mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device , comprising: a p-type semiconductor layer containing diamond; a first electrode comprising at least any of the elements Ti, Si, Al, W, Ni, Cr, Ca, Li, Ru, Mo, Zr, Sr, Co, Rb, K, Cu, and Na; an n-type semiconductor layer , provided between the p-type semiconductor layer and the first electrode , the n-type semiconductor layer containing diamond, wherein the first electrode comprises a first portion and a second portion provided around the first portion when projected on a plane perpendicular to a direction from the n-type semiconductor layer to the first electrode ; an insulating layer ; and an intermediate layer including a first region provided between the first portion of the first electrode and the n-type semiconductor layer , and a second region provided around the first region when projected on said plane, the second region not overlapping the first portion of the first electrode , and the second region being continuous with the first region , wherein at least a part of the insulating layer is disposed between the second portion of the first electrode and the second region ; characterized in that the first region contains a carbide containing carbon and one of said elements contained in said first electrode , and the second region contains a carbide containing carbon and an element contained in the insulating layer . a p-type semiconductor layer containing diamond; a first electrode comprising at least any of the elements Ti, Si, Al, W, Ni, Cr, Ca, Li, Ru, Mo, Zr, Sr, Co, Rb, K, Cu, and Na; an n-type semiconductor layer , provided between the p-type semiconductor layer and the first electrode , the n-type semiconductor layer containing diamond, wherein the first electrode comprises a first portion and a second portion provided around the first portion when projected on a plane perpendicular to a direction from the n-type semiconductor layer to the first electrode ; an insulating layer ; and an intermediate layer including a first region provided between the first portion of the first electrode and the n-type semiconductor layer , and a second region provided around the first region when projected on said plane, the second region not overlapping the first portion of the first electrode , and the second region being continuous with the first region , wherein at least a part of the insulating layer is disposed between the second portion of the first electrode and the second region ; a first region provided between the first portion of the first electrode and the n-type semiconductor layer , and a second region provided around the first region when projected on said plane, the second region not overlapping the first portion of the first electrode , and the second region being continuous with the first region , wherein at least a part of the insulating layer is disposed between the second portion of the first electrode and the second region ; characterized in that the first region contains a carbide containing carbon and one of said elements contained in said first electrode , and the second region contains a carbide containing carbon and an element contained in the insulating layer .
A folding frame for a folding vehicle, comprising a cross beam , a pillar , and a supporting column , wherein the cross beam comprises a front beam and a rear beam ; a rear-end bottom of the front beam is rotationally connected to a front-end bottom of the rear beam so that the two are capable of being vertically folded, moreover, an angle between a rotational axis of the front beam and a central axis of the rear beam is an acute angle; the supporting column comprises a front column and a rear column , the front column is inserted in the front beam to cooperate, a rear end of the front column and the front end of the rear column are rotationally connected so that the two are capable of being folded, and the rear column and the pillar are rotationally connected; when the folding frame is in an unfolded state, the rear end of the front beam abuts against the front end of the rear beam , the front end of the front column is inserted in the front beam , and supports below the front beam , the cross beam , the pillar , and the supporting column define a triangular shape; and when the folding frame is in a folded state, the front column is rotated relative to the rear column to a state in which it is separated from the front beam , and the front beam is rotated relative to the rear beam to the side of the pillar .
System for producing a cooked foodstuff , wherein the system comprises: - a printing chamber having a moving printhead for the extrusion of printing mass; - a cooking chamber arranged above the printing chamber with means for cooking printing mass; - a moving tray for printing mass, which can be moved by a movement mechanism between the printing chamber and the cooking chamber ; and - a storage chamber arranged laterally next to the printing chamber for receiving the printhead . - a printing chamber having a moving printhead for the extrusion of printing mass; - a cooking chamber arranged above the printing chamber with means for cooking printing mass; - a moving tray for printing mass, which can be moved by a movement mechanism between the printing chamber and the cooking chamber ; and - a storage chamber arranged laterally next to the printing chamber for receiving the printhead .
