mhurhangee/ep-ind-claims huggingface dataset:
A polymer comprising a formula: wherein: X 1 is alkyl (C≤18) or substituted alkyl (C≤18); X 2 is hydrogen, alkyl (C≤18), or substituted alkyl (C≤18); Ri is -A-Z; wherein: A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18); Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18), substituted alkyl (C≤18); or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18); R 2 is alkyl (C≤24), alkenyl (C≤24), substituted alkyl (C≤24), or substituted alkenyl (C ≤ 24); x and y are each independently 0, 1, 2, 3, 4, or 5; m and n are each independently an integer between 0 and 250, provided that at least one of m and n is greater than 1; and the repeating units defined by m and n are randomly distributed throughout the polymer; wherein the term "substituted" when used with any of the chemical groups means one or more hydrogen atom has been independently replaced by -OH, -F, -Cl, -Br, -I, -NH 2, -NO 2, -CO 2 H, -CO 2 CH 3, -CN, -SH, -OCH 3, -OCH 2 CH 3, -C CH 3, -NHCH 3, -NHCH 2 CH 3, -N(CH 3) 2, -C NH 2, -C NHCH 3, -C N(CH 3) 2, -OC CH 3, -S 2 OH, or -S 2 NH 2; or a pharmaceutically acceptable salt thereof. X 1 is alkyl (C≤18) or substituted alkyl (C≤18); X 2 is hydrogen, alkyl (C≤18), or substituted alkyl (C≤18); Ri is -A-Z; wherein: A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18); Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18), substituted alkyl (C≤18); or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18); A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18); Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18), substituted alkyl (C≤18); or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18); R 2 is alkyl (C≤24), alkenyl (C≤24), substituted alkyl (C≤24), or substituted alkenyl (C ≤ 24); x and y are each independently 0, 1, 2, 3, 4, or 5; m and n are each independently an integer between 0 and 250, provided that at least one of m and n is greater than 1; and the repeating units defined by m and n are randomly distributed throughout the polymer; wherein the term "substituted" when used with any of the chemical groups means one or more hydrogen atom has been independently replaced by -OH, -F, -Cl, -Br, -I, -NH 2, -NO 2, -CO 2 H, -CO 2 CH 3, -CN, -SH, -OCH 3, -OCH 2 CH 3, -C CH 3, -NHCH 3, -NHCH 2 CH 3, -N(CH 3) 2, -C NH 2, -C NHCH 3, -C N(CH 3) 2, -OC CH 3, -S 2 OH, or -S 2 NH 2; or a pharmaceutically acceptable salt thereof.
Tubular prosthesis for connecting an anatomical duct, which comprises at least two individual tubular elements and mechanical means for connecting in a sealed manner said individual elements of the prosthesis to each other, characterised in that said sealed mechanical connecting means comprise: - two annulus-shaped joining parts each of them being fixed to the free end of an individual tubular element; - at least one seal carried by one of the two joining parts and designed to be inserted between the two joining parts around the opening formed by the tubular prosthesis; and - a first and a second fixing ring (9A, 9B) each traversed by an individual tubular element and designed to cooperate with each other to hold together, one against the other, the two joining parts between which the seal is compressed. - two annulus-shaped joining parts each of them being fixed to the free end of an individual tubular element; - at least one seal carried by one of the two joining parts and designed to be inserted between the two joining parts around the opening formed by the tubular prosthesis; and - a first and a second fixing ring (9A, 9B) each traversed by an individual tubular element and designed to cooperate with each other to hold together, one against the other, the two joining parts between which the seal is compressed.
A partially metallized packaging film sheet comprising: a width running laterally between two outer edges; at least one opaque film strip; and at least one translucent film strip and optionally at least one transparent film strip, wherein said at least one opaque film strip further comprises two opaque film strips, each said opaque film strip having an outer edge adjacent to one said outer edge of said packaging film sheet, and having a constant width running between said outer edge and an inner edge; and wherein said at least one translucent film strip is disposed between said two opaque film strips. a width running laterally between two outer edges; at least one opaque film strip; and at least one translucent film strip and optionally at least one transparent film strip, wherein said at least one opaque film strip further comprises two opaque film strips, each said opaque film strip having an outer edge adjacent to one said outer edge of said packaging film sheet, and having a constant width running between said outer edge and an inner edge; and wherein said at least one translucent film strip is disposed between said two opaque film strips.
