mhurhangee/patent-ind-claim-en huggingface dataset:
A compound depicted in formula (I) wherein • R1 is selected from the groups consisting of H and aryl-(C1-C4)alkyl, wherein aryl is a halogen substituted or an unsubstituted single-ring aromatic group in which each atom of the ring is carbon or nitrogen; • R2 is aryl-(C1-C4)alkyl, wherein aryl is a halogen substituted or an unsubstituted single-ring aromatic group in which each atom of the ring is carbon or nitrogen; • R3 is selected from the groups consisting of a C3-C12-cycloalkyl optionally substituted with one of more halogens, optionally replacing one or more carbons by heteroatoms in the cycloalkyl ring structure; • R4 is selected from the groups consisting of C1-C4-alkyl, wherein said C1-C4 alkyl is terminated with an R7 group wherein R7 is a C3-C10-heterocycle optionally substituted with one or more halogens; • R5 is selected from the groups consisting of H or C3-C12-cycloalkyl optionally substituted with one of more halogens, optionally replacing one or more carbons by heteroatoms in the cycloalkyl ring structure; • R6 is selected from the groups consisting of H or a structure as defined in R4 and pharmaceutically acceptable salts thereof, and individual enantiomers and diastereomers thereof. • R1 is selected from the groups consisting of H and aryl-(C1-C4)alkyl, wherein aryl is a halogen substituted or an unsubstituted single-ring aromatic group in which each atom of the ring is carbon or nitrogen; • R2 is aryl-(C1-C4)alkyl, wherein aryl is a halogen substituted or an unsubstituted single-ring aromatic group in which each atom of the ring is carbon or nitrogen; • R3 is selected from the groups consisting of a C3-C12-cycloalkyl optionally substituted with one of more halogens, optionally replacing one or more carbons by heteroatoms in the cycloalkyl ring structure; • R4 is selected from the groups consisting of C1-C4-alkyl, wherein said C1-C4 alkyl is terminated with an R7 group wherein R7 is a C3-C10-heterocycle optionally substituted with one or more halogens; • R5 is selected from the groups consisting of H or C3-C12-cycloalkyl optionally substituted with one of more halogens, optionally replacing one or more carbons by heteroatoms in the cycloalkyl ring structure; • R6 is selected from the groups consisting of H or a structure as defined in R4
A process fluid flange for coupling a process pressure transmitter to a process, the process fluid flange comprising: a first surface configured to mount to the bottom surface of the process fluid pressure transmitter , the first surface having a pair of process fluid ports configured to bring process fluid to isolator diaphragms of the process fluid pressure transmitter ; a second surface opposed to the first surface , the second surface having a pair of inlets coupled to respective process fluid ports, wherein the inlets are configured to receive process fluid from impulse lines which couple to a process fluid pipe ; at least one lateral sidewall extending between the first and second surface (36; 34); characterized in that a plurality of fins which extend from the at least one lateral sidewall, the plurality of fins extending between the first surface and the second surface of the process fluid flange , wherein each fin extends in a direction perpendicular to the bottom surface of the process fluid pressure transmitter. a first surface configured to mount to the bottom surface of the process fluid pressure transmitter , the first surface having a pair of process fluid ports configured to bring process fluid to isolator diaphragms of the process fluid pressure transmitter ; a second surface opposed to the first surface , the second surface having a pair of inlets coupled to respective process fluid ports, wherein the inlets are configured to receive process fluid from impulse lines which couple to a process fluid pipe ; at least one lateral sidewall extending between the first and second surface (36; 34); characterized in that a plurality of fins which extend from the at least one lateral sidewall, the plurality of fins extending between the first surface and the second surface of the process fluid flange , wherein each fin extends in a direction perpendicular to the bottom surface of the process fluid pressure transmitter.
