mhurhangee/patent-ind-claim-en huggingface dataset:
An organosilane represented by Formula (I) wherein: x is an integer from 1 to 12; L is independently chosen from a hydrolysable or non-hydrolysable monovalent group; and X is at least one residue of alkyl citrates, pentaerythritol or a cyclic or acyclic sugar alcohol, each of which is substituted with at least one -R 1 , -C(O)R 1 ,-(CH 2 CH 2 O) n (CH(CH 3 )CH 2 O) m R 2 , -(CH 2 CH 2 O) n (CH(CH 3 )CH 2 O) m C(O)R 1 , or mixtures thereof; where the cyclic or acyclic sugar alcohol is selected from a saccharide, reduced sugar, aminosaccharide, aldonic acid, or aldonic acid lactone; wherein each n is independently 0 to 20; each m is independently 0 to 20; m+n is greater than 0; each R 1 is independently a linear or branched alkyl group having 5 to 29 carbons optionally comprising at least 1 unsaturated bond; and each R 2 is independently -H, or a linear or branched alkyl group having 6 to 30 carbons optionally comprising at least 1 unsaturated bond, or mixtures thereof. x is an integer from 1 to 12; L is independently chosen from a hydrolysable or non-hydrolysable monovalent group; and X is at least one residue of alkyl citrates, pentaerythritol or a cyclic or acyclic sugar alcohol, each of which is substituted with at least one -R 1 , -C(O)R 1 ,-(CH 2 CH 2 O) n (CH(CH 3 )CH 2 O) m R 2 , -(CH 2 CH 2 O) n (CH(CH 3 )CH 2 O) m C(O)R 1 , or mixtures thereof; where the cyclic or acyclic sugar alcohol is selected from a saccharide, reduced sugar, aminosaccharide, aldonic acid, or aldonic acid lactone; wherein each n is independently 0 to 20; each m is independently 0 to 20; m+n is greater than 0; each R 1 is independently a linear or branched alkyl group having 5 to 29 carbons optionally comprising at least 1 unsaturated bond; and each R 2 is independently -H, or a linear or branched alkyl group having 6 to 30 carbons optionally comprising at least 1 unsaturated bond, or mixtures thereof.
A medical device system comprising a first device , the first device comprising: sensing circuitry configured to sense parametric data for a patient; processing circuitry configured to: determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. sensing circuitry configured to sense parametric data for a patient; processing circuitry configured to: determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device.
A signal processing circuit, comprising: a feed line configured to deliver a signal between a wireless communication module and a first radiator ; a tuner and a reactance element, located outside the tuner ; wherein the tuner includes a variable capacitor (C2, C3) connected, at least selectively, between a first node and a ground part , and a first switch (S4, S6, S8) connected between a second node connected to the feed line and a third node , and wherein one side of the reactance element is connected to the feed line and the other side is connected to the first node and the third node of the tuner, such that opposite ends of the reactance element are connected to each other when the first switch (S4, S6, S8) is turned on, thus allowing the reactance element and the variable capacitor (C2, C3) to be selectively connected in series with each other. a feed line configured to deliver a signal between a wireless communication module and a first radiator ; a tuner and a reactance element, located outside the tuner ; wherein the tuner includes a variable capacitor (C2, C3) connected, at least selectively, between a first node and a ground part , and a first switch (S4, S6, S8) connected between a second node connected to the feed line and a third node , and wherein one side of the reactance element is connected to the feed line and the other side is connected to the first node and the third node of the tuner, such that opposite ends of the reactance element are connected to each other when the first switch (S4, S6, S8) is turned on, thus allowing the reactance element and the variable capacitor (C2, C3) to be selectively connected in series with each other.
