mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical cutting guide for a spinal procedure comprising: a first slot extending from a proximal face to a distal face, the first slot having a first axis (D5) extending therethrough and defining a first channel to receive a first cutting instrument , a second slot extending from the proximal face to the distal face, the second slot having a second axis (D4) therethrough, being located opposite the first slot and defining a second channel to receive a second cutting instrument , wherein when the cutting guide is positioned away from a vertebral body such that the distal face is facing the vertebral body, the first and second channels are oriented such that the first and second axes extend distally towards each other and intersect at a distal point located in an interior of the vertebral body, an opening extending from the proximal to the distal face of the cutting guide having a third axis (D1) extending therethrough and intersecting with the first and second axes at the distal point, wherein the opening defines a third channel to receive a post , a cross-section of the opening being substantially the same as a cross-section of the post, the surgical cutting guide being characterized in that a distal end of the opening includes a counter bore to receive a distal nut of the post. a first slot extending from a proximal face to a distal face, the first slot having a first axis (D5) extending therethrough and defining a first channel to receive a first cutting instrument , a second slot extending from the proximal face to the distal face, the second slot having a second axis (D4) therethrough, being located opposite the first slot and defining a second channel to receive a second cutting instrument , wherein when the cutting guide is positioned away from a vertebral body such that the distal face is facing the vertebral body, the first and second channels are oriented such that the first and second axes extend distally towards each other and intersect at a distal point located in an interior of the vertebral body, an opening extending from the proximal to the distal face of the cutting guide having a third axis (D1) extending therethrough and intersecting with the first and second axes at the distal point, wherein the opening defines a third channel to receive a post , a cross-section of the opening being substantially the same as a cross-section of the post,
Clamping body with an opening for a plug-in part , which is formed from an integral sheet-metal punched part by bending processes, wherein the sheet-metal punched part has a central portion on which a spring arm portion is arranged on a first side and a contact surface portion is arranged on a second side , characterised in that starting from the central portion , the spring arm portion is embodied as a first spring arm and a second spring arm , which are arranged on the central portion in a V-shape and each spring arm is divided into a first part and an adjoining second part respectively with a free end and the respective first part is bent upwards almost vertically and the respective adjoining second part is arranged bent downwards again in such a way that the respective free end opposes the contact surface portion which is likewise bent upwards almost vertically from the central portion , wherein the respective downwardly bent second parts in the opening form first and second guide surfaces for the plug-in part to be plugged in, the respective first part exerts a spring force (F1) respectively in the direction of the contact surface portion , whereby the plug-in part plugged in via the guide surfaces is fixed, wherein the second part of the first spring arm is shorter than the second part of the second spring arm and as a result the respectively free ends oppose the contact surface portion which is likewise bent upwards almost vertically from the central portion at different locations (S1,S2). the sheet-metal punched part has a central portion on which a spring arm portion is arranged on a first side and a contact surface portion is arranged on a second side , characterised in that starting from the central portion , the spring arm portion is embodied as a first spring arm and a second spring arm , which are arranged on the central portion in a V-shape and each spring arm is divided into a first part and an adjoining second part respectively with a free end and the respective first part is bent upwards almost vertically and the respective adjoining second part is arranged bent downwards again in such a way that the respective free end opposes the contact surface portion which is likewise bent upwards almost vertically from the central portion , wherein the respective downwardly bent second parts in the opening form first and second guide surfaces for the plug-in part to be plugged in, the respective first part exerts a spring force (F1) respectively in the direction of the contact surface portion , whereby the plug-in part plugged in via the guide surfaces is fixed, wherein the second part of the first spring arm is shorter than the second part of the second spring arm and as a result the respectively free ends oppose the contact surface portion which is likewise bent upwards almost vertically from the central portion at different locations (S1,S2).
