mhurhangee/patent-ind-claim-en huggingface dataset:
A barrier cable anchor comprising: an anchor body , the anchor body including an inner surface ; a retainer , the retainer having a retainer body ; a collar , the collar having a collar outer surface , the collar positioned at least partially within the anchor body , the collar including a tapered inner surface ; one or more wedges positioned within the tapered inner surface of the collar , characterized in that the collar is slidable in the anchor body and in that the barrier cable anchor further comprises a nut engaging the collar and retained to the anchor body . an anchor body , the anchor body including an inner surface ; a retainer , the retainer having a retainer body ; a collar , the collar having a collar outer surface , the collar positioned at least partially within the anchor body , the collar including a tapered inner surface ; one or more wedges positioned within the tapered inner surface of the collar , characterized in that the collar is slidable in the anchor body and in that the barrier cable anchor further comprises a nut engaging the collar and retained to the anchor body .
Method for operating a security gateway between data buses of a vehicle, in which a correlation between an identification information item (ID) of the message (N) and a processing rule (VR) is provided by means of a routing matrix (RM) for each message (N) arriving on a data bus , characterized in that at least one processing rule (VR) allocated to an identification information item (ID) has a reference information item (POLICY) to a security rule (SR) stored in a memory unit , which rule is used for filtering the message (N) having this identification information item (ID) by means of an interpreter (IP), wherein the security rules (SR) are stored as calibration data in a flash memory , wherein the security rule (SR) is set up generically as a filter function (CMD) having at least one filter action (ACTION).
A method of controlling a marine drive on a marine vessel , the method comprising: receiving a trim position instruction to adjust a trim position of the marine drive ; determining an allowable steering angle range based on the trim position instruction and/or the adjusted trim position of the marine drive ; and controlling a trim actuator to adjust the trim position of the marine drive based on the trim position instruction and controlling a steering actuator to automatically adjust a steering position of the marine drive to remain within the determined allowable steering angle range, characterised in that the trim position and the steering position are controlled simultaneously based on the trim position instruction so as to avoid collision with an adjacent marine drive on the marine vessel when effectuating the instructed trim position adjustment. receiving a trim position instruction to adjust a trim position of the marine drive ; determining an allowable steering angle range based on the trim position instruction and/or the adjusted trim position of the marine drive ; and controlling a trim actuator to adjust the trim position of the marine drive based on the trim position instruction and controlling a steering actuator to automatically adjust a steering position of the marine drive to remain within the determined allowable steering angle range, characterised in that the trim position and the steering position are controlled simultaneously based on the trim position instruction so as to avoid collision with an adjacent marine drive on the marine vessel when effectuating the instructed trim position adjustment.
Surge arrester having an arresting column , which extends between two end armatures along a longitudinal axis and is surrounded by an insulating housing , wherein in each case an arc electrode is electrically connected to each of the two end armatures , wherein each arc electrode has a contact surface for an arc root, wherein the contact surface is at a further radial distance from the longitudinal axis than an outer contour of the insulating housing , wherein each arc electrode has at least one tongue , on the free end of which the contact surface is arranged, wherein the respective tongue is bent at its free end in the direction of the longitudinal axis , characterized in that the at least one tongue is oriented with respect to exhaust chutes in such a way that a stream of gas emerging from the insulating housing touches the tongue or flows along said tongue with no turbulence, and wherein the contact surfaces are arranged in the region of the stream of gas emerging from the respective exhaust chute . wherein the respective tongue is bent at its free end in the direction of the longitudinal axis , characterized in that the at least one tongue is oriented with respect to exhaust chutes in such a way that a stream of gas emerging from the insulating housing touches the tongue or flows along said tongue with no turbulence, and wherein the contact surfaces are arranged in the region of the stream of gas emerging from the respective exhaust chute .
