mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for generating motion around a remote centre of motion (O), comprising: a base link (HML) comprising a local centre of motion (H), a first motion mechanism comprising a proximal link (DEF), a distal link (ABC) and a first intermediate link (CD) pivotally interconnecting the proximal link and the distal link, wherein the proximal link is coupled to the local centre of motion through a revolute joint and a sliding joint allowing the proximal link to translate relative to the local centre of motion and to rotate about the local centre of motion, wherein the first motion mechanism is configured to copy motion of the proximal link relative to the local centre of motion to an identical motion of the distal link relative to the remote centre of motion, and a tool holder fixed to the distal link (ABC), wherein the tool holder defines a tool axis (OT) intersecting the remote centre of motion (O), characterised in that the distal link (ABC) defines a first orientation which is inclined relative to the tool axis (OT). a base link (HML) comprising a local centre of motion (H), a first motion mechanism comprising a proximal link (DEF), a distal link (ABC) and a first intermediate link (CD) pivotally interconnecting the proximal link and the distal link, wherein the proximal link is coupled to the local centre of motion through a revolute joint and a sliding joint allowing the proximal link to translate relative to the local centre of motion and to rotate about the local centre of motion, wherein the first motion mechanism is configured to copy motion of the proximal link relative to the local centre of motion to an identical motion of the distal link relative to the remote centre of motion, and a tool holder fixed to the distal link (ABC), wherein the tool holder defines a tool axis (OT) intersecting the remote centre of motion (O),
Retaining apparatus for detachable fastening to a building roof , in particular in a region of a bargeboard of the building roof , having: - at least one clamping element which is of elongate form and which has a first direction of longitudinal extent; - a first clamping arm which has a clamping-element support , wherein the clamping-element support supports the clamping element ; - a second clamping arm ; and - a connecting device which has a second direction of longitudinal extent and which connects the first clamping arm to the second clamping arm , wherein at least one of the first clamping arm and the second clamping arm is a movable clamping arm which can be moved relative to the connecting device in such a way that a spacing between the first clamping arm and the second clamping arm , in which spacing a part of the building roof can be clamped, is configured to be variable; wherein, in a state of the retaining apparatus in which it is mounted on the building roof , the first direction of longitudinal extent of the at least one clamping element is oriented at least substantially orthogonally to the second direction of longitudinal extent of the connecting device , characterized in that the first clamping arm and the second clamping arm furthermore each have the following: - a clamping-arm retainer which is configured to connect the corresponding clamping arm to the connecting device ; and - a sliding retainer which is connected displaceably to the clamping-arm retainer . - at least one clamping element which is of elongate form and which has a first direction of longitudinal extent; - a first clamping arm which has a clamping-element support , wherein the clamping-element support supports the clamping element ; - a second clamping arm ; and - a connecting device which has a second direction of longitudinal extent and which connects the first clamping arm to the second clamping arm , wherein at least one of the first clamping arm and the second clamping arm is a movable clamping arm which can be moved relative to the connecting device in such a way that a spacing between the first clamping arm and the second clamping arm , in which spacing a part of the building roof can be clamped, is configured to be variable; wherein, in a state of the retaining apparatus in which it is mounted on the building roof , the first direction of longitudinal extent of the at least one clamping element is oriented at least substantially orthogonally to the second direction of longitudinal extent of the connecting device , characterized in that the first clamping arm and the second clamping arm furthermore each have the following: - a clamping-arm retainer which is configured to connect the corresponding clamping arm to the connecting device ; and - a sliding retainer which is connected displaceably to the clamping-arm retainer .
