mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator , the actuator comprising: - a housing ; - a drive member supported within the housing , the drive member configured to operably engage and rotate an elongated member; - a shaft adapter supported relative to the drive member adjacent a first end of the housing , the shaft adapter comprising: - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a wall defining a securement slot that is configured to receive a securement element of an anti-rotation bracket ; and - a positioning device supported relative to the wall , the positioning device including an engagement structure configured to engage the securement element of the anti-rotation bracket that has been inserted into the securement slot ; characterized in that the engagement structure defines a first travel path along the securement slot having a first length during installation of the actuator , and defines a second travel path along the securement slot having a second length during operation of the actuator , the second length being greater than the first length. - a housing ; - a drive member supported within the housing , the drive member configured to operably engage and rotate an elongated member; - a shaft adapter supported relative to the drive member adjacent a first end of the housing , the shaft adapter comprising: - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a wall defining a securement slot that is configured to receive a securement element of an anti-rotation bracket ; and - a positioning device supported relative to the wall , the positioning device including an engagement structure configured to engage the securement element of the anti-rotation bracket that has been inserted into the securement slot ;
A blind fastener system comprising: a sleeve comprises a lubricious metallic coating, wherein the lubricious metallic coating comprises at least one of tin, bismuth and indium.
A system for racing aircraft systems comprising: a race course including a plurality of physical elements through which the aircraft systems are to navigate, a power delivery section of the race course including at least one of the plurality of the physical elements ; a power transmitter integrated with the at least one of the plurality of physical elements , the power transmitter directed towards the power delivery section of the race course , the power transmitter configured to remotely transmit power to and between the aircraft systems at the power delivery section ; and a controller operatively coupled to the power transmitter to activate, direct and deactivate the power transmitter to transmit power to the aircraft systems , characterised in that the physical elements comprising gates, poles or blocks. a race course including a plurality of physical elements through which the aircraft systems are to navigate, a power delivery section of the race course including at least one of the plurality of the physical elements ; a power transmitter integrated with the at least one of the plurality of physical elements , the power transmitter directed towards the power delivery section of the race course , the power transmitter configured to remotely transmit power to and between the aircraft systems at the power delivery section ; and a controller operatively coupled to the power transmitter to activate, direct and deactivate the power transmitter to transmit power to the aircraft systems , characterised in that the physical elements comprising gates, poles or blocks.
Impeller for centrifugal pumps having at least two blades for conveying solids-containing media, characterized in that the blade entry angle (β 1 ) is smaller than 0°, the blade angle β increasing in a first section until it reaches a value of 0°, then increasing in a second section up to a maximum value and decreasing in a third section .
A photo interrupter unit comprising: a photo interrupter comprising: a light emitting means configured to emit light; a photo sensing means configured to receive the light emitted from the light emitting means ; a claw means configured to be elastically deformable; and a connector means comprising a plurality of connector pins arranged on an inner side of the connector means , the connector means being arranged in alignment with the light emitting means and the photo sensing means in a longitudinal direction; and a supporting means configured to detachably support the photo interrupter , the supporting means comprising: a mounting surface on which the photo interrupter is mounted; and a hole into which the claw means is inserted, and which is provided in the mounting surface and configured to engage with the claw means wherein the supporting means further comprises a projection projecting from the mounting surface , and arranged to regulate a position of the photo interrupter in a deforming direction in which the claw means is elastically deformable in a state where the claw means is inserted into the hole , wherein the projection is arranged not to oppose the plurality of the connector pins in the longitudinal direction. a photo interrupter comprising: a light emitting means configured to emit light; a photo sensing means configured to receive the light emitted from the light emitting means ; a claw means configured to be elastically deformable; and a connector means comprising a plurality of connector pins arranged on an inner side of the connector means , the connector means being arranged in alignment with the light emitting means and the photo sensing means in a longitudinal direction; and a light emitting means configured to emit light; a photo sensing means configured to receive the light emitted from the light emitting means ; a claw means configured to be elastically deformable; and a connector means comprising a plurality of connector pins arranged on an inner side of the connector means , the connector means being arranged in alignment with the light emitting means and the photo sensing means in a longitudinal direction; and a supporting means configured to detachably support the photo interrupter , the supporting means comprising: a mounting surface on which the photo interrupter is mounted; and a hole into which the claw means is inserted, and which is provided in the mounting surface and configured to engage with the claw means a mounting surface on which the photo interrupter is mounted; and a hole into which the claw means is inserted, and which is provided in the mounting surface and configured to engage with the claw means wherein the supporting means further comprises a projection projecting from the mounting surface , and arranged to regulate a position of the photo interrupter in a deforming direction in which the claw means is elastically deformable in a state where the claw means is inserted into the hole , wherein the projection is arranged not to oppose the plurality of the connector pins in the longitudinal direction.
