mhurhangee/ep-ind-claims huggingface dataset:
Supporting framework for bearing an admissible pressure force between 100 kN and 1000 kN per framework post (16a-d) of the supporting framework and said framework post may be arranged on the ground, wherein the supporting framework comprises a connector; at least two bars (24a-d) and at least two bolts (26a-h), wherein the at least two bars (24a-d) are each arranged on the connector in a reversible and releasable manner by means of at least one bolt (26a-h), characterized in that a) the at least two bars (24a-d) are embodied from steel having an upper yield strength of more than 490 MPa, and b) the bar height, as measured perpendicular to the longitudinal axis of the at least two bolts (26a-h) and perpendicular to the longitudinal axis of the at least two bars (24a-d), is less than 200 mm, wherein c) the at least two bolts (26a-h) are each embodied in the form of a plug-in bolt and each embodied in the form of a fit bolt. a) the at least two bars (24a-d) are embodied from steel having an upper yield strength of more than 490 MPa, and b) the bar height, as measured perpendicular to the longitudinal axis of the at least two bolts (26a-h) and perpendicular to the longitudinal axis of the at least two bars (24a-d), is less than 200 mm, c) the at least two bolts (26a-h) are each embodied in the form of a plug-in bolt and each embodied in the form of a fit bolt.
A graphical user interface for a computer system providing a visual representation of analyses of data sets resulting from interrogation of an arrangement of samples, where the visual representation enables identification of relationships among the data sets, the interface comprising: an arrangement of icons similar to the arrangement of samples such that each of the icons is visually associated with at least one of the samples; and at least one of the icons divided into regions, each region of the icon displaying information regarding an analysis of a data set, characterized in that the data set includes data resulting from cytometric of the sample visually associated with the icon; and a graphic presentation of an analysis applied to a selected data set including data resulting from cytometric interrogation of a selected sample, wherein the graphic presentation comprises a gate figure in a histogram or dot plot of a result of the analysis of the selected data set, and wherein a change in size, shape or location of the gate figure effects the displaying of information regarding the analysis of the data set on each region of the icon. an arrangement of icons similar to the arrangement of samples such that each of the icons is visually associated with at least one of the samples; and at least one of the icons divided into regions, each region of the icon displaying information regarding an analysis of a data set, characterized in that the data set includes data resulting from cytometric of the sample visually associated with the icon; and a graphic presentation of an analysis applied to a selected data set including data resulting from cytometric interrogation of a selected sample, wherein the graphic presentation comprises a gate figure in a histogram or dot plot of a result of the analysis of the selected data set, and wherein a change in size, shape or location of the gate figure effects the displaying of information regarding the analysis of the data set on each region of the icon.
Facade element for climatizing a building with a working medium, wherein the façade element comprises: a support frame, a plurality of latent heat storage devices connected to the support frame, which contain at least one latent heat storage material, and a line arrangement (3a, 3b) for the working medium, characterised in that the line arrangement (3a, 3b) comprises an inlet and an outlet for the working medium, which are arranged adjacent to each other, and the line arrangement (3a, 3b) is designed such that the working medium can flow around and/or flow through the latent heat storage devices, and wherein the façade element further has one or more fastening means for rotatably attaching the façade element to a building, in order to allow the façade element to be folded away from or folded against the building, as necessary. a support frame, a plurality of latent heat storage devices connected to the support frame, which contain at least one latent heat storage material, and a line arrangement (3a, 3b) for the working medium, characterised in that the line arrangement (3a, 3b) comprises an inlet and an outlet for the working medium, which are arranged adjacent to each other, and the line arrangement (3a, 3b) is designed such that the working medium can flow around and/or flow through the latent heat storage devices, and wherein the façade element further has one or more fastening means for rotatably attaching the façade element to a building, in order to allow the façade element to be folded away from or folded against the building, as necessary.