A method for creating a session by a control plane, CP, function entity responsible for session management in a next generation mobile communication network, comprising: based on that session creation is not performed while a User Equipment, UE, is attached to a core network, receiving a connectivity request message, which includes type information of a service, from the UE; determining to create a session which needs to be always-on or always-connected for the UE, based on the type information of the service; transmitting a connectivity complete message, which includes information informing that the session is created, to the UE; receiving a session release request message requesting release of the session from the UE; and transmitting a session release reject message to the UE, (i) based on that the session, which needs to be always-on or always-connected for the UE, is not released until the UE is detached from the core network, and (ii) based on that the UE is attached to the core network, wherein the session release reject message includes cause information informing that the session needs to be always-on or always-connected for the UE, and wherein the cause information is used by the UE for transmitting a session modification request message when the UE determines that the session needs to be released. based on that session creation is not performed while a User Equipment, UE, is attached to a core network, receiving a connectivity request message, which includes type information of a service, from the UE; determining to create a session which needs to be always-on or always-connected for the UE, based on the type information of the service; transmitting a connectivity complete message, which includes information informing that the session is created, to the UE; receiving a session release request message requesting release of the session from the UE; and transmitting a session release reject message to the UE, (i) based on that the session, which needs to be always-on or always-connected for the UE, is not released until the UE is detached from the core network, and (ii) based on that the UE is attached to the core network, wherein the session release reject message includes cause information informing that the session needs to be always-on or always-connected for the UE, and wherein the cause information is used by the UE for transmitting a session modification request message when the UE determines that the session needs to be released.
A heavy duty pneumatic tire having a nominal aspect ratio of 65 % or less and comprising a tread that comes into contact with a road surface and a reinforcing layer located inward of the tread in a radial direction, wherein at least three circumferential grooves are formed on the tread , whereby at least four land portions aligned in an axial direction are formed in the tread , among the at least three circumferential grooves , a circumferential groove located on each outer side in the axial direction is a shoulder circumferential groove , a land portion located outward of the shoulder circumferential groove in the axial direction is a shoulder land portion , the reinforcing layer includes a belt including a large number of belt cords aligned with each other, and a band including a spirally wound band cord , the belt includes a plurality of belt plies aligned in the radial direction, the band includes a full band having ends opposed to each other across an equator plane (CL), and a pair of edge bands located outward of the ends of the full band in the radial direction, and each end of the full band is located outward of the shoulder circumferential groove in the axial direction, characterized in that a ratio of a distance (SF) in the axial direction from the shoulder circumferential groove to the end of the full band to a width (WS) in the axial direction of the shoulder land portion is not less than 10 % and not greater than 50 %, and in that the plurality of belt plies includes two belt plies having a width larger than a width of the full band , and the full band is interposed between the two belt plies . at least three circumferential grooves are formed on the tread , whereby at least four land portions aligned in an axial direction are formed in the tread , among the at least three circumferential grooves , a circumferential groove located on each outer side in the axial direction is a shoulder circumferential groove , a land portion located outward of the shoulder circumferential groove in the axial direction is a shoulder land portion , the reinforcing layer includes a belt including a large number of belt cords aligned with each other, and a band including a spirally wound band cord , the belt includes a plurality of belt plies aligned in the radial direction, the band includes a full band having ends opposed to each other across an equator plane (CL), and a pair of edge bands located outward of the ends of the full band in the radial direction, and each end of the full band is located outward of the shoulder circumferential groove in the axial direction, characterized in that a ratio of a distance (SF) in the axial direction from the shoulder circumferential groove to the end of the full band to a width (WS) in the axial direction of the shoulder land portion is not less than 10 % and not greater than 50 %, and in that the plurality of belt plies includes two belt plies having a width larger than a width of the full band , and the full band is interposed between the two belt plies .
A method of preparing a liposomal based drug formulation comprising mixing a lipid solution comprising a lipid dissolved in an organic solvent with an aqueous aminoglycoside solution to form an aminoglycoside coacervate, wherein the ratio of lipid solution flow rate to the aqueous aminoglycoside solution flow rate is 2:3, wherein the lipid is mixed with the aminoglycoside coacervate and the aminoglycoside coacervate initiates lipid bilayer formation around the aminoglycoside coacervate and wherein the lipid solution and aqueous aminoglycoside solution are mixed from two separate streams in an in-line fashion, wherein the concentration of the aminoglycoside inside the liposome is higher than the external aminoglycoside concentration.
