anti-MeCP2 shRNA, and differentiating the PSCs to produce HPCs; or V) obtaining HPCs that exhibit disrupted MeCP2 comprises engineering PSCs to disrupt the expression of MeCP2 and differentiating the PSCs to produce HPCs. I) the HPCs express a non-functional MeCP2 that has essentially no binding to methylated DNA; or II) the HPCs do not express MeCP2; or III) obtaining HPCs that exhibit disrupted MeCP2 comprises contacting the HPCs with anti-MeCP2 siRNA, or anti-MeCP2 shRNA; or IV) obtaining HPCs that exhibit disrupted MeCP2 comprises contacting PSCs with anti-MeCP2 siRNA, or anti-MeCP2 shRNA, and differentiating the PSCs to produce HPCs; or V) obtaining HPCs that exhibit disrupted MeCP2 comprises engineering PSCs to disrupt the expression of MeCP2 and differentiating the PSCs to produce HPCs.
Agent for reducing the flammability and/or combustibility of materials, in particular flame retarding agent and/or fire retarding agent, comprising or consisting of a combination and/or a mixture of a) from 30 to 65 wt.-% of boric acid; b) from 30 to 65 wt.-% borax; c) an alkali metal chloride, preferably sodium chloride, in an amount of minimum 0.1 wt.-% and less than 5 wt.-%; and d) if desired, urea up to 5 wt.-%; in each case based on the combination and/or the mixture, as 100 wt.-%. a) from 30 to 65 wt.-% of boric acid; b) from 30 to 65 wt.-% borax; c) an alkali metal chloride, preferably sodium chloride, in an amount of minimum 0.1 wt.-% and less than 5 wt.-%; and d) if desired, urea up to 5 wt.-%;
Paint brush comprising a handle having at its one end a bristle carrier and a plurality of bristles (21, 22, 23) fastened in the bristle carrier, which plurality of bristles (21, 22, 23) comprises a first type, a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles, and the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle, characterized in that the thickness of the first type of bristles is equal or larger than 0.3 mm. which plurality of bristles (21, 22, 23) comprises a first type, a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles, and the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle, characterized in that the thickness of the first type of bristles is equal or larger than 0.3 mm.
A printing assembly comprising: (a) a clamping annulus having a tiered circumferential end (22, 26), an axial end and an oppositely axial end, the clamping annulus's axial and oppositely axial ends having outside diameters, the axial end's outside diameter having with respect to said oppositely axial end outside diameter an excess dimension defining a guide sleeve receiving space within the clamping annulus; (b) a cylinder having axial and oppositely axial ends, having a circumferential outer surface, and having a tiered inner wall (30, 34), the tiered inner wall having axial and oppositely axial ends, the tiered inner wall's axial end overlying the clamping annulus's axial end, and the tiered inner wall's oppositely axial end overlying the clamping annulus's oppositely axial end; (c) an end cap attached to the oppositely axial end of the cylinder with end cap mounting means (40, 41) fixedly attached to or formed wholly with the cylinder's oppositely axial end and overlying the clamping annulus's axial end; (d) a plurality of magnet receiving recesses (2, 4) each recess among the plurality of magnet receiving recesses extending radially into the cylinder, and each recess among the plurality of magnet receiving recesses opening radially outward from the cylinder's circumferential outer surface; and (e) a multiplicity of permanent magnets, each magnet among the multiplicity of permanent magnets being embedded within one of the recesses among the plurality of magnet receiving recesses. (a) a clamping annulus having a tiered circumferential end (22, 26), an axial end and an oppositely axial end, the clamping annulus's axial and oppositely axial ends having outside diameters, the axial end's outside diameter having with respect to said oppositely axial end outside diameter an excess dimension defining a guide sleeve receiving space within the clamping annulus; (b) a cylinder having axial and oppositely axial ends, having a circumferential outer surface, and having a tiered inner wall (30, 34), the tiered inner wall having axial and oppositely axial ends, the tiered inner wall's axial end overlying the clamping annulus's axial end, and the tiered inner wall's oppositely axial end overlying the clamping annulus's oppositely axial end; (c) an end cap attached to the oppositely axial end of the cylinder with end cap mounting means (40, 41) fixedly attached to or formed wholly with the cylinder's oppositely axial end and overlying the clamping annulus's axial end; (d) a plurality of magnet receiving recesses (2, 4) each recess among the plurality of magnet receiving recesses extending radially into the cylinder, and each recess among the plurality of magnet receiving recesses opening radially outward from the cylinder's circumferential outer surface; and (e) a multiplicity of permanent magnets, each magnet among the multiplicity of permanent magnets being embedded within one of the recesses among the plurality of magnet receiving recesses.