A method of changing a communication protocol of a first field device (120a- c, 116a-c, 400) in a process control system, the method comprising: decoupling from the first field device (120a- c, 116a-c, 400) of a first process area (114, 118) a first removable communication module (124a-b, 126a-c, 200) of the first process area (114, 118) configured to communicate using a first communication protocol via a field junction box (120a, 120b) of the first process area (114, 118); and coupling to the first field device (120a- c, 116a-c, 400) a second removable communication module (124d-f, 126d-f, 200) of the first process area (114, 118) configured to communicate using a second communication protocol, wherein after coupling the second removable communication module (124d-f, 126d-f, 200) to the first field device, the first field device (120a- c, 116a-c, 400) is configured to communicate using the second communication protocol via the field junction box (120a, 120b) of the first process area (114, 118), and wherein the first field device (120a- c, 116a-c, 400) is coupled to a first communication channel on an input/output card (132a, 132b, 134a, 134b) when communicating using the first communication protocol and the first field device (120a- c, 116a-c, 400) is coupled to the first communication channel on the input/output card (132a, 132b, 134a, 134b) when communicating using the second communication protocol. decoupling from the first field device (120a- c, 116a-c, 400) of a first process area (114, 118) a first removable communication module (124a-b, 126a-c, 200) of the first process area (114, 118) configured to communicate using a first communication protocol via a field junction box (120a, 120b) of the first process area (114, 118); and coupling to the first field device (120a- c, 116a-c, 400) a second removable communication module (124d-f, 126d-f, 200) of the first process area (114, 118) configured to communicate using a second communication protocol, wherein after coupling the second removable communication module (124d-f, 126d-f, 200) to the first field device, the first field device (120a- c, 116a-c, 400) is configured to communicate using the second communication protocol via the field junction box (120a, 120b) of the first process area (114, 118), and wherein the first field device (120a- c, 116a-c, 400) is coupled to a first communication channel on an input/output card (132a, 132b, 134a, 134b) when communicating using the first communication protocol and the first field device (120a- c, 116a-c, 400) is coupled to the first communication channel on the input/output card (132a, 132b, 134a, 134b) when communicating using the second communication protocol.
A compound of formula wherein: R 1 is selected from -S n R 6, -S n NR 7 R 8, and - S R 6; wherein: R 6 is: C 1-3 alkyl R 7 and R 8 are each -H; and n is 1 or 2; R 2 and R 3 are independently selected from C 1-3 alkyl; cyclopropyl; and methoxy; R 4 is C 1-6 alkyl, optionally substituted with one or two groups independently selected from C 3-6 cycloalkyl; halogen; -CF 3; and -CN; R 5 is selected from C 1-3 alkyl, optionally substituted with 1 to 3 fluoro groups; -CH 2 OH; -CH 2 OC C 1-3 alkyl; and -OC 1-3 alkyl; W is selected from pyridinyl; pyrimidinyl; pyrizinyl; phenyl; and piperidinyl; and the pharmaceutically acceptable salts thereof. R 1 is selected from -S n R 6, -S n NR 7 R 8, and - S R 6; wherein: R 6 is: C 1-3 alkyl R 7 and R 8 are each -H; and n is 1 or 2; R 6 is: C 1-3 alkyl R 7 and R 8 are each -H; and n is 1 or 2; R 2 and R 3 are independently selected from C 1-3 alkyl; cyclopropyl; and methoxy; R 4 is C 1-6 alkyl, optionally substituted with one or two groups independently selected from C 3-6 cycloalkyl; halogen; -CF 3; and -CN; R 5 is selected from C 1-3 alkyl, optionally substituted with 1 to 3 fluoro groups; -CH 2 OH; -CH 2 OC C 1-3 alkyl; and -OC 1-3 alkyl; W is selected from pyridinyl; pyrimidinyl; pyrizinyl; phenyl; and piperidinyl; and the pharmaceutically acceptable salts thereof.
A method of preparing a solubilized flavonoid concentrate comprising: i) mixing said flavonoid in the absence of a carrier with a heat stable solubilizing compound to form a mixture, ii) heating said mixture resulting from step (i) to a temperature of greater than 150°C, preferably greater than 170°C, such that said flavonoid is solubilized to form a concentrate, wherein step i) and step ii) are preferably performed simultaneously, and iii) cooling said concentrate resulting from step (ii). i) mixing said flavonoid in the absence of a carrier with a heat stable solubilizing compound to form a mixture, ii) heating said mixture resulting from step (i) to a temperature of greater than 150°C, preferably greater than 170°C, such that said flavonoid is solubilized to form a concentrate, wherein step i) and step ii) are preferably performed simultaneously, and iii) cooling said concentrate resulting from step (ii).
Cable gland for a cable comprising at least one conductor and a shielding braid surrounding the latter, comprising a. a base element which i. has a base for fastening the base element to a housing, ii. is composed at least in regions of an electrically conductive material, iii. has a passage opening extending in the axial direction (x) of the cable for the passage of the cable, iv. has a first thread encompassing the passage opening, and v. a contact surface encompassing the passage opening, b. a first tightening nut with a second thread for operatively connecting the first tightening nut to the first thread of the base element, and c. a first clamping element with a first clamping surface, wherein the first clamping element, in the mounted state, serves for pressing the shielding braid arranged between the first clamping surface and the contact surface against the contact surface, characterized in that d. the first clamping element, in the mounted state, is arranged in the axial direction (x) between the contact surface of the base element and the first tightening nut. a. a base element which i. has a base for fastening the base element to a housing, ii. is composed at least in regions of an electrically conductive material, iii. has a passage opening extending in the axial direction (x) of the cable for the passage of the cable, iv. has a first thread encompassing the passage opening, and v. a contact surface encompassing the passage opening, i. has a base for fastening the base element to a housing, ii. is composed at least in regions of an electrically conductive material, iii. has a passage opening extending in the axial direction (x) of the cable for the passage of the cable, iv. has a first thread encompassing the passage opening, and v. a contact surface encompassing the passage opening, b. a first tightening nut with a second thread for operatively connecting the first tightening nut to the first thread of the base element, and c. a first clamping element with a first clamping surface, wherein the first clamping element, in the mounted state, serves for pressing the shielding braid arranged between the first clamping surface and the contact surface against the contact surface,
A racemic or optically active compound of Formula 1: wherein Y is -CH 2 OP or -COOR 1; X is F, Cl, Br, I, or -OTs; P is H or a hydroxyl protective group; and R 1 is C 1-7 -alkyl, aryl or aralkyl, each of which is unsubstituted or substituted by C 1-4 -alkyl, C 2-7 -alkenyl, C 2-7 -alkynyl, nitro, halogen or alkoxy.
