mhurhangee/patent-ind-claim-en huggingface dataset:
An extracorporeal blood treatment system comprising: a fluid pump configured to engage an arterial line set to convey fluid from a patient through the arterial line set, through a dialyzer , through a venous line set , and back to the patient during an extracorporeal blood treatment; characterized in that the extracorporeal blood treatment system includes a controller configured to operate the fluid pump to return the blood to the patient during a blood reinfusion process after the extracorporeal blood treatment, wherein the blood reinfusion process includes generating negative pressure in the arterial line set to draw residual blood toward the fluid pump engaged to the arterial line set while an access line of the arterial line set is clamped, wherein an end of the access line is connected to an arterial needle assembly , and infusing the residual blood in the arterial needle assembly and the access line of the arterial line set into the patient through the venous line set while the access line of the arterial line set is unclamped. generating negative pressure in the arterial line set to draw residual blood toward the fluid pump engaged to the arterial line set while an access line of the arterial line set is clamped, wherein an end of the access line is connected to an arterial needle assembly , and infusing the residual blood in the arterial needle assembly and the access line of the arterial line set into the patient through the venous line set while the access line of the arterial line set is unclamped.
A closure to be rotatably coupled to a container , the closure including: an overcap , including: an annular skirt extending along a longitudinal axis A, and an annular wall extending radially inwardly from the annular skirt ; and a lid carried by the overcap radially within the annular skirt, and including: a hub , and an annular margin extending radially outwardly with respect to the hub, and having upper and lower surfaces ; and an annular container seal extending circumferentially continuously around the annular margin, wherein the lid further includes one or more vents extending through the annular margin between the upper and lower surfaces thereof at one or more discrete circumferential locations, wherein the container seal is disposed radially outwardly with respect to the one or more vents, and wherein the closure further includes one or more vent seals disposed at the one or more vents between the lid and the overcap, characterized in that , upon rotation of the closure on the container in a loosening direction, the vent seal becomes unseated from sealing engagement with the closure . an overcap , including: an annular skirt extending along a longitudinal axis A, and an annular wall extending radially inwardly from the annular skirt ; and an annular skirt extending along a longitudinal axis A, and an annular wall extending radially inwardly from the annular skirt ; and a lid carried by the overcap radially within the annular skirt, and including: a hub , and an annular margin extending radially outwardly with respect to the hub, and having upper and lower surfaces ; and a hub , and an annular margin extending radially outwardly with respect to the hub, and having upper and lower surfaces ; and an annular container seal extending circumferentially continuously around the annular margin, wherein the lid further includes one or more vents extending through the annular margin between the upper and lower surfaces thereof at one or more discrete circumferential locations, wherein the container seal is disposed radially outwardly with respect to the one or more vents, and wherein the closure further includes one or more vent seals disposed at the one or more vents between the lid and the overcap, characterized in that , upon rotation of the closure on the container in a loosening direction, the vent seal becomes unseated from sealing engagement with the closure .
A method for implementing data transmission of a convergence of 3rd Generation Partnership project, 3GPP, and a Wireless Local Area Network, WLAN, networks, comprising: a bottom layer WLAN entity of a User Equipment, UE, encapsulating signaling and/or data issued by a UE upper layer entity of the UE into a WLAN protocol stack, the stack comprising a WLAN Media Access Control, MAC, layer and a WLAN physical, PHY, layer, and transmitting it to a 3GPP access network device through an air interface that uses the WLAN MAC and PHY layers; and the bottom layer WLAN entity receiving signaling and/or data transmitted by the 3GPP access network device through the air interface, and decapsulating and then transmitting it to the UE upper layer entity, wherein, the UE upper layer entity is configured to establish a control plane connection and/or a user plane connection with the 3GPP access network device through the bottom layer WLAN entity characterized in that the UE upper layer entity comprises at least a 3GPP air interface protocol based Media Access Control, MAC, layer entity and one or more of the following entities: a 3GPP air interface protocol based Radio Resource Control, RRC, layer entity, a 3GPP air interface protocol based Packet Data Convergence Protocol, PDCP, layer entity, a 3GPP air interface protocol based Radio Link Control, RLC, layer entity. a bottom layer WLAN entity of a User Equipment, UE, encapsulating signaling and/or data issued by a UE upper layer entity of the UE into a WLAN protocol stack, the stack comprising a WLAN Media Access Control, MAC, layer and a WLAN physical, PHY, layer, and transmitting it to a 3GPP access network device through an air interface that uses the WLAN MAC and PHY layers; and the bottom layer WLAN entity receiving signaling and/or data transmitted by the 3GPP access network device through the air interface, and decapsulating and then transmitting it to the UE upper layer entity, wherein, the UE upper layer entity is configured to establish a control plane connection and/or a user plane connection with the 3GPP access network device through the bottom layer WLAN entity characterized in that the UE upper layer entity comprises at least a 3GPP air interface protocol based Media Access Control, MAC, layer entity and one or more of the following entities: a 3GPP air interface protocol based Radio Resource Control, RRC, layer entity, a 3GPP air interface protocol based Packet Data Convergence Protocol, PDCP, layer entity, a 3GPP air interface protocol based Radio Link Control, RLC, layer entity.