An ABA, ABCA or ACBCA type biodegradable multilayer thermoplastic article, characterized in that the central layer B comprises at least 0.001% of enzymes capable of degrading the polymers of the layers A which surround it, the percentage being given by weight based on the total weight of the composition of layer B.
A method for measuring the flow of material through a conduit using the Coriolis effect by flowing a material through a conduit, exciting the vibration of the conduit at the respective frequencies of at least two vibration modes, measuring the motion of the conduit, characterized by: controlling the vibration of the conduit with a controlling function, with the controlling function reducing the coupling between the two vibration modes to approximately zero, zero coupling meaning that the motion in the first vibration mode does not excite the second vibration mode and vice versa; determining the flow of material through the conduit using a measure of the controlling function.
Encapsulated surge protection device capable of carrying lightning currents and limiting follow currents, for transient surge protection in low-voltage systems, comprising a spark gap which has in each case at least two main electrodes (2; 3) and one auxiliary electrode, the latter being connected to an ignition device for triggering in the event of transient surges, characterized in that at least a second ignition device is provided, which is independent of the first ignition device and which can activate the spark gap without requiring the presence of surges or pulse currents, but requiring a minimum voltage between the main electrodes (2; 3) of the spark gap.
Extractor for extracting an injector from an engine of a motor vehicle, the said injector being stuck in a housing and having a high-pressure connector, the extractor comprising: - a puller with a shaft at the one end of which is attached a handle and having, at the other end, means for assembly to the high-pressure connector of the injector, and - a slide hammer comprising a mass threaded onto a rod, the rod having a nozzle at one end and being attached to the puller at its other end by means of a connecting component, the extractor being characterised in that the connecting component is a joint component connected by a sliding pivoting connector to the shaft of the puller and in that the shaft is of a size that allows sliding of the joint component along its length when the said extractor is attached to the injector. - a puller with a shaft at the one end of which is attached a handle and having, at the other end, means for assembly to the high-pressure connector of the injector, and - a slide hammer comprising a mass threaded onto a rod, the rod having a nozzle at one end and being attached to the puller at its other end by means of a connecting component,
Method for evaluating laser scans with the steps: - Creating at least two scans of an object to be measured from different scan positions (2, 4) by means of a 3D laser scanner; - Saving the laser scans in a project file of an evaluation unit of the 3D laser scanner; - Graphic representation of the scan positions (2, 4) and a respective associated contour of the object (6, 8) on site on a display of the evaluation unit of the 3D laser scanner; - Manual or automatic relative positioning of the scan positions (2, 4) and the contours (6, 8) on site on the display until the latter are approximately superimposed; - Saving the overview obtained in this way in the evaluation unit of the laser scanner as digital field book, and - Computer-based registration by means of an evaluation software. - Creating at least two scans of an object to be measured from different scan positions (2, 4) by means of a 3D laser scanner; - Saving the laser scans in a project file of an evaluation unit of the 3D laser scanner; - Graphic representation of the scan positions (2, 4) and a respective associated contour of the object (6, 8) on site on a display of the evaluation unit of the 3D laser scanner; - Manual or automatic relative positioning of the scan positions (2, 4) and the contours (6, 8) on site on the display until the latter are approximately superimposed; - Saving the overview obtained in this way in the evaluation unit of the laser scanner as digital field book, and - Computer-based registration by means of an evaluation software.
A user equipment, UE (102, 425) operable in accordance with a device-to-device, D2D, communication mode in which the UE (102, 425) directly communicates with a second UE (102, 430, 435), wherein the UE (102, 425) is characterized by comprising: means configured to, while the UE (102, 425) is in radio resource control, RRC, connected mode or during an RRC connection setup procedure, transmit a message to an Evolved NodeB, eNB (104, 405, 415) that indicates that the UE (102, 425) intends to initiate D2D discovery, means configured to receive, from a broadcast message received from the eNB (104, 405, 415), a system information block, SIB, wherein the SIB comprises resource parameters that indicate frequency resources or time and frequency resources for use in the D2D communication mode; and means configured to transmit a discovery signal to the second UE (102, 430, 435) on time and frequency resources determined at least in part based on the resource parameters in the SIB. means configured to, while the UE (102, 425) is in radio resource control, RRC, connected mode or during an RRC connection setup procedure, transmit a message to an Evolved NodeB, eNB (104, 405, 415) that indicates that the UE (102, 425) intends to initiate D2D discovery, means configured to receive, from a broadcast message received from the eNB (104, 405, 415), a system information block, SIB, wherein the SIB comprises resource parameters that indicate frequency resources or time and frequency resources for use in the D2D communication mode; and means configured to transmit a discovery signal to the second UE (102, 430, 435) on time and frequency resources determined at least in part based on the resource parameters in the SIB.