A gas turbine engine , comprising: a fan disposed at an engine central longitudinal axis (A); a fan drive turbine disposed at the engine central longitudinal axis (A) and configured to drive rotation of the fan ; a gas generator non-coaxial with the fan drive turbine and operably connected to the fan drive turbine such that exhaust from the gas generator drives rotation of the fan drive turbine ; an auxiliary power core disposed at the engine central longitudinal axis (A); and one or more bleed passages to connect the gas generator and the auxiliary power core ; wherein the one or more bleed passages are configured to selectably combine a bleed airflow from the gas generator and an auxiliary core airflow at the auxiliary power core to direct the combined airflow to the fan drive turbine to increase output of the fan drive turbine . a fan disposed at an engine central longitudinal axis (A); a fan drive turbine disposed at the engine central longitudinal axis (A) and configured to drive rotation of the fan ; a gas generator non-coaxial with the fan drive turbine and operably connected to the fan drive turbine such that exhaust from the gas generator drives rotation of the fan drive turbine ; an auxiliary power core disposed at the engine central longitudinal axis (A); and one or more bleed passages to connect the gas generator and the auxiliary power core ; wherein the one or more bleed passages are configured to selectably combine a bleed airflow from the gas generator and an auxiliary core airflow at the auxiliary power core to direct the combined airflow to the fan drive turbine to increase output of the fan drive turbine .
An antisense oligomer which causes skipping of the 53rd exon in the human dystrophin gene, consisting of a nucleotide sequence complementary to the 36 th to the 60 th nucleotides from the 5' end of the 53rd exon in the human dystrophin gene.
Portable lunchbox for storing, transporting, and preparing food, comprising - a food cavity for receiving food; - a heating cavity for receiving water; - a heating element for heating water in the heating cavity ; - a switch device which can be switched from a first state to a second state; wherein the lunchbox is designed - in the first state of the switch device to heat food arranged in the food cavity , and - in the second state of the switch device to steam food arranged in the food cavity , characterized in that the switch device - in the first state, closes a gas connection between the heating cavity and the food cavity , and - in the second state, opens a gas connection between the heating cavity and the food cavity . - a food cavity for receiving food; - a heating cavity for receiving water; - a heating element for heating water in the heating cavity ; - a switch device which can be switched from a first state to a second state; wherein the lunchbox is designed - in the first state of the switch device to heat food arranged in the food cavity , and - in the second state of the switch device to steam food arranged in the food cavity , characterized in that the switch device - in the first state, closes a gas connection between the heating cavity and the food cavity , and - in the second state, opens a gas connection between the heating cavity and the food cavity .
Print station for a screen printing machine, said print station having a screen frame and a print base for receiving a product to be screen printed through said screen print frame , said print station comprising a screen frame elevation mechanism comprising a circular-section first shaft and wherein the screen frame is rotatable about said first shaft , characterized in that said first shaft is movable between a first and a second position, such that the screen frame is translationally moveable relative to the print base when the screen frame is in a printing position relative to the print base , further comprising a rotatable circular-section second shaft , wherein the first shaft is solidly fixed to the second shaft and the first shaft rotation axis is offset from the second shaft rotation axis, such that the first shaft is translationally moveable by rotation of the second-shaft , wherein the two shafts are collinear. characterized in that said first shaft is movable between a first and a second position, such that the screen frame is translationally moveable relative to the print base when the screen frame is in a printing position relative to the print base , further comprising a rotatable circular-section second shaft , wherein the first shaft is solidly fixed to the second shaft and the first shaft rotation axis is offset from the second shaft rotation axis, such that the first shaft is translationally moveable by rotation of the second-shaft , wherein the two shafts are collinear.
A binocular image capture device comprising: a plurality of stacked circuit boards ; a front-facing dual image sensor mounted to a first circuit board of the plurality of stacked circuit boards, the dual image sensor being enclosed in a hermetic housing ; and signal conditioning electronics mounted to one or more of the plurality of stacked circuit boards, the signal conditioning electronics being external to the hermetic housing and coupled to receive electrical signals generated by the dual image sensor . a plurality of stacked circuit boards ; a front-facing dual image sensor mounted to a first circuit board of the plurality of stacked circuit boards, the dual image sensor being enclosed in a hermetic housing ; and signal conditioning electronics mounted to one or more of the plurality of stacked circuit boards, the signal conditioning electronics being external to the hermetic housing and coupled to receive electrical signals generated by the dual image sensor .
A hydrogel spacer for use involving the administration of radiation, the hydrogel spacer comprising a polysaccharide and a radiopaque agent, wherein the hydrogel spacer is a biodegradable hydrogel that may be introduced as an injectable material and is a gel in the patient that is removed by biodegradation, and wherein introduction of the hydrogel spacer is at a site between a first tissue location and a second tissue location, the site being chosen to decrease radiation at the first tissue when the second tissue receives a dose of radiation, wherein the hydrogel spacer has a Hounsfield number of at least 90.