Oligonucleotide conjugate comprising at least one saponin covalently linked to a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises or consists of (GalNAc) 3 Tris moiety according to molecule (DD1): wherein y1, y2 and y3 each are an integer independently selected from 0-20, preferably 1-15, more preferably 2-12, even more preferably 2-10, even more preferably 2-8, most preferably 2 and 3, and preferably y1, y2 and y3 are the same, and y4 is an integer selected from 1-100, preferably 2-80, more preferably 3-70, even more preferably 4-60, even more preferably 4-50, even more preferably 4-40, even more preferably 4-30, even more preferably 4-20, even more preferably 4-6, most preferably 4-5, such as 4, and further covalently linked to an oligonucleotide, wherein the at least one saponin is a monodesmosidic or bidesmosidic penta-cyclic triterpene saponin of the 12,13-dehydrooleanane type, preferably with an aldehyde function in position C-23 of the aglycone core structure of the saponin, wherein the oligonucleotide conjugate comprises 1-16 saponin moieties, preferably 1-8 saponin moieties, more preferably 1 saponin moiety, 4 saponin moieties or 8 saponin moieties. wherein y1, y2 and y3 each are an integer independently selected from 0-20, preferably 1-15, more preferably 2-12, even more preferably 2-10, even more preferably 2-8, most preferably 2 and 3, and preferably y1, y2 and y3 are the same, and y4 is an integer selected from 1-100, preferably 2-80, more preferably 3-70, even more preferably 4-60, even more preferably 4-50, even more preferably 4-40, even more preferably 4-30, even more preferably 4-20, even more preferably 4-6, most preferably 4-5, such as 4, and further covalently linked to an oligonucleotide, wherein the at least one saponin is a monodesmosidic or bidesmosidic penta-cyclic triterpene saponin of the 12,13-dehydrooleanane type, preferably with an aldehyde function in position C-23 of the aglycone core structure of the saponin, wherein the oligonucleotide conjugate comprises 1-16 saponin moieties, preferably 1-8 saponin moieties, more preferably 1 saponin moiety, 4 saponin moieties or 8 saponin moieties.
Method of transferring a piezoelectric layer onto a support substrate comprising the steps of: a) providing a predetermined splitting area in a piezoelectric donor substrate , b) attaching the piezoelectric donor substrate to a support substrate to form a compound , and c) detaching the piezoelectric layer from the piezoelectric donor substrate comprising applying an electric field . a) providing a predetermined splitting area in a piezoelectric donor substrate , b) attaching the piezoelectric donor substrate to a support substrate to form a compound , and c) detaching the piezoelectric layer from the piezoelectric donor substrate comprising applying an electric field .
Method for setting the air to fuel ratio (lambda) when using a burner fueled with a fuel gas and/or liquid fuel having an electronic closed-loop control , which at ignition and during operation under various load states keeps the ratio (lambda) in a desired safe-operating and environmentally-friendly range, the so-called tolerance range, wherein at a housing of the burner or of the electronic closed-loop control , an interface connected to the electronic closed-loop control via a data connection is mounted, and wherein via an input option at the interface a change is effected in the air to fuel ratio (lambda) within a correction range (K) in the electronic closed-loop control which can be predetermined by the electronic closed-loop control , wherein the tolerance range for the air to fuel ratio (lambda) and the correction range (K) are limited for possible changes such that even maximally incorrect, that is unfavourable, changes within the correction range (K) under all operating conditions do not result in the air to fuel ratio (lambda) exceeding the tolerance range.
A charge-transporting thin film containing one or more types of functional organic compounds having chiral elements, wherein the total of the number of chiral elements per molecule in each type of the functional organic compounds summed over all types of the functional organic compounds is four or more; wherein the functional organic compounds having chiral elements have a biaryl structure which has chiral elements due to hindered rotation between two aryl moieties, such that the functional organic compounds include an atropisomer; wherein the functional organic compounds do not include a metal complex having two or more chiral elements per molecule; and wherein at least one of the functional organic compounds having at least four chiral elements, said chiral elements having biaryl structure including the atropisomer, includes a host compound, a hole transport material, an electron transport material or a fluorescent material within the charge-transporting thin film.
Device for laying up a composite product with fibrous rovings made from glass, carbon, aramid and other similar filaments, designed especially for production of composite reinforcements or supporting elements such as the reinforcement of tailgates of personal vehicles, consisting of individual unwinding spools of fibrous rovings rotatably arranged around the composite product to be produced, wherein the unwinding spools are installed on a set of rotary disc rings which are mounted on a common fixed ring frame and equipped with independent drives with pre-programmed control of direction and speed of their rotation wherein the composite product is during the laying up procedure alternately fixed to individual carrier grippers of at least one program-controlled manipulator and in each rotary disc ring as well as in fixed ring frame at least one lateral passage is created for entry and exit of the composite product between the unwinding spools .
