mhurhangee/ep-ind-claims huggingface dataset:
A field device configuration tool, comprising: a user interface; a processing unit; and a memory; an output unit; wherein, the processing unit is configured to control the user interface to present information for a parameter of a field device on a display of the user interface, and wherein the information for the parameter is in a human understandable format; wherein, the user interface is configured to enable a user of the field device to input a semantic identification "ID" for the parameter of the field device with respect to the information for the parameter of the field device presented on the display of the user interface; wherein, the processing unit is configured to determine a parameter for the field device within a device model defined in an Electronic Device Description "EDD" for the field device, and wherein the parameter for the field device corresponds to the information for the parameter; wherein, the processing unit is configured to map the semantic ID to the parameter for the field device; wherein, the processing unit is configured to save the mapping between the semantic ID and the parameter in the memory; and wherein, the output unit is configured to output parameter values based on the semantic ID for the parameter. a user interface; a processing unit; and a memory; an output unit; wherein, the processing unit is configured to control the user interface to present information for a parameter of a field device on a display of the user interface, and wherein the information for the parameter is in a human understandable format; wherein, the user interface is configured to enable a user of the field device to input a semantic identification "ID" for the parameter of the field device with respect to the information for the parameter of the field device presented on the display of the user interface; wherein, the processing unit is configured to determine a parameter for the field device within a device model defined in an Electronic Device Description "EDD" for the field device, and wherein the parameter for the field device corresponds to the information for the parameter; wherein, the processing unit is configured to map the semantic ID to the parameter for the field device; wherein, the processing unit is configured to save the mapping between the semantic ID and the parameter in the memory; and wherein, the output unit is configured to output parameter values based on the semantic ID for the parameter.
Power module (1, 2) for an electric machine, having a power output stage comprising at least one semiconductor switch (3, 4), wherein the power module (1, 2) comprises an energy store (8, 9), wherein the input side of the power output stage is connected to the electrical energy store (8, 9), and the energy store (8, 9) has a positive connection, which is connected to a positive contact rail, and a negative connection, which is connected to a negative contact rail, wherein at least one surface-area section (10, 11) of the contact rails (6, 7) is electrically connected in each case to a connection surface area of the at least one of the semiconductor switch (3, 4), wherein the contact rails are each formed as an electrically conductive plate, wherein the power output stage has two semiconductor switches (3, 4), which together form a half-bridge, wherein the semiconductor switches (3, 4) are formed without a housing and have a cuboid form, and wherein, in each semiconductor switch, the connections of a switching path of the semiconductor switch (3, 4) are each formed by surface regions of the semiconductor switch (3, 4) that are opposite one another, and the high-side semiconductor switch of the half-bridge is connected by way of a connection to the surface-area section (36, 10) of the positive contact rail (7, 32) and the low-side semiconductor switch of the half-bridge is connected to the surface-area section (11, 34) of the negative contact rail (6, 30), wherein the power module (1, 2) has an output connection (13, 14, 35), which is connected to an output (61, 62) of the half-bridge (3, 4), wherein the output connection (13, 14, 35) is connected by way of a surface-area section to the high-side semiconductor switch and is connected by way of the same or a further surface-area section to the low-side semiconductor switch, wherein the high-side semiconductor switch is arranged between the surface-area section of the output connection (13, 14, 35) and the surface-area section of the positive contact rail, wherein the low-side semiconductor switch is arranged between the same or the further surface-area section of the output connection (13, 14, 35) and the surface-area section of the negative contact rail, wherein the positive contact rail and the negative contact rail enclose a cavity in which the energy store (8, 9) is at least partly or fully received, and a groove is formed by means of the contact rails (6, 7), wherein the energy store (8, 9) is at least partly or fully received in the groove, and the surface-area section (10, 11) of the contact rail (6, 7) is formed by a section of the contact rail (6, 7) that is angled away along a longitudinal extent of the contact rail (6, 7), and wherein the angled-away surface-area section (10, 11) forms both a groove base of the groove in which the energy store (8, 9) is received and an electrical connection line to the semiconductor switch (3, 4).
A pressure measuring device (100; 300; 500; 600) for measuring the pressure of a vein or an organ and for combination with an ultrasound measurement unit, comprising: a housing section (115; 315; 515), an immobilizing section (120; 320) for immobilizing the pressure measuring device (100; 300; 500; 600) on a body part and a container provided on the housing section (115; 315; 515), wherein the container is filled with liquid which is transparent to ultrasound and at least a placement side which will be placed on the surface of tissue of the body part as well as an attachment side opposite to the placement side for the attachment of the ultrasound measurement unit to the container is produced from a material which is transparent to ultrasound, wherein advantageously, at least the placement side is flexible, so that it can conform to the surface of tissue of the body part, wherein the container is configured in a manner such that ultrasound emanating from the ultrasound measurement unit penetrates through the attachment side and the placement side, and also ultrasound reflected from the tissue similarly penetrates through the placement side and the attachment side back to the ultrasound measurement unit, wherein the container encloses a closed volume of the liquid which is transparent to ultrasound and the liquid in the container can be pressurized.