A fumaryl diketopiperazine (FDKP) composition comprising an FDKP trans isomer content of 45% to 65%.
Method for wide range gas detection using a gas detection system comprising a sample gas inlet , a reference gas inlet , a gas modulation valve and a gas analyzer , wherein the gas modulation valve alternatingly connects the sample gas inlet to the gas analyzer during a sample gas time period and the reference gas inlet to the gas analyzer during a reference gas time period, wherein the sample gas time period is shorter than the reference gas time period such that the sample gas concentration in the gas analyzer is reduced, characterized in that the gas analyzer is an infrared absorption gas analyzer comprising an infrared source for generating infrared radiation radiating through the gas to be analyzed, and an infrared detector for detecting the infrared radiation, and the power of the infrared source of the gas analyzer is modulated at a lamp modulation frequency which is lower than the gas modulation frequency, at which the gas modulation valve switches between the sample gas inlet and the reference gas inlet , and wherein the measurement signal of the gas analyzer is analyzed at an integer multiple of the lamp modulation frequency.
Device (1; 50) for receiving coins , which enables the acceptance of individual coins as well as the acceptance of several coins for a further processing of the coins via a coin outlet, wherein the device is formed by a drawer-like, laterally displaceable receptacle (5, 10, 14; 50), characterised in that the drawer-like receptacle (5, 10, 14; 50) has a side with a coin insertion slot and a receiving area for receiving a plurality of coins, wherein the receiving area comprises at least one inclined coil outlet area, which has a rigid section and a moveable section relative to the drawer-like receptacle, wherein the moveable section is designed to rotate around an axis that is parallel in the movement direction of the drawer-like receptacle and is arranged in such a way that the rigid section is directly followed by a lower end of the same, and wherein the rigid section is in total arranged inclined in such a way that a gravity-induced transport of coins inserted into the drawer-like, laterally displaceable receptacle away from the same is possible, and wherein coins inserted onto the receptacle in an opened position initially come to lie on the moveable section that can be moved into a substantially vertical position across the rigid section , and wherein the moveable section is moved into an inclined position in a closed position of the receptacle, so that a sliding of coins into a further channel for sorting and counting respectively further processing is made possible.
A multi-pass gas cell , comprising: a first optical component optically coupled to receive input light at an optical input of the multi-pass gas cell and configured to collimate the input light to produce collimated light; a set of two or more reflectors optically coupled to receive the collimated light and configured to reflect the collimated light within the multi-pass gas cell to produce multiple reflections of the collimated light through multiple passes of the multi-pass gas cell; and a second optical component optically coupled to receive output light resulting from the multiple reflections of the collimated light and configured to focus the output light towards an optical output of the multi-pass gas cell; wherein the first optical component and the second optical component are different than the set of two or more reflectors such that the multiple reflections are generated by only the set of two or more reflectors ; wherein the first optical component and the second optical component are integrated with a single reflector of the set of two or more reflectors . a first optical component optically coupled to receive input light at an optical input of the multi-pass gas cell and configured to collimate the input light to produce collimated light; a set of two or more reflectors optically coupled to receive the collimated light and configured to reflect the collimated light within the multi-pass gas cell to produce multiple reflections of the collimated light through multiple passes of the multi-pass gas cell; and a second optical component optically coupled to receive output light resulting from the multiple reflections of the collimated light and configured to focus the output light towards an optical output of the multi-pass gas cell; wherein the first optical component and the second optical component are different than the set of two or more reflectors such that the multiple reflections are generated by only the set of two or more reflectors ; wherein the first optical component and the second optical component are integrated with a single reflector of the set of two or more reflectors .
Cable guiding device for an aerial cableway system comprising at least one elongate cable support , the device further including a single pair of similar connections , by means of which the cable support is securely mounted on an aerial support structure , the connections being arranged at a distance from one another in a longitudinal direction of the cable support , each connection including at least one respective damping block which is inserted between the cable support and the support structure , each damping block being shaped with a main working direction and the connection arranged such that this main working direction is substantially perpendicular to the longitudinal direction of the cable support , each damping block comprising a body made of a flexible material and each connection of said pair being arranged as a pseudo-embedded type connection, capable of transmitting forces in the manner of a ball joint, with the effect of the one or more damping blocks .
A pharmaceutical composition for use in the prevention or treatment of a neuromuscular disease, the composition including a combination of Erigeron annuus flower-based essential oil and Botox.