Method for producing a header for a heat exchanger with at least one fluid circuit, involving the following steps: a) producing the elements of a heat exchanger header, of which some constitute the main structure with the fluid passage; b) mechanically assembling the elements of the main structure and, if appropriate, sealing of the joins between the joined elements thus forming a sealed assembly; b1) mutually assembling and sealing one or more elements of a casing internal to the main structure, with the main structure; c) carrying out a step of Hot Isostatic Pressing (HIP) diffusion welding of the sealed assembly obtained in step b). a) producing the elements of a heat exchanger header, of which some constitute the main structure with the fluid passage; b) mechanically assembling the elements of the main structure and, if appropriate, sealing of the joins between the joined elements thus forming a sealed assembly; b1) mutually assembling and sealing one or more elements of a casing internal to the main structure, with the main structure; c) carrying out a step of Hot Isostatic Pressing (HIP) diffusion welding of the sealed assembly obtained in step b).
Bearing arrangement for rotatably supporting a rotor shaft of a wind turbine, wherein the rotor shaft transmits a rotation of a hub provided with rotor blades to a generator, wherein the bearing arrangement comprises a hub-side rolling bearing and a generator-side rolling bearing , wherein the hub-side rolling bearing is configured in the form of a multi-row radial roller bearing and the generator-side rolling bearing is configured in the form of a double-row tapered roller bearing in an X-arrangement or an O-arrangement, characterized in that the generator-side rolling bearing and the hub-side rolling bearing have induction hardened raceways, wherein the rolling bearings have each been pushed onto an end of the rotor shaft with their inner ring and have been screwed to an associated radial protrusion of the rotor shaft by screws that pass through the respective inner ring in an axial direction of the rolling bearings .
Spring terminal contact for contact-connection of electrical conductors to at least one busbar and at least one clamping spring , which has a resting limb , a spring bend adjoining the resting limb and a clamping limb adjoining the spring bend , said clamping limb having a clamping section at the free end, and to one or more frame parts extending away from the busbar , each frame part having two side webs spaced apart from one another and the side webs having transverse webs connecting to one another and a conductor passage opening formed by the side webs and the transverse webs , wherein the at least one clamping spring is secured to the at least one busbar by the resting limb of the clamping spring resting on a transverse web and/or a holding element of the busbar in such a way that the clamping section acts under the spring force of the clamping spring in the direction of the busbar , with the result that a clamping point for firmly clamping the electrical conductor is formed between the clamping section and the busbar , wherein at least one integrally formed wing is present on at least one of the side webs , characterized in that the at least one wing forms a side contact surface for the litz wires of the electrical conductor in the form of a litz conductor.
A method for solving a control task in a process plant, particularly for transitioning the process plant from an initial state (A) to a final state (B) by changing at least two manipulated variables (H_DV, H_TLV) in the control range thereof, the manipulated variables being assigned to one or more process unit(s), particularly valves, taps or butterfly valves and the at least two manipulated variables (H_DV, H_TLV) influencing at least one process variable (PT01) of the process plant, particularly a pressure, characterized by the following steps: - determining a value distribution of the at least one process variable (PT01) for various value combinations (x, y) of the at least two manipulated variables (H_DV, H_TLV) in the control range thereof taking one or more process parameter(s) into account, particularly a temperature, a volumetric flow or at least one physical constant of the process plant, by means of modelling and/or simulation of the value distribution of the at least one process variable (PT01) for various value combinations (x, y) of the at least two manipulated variables (H_DV, H_TLV), and - determining a control curve on the basis of a path search method in the value distribution of the process variables (PT01), which searches for a suitable path for changing the at least two manipulated variables (H_DV, H_TLV) in order to transition the process plant from the initial state (A) to the end state (B), taking account of at least one boundary condition which is determined by means of a fixed limit region of the at least one process variable, and/or a control range of the manipulated variables, and/or by means of mechanical characteristics of the process unit(s). - determining a value distribution of the at least one process variable (PT01) for various value combinations (x, y) of the at least two manipulated variables (H_DV, H_TLV) in the control range thereof taking one or more process parameter(s) into account, particularly a temperature, a volumetric flow or at least one physical constant of the process plant, by means of modelling and/or simulation of the value distribution of the at least one process variable (PT01) for various value combinations (x, y) of the at least two manipulated variables (H_DV, H_TLV), and - determining a control curve on the basis of a path search method in the value distribution of the process variables (PT01), which searches for a suitable path for changing the at least two manipulated variables (H_DV, H_TLV) in order to transition the process plant from the initial state (A) to the end state (B), taking account of at least one boundary condition which is determined by means of a fixed limit region of the at least one process variable, and/or a control range of the manipulated variables, and/or by means of mechanical characteristics of the process unit(s).