Pump module for an infusion pump, which has a separate piston-cylinder unit adapted for selective/changeable coupling with the infusion pump for delivering fluid from a fluid feed line into a fluid drain line to a patient, wherein the piston-cylinder unit comprises a delivery chamber fluidically connected/connectable to the fluid feed line and the fluid drain line and which is delimited by a cylinder, a piston arranged therein so as to be movable translationally/forwards and backwards in the axial direction L, and by a piston seal (20, 69, 70) which slidably seals the piston with respect to the cylinder, wherein the piston seal (20, 69, 70) comprises a sleeve portion extending along and surrounding the piston, the sleeve portion being formed to be movable relative to the piston and being loosely held between a circumferential/wall portion of the cylinder and the piston and being sealingly fixed to an end or end region of the cylinder facing away from the delivery chamber, such that the peripheral circumferential/wall portion of the cylinder passed by the piston seal (20, 69, 70) during the forwards/backwards movement of the piston is sealed in a sterile manner with respect to the environment, characterized in that the piston-cylinder unit comprises a proximal piston seal and a distal piston seal which both seal between the piston and the cylinder and ensure the sterility of the delivery chamber, and that the cylinder is provided on its inner surface facing the piston with a circumferential annular groove (67, 68) for receiving the piston seal (20, 69, 70) in a storing position/rest position therein, in particular with a proximal circumferential annular groove and a distal circumferential annular groove, the distance of which in the longitudinal direction L from each other is equal to the distance of the proximal piston seal and the distal piston seal from each other in the longitudinal direction L. the peripheral circumferential/wall portion of the cylinder passed by the piston seal (20, 69, 70) during the forwards/backwards movement of the piston is sealed in a sterile manner with respect to the environment, characterized in that the piston-cylinder unit comprises a proximal piston seal and a distal piston seal which both seal between the piston and the cylinder and ensure the sterility of the delivery chamber, and that the cylinder is provided on its inner surface facing the piston with a circumferential annular groove (67, 68) for receiving the piston seal (20, 69, 70) in a storing position/rest position therein, in particular with a proximal circumferential annular groove and a distal circumferential annular groove, the distance of which in the longitudinal direction L from each other is equal to the distance of the proximal piston seal and the distal piston seal from each other in the longitudinal direction L.
Method for fastening a device in correct position to a structural part (14; 52; 92; 122; 152; 192; 212) of a motor vehicle via at least one screw means (16; 60; 102; 132; 162; 202; 230), characterized by the following steps: providing a tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) which has the at least one screw means (16; 60; 102; 132; 162; 202; 230); joining the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) to the structural part (14; 52; 92; 122; 152; 192; 212) by means of a joining process in which a joining material (36; 68; 108; 138; 178; 208; 226) is used, the joining process being selected from adhesive bonding by means of an adhesive or ultrasonic welding by means of a plastic, wherein the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) is adjusted in position relative to the structural part (14; 52; 92; 122; 152; 192; 212) during the joining by means of the joining material (36; 68; 108; 138; 178; 208; 226) by adjusting of the thickness of a layer formed by the joining material (36; 68; 108; 138; 178; 208; 226) between the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) and the structural part (14; 52; 92; 122; 152; 192; 212), whereby manufacturing tolerances of the structural part (14; 52; 92; 122; 152; 192; 212) are compensated; fastening the device to the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) via the at least one screw means (16; 60; 102; 132; 162; 202; 230). providing a tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) which has the at least one screw means (16; 60; 102; 132; 162; 202; 230); joining the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) to the structural part (14; 52; 92; 122; 152; 192; 212) by means of a joining process in which a joining material (36; 68; 108; 138; 178; 208; 226) is used, the joining process being selected from adhesive bonding by means of an adhesive or ultrasonic welding by means of a plastic, wherein the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) is adjusted in position relative to the structural part (14; 52; 92; 122; 152; 192; 212) during the joining by means of the joining material (36; 68; 108; 138; 178; 208; 226) by adjusting of the thickness of a layer formed by the joining material (36; 68; 108; 138; 178; 208; 226) between the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) and the structural part (14; 52; 92; 122; 152; 192; 212), whereby manufacturing tolerances of the structural part (14; 52; 92; 122; 152; 192; 212) are compensated; fastening the device to the tolerance-compensating part (22; 54; 94; 124; 154; 194; 214) via the at least one screw means (16; 60; 102; 132; 162; 202; 230).