Thermoplastic molding composition comprising (or consisting of) components A, B and C: (A) 40 to 80 wt.-% of at least one copolymer (A) of styrene and acrylonitrile in a weight ratio of from 78:22 to 65:35, it being possible for styrene and/or acrylonitrile to be partially (less than 50 wt.-%) replaced by methyl methacrylate, maleic anhydride, N-phenylmaleimide and/or 4-phenylstyrene; wherein copolymer (A) has a weight average molar mass M w of 80,000 to 150,000 g/mol; (B) 20 to 60 wt.-% of at least one coupled conjugated diene/monovinylarene block copolymer (B) comprising one or more conjugated diene/monovinylarene tapered polymer blocks, where - in the final block copolymer - all conjugated diene is incorporated into the tapered polymer block, and - based on the total weight of the final block copolymer - the monovinylarene is present in an amount of 61 to 64 wt.-%, and the conjugated diene is present in an amount of 36 to 39 wt.-%; and (C) 0 to 5 wt.-% additives and/or processing aids (C); where the components A, B, and, if present C, sum to 100 wt.-%. (A) 40 to 80 wt.-% of at least one copolymer (A) of styrene and acrylonitrile in a weight ratio of from 78:22 to 65:35, it being possible for styrene and/or acrylonitrile to be partially (less than 50 wt.-%) replaced by methyl methacrylate, maleic anhydride, N-phenylmaleimide and/or 4-phenylstyrene; wherein copolymer (A) has a weight average molar mass M w of 80,000 to 150,000 g/mol; (B) 20 to 60 wt.-% of at least one coupled conjugated diene/monovinylarene block copolymer (B) comprising one or more conjugated diene/monovinylarene tapered polymer blocks, where - in the final block copolymer - all conjugated diene is incorporated into the tapered polymer block, and - based on the total weight of the final block copolymer - the monovinylarene is present in an amount of 61 to 64 wt.-%, and the conjugated diene is present in an amount of 36 to 39 wt.-%; and (C) 0 to 5 wt.-% additives and/or processing aids (C);
Picking system having a picking device , wherein the picking device comprises at least one glove , wherein on the at least one glove is arranged at least one radar module by means of which radar radiation can be emitted during a picking procedure for identifying at least one object , and which is designed to detect radar radiation reflected at the at least one object , wherein the picking system comprises at least one wearable output device which is configured to exchange at least one dataset, characterising the at least one object , with the at least one radar module , wherein the picking system comprises at least one control unit which is configured to receive at least one picking dataset, characterising one actual object type and/or one actual object number of the at least one object , from the at least one radar module and/or from the at least one wearable output device , wherein the at least one control unit comprises a target picking dataset, which has a target object type and/or a target object number, wherein the control unit is configured to determine at least one dataset characterising at least one difference value between the target picking dataset and the picking dataset and to exchange it at least with the at least one wearable output device . wherein the picking device comprises at least one glove , wherein on the at least one glove is arranged at least one radar module by means of which radar radiation can be emitted during a picking procedure for identifying at least one object , and which is designed to detect radar radiation reflected at the at least one object , wherein the picking system comprises at least one wearable output device which is configured to exchange at least one dataset, characterising the at least one object , with the at least one radar module , wherein the picking system comprises at least one control unit which is configured to receive at least one picking dataset, characterising one actual object type and/or one actual object number of the at least one object , from the at least one radar module and/or from the at least one wearable output device , wherein the at least one control unit comprises a target picking dataset, which has a target object type and/or a target object number, wherein the control unit is configured to determine at least one dataset characterising at least one difference value between the target picking dataset and the picking dataset and to exchange it at least with the at least one wearable output device .