A display controlling apparatus comprising: a display section and a control unit configured to control the display section i) to display a connection path and at least one indication unit between a first mark and a second mark according to a connection operation by a user on the display section connecting the first mark and the second mark and ii) to place the connection path and the at least one indication unit into a non-displayed state in response to a cutting operation by the user, which comprises tracing through the connection path on the display section, wherein the at least one indication unit represents a flow of a substance between a sending party represented by the first mark and a receiving party represented by the second mark; wherein the control unit is further configured to control the flow of the substance in response to the connection operation or cutting operation and to change the flow of the substance according to an operation by the user at predetermined positions of the display section, wherein at least one of a width of the connection path, speed of the at least one indication unit or a number of the at least one indication unit is changed if the flow of the substance is changed. a display section and a control unit configured to control the display section i) to display a connection path and at least one indication unit between a first mark and a second mark according to a connection operation by a user on the display section connecting the first mark and the second mark and ii) to place the connection path and the at least one indication unit into a non-displayed state in response to a cutting operation by the user, which comprises tracing through the connection path on the display section, i) to display a connection path and at least one indication unit between a first mark and a second mark according to a connection operation by a user on the display section connecting the first mark and the second mark and ii) to place the connection path and the at least one indication unit into a non-displayed state in response to a cutting operation by the user, which comprises tracing through the connection path on the display section, wherein the at least one indication unit represents a flow of a substance between a sending party represented by the first mark and a receiving party represented by the second mark; wherein the control unit is further configured to control the flow of the substance in response to the connection operation or cutting operation and to change the flow of the substance according to an operation by the user at predetermined positions of the display section, wherein at least one of a width of the connection path, speed of the at least one indication unit or a number of the at least one indication unit is changed if the flow of the substance is changed.
A fluid handling structure configured to confine immersion fluid to a region of a lithographic apparatus, the fluid handling structure comprising: an aperture formed therein for the passage there through of a projection beam through the immersion fluid; a first part; and a second part; and wherein at least one of the first part and the second part define a surface adapted for the extraction of the immersion fluid from the region; and wherein the fluid handling structure is adapted to provide a fluid flow into or out of the surface of the fluid handling structure and wherein movement of the first part relative to the second part is effective to change a position of the fluid flow into or out of the surface relative to the aperture, and wherein one of the first part and second part comprises at least one through-hole (13, 51, 61) for the fluid flow there through and the other of the first part and second part comprises an opening for the fluid flow there through, the at least one through-hole (13, 51, 61) and opening being in fluid communication when aligned, the movement allowing alignment of the opening with one of the at least one through-hole (13, 51, 61) thereby to change the position of the fluid flow into or out of the surface relative to the aperture, characterised in that the opening is defined by an annular chamber (55, 65, 135) provided above the plurality of through holes (13, 51, 61) and the annular chamber (55, 65, 135) has a relatively large volume compared to the combined volume of the through holes (13, 51, 61). an aperture formed therein for the passage there through of a projection beam through the immersion fluid; a first part; and a second part; and wherein at least one of the first part and the second part define a surface adapted for the extraction of the immersion fluid from the region; and wherein the fluid handling structure is adapted to provide a fluid flow into or out of the surface of the fluid handling structure and wherein movement of the first part relative to the second part is effective to change a position of the fluid flow into or out of the surface relative to the aperture, and wherein one of the first part and second part comprises at least one through-hole (13, 51, 61) for the fluid flow there through and the other of the first part and second part comprises an opening for the fluid flow there through, the at least one through-hole (13, 51, 61) and opening being in fluid communication when aligned, the movement allowing alignment of the opening with one of the at least one through-hole (13, 51, 61) thereby to change the position of the fluid flow into or out of the surface relative to the aperture, characterised in that the opening is defined by an annular chamber (55, 65, 135) provided above the plurality of through holes (13, 51, 61) and the annular chamber (55, 65, 135) has a relatively large volume compared to the combined volume of the through holes (13, 51, 61).