Extractor device having a first air-guiding channel , having a mouth opening , which is in a first plane positioned onto or above the plane of a hob , wherein said first air-guiding channel discharges the sucked-in discharge air into an area below the plane of a hob , and said first air-guiding channel is connected with an extraction fan arranged in a second plane below said hob , characterized in that the extraction fan has a centrifugal blower , which is arranged in the second plane below said hob , wherein the suction opening of the centrifugal blower faces upwards to the hob and said first air-guiding channel opens in the suction opening of the centrifugal blower , wherein around the centrifugal blower , an annular space is shaped, annularly encompassing the centrifugal blower and closed in a direction upwards to the hob , wherein the discharge airflow flowing between the vanes out of the centrifugal blower flows into said annular space , which has a side wall spaced apart from the outer circumference of the centrifugal blower , by means of which the airflow, leaving the centrifugal blower in an at least approximately radial direction towards the rotation axis of the centrifugal blower , is deflected into a flow direction being at least approximately axial towards the rotation axis , and wherein in a third plane below the centrifugal blower a collection vessel for collecting particles running off at the side wall is provided, wherein the discharge airflow flows out of the annular space in a second air-guiding channel , which guides the discharge airflow in a flow direction facing away from the collection vessel , out of the extraction fan .
Device for adjusting a seat position for a vehicle seat , which device comprises at least one support element for a seat part and which can be connected to a seat substructure , characterised in that the device comprises at least one first leg and at least one second leg , wherein the legs can be rotatably arranged on the seat substructure and the at least one support element , wherein the at least one first leg and the at least one second leg are mechanically coupled by a connecting element , the length of which is modifiable, wherein a modification of the length of the connecting element causes a change in an angle of inclination θ of the support element , wherein the at least one first leg is rotatably mounted about a first axis of rotation and the at least one second leg is rotatably mounted about a second axis of rotation relative to the support element , and wherein the at least one first leg is rotatably mounted about a third axis of rotation and the at least one second leg being rotatably mounted about a fourth axis of rotation relative to the seat substructure , and wherein the first and second axis of rotation lie on a first imaginary or real connecting line with respect to the rotation relative to the support element and wherein the third and fourth axis of rotation lie on a second imaginary or real connecting line with respect to the rotation relative to the seat substructure , wherein the first connecting line and the second connecting line are invariable in their length.
A wire feed mechanism comprising: a feed roll that rotates around a rotation axis; a pressure roll displaceable relative to the feed roll ; a pressure arm having a first end and a second end that are separate from each other, the pressure arm rotatably supporting the pressure roll ; and a pressure mechanism that engages with the pressure arm so that a pressure force is applied from the pressure roll to the feed roll with a wire (W) held between the feed roll and the pressure roll , and being characterised in that the pressure arm is pivotable around a first shaft (O1) that is located at the first end and is parallel to the rotation axis, the pressure arm including a force-receiving portion provided at the second end, when the pressure roll presses the feed roll , the pressure mechanism applies a force to the force-receiving portion in a direction that is substantially parallel to a direction along which the wire (W) is fed, wherein the pressure roll is rotatable around a second shaft that is parallel to the rotation axis, and the second shaft is located closer to the first shaft (O1) than to the force-receiving portion in the direction along which the wire (W) is fed, wherein the second shaft is attached to the pressure arm , and wherein the second shaft is located between the first shaft (O1) and the force-receiving portion in the direction along which the wire (W) is fed. a feed roll that rotates around a rotation axis; a pressure roll displaceable relative to the feed roll ; a pressure arm having a first end and a second end that are separate from each other, the pressure arm rotatably supporting the pressure roll ; and a pressure mechanism that engages with the pressure arm so that a pressure force is applied from the pressure roll to the feed roll with a wire (W) held between the feed roll and the pressure roll , and being characterised in that the pressure arm is pivotable around a first shaft (O1) that is located at the first end and is parallel to the rotation axis, the pressure arm including a force-receiving portion provided at the second end, when the pressure roll presses the feed roll , the pressure mechanism applies a force to the force-receiving portion in a direction that is substantially parallel to a direction along which the wire (W) is fed, wherein the pressure roll is rotatable around a second shaft that is parallel to the rotation axis, and the second shaft is located closer to the first shaft (O1) than to the force-receiving portion in the direction along which the wire (W) is fed, wherein the second shaft is attached to the pressure arm , and wherein the second shaft is located between the first shaft (O1) and the force-receiving portion in the direction along which the wire (W) is fed.