A relay node which wirelessly communicates on a backhaul link over a first interface with a base station node of a radio access technology network and which wirelessly communicates on an access link over a second interface with a wireless terminal, the relay node comprising: a transceiver comprising a transmitter and a receiver; a duplexer section comprising plural transceiver ports (50, 52) comprising an UpLink, UL, port and a DownLink, DL, port; the relay node is configured to provide a transmit signal from the transmitter in a manner whereby a backhaul link portion of the transmit signal is conveyed through a different transceiver port of the duplexer section than is an access link portion of the transmit signal, characterized in that the transmitter and the receiver are configured to swap transceiver ports (50, 52) to the duplexer section, and in that the UL port and the DL port of the relay node are configured to have a same power handling capability, and wherein the relay node further comprises: a backhaul link antenna (74(Un)), an access link antenna (74(Uu)), and an antenna port switch, wherein a sole antenna port of the sole duplexer is selectively connected by the antenna port switch to the backhaul link antenna (74(Un)) and to the access link antenna (74(Uu)). a transceiver comprising a transmitter and a receiver; a duplexer section comprising plural transceiver ports (50, 52) comprising an UpLink, UL, port and a DownLink, DL, port; the relay node is configured to provide a transmit signal from the transmitter in a manner whereby a backhaul link portion of the transmit signal is conveyed through a different transceiver port of the duplexer section than is an access link portion of the transmit signal, characterized in that the transmitter and the receiver are configured to swap transceiver ports (50, 52) to the duplexer section, and in that the UL port and the DL port of the relay node are configured to have a same power handling capability, and wherein the relay node further comprises: a backhaul link antenna (74(Un)), an access link antenna (74(Uu)), and an antenna port switch, a backhaul link antenna (74(Un)), an access link antenna (74(Uu)), and an antenna port switch, wherein a sole antenna port of the sole duplexer is selectively connected by the antenna port switch to the backhaul link antenna (74(Un)) and to the access link antenna (74(Uu)).
Glass-ceramic plate intended to cover at least one heating element, said plate being based on a transparent or translucent glass-ceramic having a light transmission TL greater than 50% and having a coating comprising at least two contrasted zones which are a reflecting zone and a matt zone on the face intended to be turned towards the heating element or elements in the position of use, these two contrasted zones having an opposition shown by their juxtaposition, the coating being formed of at least two layers deposited so as to form the aforementioned zones, one of the layers being a matt paint layer based on at least one silicone resin and the other layer being a reflecting layer formed of at least one metallic layer or of a monolayer based on a dielectric material with a refractive index n greater that 1.8 or of a stack of thin layers based on dielectric material(s) with alternately a refractive index greater than 1.8 and a refractive index less than 1.65, or formed of a molten silicate or a frit or a glass flux comprising pigments in the form of aluminium oxide flakes coated with metal oxides or based on mica particles coated with oxides or a combination of oxides.
Plug contact, die-cut from a sheet metal strip, having die-cut edges and rolling sides, - having a clamping section, which serves to anchor the plug contact in a contact support, - having a contact fork formed by two spring-return elastic contact arms that form a receiving chamber between them, having die-cut edges facing each other, the first end of which comes from the clamping section and the second ends of which each form a contact dome, which have rolling sides facing each other due to reshaping the second ends of the contact arms, - having rolling sides of the clamping section and contact arms which are oriented parallel to each other and are arranged on a mutual plane, - having a stop formed by the die-cut edge of the clamping section facing the receiving chamber, - having a dividing line, which is arranged centrally between the contact domes and divides the receiving chamber vertically in the direction of the clamping section, wherein - the clamping section has a cut-out in a starting region of the respective contact arm, so that the stop protrudes into the receiving chamber in the direction of the contact domes, - characterised in that - each contact arm has a section that reduces the contact arm width, measured along the rolling side and orthogonally to the dividing line, in its starting region, - the cut-out of the clamping section transitions into the section of the respective contact arm and in particular both sections are of the same circumference and - the contact arms narrow the receiving chamber in the direction of the contact domes. - having a clamping section, which serves to anchor the plug contact in a contact support, - having a contact fork formed by two spring-return elastic contact arms that form a receiving chamber between them, having die-cut edges facing each other, the first end of which comes from the clamping section and the second ends of which each form a contact dome, which have rolling sides facing each other due to reshaping the second ends of the contact arms, - having rolling sides of the clamping section and contact arms which are oriented parallel to each other and are arranged on a mutual plane, - having a stop formed by the die-cut edge of the clamping section facing the receiving chamber, - having a dividing line, which is arranged centrally between the contact domes and divides the receiving chamber vertically in the direction of the clamping section, wherein - the clamping section has a cut-out in a starting region of the respective contact arm, so that the stop protrudes into the receiving chamber in the direction of the contact domes, - characterised in that - each contact arm has a section that reduces the contact arm width, measured along the rolling side and orthogonally to the dividing line, in its starting region, - the cut-out of the clamping section transitions into the section of the respective contact arm and in particular both sections are of the same circumference and - the contact arms narrow the receiving chamber in the direction of the contact domes.