Method for transportation of alive fish in moving water from a water-filled fish reservoir or storage container to a processing station (30, 40) or receiving reservoir or storage container by means of at least one controllable pump connected between the water-filled fish reservoir and processing station (30, 40) or receiving reservoir or storage container by hoses (60, 62) or pipelines, wherein the method comprises adjusting pump velocity of water flow therethrough to a desired transport velocity and maintaining the transport velocity, characterized in that the method comprises: - detecting an amount of alive fish in a downstream flow of the controllable pump, and - if the detected amount of fish in the downstream flow of the controllable pump has reached a set-point for a desired amount of alive fish manipulating the amount of fish in an upstream flow of the controllable pump by supplying a controlled amount of water in the upstream flow of the pump resulting in that an even flow of alive fish is delivered to the processing station (30, 40) or receiving reservoir or storage container. - detecting an amount of alive fish in a downstream flow of the controllable pump, and - if the detected amount of fish in the downstream flow of the controllable pump has reached a set-point for a desired amount of alive fish manipulating the amount of fish in an upstream flow of the controllable pump by supplying a controlled amount of water in the upstream flow of the pump resulting in that an even flow of alive fish is delivered to the processing station (30, 40) or receiving reservoir or storage container.
Use of a matrix comprising a modified agarose wherein at least 11 % of the primary hydroxyl groups are oxidized to a carboxylic acid group, as a component of cosmetic compositions.
A system for plasma reduced blood component collection during blood processing comprising: a venous access device for drawing a first volume of whole blood from a subject and returning blood components to the subject; a blood component separation device for separating the drawn blood into a first blood component and a second blood component, the blood component separation device configured to send the first blood component to a first blood component bag using a surge elutriation method; a return line fluidly connecting the venous-access device and the blood component separation device for returning the second blood component to the subject; characterized in that the system further comprises a reintroduction line fluidly connecting the first blood component bag and the blood component separation device the system configured to reintroduce the first blood component within the first blood component bag into the blood component separation device when a second volume of whole blood is withdrawn from the subject, thereby creating an enlarged layer of the first blood component within the blood component separation device, the system further configured to remove the enlarged layer of first blood component from the blood component separation device using a surge elutriation method. a venous access device for drawing a first volume of whole blood from a subject and returning blood components to the subject; a blood component separation device for separating the drawn blood into a first blood component and a second blood component, the blood component separation device configured to send the first blood component to a first blood component bag using a surge elutriation method; a return line fluidly connecting the venous-access device and the blood component separation device for returning the second blood component to the subject; characterized in that the system further comprises a reintroduction line fluidly connecting the first blood component bag and the blood component separation device the system configured to reintroduce the first blood component within the first blood component bag into the blood component separation device when a second volume of whole blood is withdrawn from the subject, thereby creating an enlarged layer of the first blood component within the blood component separation device, the system further configured to remove the enlarged layer of first blood component from the blood component separation device using a surge elutriation method.
A cooling system, comprising: a cryogenic chamber comprising a cryogenic fluid; a cooling plate disposed in the cryogenic chamber, wherein the cooling plate is in contact with the cryogenic fluid; a sample sleeve at least partially inserted in the cryogenic chamber, wherein the sample sleeve is configured to receive a sample; a thermal switch disposed between the cooling plate and the sample sleeve; and an interposer disposed between at least one of: iii. the thermal switch and the cooling plate and iv. the thermal switch and the sample sleeve, wherein the interposer comprises a gallium indium tin alloy. a cryogenic chamber comprising a cryogenic fluid; a cooling plate disposed in the cryogenic chamber, wherein the cooling plate is in contact with the cryogenic fluid; a sample sleeve at least partially inserted in the cryogenic chamber, wherein the sample sleeve is configured to receive a sample; a thermal switch disposed between the cooling plate and the sample sleeve; and an interposer disposed between at least one of: iii. the thermal switch and the cooling plate and iv. the thermal switch and the sample sleeve, wherein the interposer comprises a gallium indium tin alloy. iii. the thermal switch and the cooling plate and iv. the thermal switch and the sample sleeve, wherein the interposer comprises a gallium indium tin alloy.