A medical appliance , the medical appliance being substantially planar and extending in an appliance plane, the medical appliance comprising a first area and a second area in the appliance plane, the medical appliance having a first Young's modulus in the first area and a second Young's modulus in the second area, wherein the second Young's modulus is greater than the first Young's modulus, the medical appliance comprising one or more conductive traces extending in the appliance plane from within the first area to within the second area , the one or more conductive traces including a primary conductive trace , the primary conductive trace having a primary first part within the first area and a primary second part within the second area, and the primary conductive trace having a primary intermediate part between the primary first part and the primary second part , characterized in that the primary first part has a primary first electrical resistance (R1) along the primary first part, the primary second part has a primary second electrical resistance (R2) along the primary second part, and the primary intermediate part has a primary intermediate electrical resistance (R3) along the primary intermediate part, and in that the primary intermediate electrical resistance is lower than the primary first electrical resistance and lower than the primary second electrical resistance; and in that the primary first part has a primary first width (W1) in the appliance plane, the primary second part has a primary second width (W2) in the appliance plane, the primary intermediate part has a primary intermediate width(W3), wherein the primary intermediate width is greater than the primary first width and greater than the primary second width. the medical appliance comprising one or more conductive traces extending in the appliance plane from within the first area to within the second area , the one or more conductive traces including a primary conductive trace , the primary conductive trace having a primary first part within the first area and a primary second part within the second area, and the primary conductive trace having a primary intermediate part between the primary first part and the primary second part , characterized in that the primary first part has a primary first electrical resistance (R1) along the primary first part, the primary second part has a primary second electrical resistance (R2) along the primary second part, and the primary intermediate part has a primary intermediate electrical resistance (R3) along the primary intermediate part, and in that the primary intermediate electrical resistance is lower than the primary first electrical resistance and lower than the primary second electrical resistance; and in that the primary first part has a primary first width (W1) in the appliance plane, the primary second part has a primary second width (W2) in the appliance plane, the primary intermediate part has a primary intermediate width(W3), wherein the primary intermediate width is greater than the primary first width and greater than the primary second width.
Lighting and/or signaling device for a motor vehicle, comprising at least two light guides with a light coupling point and a decoupling section , as well as at least one light source which is assigned to the respective light guides and which feeds light into the respective light guides via the light coupling point and a subsequent feed section , 150) via the light coupling point and a subsequent feed section , wherein light fed into the light guides emerges by means of decoupling elements arranged in the decoupling section of the respective light guides via a light exit region in the decoupling section of the respective light guides in order to form a first light distribution, wherein the light guides can be driven independently of one another, wherein the light guides are formed as a one-piece light guide element , characterized in that at least one connecting web between the individual light guides is formed as a light trap element having at least one decoupling element in order to prevent light fed into one light guide from passing into another light guide by means of total optical reflection.
A temperature-control system for an NMR magnet system, comprising a permanent magnet arrangement with a central air gap for generating a homogeneous static magnetic field in a measuring volume inside the central air gap , an NMR probehead for transmitting RF pulses and receiving RF signals from a measuring sample , an H0 coil for changing the amplitude of the static magnetic field, and a shim system in the central air gap for further homogenization of the magnetic field in the measuring volume, wherein a first insulation chamber surrounds the permanent magnet arrangement so as to thermally shield it, and wherein the first insulation chamber comprises one or more means for controlling a temperature T1 of the first insulation chamber , characterized in that the shim system , the H0 coil and the NMR probehead are arranged outside the first insulation chamber in the central air gap , and in that at least one heat-conducting body is arranged between the shim system and the H0 coil on one side and the permanent magnet arrangement on the other side. a permanent magnet arrangement with a central air gap for generating a homogeneous static magnetic field in a measuring volume inside the central air gap , an NMR probehead for transmitting RF pulses and receiving RF signals from a measuring sample , an H0 coil for changing the amplitude of the static magnetic field, and a shim system in the central air gap for further homogenization of the magnetic field in the measuring volume, wherein a first insulation chamber surrounds the permanent magnet arrangement so as to thermally shield it, and wherein the first insulation chamber comprises one or more means for controlling a temperature T1 of the first insulation chamber , characterized in that the shim system , the H0 coil and the NMR probehead are arranged outside the first insulation chamber in the central air gap , and in that at least one heat-conducting body is arranged between the shim system and the H0 coil on one side and the permanent magnet arrangement on the other side.