Turbo machine, especially gas turbine , comprising a rotor , which rotates about a horizontal machine axis , and which is enclosed by a coaxial enclosure comprising a metal casing , wherein an electrical heating system (28-34, 35) is provided on the lower half of said metal casing , characterized in that said heating system (28-34, 35) is configured as a redundant system; said heating system (28-34, 35) comprising at least one electrical heating module with two similar redundant lines running in parallel alongside each other; said heating system (28-34,35) further comprising a power supply unit and a control unit ; said at least one heating module is connected to the power supply unit , which is controlled by the control unit ; the control unit is configured such that: - during normal operation of both said redundant lines , either each of said redundant lines is supplied with 50% of the electrical power supplied to said heating module from the power supply unit , - if one of the said redundant lines (35a; 35b) gets broken, the other of the said redundant lines (35a; 35b) is supplied with 100% of said electrical power supplied to said heating module from the power supply unit to compensate for the loss of one line. - during normal operation of both said redundant lines , either each of said redundant lines is supplied with 50% of the electrical power supplied to said heating module from the power supply unit , - if one of the said redundant lines (35a; 35b) gets broken, the other of the said redundant lines (35a; 35b) is supplied with 100% of said electrical power supplied to said heating module from the power supply unit to compensate for the loss of one line.
A locking module for selectively coupling a first component and a second component of a lockable device comprising: a locking member rotatable and translatable about an axis between a rest position and an actuated position; an engagement member being rotatable about an axis (X) extending parallel to the second component between a locked position and an unlocked position, said engagement member being configured to cooperate with said locking member to selectively release the second component; wherein said engagement member further includes a feature extending from an end of said engagement member, said feature being arranged within a path of rotation of said locking member when said engagement member is in said locked position, and said feature being arranged out of said path of rotation when said engagement member is in said unlocked position. a locking member rotatable and translatable about an axis between a rest position and an actuated position; an engagement member being rotatable about an axis (X) extending parallel to the second component between a locked position and an unlocked position, said engagement member being configured to cooperate with said locking member to selectively release the second component; wherein said engagement member further includes a feature extending from an end of said engagement member, said feature being arranged within a path of rotation of said locking member when said engagement member is in said locked position, and said feature being arranged out of said path of rotation when said engagement member is in said unlocked position.
Hook arrangement for attaching a portable tool or a container to a carrier element , wherein an attachment surface connected to the tool or the container and a hook element arranged between two support elements arranged on the attachment surface is formed with a first hook section arranged on the attachment surface and a second hook section arranged on or near the front end of the first hook section pointing away from the attachment surface on the underside of the first hook section , characterised in that the first hook section is formed to be stepped with a broader rear step arranged on the attachment surface and a thinner front step connected to the second hook section .
A device for controlling platooning, the device comprising: a processor configured to: detect (S510) a travel environment state for the platooning; detect weights or loading rates of vehicles to be participating in the platooning; determine (S520) an arrangement order of a line of the vehicles of the platooning based on the detected travel environment state and the detected weights or loading rates; and set (S530) a vehicle spacing of the platooning based on the arrangement order; and a communication device for transmitting, to another vehicle of the platooning or a central server , information on the arrangement order and the vehicle spacing, wherein the vehicle spacing among two adjacent vehicles of the line of vehicles of the platooning is determined based on a weight or a loading rate of a following vehicle among the two adjacent vehicles. a processor configured to: detect (S510) a travel environment state for the platooning; detect weights or loading rates of vehicles to be participating in the platooning; determine (S520) an arrangement order of a line of the vehicles of the platooning based on the detected travel environment state and the detected weights or loading rates; and set (S530) a vehicle spacing of the platooning based on the arrangement order; and detect (S510) a travel environment state for the platooning; detect weights or loading rates of vehicles to be participating in the platooning; determine (S520) an arrangement order of a line of the vehicles of the platooning based on the detected travel environment state and the detected weights or loading rates; and set (S530) a vehicle spacing of the platooning based on the arrangement order; and a communication device for transmitting, to another vehicle of the platooning or a central server , information on the arrangement order and the vehicle spacing, wherein the vehicle spacing among two adjacent vehicles of the line of vehicles of the platooning is determined based on a weight or a loading rate of a following vehicle among the two adjacent vehicles.
