mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical continuity apparatus for a coaxial cable interface port, comprising: an interface port having a first end with a threaded outer surface ; a cable connector including a coupler having a threaded inner surface , the coupler being configured to rotatably couple the threaded inner surface with the threaded outer surface of the first end of the interface port; and a resilient member arranged between the interface port and the coupler, the resilient member urging threads of the threaded inner surface of the coupler into engagement with threads of the threaded outer surface of the interface port to provide electrical continuity between the coupler and the threaded outer surface of interface port even when the coupler is loosely tightened to the interface port, characterized by the fact that the resilient member is arranged between the interface port and the cable connector in a radial direction relative to a longitudinal axis of the interface port. an interface port having a first end with a threaded outer surface ; a cable connector including a coupler having a threaded inner surface , the coupler being configured to rotatably couple the threaded inner surface with the threaded outer surface of the first end of the interface port; and a resilient member arranged between the interface port and the coupler, the resilient member urging threads of the threaded inner surface of the coupler into engagement with threads of the threaded outer surface of the interface port to provide electrical continuity between the coupler and the threaded outer surface of interface port even when the coupler is loosely tightened to the interface port, characterized by the fact that the resilient member is arranged between the interface port and the cable connector in a radial direction relative to a longitudinal axis of the interface port.
Zilucoplan for use in a method of treating amyotrophic lateral sclerosis (ALS) in a subject, the method comprising administering zilucoplan to the subject.
A method for gaining lateral access to a well via a lateral access passage of the well and for delivering sealant to the well, using a tool comprising a head portion and a fluid transmission conduit , wherein the head portion is configured to hold the fluid transmission conduit and wherein the fluid transmission conduit is for delivering fluid to the head portion, and a flexible conduit portion extending forwardly of the head portion, the method comprising: operating the tool to axially forwardly advance the head portion towards or in the lateral access passage and forwardly advance the flexible conduit portion along the lateral access passage; wherein, with continued advancement of the flexible conduit portion, its front end follows a path around a well annulus radially internally of the lateral access passage; and delivering sealant via the fluid transmission conduit to the head portion and via the flexible conduit portion into the well annulus at a location circumferentially spaced from the lateral access passage. operating the tool to axially forwardly advance the head portion towards or in the lateral access passage and forwardly advance the flexible conduit portion along the lateral access passage; wherein, with continued advancement of the flexible conduit portion, its front end follows a path around a well annulus radially internally of the lateral access passage; and delivering sealant via the fluid transmission conduit to the head portion and via the flexible conduit portion into the well annulus at a location circumferentially spaced from the lateral access passage.
A method for producing a shaped rod made of fibre composite material using a joining tool which has a heating portion, at least comprising the steps that a plurality of fibre tapes provided with a thermoplastic matrix are supplied in parallel to the joining tool, which tapes are brought together and are heated and joined to form a fibre cord in the heating portion, wherein the fibre cord subsequently and without cooling is deposited by the joining tool directly in a processing tool or a deposition device which is designed to deposit the fibre cord in the processing tool, characterised in that the joining tool is formed by or is borne by a multi-axis industrial robot and is moved during the depositing of the fibre cord, and in that a plurality of fibre cords are deposited in the injection mould in their respective final form, wherein the plurality of fibre cords together form a component structure of a component which is to be manufactured and are directly extrusion-coated with plastics material.
A method for configuring a model based authentication scheme comprising: receiving at an authentication configuration component, a policy and an authentication mechanism list comprising at least one authentication mechanism to associate with an authentication scheme; and configuring the authentication scheme according to the policy, the authentication mechanism list and a user access model, and enforcing the authentication scheme upon an authentication request from a user for accessing a computer resource, wherein the user access model models a pattern of usage of the computer resource by a user, wherein the configuring includes updating the authentication scheme based on the pattern of usage of the resource by the user with another authentication scheme different to the authentication scheme; presenting the updated authentication scheme as a suggested authentication scheme to the user. receiving at an authentication configuration component, a policy and an authentication mechanism list comprising at least one authentication mechanism to associate with an authentication scheme; and configuring the authentication scheme according to the policy, the authentication mechanism list and a user access model, and enforcing the authentication scheme upon an authentication request from a user for accessing a computer resource, wherein the user access model models a pattern of usage of the computer resource by a user, wherein the configuring includes updating the authentication scheme based on the pattern of usage of the resource by the user with another authentication scheme different to the authentication scheme; presenting the updated authentication scheme as a suggested authentication scheme to the user.