Method for locating an object e.g. a person in a locality or building environment and displaying the whereabouts of this object on a computer system, wherein the object has a data carrier and at fixed reference points is arranged in each case at least one marker, characterised in that a) in a first step the marker emits a low-frequency signal with an identification, b) in a second step the low-frequency signal is received by the data carrier, whereupon the latter activates an infrared interface, c) promptly the marker emits an infrared signal having a code to the same data carrier, d) the data carrier receives the infrared signal and links the received identification and the code with its identification and sends the data obtained (38, 39, 40) to a reader, e) wherein the reader forwards the data (38, 39, 40) to a computer system which evaluates the location. a) in a first step the marker emits a low-frequency signal with an identification, b) in a second step the low-frequency signal is received by the data carrier, whereupon the latter activates an infrared interface, c) promptly the marker emits an infrared signal having a code to the same data carrier, d) the data carrier receives the infrared signal and links the received identification and the code with its identification and sends the data obtained (38, 39, 40) to a reader, e) wherein the reader forwards the data (38, 39, 40) to a computer system which evaluates the location.
An optical arrangement for detecting scattered and/or fluorescent light in an inclined plane microscope comprising an objective system having an optical axis for collecting and transmitting the scattered and/or fluorescent light from an object side to a tube side, a tube system located on the tube side of the objective system comprising at least one tube lens having an optical axis for focussing the scattered and/or fluorescent light collected by the objective system in a tube detector plane, wherein a plurality of optical lenses are arranged between the tube system and the virtual tube detector plane, wherein the plurality of lenses substantially simultaneously transmit the scattered and/or fluorescent light and focus it into a detector plane spaced apart from the tube detector plane, and wherein each lens of the plurality of lenses includes a smaller numerical aperture than the tube system, characterised in that the plurality of optical lenses comprise lenses of different focal lengths such that the position of the range of depth of field of the respective lens can be adapted to the tilted illumination plane of the inclined plane microscope.
A tree topology based computing system for large-scale distributed training, comprising: a plurality of node clusters, wherein the plurality of node clusters constitute a multi-layer network structure in a tree topology manner, any minimum tree in the network structure comprises a second node cluster serving as a parent node and at least one first node cluster serving as a child node, and the second node cluster is connected to the at least one first node cluster through a physical link, the second node cluster comprises at least one second computing node, each first node cluster comprises at least one first computing node, and the second computing node and the first computing node are neural network accelerators, wherein each of the at least one first node cluster is configured to: obtain a first computing result based on a first computing input, and send the first computing result to the second node cluster through the physical link; and the second node cluster is configured to: receive, through the physical link, at least one first computing result sent by the at least one first node cluster, and aggregate the at least one first computing result and a second computing result to obtain a third computing result, wherein the second computing result is a result obtained by the second node cluster based on a second computing input, and the at least one first computing result, the second computing result, and the third computing result are gradients, wherein the second node cluster is further configured to send the third computing result to a third node cluster for aggregation, wherein the third node cluster is a parent node of the second node cluster. each of the at least one first node cluster is configured to: obtain a first computing result based on a first computing input, and send the first computing result to the second node cluster through the physical link; and the second node cluster is configured to: receive, through the physical link, at least one first computing result sent by the at least one first node cluster, and aggregate the at least one first computing result and a second computing result to obtain a third computing result, wherein the second computing result is a result obtained by the second node cluster based on a second computing input, and the at least one first computing result, the second computing result, and the third computing result are gradients, wherein the second node cluster is further configured to send the third computing result to a third node cluster for aggregation, wherein the third node cluster is a parent node of the second node cluster.
A device for indicating a point in time given in a shorter time unit and a longer time unit, the device comprising • a track forming a closed ring and having a plurality of loops (I to XII), the track being rotatably supported about an axis of rotation so that it can be set in a rotating motion, and • a marker which is movably guided along the web and passes from one of the loops (I to XII) into an adjacent loop (I to XII) when the web completes a full circle around the axis of rotation, wherein • the loop (I to XII) in which the marking is arranged at a certain point in time provides information about the full circles completed since a starting point and indicates the longer time unit of the point in time, and • the rotational position of this loop (I to XII) or the rotational position of the marker arranged in this loop (I to XII) indicates the shorter time unit of the point in time. • a track forming a closed ring and having a plurality of loops (I to XII), the track being rotatably supported about an axis of rotation so that it can be set in a rotating motion, and • a marker which is movably guided along the web and passes from one of the loops (I to XII) into an adjacent loop (I to XII) when the web completes a full circle around the axis of rotation, wherein • the loop (I to XII) in which the marking is arranged at a certain point in time provides information about the full circles completed since a starting point and indicates the longer time unit of the point in time, and • the rotational position of this loop (I to XII) or the rotational position of the marker arranged in this loop (I to XII) indicates the shorter time unit of the point in time.