Method for clamping a workpiece pallet or a workpiece with at least two draw-in nipples on at least two clamping devices which each comprise a locking device for locking a draw-in nipple in a draw-in nipple receptacle of the respective clamping device and each a fixing device by means of which the respective clamping device is releasably fixable in a working position on a support, wherein the method comprises the following: - arranging the clamping devices at a predetermined distance (D, D') from each other on a support; - fixing the clamping devices on a support by means of in each case one fixing device which comprises a magnetic clamping apparatus that comprises a polarity-reversible permanent magnet and a magnetic coil for reversing the magnetization direction of the polarity-reversible permanent magnet; - clamping the workpiece pallet or the workpiece by inserting the draw-in nipples each into a draw-in nipple receptacle of one of the clamping devices and locking the draw-in nipples by means of the respective locking device. - arranging the clamping devices at a predetermined distance (D, D') from each other on a support; - fixing the clamping devices on a support by means of in each case one fixing device which comprises a magnetic clamping apparatus that comprises a polarity-reversible permanent magnet and a magnetic coil for reversing the magnetization direction of the polarity-reversible permanent magnet; - clamping the workpiece pallet or the workpiece by inserting the draw-in nipples each into a draw-in nipple receptacle of one of the clamping devices and locking the draw-in nipples by means of the respective locking device.
A lift assembly (10, 110, 210) comprising: a base (12, 112, 212); a drive mechanism; first and second flexible drive elements (40A - 40H) driven by the drive mechanism; first and second sheaves (80A - 80H) directing the first and second drive elements (40A - 40H), respectively, in different directions; and first and second load cells (340, 342) sensing load on the first and second sheaves (80A - 80H), respectively. a base (12, 112, 212); a drive mechanism; first and second flexible drive elements (40A - 40H) driven by the drive mechanism; first and second sheaves (80A - 80H) directing the first and second drive elements (40A - 40H), respectively, in different directions; and first and second load cells (340, 342) sensing load on the first and second sheaves (80A - 80H), respectively.
An active radiator with omnidirectional air convection comprising: a radiator body provided with heat dissipation channels, and a heat transfer assembly at least partially transversely arranged inside the radiator body and in form of an integrity with the radiator body, wherein the radiator body comprises a first radiator fin group and a second radiator fin group both provided with heat dissipation channels, and the extension direction of heat dissipation channels of the first radiator fin group is interlaced with that of the second radiator fin group, wherein the second radiator fin group comprises two groups respectively arranged on two sides of the first radiator fin group, wherein the first radiator fin group is constituted by a plurality of spaced first radiator fins, and the two second radiator fin groups are constituted by a plurality of spaced second radiator fins, gaps between the first radiator fins and those between the second radiator fins defining the heat dissipation channels, characterized in that the whole first radiator fin group is in form of inverted T-shaped structure, and the two second radiator fin groups perpendicular to the first radiator fin group are arranged on the stepped recess area on either side of the inverted T-shaped first radiator fin group.
A polyester monolayer bottle for use in filling of a carbonated pasteurized product comprising - greater than 4 wt. % poly (meta-xylyleneadipamide), wherein the poly (meta-xylyleneadamide is both an oxygen scavenging component and a passive component, - at least one ionic compatibilizer comprising a copolyester containing a metal sulfoisophthalic acid group - and a transition metal catalyst, wherein the oxygen scavenging component limits oxygen ingress to 1 ppm or less when measured six months after filling, and the passive component limits the carbonation loss to less than 25% when measured six months after filing. - greater than 4 wt. % poly (meta-xylyleneadipamide), wherein the poly (meta-xylyleneadamide is both an oxygen scavenging component and a passive component, - at least one ionic compatibilizer comprising a copolyester containing a metal sulfoisophthalic acid group - and a transition metal catalyst,