A combined composition for simultaneous, or sequential use in the treatment of, or preventing the recurrence of, non-small cell lung carcinoma (NSCLC) in a subject, the combined composition comprising a. and b., wherein a. is selected from (i) a SLC polypeptide, optionally comprising an amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2, (ii) a polynucleotide encoding the SLC polypeptide, (iii) a cell comprising a polynucleotide encoding the SLC polypeptide, or (iv) a combination thereof, and b. is an immune checkpoint inhibitor selected from a PD-1 inhibitor, a PD1-L1 inhibitor, or a combination thereof, wherein the immune checkpoint inhibitor is an antibody or is compound AMP224 (Medimmune), AUNP12 (Aurigene) or ALN-PDL (Alnylam). a. is selected from (i) a SLC polypeptide, optionally comprising an amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2, (ii) a polynucleotide encoding the SLC polypeptide, (iii) a cell comprising a polynucleotide encoding the SLC polypeptide, or (iv) a combination thereof, and b. is an immune checkpoint inhibitor selected from a PD-1 inhibitor, a PD1-L1 inhibitor, or a combination thereof, wherein the immune checkpoint inhibitor is an antibody or is compound AMP224 (Medimmune), AUNP12 (Aurigene) or ALN-PDL (Alnylam).
A temperature measurement sensor for use in a nuclear reactor, the temperature measurement sensor comprising: a first neutron detector member ; and a second neutron detector member ; each of the first and second neutron detector members being comprised of an inner electron emitter , a first layer of insulation surrounding the emitter , a charge collector surrounding the first layer of insulation , a negative charge output pin extending outwardly from the charge collector , and a positive charge output pin extending outwardly from the emitter ; the first neutron detector member further comprising a second layer of insulation surrounding the charge collector of the first neutron detector member , an electron absorbing layer surrounding the second layer of insulation , and an outer shield for capturing neutrons surrounding the electron absorbing layer ; wherein in use, the first neutron detector member outputs a first current signal and the second neutron detector member outputs a second current signal; the temperature measurement sensor further comprising an electrical connection between the first neutron detector member and the second neutron detector member , the electrical connection being configured to produce the difference in current between the first and second signals, wherein the difference in current is proportional to changes in temperature; wherein each of the emitters is made of an emitter material; characterized in that the outer shield is made of a material having a Doppler temperature neutron capture cross section larger than the corresponding cross section of the emitter material. a first neutron detector member ; and a second neutron detector member ; each of the first and second neutron detector members being comprised of an inner electron emitter , a first layer of insulation surrounding the emitter , a charge collector surrounding the first layer of insulation , a negative charge output pin extending outwardly from the charge collector , and a positive charge output pin extending outwardly from the emitter ; the first neutron detector member further comprising a second layer of insulation surrounding the charge collector of the first neutron detector member , an electron absorbing layer surrounding the second layer of insulation , and an outer shield for capturing neutrons surrounding the electron absorbing layer ; wherein in use, the first neutron detector member outputs a first current signal and the second neutron detector member outputs a second current signal; the temperature measurement sensor further comprising an electrical connection between the first neutron detector member and the second neutron detector member , the electrical connection being configured to produce the difference in current between the first and second signals, wherein the difference in current is proportional to changes in temperature; wherein each of the emitters is made of an emitter material; characterized in that the outer shield is made of a material having a Doppler temperature neutron capture cross section larger than the corresponding cross section of the emitter material.
A copolymer formed from a reactive mixture comprising radically polymerizable components comprising (A) a multi-functional (meth)acrylamide monomer having at least one siloxane bond and at least two (meth)acrylamide groups within a molecule and (B) a mono-functional linear silicone (meth)acrylamide monomer of formula (P1) Where R q comprises a (meth)acrylamide group containing no silicon atom; R a to R e contain no silicon atoms, and may be independently selected from substituted or unsubstituted alkyl groups having 1 to 20 carbon atoms, or substituted or unsubstituted aryl groups having 6 to 20 carbon atoms, and n represents an integer of 1 or greater; wherein; the multi-functional (meth)acrylamide monomer is present in an amount of 0.1 part by mass to 20 parts by mass.