A housing unit for an electronics module, the housing unit comprising: a housing configured to secure electronics of an electronics module; a connection member disposed on one side of the housing; a flex rib attached to the connection member; and an abuse protection rib connected to the connection member, characterized in that the flex rib is configured to be deflected upon insertion and wherein a height of the abuse protection rib is less than a height of the flex rib such that the height of the abuse protection rib limits an amount of deflection of the flex rib. a housing configured to secure electronics of an electronics module; a connection member disposed on one side of the housing; a flex rib attached to the connection member; and an abuse protection rib connected to the connection member, characterized in that the flex rib is configured to be deflected upon insertion and wherein a height of the abuse protection rib is less than a height of the flex rib such that the height of the abuse protection rib limits an amount of deflection of the flex rib.
A data transmission method performed by a user equipment, UE, the method comprising: • when switching between unicast and multicast is performed, obtaining a first timestamp identifier and a sequence number of a first packet on a first path; • after switching, obtaining a second timestamp identifier of a second packet that is on a second path and that has a same sequence number as that of the first packet; and • sending the first timestamp identifier and the second timestamp identifier to a group communication service application server, GCS AS. • when switching between unicast and multicast is performed, obtaining a first timestamp identifier and a sequence number of a first packet on a first path; • after switching, obtaining a second timestamp identifier of a second packet that is on a second path and that has a same sequence number as that of the first packet; and • sending the first timestamp identifier and the second timestamp identifier to a group communication service application server, GCS AS.
A display device, comprising: a display panel; a light guide plate configured to provide light to a rear side of the display panel; a cover bottom including a rear portion configured to cover a rear surface of the light guide plate, and a side portion bent toward the display panel from an end portion of the rear portion; a support member coupled to the cover bottom and configured to position the light guide plate and to accommodate longitudinal expansion of the light guide plate, the support member being provided at a position adjacent to a longitudinal end portion of the light guide plate, wherein the support member is coupled to the side portion of the cover bottom with an adhesive member or an adhesive interposed therebetween; a panel support member including a seating portion in which a rear surface of the display panel is seated and supported, and an outer portion connected to the seating portion and positioned outside the side portion; and a damping member provided between an end portion of the display panel and a front surface of the outer portion of the panel support member to absorb an impact. a display panel; a light guide plate configured to provide light to a rear side of the display panel; a cover bottom including a rear portion configured to cover a rear surface of the light guide plate, and a side portion bent toward the display panel from an end portion of the rear portion; a support member coupled to the cover bottom and configured to position the light guide plate and to accommodate longitudinal expansion of the light guide plate, the support member being provided at a position adjacent to a longitudinal end portion of the light guide plate, wherein the support member is coupled to the side portion of the cover bottom with an adhesive member or an adhesive interposed therebetween; a panel support member including a seating portion in which a rear surface of the display panel is seated and supported, and an outer portion connected to the seating portion and positioned outside the side portion; and a damping member provided between an end portion of the display panel and a front surface of the outer portion of the panel support member to absorb an impact.
A denture bearing mechanism, comprising a fixed seat, a bearing table and driving assemblies (30, 40), wherein the fixed seat is detachably mounted on a storage table of a denture three-dimensional scanner, the bearing table is arranged on the fixed seat and connected to the driving assemblies (30, 40), the driving assemblies (30, 40) are used for driving the bearing table to move relative to the fixed seat, and the bearing table is provided with at least two scanning stations used for placing denture models; wherein the driving assemblies comprise a second driving assembly, and the second driving assembly is configured to drive the bearing table to horizontally move in a reciprocation manner relative to the fixed seat, so as to adjust a position of each of the at least two scanning stations; the second driving assembly comprises a second driving piece, a lead screw and a nut, wherein the second driving piece is connected with the lead screw, and the nut penetrates out of the lead screw and is fixed to the bearing table; a first limiting switch and a second limiting switch are respectively provided at two ends of the fixed seat, the first limiting switch and the second limiting switch are respectively electrically connected with the second driving assembly, and a photoelectric blocking plate is fixed on the nut. wherein the driving assemblies comprise a second driving assembly, and the second driving assembly is configured to drive the bearing table to horizontally move in a reciprocation manner relative to the fixed seat, so as to adjust a position of each of the at least two scanning stations; the second driving assembly comprises a second driving piece, a lead screw and a nut, wherein the second driving piece is connected with the lead screw, and the nut penetrates out of the lead screw and is fixed to the bearing table; a first limiting switch and a second limiting switch are respectively provided at two ends of the fixed seat, the first limiting switch and the second limiting switch are respectively electrically connected with the second driving assembly, and a photoelectric blocking plate is fixed on the nut.