System for detecting the entering of a curve by a body structure of a rail vehicle equipped with bogies, characterized in that it has at least one mechanical sensor that is able to put a pneumatic energy source into communication with an ancillary system and is able to take up a first inactive position corresponding to the body structure travelling in a straight line and in which said sensor prevents the ancillary system from being supplied with pneumatic energy, and a second active position corresponding to the body structure travelling in a curve and in which the sensor allows the ancillary system to be supplied with pneumatic energy, and in that the sensor is intended to be secured to a bogie and, in its first inactive position, intended to come into contact with a block secured to the body structure and, in its second active position, intended to come away from said block , the passing from the first position to the second, and vice versa, being brought about by the change in contact of the sensor with the block that is caused by the relative shifting of said body structure with respect to the bogie when the body structure enters or leaves a curve.
A vulcanizable rubber composition comprising a vegetable oil derivative comprising the structure where R 1 , R 2 and R 3 are independently selected from a C15 to C20 alkenyl or a C15 to C20 alkyl, and optionally contain aromatic groups; R is - O - C(=O) - R 4 where R 4 is a phenyl, an alkyl substituted phenyl, a hydroxy-substituted phenyl, or a terpenoid; wherein each R is covalently bonded to a first carbon atom of one of R 1 , R 2 or R 3 ; wherein a second carbon atom is adjacent to the first carbon atom and the second carbon atom is substituted with an -OH group; and m is the number of R groups.
An effluent container comprising: multiple sheets of material attached together to form a generally rectangular shape, having a front sheet , a back sheet , two side sheets , and a bottom sheet; a securing system attached to a free end of at least one of the sheets and configured to attach the effluent container to a support structure; and a drain located on one of the sheets, proximate to the bottom sheet, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container, characterized in that the back sheet is taller than the two side sheets. multiple sheets of material attached together to form a generally rectangular shape, having a front sheet , a back sheet , two side sheets , and a bottom sheet; a securing system attached to a free end of at least one of the sheets and configured to attach the effluent container to a support structure; and a drain located on one of the sheets, proximate to the bottom sheet, the drain configured to provide selective fluid communication between the interior of the container and an outside of the container, characterized in that the back sheet is taller than the two side sheets.
A method for preparing an implantable device to accelerate healing after a resection of tissue, the method comprising: preparing a hydrogel precursor solution; forming a hydrogel scaffold with encapsulated cells corresponding to a type of the tissue resected by initiating gelation of the hydrogel precursor solution; and integrating the hydrogel scaffold with a frame to form an implantable device for insertion into a cavity created by the resection; wherein integrating the hydrogel scaffold with the frame comprises: applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame. preparing a hydrogel precursor solution; forming a hydrogel scaffold with encapsulated cells corresponding to a type of the tissue resected by initiating gelation of the hydrogel precursor solution; and integrating the hydrogel scaffold with a frame to form an implantable device for insertion into a cavity created by the resection; wherein integrating the hydrogel scaffold with the frame comprises: applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame. applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame.
A protein comprising at least one ankyrin repeat domain, wherein said ankyrin repeat domain has binding specificity for human serum albumin and wherein said ankyrin repeat domain comprises an amino acid sequence that has at least 90% amino acid sequence identity with an ankyrin repeat domain selected from the group consisting of SEQ ID NOs: 17 to 31 and 43 to 48.