Extinguishing agent container , at least comprising: - a pressure container , comprising a container cavity (VB) enclosed by a container lid , a container base and a container wall arranged between the container lid and the container base , - a piston plate arranged in the container cavity (VB) and aligned substantially perpendicular to the container wall , wherein the piston plate is configured to divide the container cavity (VB) into an extinguishing agent space (VL) and a pressure medium space (VD), wherein the extinguishing agent space (VL) is configured to hold an extinguishing agent (L) and the pressure medium space (VD) is configured to hold a pressure medium (D), characterized in that - the container wall has on an inner side in an upper region of the extinguishing agent space (VL), starting at the container lid , at least one wall groove which is configured to guide a fluid, in particular at least the pressure medium (D), wherein the wall groove has a groove length (LBN) which is greater than a maximum height (HKM) of the piston plate , and - the piston plate comprises on an upper side facing the extinguishing agent space (VL) at least one piston plate groove which is configured to guide a fluid, in particular at least the pressure medium (D), wherein - the grooves are configured such that a fluid-conducting channel is formed on displacement of the piston plate , wherein the fluid-conducting channel is configured to cause a fluid, in particular the pressure medium (D), to flow around at least part of the piston plate. - a pressure container , comprising a container cavity (VB) enclosed by a container lid , a container base and a container wall arranged between the container lid and the container base , - a piston plate arranged in the container cavity (VB) and aligned substantially perpendicular to the container wall , wherein the piston plate is configured to divide the container cavity (VB) into an extinguishing agent space (VL) and a pressure medium space (VD), wherein the extinguishing agent space (VL) is configured to hold an extinguishing agent (L) and the pressure medium space (VD) is configured to hold a pressure medium (D), characterized in that - the container wall has on an inner side in an upper region of the extinguishing agent space (VL), starting at the container lid , at least one wall groove which is configured to guide a fluid, in particular at least the pressure medium (D), wherein the wall groove has a groove length (LBN) which is greater than a maximum height (HKM) of the piston plate , and - the piston plate comprises on an upper side facing the extinguishing agent space (VL) at least one piston plate groove which is configured to guide a fluid, in particular at least the pressure medium (D), wherein - the grooves are configured such that a fluid-conducting channel is formed on displacement of the piston plate , wherein the fluid-conducting channel is configured to cause a fluid, in particular the pressure medium (D), to flow around at least part of the piston plate.
Eyewear configured to receive a hose for gas administration comprising: a first rim and a second rim; a first temple piece operatively coupled to the first rim; a second temple piece operatively coupled to the second rim; characterized in that the first temple piece and the second temple piece are operatively coupled to the first rim and the second rim, respectively, by first and second flexible elements, the first and second flexible elements each comprising at least one of: a spine and a plurality of ribs, mutually hinging or interlocking parts, and a plurality of repeating units operatively connected to one another, wherein the eyewear comprises a first groove defined in and extending through the first rim, the first flexible element, and the first temple piece, wherein the first groove is defined in an inner surface of the first temple piece adjacent the first flexible element, wherein the first groove transitions to an outer surface of the first temple piece distally from the first flexible element, and wherein the eyewear comprises a second groove defined in and extending through the second rim, the second flexible element, and the second temple piece, wherein the second groove is defined in an inner surface of the second temple piece adjacent the second flexible element, wherein the second groove transitions to an outer surface of the second temple piece distally from the second flexible element. a first rim and a second rim; a first temple piece operatively coupled to the first rim; a second temple piece operatively coupled to the second rim; characterized in that the first temple piece and the second temple piece are operatively coupled to the first rim and the second rim, respectively, by first and second flexible elements, the first and second flexible elements each comprising at least one of: a spine and a plurality of ribs, mutually hinging or interlocking parts, and a plurality of repeating units operatively connected to one another, wherein the eyewear comprises a first groove defined in and extending through the first rim, the first flexible element, and the first temple piece, wherein the first groove is defined in an inner surface of the first temple piece adjacent the first flexible element, wherein the first groove transitions to an outer surface of the first temple piece distally from the first flexible element, and wherein the eyewear comprises a second groove defined in and extending through the second rim, the second flexible element, and the second temple piece, wherein the second groove is defined in an inner surface of the second temple piece adjacent the second flexible element, wherein the second groove transitions to an outer surface of the second temple piece distally from the second flexible element.