An engineered RNA-guided endonuclease complex which comprises: a guide RNA comprising (i) a first region complementary to a target site in a eukaryotic chromosomal sequence that can base pair with the target site, which comprises from about 10 nucleotides to more than about 25 nucleotides, (ii) a second region that forms a stem and loop structure, and (iii) a third region which is essentially single stranded, wherein (i), (ii) and (iii) are arranged in the 5' to 3' direction, and the guide RNA comprises two separate molecules, wherein a protein-RNA complex is formed between the guide RNA and a type II CRISPR/Cas9 protein, which further comprises a nuclear localization signal, and the guide RNA interacts with the type II CRISPR/Cas9 protein to guide the protein to the specific target site. a guide RNA comprising (i) a first region complementary to a target site in a eukaryotic chromosomal sequence that can base pair with the target site, which comprises from about 10 nucleotides to more than about 25 nucleotides, (ii) a second region that forms a stem and loop structure, and (iii) a third region which is essentially single stranded, wherein (i), (ii) and (iii) are arranged in the 5' to 3' direction, and the guide RNA comprises two separate molecules, (i) a first region complementary to a target site in a eukaryotic chromosomal sequence that can base pair with the target site, which comprises from about 10 nucleotides to more than about 25 nucleotides, (ii) a second region that forms a stem and loop structure, and (iii) a third region which is essentially single stranded, wherein (i), (ii) and (iii) are arranged in the 5' to 3' direction, and the guide RNA comprises two separate molecules, wherein a protein-RNA complex is formed between the guide RNA and a type II CRISPR/Cas9 protein, which further comprises a nuclear localization signal, and the guide RNA interacts with the type II CRISPR/Cas9 protein to guide the protein to the specific target site.
A wedge unit for a braking device with brake lining carriers , having a wedge which can be displaced in an actuation direction for spreading the brake lining carriers , wherein an adjusting element is provided for displacing the wedge , and wherein the wedge is arranged displaceably relative to the adjusting element .
A method of filtering indoor air pollution for filtering air pollutant (B) in an indoor space (A), the method comprising: a) providing a plurality of gas processing devices for detecting and filtering air pollutant (B) and transmitting at least one device inner gas detection data; b) providing a connection device for receiving and transmitting the at least one device inner gas detection data to a cloud processing device , wherein the cloud processing device intelligently compares and selects to drive a closest gas processing device adjacent to the air pollutant (B), and determines a convection path for the air pollutant (B); characterized by the method further comprising: c) intelligently selecting and controlling the plurality of gas processing devices driven by the cloud processing device and generating at least one airflow, so as to accelerate the movement of the air pollutant (B) along the convection path to move the air pollutant (B) towards the closest gas processing device adjacent to the air pollutant (B) for filtering, so that the air pollutant (B) in the indoor space (A)can be filtered rapidly to obtain a clean, safe and breathable air condition. a) providing a plurality of gas processing devices for detecting and filtering air pollutant (B) and transmitting at least one device inner gas detection data; b) providing a connection device for receiving and transmitting the at least one device inner gas detection data to a cloud processing device , wherein the cloud processing device intelligently compares and selects to drive a closest gas processing device adjacent to the air pollutant (B), and determines a convection path for the air pollutant (B); characterized by the method further comprising: c) intelligently selecting and controlling the plurality of gas processing devices driven by the cloud processing device and generating at least one airflow, so as to accelerate the movement of the air pollutant (B) along the convection path to move the air pollutant (B) towards the closest gas processing device adjacent to the air pollutant (B) for filtering, so that the air pollutant (B) in the indoor space (A)can be filtered rapidly to obtain a clean, safe and breathable air condition.
A turbomachine comprising: an endwall with a plurality of circumferentially spaced apart, radially extending blades extending from the endwall, wherein a first one of the blades defines a pressure surface of a flow channel , a second one of the blades defines a suction surface of the flow channel, and the endwall defines an inner surface of the flow channel, and wherein the endwall includes a radially raised portion that is raised proximate the suction surface, wherein the apex of the raised portion is closer to the suction surface than to the pressure surface , and a radially depressed portion downstream of the raised portion, wherein the depressed portion extends axially through the flow channel from an outlet of the channel defined by trailing edges of the blades to a point over half of the way upstream toward an inlet defined by leading edges of the blades, wherein the endwall includes a radially neutral portion between the apex of the raised portion and the pressure surface that conforms to a shape of a nominal axisymmetric flow path, wherein the neutral portion is substantially neutral in radial elevation, extending from the pressure surface to a midway point between the pressure surface and the suction surface circumferentially, wherein the raised portion is axially positioned in its entirety between said inlet and said outlet.