A pharmaceutical composition for the use in the treatment of a disease in which there is abnormal apoptosis, the composition comprising as active ingredients a drug that suppresses glutathione S-transferase (GST-π) and a drug that suppresses RB1-inducible coiled coil protein 1 (RB1CC1), wherein the disease is a cancer, and wherein the drug that suppresses RB1CC1 is selected from the group consisting of an RNAi molecule, a ribozyme, an antisense nucleic acid, a DNA/RNA chimera polynucleotide for DNA encoding RB1CC1, a vector expressing same, an anti-RB1CC1 antibody and an RB1CC1 dominant negative mutant. wherein the disease is a cancer, and wherein the drug that suppresses RB1CC1 is selected from the group consisting of an RNAi molecule, a ribozyme, an antisense nucleic acid, a DNA/RNA chimera polynucleotide for DNA encoding RB1CC1, a vector expressing same, an anti-RB1CC1 antibody and an RB1CC1 dominant negative mutant.
Arrangement of at least two angularly interconnected tubular profiles , wherein at least on one end of the first tubular profile several webs are formed protruding beyond the free end and that the second tubular profile has at least one connection region with several reception openings which are aligned with the webs , wherein adjoining on the free end within the first tubular profile is arranged a transverse web with a first bore arranged concentrically to the longitudinal axis of the first tubular profile , wherein in the connection region of the second tubular profile a second bore is cut out which aligns with the first bore , wherein the first or the second bore are equipped with an inner thread for a connecting screw which can be introduced through the second or the first bore , wherein the webs and the reception openings have abutment surfaces complementary to one another, characterized in that the abutment surface of the respective web is formed as a chamfered end face and that the chamfered end faces of two adjacent webs form a reverse V-shape, viewed in plug-in direction, whereby the widening of the first tubular profile is prevented. wherein at least on one end of the first tubular profile several webs are formed protruding beyond the free end and that the second tubular profile has at least one connection region with several reception openings which are aligned with the webs , wherein adjoining on the free end within the first tubular profile is arranged a transverse web with a first bore arranged concentrically to the longitudinal axis of the first tubular profile , wherein in the connection region of the second tubular profile a second bore is cut out which aligns with the first bore , wherein the first or the second bore are equipped with an inner thread for a connecting screw which can be introduced through the second or the first bore , wherein the webs and the reception openings have abutment surfaces complementary to one another, characterized in that the abutment surface of the respective web is formed as a chamfered end face and that the chamfered end faces of two adjacent webs form a reverse V-shape, viewed in plug-in direction, whereby the widening of the first tubular profile is prevented.