A method of preparing a fluid-tight subterranean fluid storage , the method comprising: boring (S1) a borehole in a rock mass ; inserting (S2) a fluid-tight pipe longitudinally into the borehole , the pipe comprising a lateral wall of a rigid material in the form of a right circular cylindrical shell having an outer diameter which is smaller than a diameter of the borehole , a bottom end cap fastened to a bottom end of the lateral wall , and a top end cap fastened to a top end of the lateral wall ; and via piping through the top end cap , pressurizing (S3) the fluid-tight pipe to a pressure (P) above a predetermined threshold dependent on an upper yield point, R eH , of the rigid material, whereby the lateral wall is plastically deformed until it is pressed against an inner surface of the borehole along a longitudinal extent of the lateral wall, forming a fluid-tight lining of the borehole; wherein the lining together with the bottom end cap and the top end cap form the fluid-tight subterranean fluid storage in the borehole. boring (S1) a borehole in a rock mass ; inserting (S2) a fluid-tight pipe longitudinally into the borehole , the pipe comprising a lateral wall of a rigid material in the form of a right circular cylindrical shell having an outer diameter which is smaller than a diameter of the borehole , a bottom end cap fastened to a bottom end of the lateral wall , and a top end cap fastened to a top end of the lateral wall ; and via piping through the top end cap , pressurizing (S3) the fluid-tight pipe to a pressure (P) above a predetermined threshold dependent on an upper yield point, R eH , of the rigid material, whereby the lateral wall is plastically deformed until it is pressed against an inner surface of the borehole along a longitudinal extent of the lateral wall, forming a fluid-tight lining of the borehole; wherein the lining together with the bottom end cap and the top end cap form the fluid-tight subterranean fluid storage in the borehole.
A system for treating disordered breathing comprising: A. an electrical pulse generator capable of providing electrical stimulation signals to a phrenic nerve or diaphragm of a patient at a predetermined signal frequency; B. a respiration sensor capable of sensing a signal representative of the patient's respiration; C. a frequency comparator that compares the spectral power density of sensed respiration signals over a stimulation frequency band to the spectral power density of sensed respiration signals over a respiratory frequency band; and D. power adjusting circuitry that adjusts the power of the electrical stimulation signals provided by the electrical pulse generator based on the comparison of the spectral power densities, wherein said stimulation frequency band comprises the predetermined signal frequency, is narrower than the respiratory frequency band and is included within the respiratory frequency band. A. an electrical pulse generator capable of providing electrical stimulation signals to a phrenic nerve or diaphragm of a patient at a predetermined signal frequency; B. a respiration sensor capable of sensing a signal representative of the patient's respiration; C. a frequency comparator that compares the spectral power density of sensed respiration signals over a stimulation frequency band to the spectral power density of sensed respiration signals over a respiratory frequency band; and D. power adjusting circuitry that adjusts the power of the electrical stimulation signals provided by the electrical pulse generator based on the comparison of the spectral power densities, wherein said stimulation frequency band comprises the predetermined signal frequency, is narrower than the respiratory frequency band and is included within the respiratory frequency band.
Deflecting bend for a downpipe for the discharge of a multiphase flow medium (S), in particular consisting of water, solids and air, comprising a first pipe section , which extends along a first center axis (M1), a curved section , which adjoins this first pipe section and extends along a curved center line (M) with a curve outer side and a curve inner side , and a second pipe section , which adjoins the curved section and extends along a second center axis (M2), wherein the second center axis (M2) is inclined at an angle to the first center axis (M1) and the angle between the first and the second center axis (M1, M2) lies between 91° to 95°, and/or wherein the deflecting bend is configured in one piece, wherein, with a guide element arranged on the inside on the curve outer side , the cross-sectional shape of the curved section is altered such that a movement of the flow medium (S), in particular of the water and of the solids, transversely to the flow direction is suppressible, in particular preventable, wherein the guide element is at least one guide wall disposed in the region of the curved section , wherein the guide element or the guide wall , respectively is oriented substantially in the flow direction, wherein the guide element or the guide wall , respectively, extends fully over the curved section , and wherein in the first pipe section, on the inner side, is arranged a flow divider , which ruptures the film flow of the flow medium, in particular of the water.