A dual anti-fuse structure comprising: a first channel in a common semiconductor fin adjacent to a first programmable gate; a second channel in said common semiconductor fin adjacent to a second programmable gate; a first anti-fuse formed between said first channel and said first programmable gate, wherein the first anti-fuse is programmable by applying a first programming voltage across the first programmable gate and the first channel so as to cause breakdown of a first gate dielectric in the first programmable gate; a second anti-fuse formed between said second channel and said second programmable gate, wherein the second anti-fuse is programmable by applying a second programming voltage across the second programmable gate and the second channel so as to cause breakdown of a second gate dielectric in the second programmable gate. a first channel in a common semiconductor fin adjacent to a first programmable gate; a second channel in said common semiconductor fin adjacent to a second programmable gate; a first anti-fuse formed between said first channel and said first programmable gate, wherein the first anti-fuse is programmable by applying a first programming voltage across the first programmable gate and the first channel so as to cause breakdown of a first gate dielectric in the first programmable gate; a second anti-fuse formed between said second channel and said second programmable gate, wherein the second anti-fuse is programmable by applying a second programming voltage across the second programmable gate and the second channel so as to cause breakdown of a second gate dielectric in the second programmable gate.
A clutch arrangement for a hybrid vehicle powertrain, comprising: an input shaft to be connected to a crankshaft of an internal combustion engine ; an output shaft for connection to a transmission ; a one-way clutch comprising an inner race connected to rotate with said input shaft and an outer race ; a coupling hub rotationally coupled with said output shaft ; a synchronizer ring arranged between said coupling hub and said one-way clutch , said synchronizer ring cooperating with said outer race of said one-way clutch; the clutch arrangement being characterized in that comprises a coupling sleeve unit that is selectively and axially moveable across said coupling hub , synchronizer ring and outer race between three positions: a neutral position, a first position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring and said outer race; and a second position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring, said outer race and said inner race. an input shaft to be connected to a crankshaft of an internal combustion engine ; an output shaft for connection to a transmission ; a one-way clutch comprising an inner race connected to rotate with said input shaft and an outer race ; a coupling hub rotationally coupled with said output shaft ; a synchronizer ring arranged between said coupling hub and said one-way clutch , said synchronizer ring cooperating with said outer race of said one-way clutch; the clutch arrangement being characterized in that comprises a coupling sleeve unit that is selectively and axially moveable across said coupling hub , synchronizer ring and outer race between three positions: a neutral position, a first position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring and said outer race; and a second position where said coupling sleeve unit couples in rotation said coupling hub, said synchronizer ring, said outer race and said inner race.
An air compressor, comprising: - a plate , - a supporting and containing body , - an electrically powered air compression unit , - winding means for winding a flexible hose for passage of the compressed air from the air compression unit , the winding means being mounted on the supporting and containing body , characterized in that the plate can be fixed to a wall (P) and the supporting and containing body is hinged on the plate so as to oscillate about a respective predetermined axis (A1) of oscillation, the electrically powered air compression unit being housed in the supporting and containing body . - a plate , - a supporting and containing body , - an electrically powered air compression unit , - winding means for winding a flexible hose for passage of the compressed air from the air compression unit , the winding means being mounted on the supporting and containing body , characterized in that the plate can be fixed to a wall (P) and the supporting and containing body is hinged on the plate so as to oscillate about a respective predetermined axis (A1) of oscillation, the electrically powered air compression unit being housed in the supporting and containing body .
A method for forming a TPE-skinned composite comprising: a) forming a skin layer having at least one surface comprising: (i) a thermoplastic elastomer; (ii) an adhesive promoting agent; b) providing a foam layer onto said surface of the skin layer to form the TPE-skinned composite, wherein the adhesive promoting agent comprises a diethanol amine amide (DEAA) having the following structure: wherein R is a hydrocarbon chain, saturated or unsaturated, containing 6-18 carbon atoms. a) forming a skin layer having at least one surface comprising: (i) a thermoplastic elastomer; (ii) an adhesive promoting agent; (i) a thermoplastic elastomer; (ii) an adhesive promoting agent; b) providing a foam layer onto said surface of the skin layer to form the TPE-skinned composite,
A method for treating a surface of a resin material layer, the method comprising a first step of introducing as a substituent a compound for substitution reaction that is at least one selected from the group consisting of an acid halide and an alkyl halide into an aromatic polyether-based resin included in the resin material layer by Friedel-Crafts reaction.
An electromechanical actuator driver module comprising: a terminal to receive an input command signal; a command logic coupled to the terminal to convert the input command signal to an actuation command; a decoding logic coupled to the command logic to generate a driver command for a selected type of electromechanical actuator based on the actuation command; and safety logic to override the actuation command when the input command signal is constant for at least a threshold duration of time. a terminal to receive an input command signal; a command logic coupled to the terminal to convert the input command signal to an actuation command; a decoding logic coupled to the command logic to generate a driver command for a selected type of electromechanical actuator based on the actuation command; and safety logic to override the actuation command when the input command signal is constant for at least a threshold duration of time.