Suspension assembly, comprising: a support member including a wire attach structure; a moving member coupled to the support member, including: a plate; flexure arms extending from the plate and coupled to the support member; and a wire attach structure; one or more bearings supporting the plate of the moving member for movement with respect to the support member, the one or more bearings including: a spacer portion extending from the support member; and a polymer interface surface portion slidably engaged with the plate of the moving member; and a smart memory alloy wire coupled to and extending between the wire attach structures of the support member and the moving member. a support member including a wire attach structure; a moving member coupled to the support member, including: a plate; flexure arms extending from the plate and coupled to the support member; and a wire attach structure; a plate; flexure arms extending from the plate and coupled to the support member; and a wire attach structure; one or more bearings supporting the plate of the moving member for movement with respect to the support member, the one or more bearings including: a spacer portion extending from the support member; and a polymer interface surface portion slidably engaged with the plate of the moving member; and a spacer portion extending from the support member; and a polymer interface surface portion slidably engaged with the plate of the moving member; and a smart memory alloy wire coupled to and extending between the wire attach structures of the support member and the moving member.
A compound represented by formula or pharmaceutically acceptable salt thereof: wherein R 1 is a C 1-6 alkyl group; R 2 and R 3 are the same or different from each other and each is a hydrogen atom or a C 1-6 alkyl group; X 2, X 3 and X 4 are the same or different from each other and each is a hydrogen atom or a halogen atom; and X 5 is a hydrogen atom or -P(=O) 2.
Process for manufacturing implants or intermediate products of such implants comprising a) providing an implant shell comprising uncured silicone, having a front side, aback side and a region bridging said front and back side, c) placing a first foam sheet over the front side, the region bridging said front and back side and at least part of the back side of the uncured implant shell, as provided in step a), d) subjecting the implant shell obtained in step c) to at least one curing step in order to vulcanize the uncured silicone of step a) thereby bonding the first foam sheet to the implant shell, and f) apply at least one sheet comprising partially or completely uncured silicone to the back side of the implant shell, thereby covering those parts not covered by the first foam sheet, h) subject the at least one sheet applied to the back side of the implant shell in step f) to curing so that it undergoes vulcanization thereby bonding said sheet to the back side of the implant shell. a) providing an implant shell comprising uncured silicone, having a front side, aback side and a region bridging said front and back side, c) placing a first foam sheet over the front side, the region bridging said front and back side and at least part of the back side of the uncured implant shell, as provided in step a), d) subjecting the implant shell obtained in step c) to at least one curing step in order to vulcanize the uncured silicone of step a) thereby bonding the first foam sheet to the implant shell, and f) apply at least one sheet comprising partially or completely uncured silicone to the back side of the implant shell, thereby covering those parts not covered by the first foam sheet, h) subject the at least one sheet applied to the back side of the implant shell in step f) to curing so that it undergoes vulcanization thereby bonding said sheet to the back side of the implant shell.
A vehicle heating system, comprising: - a heating device receptacle attached or attachable at a vehicle, - a fuel-operated heating device, disposed in the heating device receptacle, - a fuel tank for the heating device disposed in the heating device receptacle, characterized in that a flexible covering at least partially covering a vehicle is provided at the heating device receptacle and in that the medium transferred from the heating device is released into an interior covered by the covering, and/or that the medium transferred from the heating device is released into medium conducting ducts provided in the covering - a heating device receptacle attached or attachable at a vehicle, - a fuel-operated heating device, disposed in the heating device receptacle, - a fuel tank for the heating device disposed in the heating device receptacle,
Method for controlling a plurality of domestic appliances with the aid of a portable operating apparatus that communicates wirelessly with the domestic appliances and, in doing so, transfers a control signal to the domestic appliances with which the domestic appliances are changed over jointly between an at-home mode in which first settings are made at the domestic appliances and a not-at-home mode in which second settings are made at the domestic appliances, wherein an operator input is received by the portable operating apparatus, which is made by a user via an input device (11, 12) of the portable operating apparatus and the control signal for changing over the domestic appliances is emitted by the portable operating apparatus as a result of the user input, characterised in that position data, which characterises a current position of the operating apparatus, is provided by a navigation receiver of the portable operating apparatus, wherein, if it is detected by the portable operating apparatus on the basis of the current position and on the basis of received status data of a pre-specified domestic appliance, especially a cooking appliance (6, 8) that the operating apparatus is located outside a predetermined reference area and the pre-specified domestic appliance is activated, a warning signal is output by the portable operating apparatus by means of which the user is notified about the activated state of the domestic appliance.