Antenna for transmitting and/or receiving radio frequency signals (S F , E HF ), comprising: - A high-frequency waveguide by means of which the high-frequency signal (S HF , E HF ) can be transmitted along a waveguide axis (a), with ∘ a first end face , which is aligned approximately orthogonally to the waveguide axis (a), in order to transmit or receive the high-frequency signal (S HF , E HF ) to or via the medium , and with ∘ a feedthrough extending approximately orthogonally to the waveguide axis (a), for - a coaxial conductor for coupling the high-frequency signal (S HF ) to be transmitted into the high-frequency waveguide or for tapping the received high-frequency signal (E HF ), with ∘ an electrical outer conductor which is electrically connected to the high-frequency waveguide , ∘ a conductor termination designed in such a way that the high-frequency signal (S HF , E HF ) to be coupled in or tapped is reflected there, and ∘ a connection means opposite the conductor termination for high-frequency contacting of the antenna , wherein the coaxial conductor is passed through (I) beyond the bushing such that the coaxial conductor forms a defined capacitance (C) between the bushing and the conductor termination . - A high-frequency waveguide by means of which the high-frequency signal (S HF , E HF ) can be transmitted along a waveguide axis (a), with ∘ a first end face , which is aligned approximately orthogonally to the waveguide axis (a), in order to transmit or receive the high-frequency signal (S HF , E HF ) to or via the medium , and with ∘ a feedthrough extending approximately orthogonally to the waveguide axis (a), for ∘ a first end face , which is aligned approximately orthogonally to the waveguide axis (a), in order to transmit or receive the high-frequency signal (S HF , E HF ) to or via the medium , and with ∘ a feedthrough extending approximately orthogonally to the waveguide axis (a), for - a coaxial conductor for coupling the high-frequency signal (S HF ) to be transmitted into the high-frequency waveguide or for tapping the received high-frequency signal (E HF ), with ∘ an electrical outer conductor which is electrically connected to the high-frequency waveguide , ∘ a conductor termination designed in such a way that the high-frequency signal (S HF , E HF ) to be coupled in or tapped is reflected there, and ∘ a connection means opposite the conductor termination for high-frequency contacting of the antenna , wherein the coaxial conductor is passed through (I) beyond the bushing such that the coaxial conductor forms a defined capacitance (C) between the bushing and the conductor termination . ∘ an electrical outer conductor which is electrically connected to the high-frequency waveguide , ∘ a conductor termination designed in such a way that the high-frequency signal (S HF , E HF ) to be coupled in or tapped is reflected there, and ∘ a connection means opposite the conductor termination for high-frequency contacting of the antenna ,
Electrical machine, having a stator ; and at least one winding ; wherein the at least one winding is in each case formed from a coil-like arrangement of an electrical conductor and is fitted to the stator ; wherein the at least one winding forms an end winding on an end face of the stator , which end winding has an end winding surface on its end side which is averted from the stator ; characterized in that the end winding surface has recesses which are formed by local deformation of the electrical conductor and are configured as elongate beads, in that the beads run transversely in relation to a circumferential direction of the stator , and in that clamps are provided on the end winding , which clamps engage behind the end winding and are each accommodated in one of the recesses at least in regions, and in that clamps which are arranged on one of the end windings are connected to one another by webs which form a closed ring.
An apparatus, comprising: an interface system; and a control system capable of: receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. an interface system; and a control system capable of: receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. receiving, via the interface system, microphone data; determining, based at least in part on the microphone data, instances of one or more acoustic events, wherein the instances of one or more acoustic events include conversational dynamics data, wherein determining an instance of an acoustic event involves: - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question. - determining an instance of a rising inflection in a user's speech; - determining whether the user's speech corresponds to a question or to a statement; characterised by providing behavior modification feedback, via the interface system, if an instance of a rising inflection is determined in the user's speech when it is determined that the user's speech does not correspond to a question.
Communication cable for the distribution of radio data signals, comprising a leaky feeder structure with a core conductor surrounded by an insulation shield , an outer conductor arranged over the insulation shield with a plurality of apertures (4; 4') and a jacket enclosing the outer conductor , characterized in that an illumination arrangement (6; 8) is arranged at least along sections of a length of the cable and incorporated in the cable, wherein the illumination arrangement comprises a plurality of light units arranged between the jacket and the insulation shield along the outer conductor , wherein, at least in regions of the illumination arrangement, the jacket is transparent or comprises openings, and wherein the outer conductor powers the light units arranged between the jacket and the insulation shield along the outer conductor .