Lighting element comprising a section for the interior fittings of a rail vehicle, the section being produced by co-extrusion in a single piece and comprising: - a rigid substrate extending in a longitudinal direction (L) and having two opposite longitudinal edges , said rigid substrate being made of polycarbonate and comprising at least a first opaque part and at least a second transparent or translucent part , each first and second part extending in the longitudinal direction (L), and - a thermoplastic elastomer coating extruded together with the rigid substrate onto at least part of one of the longitudinal edges of said rigid substrate , the lighting element comprising a body formed by the rigid substrate having a tubular shape in the longitudinal direction (L) defining an interior of the body and an exterior of the body , the rigid substrate delimiting a surface for fixing an array of light-emitting diodes strip , this attachment surface being located on the outside of the body of the lighting element , the lighting element being provided with cutouts in the fastening surface of the light-emitting diode strip so that the light-emitting diodes are directed towards the inside of the body when the diodes are inserted into the cutouts and the light-emitting diode strip is fixed. - a rigid substrate extending in a longitudinal direction (L) and having two opposite longitudinal edges , said rigid substrate being made of polycarbonate and comprising at least a first opaque part and at least a second transparent or translucent part , each first and second part extending in the longitudinal direction (L), and - a thermoplastic elastomer coating extruded together with the rigid substrate onto at least part of one of the longitudinal edges of said rigid substrate , the lighting element comprising a body formed by the rigid substrate having a tubular shape in the longitudinal direction (L) defining an interior of the body and an exterior of the body , the rigid substrate delimiting a surface for fixing an array of light-emitting diodes strip , this attachment surface being located on the outside of the body of the lighting element ,
An acute stroke treatment device comprising a flexible delivery wire and a fiber-based clot engagement element that comprises at least one bundle of unwoven fibers and a first attachment element wherein each fiber of the bundle is secured at one end to the first attachment element , and an actuation structure that slides over the flexible delivery wire , wherein the bundle of fibers have a first low profile delivery configuration and a second extended deployed configuration with a portion of the fibers that is unsecured flaring outward relative to the delivery wire and the fibers do not spontaneously transition between the first configuration and the second configuration, wherein the actuation structure is configured to engage the bundle to transition the fibers to an extended deployed configuration, and wherein the first attachment element comprises an anchor that is secured at a fixed position around the circumference of the delivery wire , characterized in that the other end of the fibers are unsecured or are secured in a bundle at a second attachment element without fixed attachment to the actuation structure; and the actuation structure is configured to engage the second attachment element to move the second attachment element with the secured fiber ends along the delivery wire to extend radially outward the center of the fibers or to interface with the unsecured ends of the fiber bundle to flare the ends of the fibers into an extended configuration. wherein the first attachment element comprises an anchor that is secured at a fixed position around the circumference of the delivery wire , characterized in that the other end of the fibers are unsecured or are secured in a bundle at a second attachment element without fixed attachment to the actuation structure; and the actuation structure is configured to engage the second attachment element to move the second attachment element with the secured fiber ends along the delivery wire to extend radially outward the center of the fibers or to interface with the unsecured ends of the fiber bundle to flare the ends of the fibers into an extended configuration.
A transdermal patch having a drug-containing layer comprising oxymorphone or a pharmaceutically acceptable salt thereof, a penetration enhancer, and a pharmaceutically acceptable pressure sensitive adhesive, wherein: - the oxymorphone is present at an amount of 1 - 10% w/w in the drug-containing layer; - the penetration enhancer is present in an amount of 2 - 12 % w/w of the drug-containing layer; - the total amount of adhesive will constitute between 58 and 99% w/w of the drug-containing layer; and - the drug containing layer has a first surface that contacts a backing membrane and a second opposing surface that contacts the skin during use. - the oxymorphone is present at an amount of 1 - 10% w/w in the drug-containing layer; - the penetration enhancer is present in an amount of 2 - 12 % w/w of the drug-containing layer; - the total amount of adhesive will constitute between 58 and 99% w/w of the drug-containing layer; and - the drug containing layer has a first surface that contacts a backing membrane and a second opposing surface that contacts the skin during use.