Electrical fuse device , in particular for a motor vehicle comprising; - a housing , - a first connection lug routed into the housing , - a second connection lug routed into the housing , wherein the connection lugs are spaced from each other in the housing by a gap , wherein the gap spans between two end faces, respectively at the end of one of the connection lugs , facing one another, characterized in - a connecting element electrically connecting the first and the second connection lug in the housing in a closed position, wherein the connection element is in mechanical contact with the two connection lugs respectively at a contact surface , wherein the end faces respectively at least partially form one of the contact surfaces , - an actuator arranged in the housing , moving the connecting element from the closed position to an open position, wherein in the open position the two connection lugs are electrically insulated from one another, wherein - that the connecting element is arranged in the gap between the two connection lugs and is pressed in an interference fit between the first and the second connection lug . - a housing , - a first connection lug routed into the housing , - a second connection lug routed into the housing , wherein the connection lugs are spaced from each other in the housing by a gap , wherein the gap spans between two end faces, respectively at the end of one of the connection lugs , facing one another, characterized in - a connecting element electrically connecting the first and the second connection lug in the housing in a closed position, wherein the connection element is in mechanical contact with the two connection lugs respectively at a contact surface , wherein the end faces respectively at least partially form one of the contact surfaces , - an actuator arranged in the housing , moving the connecting element from the closed position to an open position, wherein in the open position the two connection lugs are electrically insulated from one another, wherein - that the connecting element is arranged in the gap between the two connection lugs and is pressed in an interference fit between the first and the second connection lug .
Method for checking whether a laser cutting machine (L) is provided with a correct workpiece (WP) from a set of workpieces, comprising the method steps of: - Detecting (S1) actual workpiece properties ( awp ) of a workpiece which is provided or is prepared to be provided to the laser cutting machine (L) for cutting; - Providing (S2) a set of cutting plans, wherein one cutting plan (CP) of the set of cutting plans is forwarded to a control unit (CNC) of the laser cutting machine (L), wherein each cutting plan (CP) is associated to target workpiece properties ( twp ); the method characterized in that it further comprises: - Comparing (S3) the detected actual workpiece properties ( awp ) with the target workpiece properties ( twp ), and providing a comparison result ( cr ), indicating whether the correct workpiece is provided according to the one cutting plan of the set of cuttings plans (CP) - Depending on the comparison result ( cr ): Issuing (S5) a stop signal to stop the cutting process or issuing (S6) an adaption signal to change a sequence in the set of cutting plans. - Detecting (S1) actual workpiece properties ( awp ) of a workpiece which is provided or is prepared to be provided to the laser cutting machine (L) for cutting; - Providing (S2) a set of cutting plans, wherein one cutting plan (CP) of the set of cutting plans is forwarded to a control unit (CNC) of the laser cutting machine (L), wherein each cutting plan (CP) is associated to target workpiece properties ( twp ); - Comparing (S3) the detected actual workpiece properties ( awp ) with the target workpiece properties ( twp ), and providing a comparison result ( cr ), indicating whether the correct workpiece is provided according to the one cutting plan of the set of cuttings plans (CP) - Depending on the comparison result ( cr ): Issuing (S5) a stop signal to stop the cutting process or issuing (S6) an adaption signal to change a sequence in the set of cutting plans.
A method performed by a network node, comprising: obtaining , from a terminal device, a channel quality indication, CQI, value reported by the terminal device for an anchor physical resource block, PRB; and determining , for the anchor PRB, a first signal to interference plus noise ratio, SINR, of a downlink channel, based at least on the CQI value; characterized in that the method comprises: determining whether a difference between transmission powers on the anchor PRB and a non-anchor PRB is to cause the non-anchor PRB to have a different SINR than the first SINR; and determining , for the non-anchor PRB, a second SINR of the downlink channel, based at least on the first SINR and the determination of whether the difference between the transmission powers is to cause the non-anchor PRB to have a different SINR than the first SINR. obtaining , from a terminal device, a channel quality indication, CQI, value reported by the terminal device for an anchor physical resource block, PRB; and determining , for the anchor PRB, a first signal to interference plus noise ratio, SINR, of a downlink channel, based at least on the CQI value; characterized in that the method comprises: determining whether a difference between transmission powers on the anchor PRB and a non-anchor PRB is to cause the non-anchor PRB to have a different SINR than the first SINR; and determining , for the non-anchor PRB, a second SINR of the downlink channel, based at least on the first SINR and the determination of whether the difference between the transmission powers is to cause the non-anchor PRB to have a different SINR than the first SINR. determining whether a difference between transmission powers on the anchor PRB and a non-anchor PRB is to cause the non-anchor PRB to have a different SINR than the first SINR; and determining , for the non-anchor PRB, a second SINR of the downlink channel, based at least on the first SINR and the determination of whether the difference between the transmission powers is to cause the non-anchor PRB to have a different SINR than the first SINR.