Method for the initial allocation and/or renewal of certificates for devices and/or applications in a control system for a technical installation on the basis of certificates, wherein the devices and/or applications , within a framework of the initial allocation and/or renewal of the certificates, use a certificate management protocol to post a certificate request at at least one certification authority of the technical installation, characterised in that the devices and/or applications , in addition to the certificate management protocol, implement a certification service which generates a stateless alarm message and provides it in the control system , when a certificate request previously posted by the device and/or the application has not been answered by the certification authority after a previously determined period of time has expired, wherein the certification service generates a resolution message after the generation and provision of the stateless alarm message and provides this in the control system , once the certificate request previously posted by the device and/or the application has been answered by the certification authority . the devices and/or applications , in addition to the certificate management protocol, implement a certification service which generates a stateless alarm message and provides it in the control system , when a certificate request previously posted by the device and/or the application has not been answered by the certification authority after a previously determined period of time has expired, wherein the certification service generates a resolution message after the generation and provision of the stateless alarm message and provides this in the control system , once the certificate request previously posted by the device and/or the application has been answered by the certification authority .
An internal fuel manifold for a turbomachine, comprising: an outer ring defining one or more fuel supply channels (103a-103d) configured to allow fuel flow around at least a portion of a circumference of the outer ring ; a plurality of branches extending radially inward from the outer ring , wherein the branches include a high aspect ratio shape, wherein the plurality of branches include one or more branch fuel channels (107a-107c) in fluid communication with at least one of the one or more fuel supply channels (103a-103d); one or more injector connectors (113a-113c) extending axially aft from each branch, each injector connector in fluid communication with a branch fuel channel and configured to connect to a fuel injector; and an inner ring extending from the plurality of branches , wherein the inner ring and the outer ring are configured to receive a fuel injector and combustor assembly therebetween and to allow retaining of the fuel injector and combustor assembly to the internal fuel manifold . an outer ring defining one or more fuel supply channels (103a-103d) configured to allow fuel flow around at least a portion of a circumference of the outer ring ; a plurality of branches extending radially inward from the outer ring , wherein the branches include a high aspect ratio shape, wherein the plurality of branches include one or more branch fuel channels (107a-107c) in fluid communication with at least one of the one or more fuel supply channels (103a-103d); one or more injector connectors (113a-113c) extending axially aft from each branch, each injector connector in fluid communication with a branch fuel channel and configured to connect to a fuel injector; and an inner ring extending from the plurality of branches , wherein the inner ring and the outer ring are configured to receive a fuel injector and combustor assembly therebetween and to allow retaining of the fuel injector and combustor assembly to the internal fuel manifold .
A patient ventilating and aspirating system, comprising: a pressurised source of gases , gases transport means adapted to convey said gases in use to said patient, a patient connector , adapted to deliver said gases to a patient through a tracheostomy or endotracheal tube fitting , said patient connector adapted to be in fluid communication with said gases transport means in use, a catheter mount that is substantially tubular and adapted to be fitted in use between said patient connector and said gases transport means , said catheter mount including an additional passage for receiving an aspirating system , said passage covered by a seal located at an outermost end of the passage , said seal including a re-sealing mechanism , and a suction tube , with a distal end and a proximal end, surrounded by a collapsible envelope , said distal end fitted with a distal connector and said proximal end being moveable through a proximal connector attached to said envelope , said distal connector adapted to allow said distal end of said suction tube to be connected to a suction means in use, said proximal connector being releasably connected to said catheter mount, said proximal connector including a piercing member capable of piercing said seal when said proximal connector and said catheter mount are connected, said suction tube capable of passing through said piercing member and not contacting said seal , wherein the re-sealing mechanism is configured to re-seal the seal once the piercing member has been removed. a pressurised source of gases , gases transport means adapted to convey said gases in use to said patient, a patient connector , adapted to deliver said gases to a patient through a tracheostomy or endotracheal tube fitting , said patient connector adapted to be in fluid communication with said gases transport means in use, a catheter mount that is substantially tubular and adapted to be fitted in use between said patient connector and said gases transport means , said catheter mount including an additional passage for receiving an aspirating system , said passage covered by a seal located at an outermost end of the passage , said seal including a re-sealing mechanism , and a suction tube , with a distal end and a proximal end, surrounded by a collapsible envelope , said distal end fitted with a distal connector and said proximal end being moveable through a proximal connector attached to said envelope , said distal connector adapted to allow said distal end of said suction tube to be connected to a suction means in use, said proximal connector being releasably connected to said catheter mount, said proximal connector including a piercing member capable of piercing said seal when said proximal connector and said catheter mount are connected, said suction tube capable of passing through said piercing member and not contacting said seal , wherein the re-sealing mechanism is configured to re-seal the seal once the piercing member has been removed.