A valved regurgitation reduction system for a native heart valve having native leaflets and an annulus, the valved regurgitation reduction system comprising: a ring configured to reduce a size of the annulus; a valved regurgitation reduction device that includes: a coapting element configured to act in conjunction with the native leaflets ; a valve coupled to the coapting element ; an anchor configured to position the valved regurgitation reduction device between the leaflets of a native heart valve; wherein the coapting element is configured with respect to the native heart valve with the reduced annulus size to form a gap between the leaflets of the native heart valve and the coapting element when the heart is in a diastolic phase and such that the leaflets of the native heart valve seal against the coapting element when the heart is in the systolic phase; and wherein the valve coupled to the coapting element is configured to open and allow flow through the coapting element when the heart is in a diastolic phase and to close and prevent flow through the coapting element when the heart is in the systolic phase. a ring configured to reduce a size of the annulus; a valved regurgitation reduction device that includes: a coapting element configured to act in conjunction with the native leaflets ; a valve coupled to the coapting element ; a coapting element configured to act in conjunction with the native leaflets ; a valve coupled to the coapting element ; an anchor configured to position the valved regurgitation reduction device between the leaflets of a native heart valve; wherein the coapting element is configured with respect to the native heart valve with the reduced annulus size to form a gap between the leaflets of the native heart valve and the coapting element when the heart is in a diastolic phase and such that the leaflets of the native heart valve seal against the coapting element when the heart is in the systolic phase; and wherein the valve coupled to the coapting element is configured to open and allow flow through the coapting element when the heart is in a diastolic phase and to close and prevent flow through the coapting element when the heart is in the systolic phase.
A system for transferring chemical, pharmaceutical, and/or biological material into or out of a container , such as a bioreactor, the system comprising: a disposable container having at least one port for accessing the interior of the container , the port comprising at least one connecting protrusion extending parallel to the container ; a transfer interface detachably connectable to the port , the transfer interface comprising: a plurality of extensible transfer elements for extracting one or more samples from the container ; a plate ; at least one connecting flange extending from the plate , the connecting flange to be arranged under the respective connecting protrusion to connect the transfer interface to the port , such that when the transfer interface is connected to the port the plate is parallel to a surface of the container . a disposable container having at least one port for accessing the interior of the container , the port comprising at least one connecting protrusion extending parallel to the container ; a transfer interface detachably connectable to the port , the transfer interface comprising: a plurality of extensible transfer elements for extracting one or more samples from the container ; a plate ; at least one connecting flange extending from the plate , the connecting flange to be arranged under the respective connecting protrusion to connect the transfer interface to the port , such that when the transfer interface is connected to the port the plate is parallel to a surface of the container . a plurality of extensible transfer elements for extracting one or more samples from the container ; a plate ; at least one connecting flange extending from the plate , the connecting flange to be arranged under the respective connecting protrusion to connect the transfer interface to the port , such that when the transfer interface is connected to the port the plate is parallel to a surface of the container .
A method to form a foam styrenic polymer comprising, (a) extruding a styrenic polymer with a blowing agent to form a styrenic polymer foam plank, the plank having a top and bottom surface in which said surfaces lie in the plane defined by the direction of extrusion and width of the plank, (b) creating a pressing surface by (i) removing a layer of foam from (A) the top surface, (B) the bottom surface, or (C) both the top and bottom surface or (ii) cutting the foam plank between the top and bottom surface creating two pressing surfaces opposite the top and bottom surface, (c) contacting the pressing surface of the foam plank with a die face, and (d) pressing the foam plank such that the shaped styrenic polymer foam is formed; further comprising after the extruding to form the styrenic foam plank, the plank having at least a portion of the cells being closed, aging said plank for at least one day such that the average gas pressure of the closed cells is less than 1 bar (atmospheres). (a) extruding a styrenic polymer with a blowing agent to form a styrenic polymer foam plank, the plank having a top and bottom surface in which said surfaces lie in the plane defined by the direction of extrusion and width of the plank, (b) creating a pressing surface by (i) removing a layer of foam from (A) the top surface, (B) the bottom surface, or (C) both the top and bottom surface or (ii) cutting the foam plank between the top and bottom surface creating two pressing surfaces opposite the top and bottom surface, (i) removing a layer of foam from (A) the top surface, (B) the bottom surface, or (C) both the top and bottom surface or (ii) cutting the foam plank between the top and bottom surface creating two pressing surfaces opposite the top and bottom surface, (c) contacting the pressing surface of the foam plank with a die face, and (d) pressing the foam plank such that the shaped styrenic polymer foam is formed;
A stent assembly for providing stimulation to a target site of a target blood vessel within the heart of a subject, the diameter of the target blood vessel at the target site being less than the diameter of the target blood vessel at a position proximal to the target site, the assembly comprising: a stent body of a size to be implanted and retained in the position proximal to the target site; and an electrode assembly arranged to extend longitudinally from the stent body within the target blood vessel in a distal direction from the proximal position to the target site to be stimulated; wherein the electrode assembly comprises a multipole lead comprising a plurality of electrodes mounted on the multipole lead; and wherein the diameter of the electrode assembly is less than the diameter of the stent body. a stent body of a size to be implanted and retained in the position proximal to the target site; and an electrode assembly arranged to extend longitudinally from the stent body within the target blood vessel in a distal direction from the proximal position to the target site to be stimulated; wherein the electrode assembly comprises a multipole lead comprising a plurality of electrodes mounted on the multipole lead; and wherein the diameter of the electrode assembly is less than the diameter of the stent body.