A composition comprising at least one β-tricalcium phosphate-binding polypeptide selected from: a sequence at least 80% identical to VIGESTHHRPWS (SEQ ID NO: 2), a sequence at least 80% identical to ILAESTHHKPWT (SEQ ID NO: 4), a sequence at least 80% identical to IIGESSHHKPFT (SEQ ID NO: 6), and a sequence at least 80% identical to GLGDTTHHRPWG (SEQ ID NO: 7).
A system for applying liquids over a selected area including: a first tube for transporting liquid through the system; a source of pressurized air connected to the first tube; at least one connector secured to the first tube; a liquid reservoir having a first end connected to the connector and a second end; a check valve having an inlet side connected to the second end of the liquid reservoir and an outlet side; a second tube extending from the outlet side of the check valve to a first spray head; and a third tube extending from the second tube at a location between the outlet side of the check valve and the first spray head to a second spray head. a first tube for transporting liquid through the system; a source of pressurized air connected to the first tube; at least one connector secured to the first tube; a liquid reservoir having a first end connected to the connector and a second end; a check valve having an inlet side connected to the second end of the liquid reservoir and an outlet side; a second tube extending from the outlet side of the check valve to a first spray head; and a third tube extending from the second tube at a location between the outlet side of the check valve and the first spray head to a second spray head.
A method for downlink machine type communications, MTC, performed by a base station, wherein a coverage area of the base station is divided into a plurality of zones, and each zone among the plurality of zones has a unique location based address, thereby providing the plurality of zones and a plurality of unique location based addresses, each location based address among the plurality of location based addresses indicating a geographic location, the method comprising: • receiving a data packet from a gateway, the data packet comprising location based addressing information and a predicate, the location based addressing information including a geographic location related to a remote equipment, RE (204A-204D) and the predicate indicating for each RE among a plurality of REs whether the RE is an intended recipient of the data packet (step 606); • selecting a target zone corresponding to the geographic location contained in the received location based addressing information among the plurality of zones into which the coverage area of the base station is divided based on the received location based addressing information (step 608); • determining a radio bearer associated with the target zone; and • transmitting the data packet on the radio bearer to the plurality of REs (204A-204D) disposed in the target zone (step 610). • receiving a data packet from a gateway, the data packet comprising location based addressing information and a predicate, the location based addressing information including a geographic location related to a remote equipment, RE (204A-204D) and the predicate indicating for each RE among a plurality of REs whether the RE is an intended recipient of the data packet (step 606); • selecting a target zone corresponding to the geographic location contained in the received location based addressing information among the plurality of zones into which the coverage area of the base station is divided based on the received location based addressing information (step 608); • determining a radio bearer associated with the target zone; and • transmitting the data packet on the radio bearer to the plurality of REs (204A-204D) disposed in the target zone (step 610).
A flexible lance drive apparatus comprising: a generally rectangular housing having a front wall and a rear wall, an outer section, an inner section and a mid section defined between a pair of spaced outer and inner walls perpendicular to and extending between the front and rear walls; an array of upper and lower drive rollers in the outer section each rotatably supported by an axle shaft passing through the spaced outer and inner walls; a drive motor within the mid section; a drive sprocket fastened to each of the axle shafts in the inner section of the housing; wherein each lower drive roller axle shaft is rotatably supported in a fixed position in each of the outer and inner walls; and each of the upper drive roller axle shafts is parallel to the lower drive roller axle shafts and is rotatably supported by a block carried in the mid section of the housing by parallel pivoting link members each extending from the block parallel to one of the outer and inner walls and wherein each pivoting link member is fastened to one of the outer and inner walls adjacent one of the lower drive roller shafts. a generally rectangular housing having a front wall and a rear wall, an outer section, an inner section and a mid section defined between a pair of spaced outer and inner walls perpendicular to and extending between the front and rear walls; an array of upper and lower drive rollers in the outer section each rotatably supported by an axle shaft passing through the spaced outer and inner walls; a drive motor within the mid section; a drive sprocket fastened to each of the axle shafts in the inner section of the housing; wherein each lower drive roller axle shaft is rotatably supported in a fixed position in each of the outer and inner walls; and each of the upper drive roller axle shafts is parallel to the lower drive roller axle shafts and is rotatably supported by a block carried in the mid section of the housing by parallel pivoting link members each extending from the block parallel to one of the outer and inner walls and wherein each pivoting link member is fastened to one of the outer and inner walls adjacent one of the lower drive roller shafts.