An antenna , wherein the antenna is configured to operate in a target frequency band, a width of the target frequency band is greater than a preset threshold, the target frequency band comprises a first frequency and a second frequency, and the antenna comprises a metal substrate and is arranged on the metal substrate ; and the antenna further comprises a first radiation patch , a second radiation patch , a first short-circuit wall , and a second short-circuit wall , a projection of the first radiation patch and a projection of the second radiation patch on the metal substrate overlap, a projection of the first short-circuit wall on the metal substrate does not overlap with a projection of the second short-circuit wall on the metal substrate , the first short-circuit wall is located between the first radiation patch and the metal substrate , and is respectively connected to a first side of the first radiation patch and the metal substrate , the first side is a side of the first radiation patch perpendicular to a first radiation side , and the first radiation patch is configured to transmit a signal along the first radiation side , the second short-circuit wall is located between the first radiation patch and the second radiation patch , and is respectively connected to the first radiation patch and the second radiation patch , a resonant frequency of the first radiation patch is the first frequency, and a resonant frequency of the second radiation patch is the second frequency; and a projection of the first radiation side of the first radiation patch on the metal substrate overlaps with a projection of the second radiation side on the metal substrate on the second radiation patch , and the second radiation patch transmits a signal along the second radiation side , wherein the antenna further comprises a feed source , a third short-circuit wall , and a first metal body , the first radiation patch comprises a first groove , the first metal body is arranged in the first groove , one end of the first metal body is connected to the third short-circuit wall , and the other end of the first metal body is connected to the feed source ; configured such that, when the antenna operates in the target frequency band, the feed source sends an excitation signal to the second radiation patch through a gap between the first metal body and the first radiation patch .
Assembly of a bale clamp and a cutting device for cutting through a wire that holds a bale together, wherein the bale clamp comprises a base frame which is provided to be connected to a vehicle, such as a forklift, two clamping elements which are movably connected to the base frame in such a way that the clamping elements are movable towards and from each other according to a first direction (A) and driving means for moving the clamping elements towards and from each other, wherein the cutting device comprises one or more cutting elements for cutting through a wire , wherein the cutting device comprises a base section which is provided to be connected to the base frame in a fixed position for connecting the cutting device to the bale clamp, wherein at least one cutting element of the one or more cutting elements is movably connected to said base section for cutting a wire and wherein the said cutting device comprises driving means for moving said at least one cutting element and wherein in use the one or more cutting elements are located above the clamping elements according to a plane perpendicular to the first direction (A), characterized in that the one or more cutting elements comprise two cutting knives which are movably connected to the base section towards and from each other according to a cutting direction (A), wherein in use said cutting direction (A) is virtually the said first direction (A).
Method for operating a production machine or machine tool , comprising the following steps: downloading an app comprising at least one virtual container together with an app configuration from a remote memory store into a memory store of the production machine or machine tool ; preventing an immediate starting of the downloaded app on the production machine or machine tool ; characterised by automatically modifying the app configuration of the downloaded app , wherein identifiers included by the app configuration are evaluated and compared with identifiers included by a positive list and a negative list , wherein identifiers included by the app configuration are contained in assignments included by the app configuration , wherein an assignment has a left-hand part and a right-hand part, wherein the right-hand part is named the identifier , wherein a name used within the downloaded app is mapped to another name by means of the assignment, wherein the assignments permit a use of names for at least one device, resource, network within the app or the at least one virtual container , wherein the names of at least one device, resource, network on the production machine or machine tool are not yet known, and wherein an identifier contained neither in the positive list nor in the negative list is replaced with an automatically selected or automatically generated, unambiguous and unique target expression ; automatically starting the downloaded app after the modification of the app configuration . downloading an app comprising at least one virtual container together with an app configuration from a remote memory store into a memory store of the production machine or machine tool ; preventing an immediate starting of the downloaded app on the production machine or machine tool ; characterised by automatically modifying the app configuration of the downloaded app , wherein identifiers included by the app configuration are evaluated and compared with identifiers included by a positive list and a negative list , wherein identifiers included by the app configuration are contained in assignments included by the app configuration , wherein an assignment has a left-hand part and a right-hand part, wherein the right-hand part is named the identifier , wherein a name used within the downloaded app is mapped to another name by means of the assignment, wherein the assignments permit a use of names for at least one device, resource, network within the app or the at least one virtual container , wherein the names of at least one device, resource, network on the production machine or machine tool are not yet known, and wherein an identifier contained neither in the positive list nor in the negative list is replaced with an automatically selected or automatically generated, unambiguous and unique target expression ; automatically starting the downloaded app after the modification of the app configuration .