A hot-melt adhesive having: - a viscosity between 6000-15000 mPas at 190°C; - softening point of between 100-140°C measured using the Ring and Ball method according to ASTM E28 - an open time of between 5-35 seconds; - an application temperature of 150-200°C comprising: - 10-70% of amorphous polyalphaolefins; - 5-30% of another polymer selected from: ∘ ethylene / vinyl acetate, ∘ ethylene / methyl acrylate, ∘ styrene/ isoprene / styrene, ∘ styrene / butane / isoprene, ∘ isotactic polypropylene, ∘ syndiotactic polypropylene, ∘ amorphous polypropylene, and ∘ amorphous polyethylene, - 10-55% of a tackifying resin or a mixture of tackifying resins; - 0-20% of waxes; - 0-30% of other additives such as plasticizers and/or antioxidants and - malonic acid, characterized in that the concentration of malonic acid is up to5%. - a viscosity between 6000-15000 mPas at 190°C; - softening point of between 100-140°C measured using the Ring and Ball method according to ASTM E28 - an open time of between 5-35 seconds; - an application temperature of 150-200°C - 10-70% of amorphous polyalphaolefins; - 5-30% of another polymer selected from: ∘ ethylene / vinyl acetate, ∘ ethylene / methyl acrylate, ∘ styrene/ isoprene / styrene, ∘ styrene / butane / isoprene, ∘ isotactic polypropylene, ∘ syndiotactic polypropylene, ∘ amorphous polypropylene, and ∘ amorphous polyethylene, ∘ ethylene / vinyl acetate, ∘ ethylene / methyl acrylate, ∘ styrene/ isoprene / styrene, ∘ styrene / butane / isoprene, ∘ isotactic polypropylene, ∘ syndiotactic polypropylene, ∘ amorphous polypropylene, and ∘ amorphous polyethylene, - 10-55% of a tackifying resin or a mixture of tackifying resins; - 0-20% of waxes; - 0-30% of other additives such as plasticizers and/or antioxidants and - malonic acid,
A method for detecting downlink control information at a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1001) a subframe for monitoring an enhanced physical downlink control channel, EPDCCH, indicated by a radio resource control, RRC, signaling; and monitoring (S1003) a search space related with the EPDCCH according to a pre-defined aggregation level set to detect a downlink control information transmission, wherein the pre-defined aggregation level set is determined according to a number of enhanced resource regions for transmission of the downlink control information, wherein the search space is configured based on the number of Enhanced Control Channel Elements, ECCEs, in an EPDCCH-physical resource block, EPDCCH-PRB, set of the subframe and the number of EPDCCH candidates to monitor according to the predetermined aggregation level set. receiving (S1001) a subframe for monitoring an enhanced physical downlink control channel, EPDCCH, indicated by a radio resource control, RRC, signaling; and monitoring (S1003) a search space related with the EPDCCH according to a pre-defined aggregation level set to detect a downlink control information transmission, wherein the pre-defined aggregation level set is determined according to a number of enhanced resource regions for transmission of the downlink control information, wherein the search space is configured based on the number of Enhanced Control Channel Elements, ECCEs, in an EPDCCH-physical resource block, EPDCCH-PRB, set of the subframe and the number of EPDCCH candidates to monitor according to the predetermined aggregation level set.
An implantable medical device comprising: a polymeric frame structure having a plurality of hoop components arranged in spaced apart relationship along a longitudinal axis, wherein adjacent hoop components are interconnected by a plurality of flexible connectors , each of the hoop components being formed as a continuous series of substantially longitudinally oriented radial strut members and alternating substantially circumferentially oriented radial arc members connected in a repeating arrangement to form a substantially sinusoidal pattern, the flexible connectors being connected at the apices of longitudinally adjacent radial arc members , each end of each of the radial strut members having a reduced cross section hinge region formed at the end of a tapered transition region at opposing ends of one of the radial strut members , the tapered transition region starting from a wide central portion of the radial strut member and ending at a narrower portion at each end of the radial strut member , each radial arc member having a cross section wider than the ends of the radial strut member and the hinge region .