An anti-CD28 antibody having a CD28-binding site consisting of: - a first variable domain defined by the following sequence: VQLQQSGAELKKPGASVKVSCKASGYTFTEYIIHWIKLRSGQGLEWIGWFYPGSNDIQYNA QFKGKATLTADKSSSTVYMELTGLTPEDSAVYFCARRDDFSGYDALPYWGQGTLVTVSA (SEQ ID NO: 1), wherein said variable domain may optionally further comprise a Q residue at its N-terminal end; - a second variable domain defined by the following sequence: DIQMTQSPSSLSASVGDRVTITCKTNENIYSNLAWYQQKDGKSPQLIYAATHLVEGVPSRFS GSGSGTQYSLTISSLQPEDFGNYYCQHFWGTPXTFGGGTKLEIKR (SEQ ID NO: 2), wherein X = N. - a first variable domain defined by the following sequence: VQLQQSGAELKKPGASVKVSCKASGYTFTEYIIHWIKLRSGQGLEWIGWFYPGSNDIQYNA QFKGKATLTADKSSSTVYMELTGLTPEDSAVYFCARRDDFSGYDALPYWGQGTLVTVSA (SEQ ID NO: 1), wherein said variable domain may optionally further comprise a Q residue at its N-terminal end; - a second variable domain defined by the following sequence: DIQMTQSPSSLSASVGDRVTITCKTNENIYSNLAWYQQKDGKSPQLIYAATHLVEGVPSRFS GSGSGTQYSLTISSLQPEDFGNYYCQHFWGTPXTFGGGTKLEIKR (SEQ ID NO: 2), wherein X = N.
A surgical instrument , comprising: a cutting assembly configured to resect material at a site within a subject, the cutting assembly extending from a first proximal end to a first distal end , the cutting assembly comprising an outer cannula and an inner cannula disposed within the outer cannula , the outer cannula defining a cutting window ; a flexible outer tubing extending from a proximal tubing end to a distal tubing end , the distal tubing end coupled to the outer cannula , the flexible outer tubing configured to receive a torque at the proximal tubing end and transmit the torque to the outer cannula to rotate the outer cannula , the flexible outer tubing including a plurality of first wires and a plurality of second wires oriented at an angle relative to the plurality of first wires , the plurality of first wires and plurality of second wires each including more than eight wires and less than twenty four wires, wherein a number of the plurality of first wires and a number of the plurality of second wires are each selected such that a percentage difference between a rate of rotation associated with the torque received at the proximal tubing end and a rate of rotation of the cutting window based on the torque transmitted to the outer cannula is less than a threshold difference, wherein the threshold difference is less than or equal to ten percent; and a flexible torque component coupled to a third proximal end of the inner cannula and configured to rotate the inner cannula relative to the outer cannula . a cutting assembly configured to resect material at a site within a subject, the cutting assembly extending from a first proximal end to a first distal end , the cutting assembly comprising an outer cannula and an inner cannula disposed within the outer cannula , the outer cannula defining a cutting window ; a flexible outer tubing extending from a proximal tubing end to a distal tubing end , the distal tubing end coupled to the outer cannula , the flexible outer tubing configured to receive a torque at the proximal tubing end and transmit the torque to the outer cannula to rotate the outer cannula , the flexible outer tubing including a plurality of first wires and a plurality of second wires oriented at an angle relative to the plurality of first wires , the plurality of first wires and plurality of second wires each including more than eight wires and less than twenty four wires, wherein a number of the plurality of first wires and a number of the plurality of second wires are each selected such that a percentage difference between a rate of rotation associated with the torque received at the proximal tubing end and a rate of rotation of the cutting window based on the torque transmitted to the outer cannula is less than a threshold difference, wherein the threshold difference is less than or equal to ten percent; and a flexible torque component coupled to a third proximal end of the inner cannula and configured to rotate the inner cannula relative to the outer cannula .