Device comprising a cloth , wherein the device also comprises first control means configured and suitable for positioning the cloth in a first position (A;A1;A2) in which the cloth , in a situation of use of the device, forms a sunshade and a second position (B;B1;B2) in which the cloth, in a situation of use of the device, forms a wind-break, the device comprising a screen that can be folded out and folded in, the screen comprising the cloth and a framework configured and suitable for fastening and tensioning the cloth thereon, wherein the device also comprises a stand configured and suitable for supporting the screen, characterized in that the first control means comprise a rod and first connecting means that connect the rod at a first outer end pivotally to the stand , and in that : the first control means comprise second connecting means that connect the rod at a second outer end pivotally to the framework , the screen is fan-shaped and comprises a hinge from which the framework extends and (un)folds, the first control means comprise third connecting means that connect the hinge pivotally and slidably to the stand .
Device for emptying coffee powder capsules of used grounds, said capsules being of the type comprising: - a containment body for coffee powder defining, by means of a perimeter edge , an access mouth; - a closure wall fixed to the perimeter edge of the containment body to close the access mouth; said device comprising: - a box-like body internally defining at least one collection chamber for used grounds and provided with at least one upper wall which externally faces with a visible upper face (3"), - at least one cutting element mechanically connected to the upper wall of said box-like body and projectingly extended from the upper face (3") of the upper wall of said box-like body and intended to cut the closure wall of said capsule in order to at least partially separate the closure wall from the containment body of said capsule ; the upper wall of said box-like body being provided with at least one first through opening for discharging the used grounds within said collection chamber ; wherein said device comprises - at least one blade mechanically connected to the upper wall of said box-like body and projectingly extended from the upper face (3") of the upper wall of said box-like body , placed at the first through opening of said upper wall and susceptible of intercepting the used grounds and separating them from the containment body of said capsule in order to make said used grounds at least partially fall into said collection chamber through said first through opening . - a containment body for coffee powder defining, by means of a perimeter edge , an access mouth; - a closure wall fixed to the perimeter edge of the containment body to close the access mouth; - a box-like body internally defining at least one collection chamber for used grounds and provided with at least one upper wall which externally faces with a visible upper face (3"), - at least one cutting element mechanically connected to the upper wall of said box-like body and projectingly extended from the upper face (3") of the upper wall of said box-like body and intended to cut the closure wall of said capsule in order to at least partially separate the closure wall from the containment body of said capsule ; the upper wall of said box-like body being provided with at least one first through opening for discharging the used grounds within said collection chamber ; wherein said device comprises - at least one blade mechanically connected to the upper wall of said box-like body and projectingly extended from the upper face (3") of the upper wall of said box-like body , placed at the first through opening of said upper wall and susceptible of intercepting the used grounds and separating them from the containment body of said capsule in order to make said used grounds at least partially fall into said collection chamber through said first through opening .
OSB board having at least two opposite board edges , in particular two opposite longitudinal edges , each of the two opposite board edges having an offset in the form of a simple rebate , wherein the rebate in one board edge protrudes in a lower region of the board edge as a lower rebate and the rebate in the opposite board edge protrudes in an upper region as an upper rebate , wherein the lower rebate in the one board edge is complementary to the upper rebate in the opposite board edge; characterized in that at least one groove for receiving at least one glue tube is provided in the lower rebate and a raised web with alternating symmetrical elevations is provided on the upper rebate , wherein the web is arranged complementary to the groove in the lower rebate . each of the two opposite board edges having an offset in the form of a simple rebate , wherein the rebate in one board edge protrudes in a lower region of the board edge as a lower rebate and the rebate in the opposite board edge protrudes in an upper region as an upper rebate , wherein the lower rebate in the one board edge is complementary to the upper rebate in the opposite board edge; characterized in that at least one groove for receiving at least one glue tube is provided in the lower rebate and a raised web with alternating symmetrical elevations is provided on the upper rebate , wherein the web is arranged complementary to the groove in the lower rebate .
Method for correcting at least a bug located in native code of at least one target secure element by loading at least one native code correction, added element or added function on the at least one target secure element comprising a Java Card Virtual Machine and native code, said method comprising the following steps: - providing a modified CAP file composed of at least one custom CAP component comprising a native code correction, added element, or added function to the native code of the at least one target secure element; - extracting said native code correction, added element, or added function from the custom CAP component; - installing said native code correction, added element, or added function in the native code of the target secure element to correct the bug. - providing a modified CAP file composed of at least one custom CAP component comprising a native code correction, added element, or added function to the native code of the at least one target secure element; - extracting said native code correction, added element, or added function from the custom CAP component; - installing said native code correction, added element, or added function in the native code of the target secure element to correct the bug.