A process for producing a multilayer pipe having a metallurgical bond from a tubular element comprising at least one outer pipe of metallic material and one inner pipe of metallic material arranged within the outer pipe, the inner surface of the outer pipe being mechanically bonded directly to the outer surface of the inner pipe at least in parts of their interface so that there is no oxygen between the inner and outer pipes, the process characterized in that : in a production line, the tubular element is simultaneously heated and drawn, wherein each portion of the tubular element is subjected to heating by induction and then to hot drawing and wherein the tubular element is drawn with a mandrel located inside it, in the heating and drawing steps, the tubular element is pulled through the inside of at least one electromagnetic coil , where it is heated, and is pulled through a drawing die sequentially arranged at the outlet of the electromagnetic coil , with the mandrel positioned within the tubular element in alignment with a drawing die opening . in a production line, the tubular element is simultaneously heated and drawn, wherein each portion of the tubular element is subjected to heating by induction and then to hot drawing and wherein the tubular element is drawn with a mandrel located inside it, in the heating and drawing steps, the tubular element is pulled through the inside of at least one electromagnetic coil , where it is heated, and is pulled through a drawing die sequentially arranged at the outlet of the electromagnetic coil , with the mandrel positioned within the tubular element in alignment with a drawing die opening .
Method for producing a material layer for a rotor of a dynamoelectric rotary machine with a rotational direction about a rotational axis (R) arranged in a layer centre (M) of the material layer , wherein the material layer has a material recess arranged substantially at the layer centre (M), wherein the material layer has a first region , wherein the first region has a first material with a first degree of strength, wherein the material layer has a substantially annular second region arranged concentrically to the layer centre, wherein the second region has a second material with a second degree of strength higher than the first degree of strength, wherein the first material and the second material are connected with a material bond, wherein an outer circumference of the second region fully adjoins an inner circumference of the first region , with the following steps: - applying a first suspension having at least one binding agent and solid particles through a first screen onto a base in order to obtain a first green body, wherein the first region is mapped from the first screen, - applying a second suspension having at least one binding agent and solid particles through a second screen onto a base in order to obtain a second green body, wherein the second region is mapped by the second screen, - joining the first green body and the second green body, - creating a permanent material bond of the two green bodies and the solid particles by heating and/or by means of compression, in particular by means of sintering. - applying a first suspension having at least one binding agent and solid particles through a first screen onto a base in order to obtain a first green body, wherein the first region is mapped from the first screen, - applying a second suspension having at least one binding agent and solid particles through a second screen onto a base in order to obtain a second green body, wherein the second region is mapped by the second screen, - joining the first green body and the second green body, - creating a permanent material bond of the two green bodies and the solid particles by heating and/or by means of compression, in particular by means of sintering.
A portable car seat comprises: a seat part on which a child sits and which is mounted on a car seat; a backrest part rotatably connected to one side of the seat part and facing a back of the child sitting on the seat part ; a rotation connection part configured to rotatably connect the seat part to the backrest part , a rotation prevention part configured to restrict relative rotation of the backrest part and the seat part which occurs due to the rotation connection part , wherein the rotation prevention part includes a stopper provided on the backrest part to prevent rotation toward a space in which the child sits, and a harness belt holding the child sitting on the portable car seat to the backrest part and the seat part , wherein the seat part rotates about the backrest part and switches between a portable state in which the seat part is disposed to face a rear surface of the backrest part and a seating state in which the seat part is inclined toward a front surface of the backrest part and disposed to be in a chair form, wherein the backrest part includes: a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, wherein seat belt fixing buckles are coupled to both sides of the front side of the backrest frame to fix a seat belt provided on the vehicle so that the backrest part is mounted on the car seat. a seat part on which a child sits and which is mounted on a car seat; a backrest part rotatably connected to one side of the seat part and facing a back of the child sitting on the seat part ; a rotation connection part configured to rotatably connect the seat part to the backrest part , a rotation prevention part configured to restrict relative rotation of the backrest part and the seat part which occurs due to the rotation connection part , wherein the rotation prevention part includes a stopper provided on the backrest part to prevent rotation toward a space in which the child sits, and a harness belt holding the child sitting on the portable car seat to the backrest part and the seat part , wherein the seat part rotates about the backrest part and switches between a portable state in which the seat part is disposed to face a rear surface of the backrest part and a seating state in which the seat part is inclined toward a front surface of the backrest part and disposed to be in a chair form, wherein the backrest part includes: a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, a backrest frame; and a reinforced frame formed in a width direction on the backrest frame, wherein seat belt fixing buckles are coupled to both sides of the front side of the backrest frame to fix a seat belt provided on the vehicle so that the backrest part is mounted on the car seat.