A method for making a separation microcolumn for a chromatographic or gas-chromatographic system, made in at least one silicon wafer , said method including the steps of: application, by masking, of a layer of protection material , that resists silicon erosion processes, on said silicon wafer , so as to leave uncovered only one strip that extends along the path which the microcolumn must follow; making a micro-trench by means of an anisotropic etching process onto said wafer , said micro-trench extending in depth along the entire path of the microcolumn to be produced; protecting the side walls of said micro-trench by deposition of a layer of material resistant to isotropic etching; carrying out an in-depth isotropic etching within said micro-trench , to obtain a micro-channel having a practically perfect circular profile tangent to the upper surface of the wafer ; closing the micro-channel by applying, onto the upper surface of said wafer , a layer of material acting as a cover along the plane tangent to the micro channel , thereby closing said micro-channel ; carrying out the functionalization of said micro-channel ; said method realized by providing a width-to-depth ratio in the range of 0.9 to 1.1 for said micro-trench and by removing said protection layers before closing said micro-channel by application of said layer of material acting as cover. application, by masking, of a layer of protection material , that resists silicon erosion processes, on said silicon wafer , so as to leave uncovered only one strip that extends along the path which the microcolumn must follow; making a micro-trench by means of an anisotropic etching process onto said wafer , said micro-trench extending in depth along the entire path of the microcolumn to be produced; protecting the side walls of said micro-trench by deposition of a layer of material resistant to isotropic etching; carrying out an in-depth isotropic etching within said micro-trench , to obtain a micro-channel having a practically perfect circular profile tangent to the upper surface of the wafer ; closing the micro-channel by applying, onto the upper surface of said wafer , a layer of material acting as a cover along the plane tangent to the micro channel , thereby closing said micro-channel ; carrying out the functionalization of said micro-channel ; said method realized by providing a width-to-depth ratio in the range of 0.9 to 1.1 for said micro-trench and by removing said protection layers before closing said micro-channel by application of said layer of material acting as cover.
A method of wireless communication at a source base station (105-a), comprising: determining that a handover of a user equipment, UE (115-a), to a target base station (105-b) is to be performed; identifying at least one gap in a sequence of packets received from the UE (115-a), wherein the packets comprise information compressed according to a data compression routine; determining whether a data compression capability of the target base station (105-b) supports the data compression routine; and forwarding context information for the UE (115-a) to the target base station (105-b), wherein the context information identifies the at least one gap in the sequence of packets and is based at least in part on whether the data compression capability of the target base station (105-b) supports the data compression routine. determining that a handover of a user equipment, UE (115-a), to a target base station (105-b) is to be performed; identifying at least one gap in a sequence of packets received from the UE (115-a), wherein the packets comprise information compressed according to a data compression routine; determining whether a data compression capability of the target base station (105-b) supports the data compression routine; and forwarding context information for the UE (115-a) to the target base station (105-b), wherein the context information identifies the at least one gap in the sequence of packets and is based at least in part on whether the data compression capability of the target base station (105-b) supports the data compression routine.
A liquid ejecting head comprising an element substrate including: a common liquid chamber connected to a liquid supply source; a pressure chamber connected to the common liquid chamber and including inside an element to generate energy used for ejecting liquid; a bubble generating chamber connected to the common liquid chamber and including inside a bubble generating pump to cause a flow of the liquid; and a connection flow path connecting the pressure chamber and the bubble generating chamber , characterized in that the liquid ejecting head includes a first anti-cavitation film over the element to generate the energy and a second anti-cavitation film over the pump , and the first anti-cavitation film and the second anti-cavitation film have different film thicknesses. a common liquid chamber connected to a liquid supply source; a pressure chamber connected to the common liquid chamber and including inside an element to generate energy used for ejecting liquid; a bubble generating chamber connected to the common liquid chamber and including inside a bubble generating pump to cause a flow of the liquid; and a connection flow path connecting the pressure chamber and the bubble generating chamber , characterized in that the liquid ejecting head includes a first anti-cavitation film over the element to generate the energy and a second anti-cavitation film over the pump , and the first anti-cavitation film and the second anti-cavitation film have different film thicknesses.
A method for treating a plant infection caused by a fungus of the class ascomycetes, comprising applying to the plant a combination of tea tree oil (TTO) and a synthetic fungicidal compound selected from trifloxystrobin, difenoconazole, spiroxamine, triadimenol, azoxystrobin, boscalid and pyraclostrobin.