mhurhangee/patent-ind-claim-en huggingface dataset:
A loading unit for a surgical stapling apparatus comprising: a shaft assembly ; an end effector coupled to the shaft assembly and positioned to articulate relative to the shaft assembly between an unarticulated position and an articulated position; an I-beam assembly supported in the shaft assembly and selectively movable relative to the end effector to fire the end effector ; and a fire lock assembly supported on the shaft assembly and configured to prevent the I-beam assembly from firing the end effector when the end effector is disposed in the unarticulated position, wherein the fire lock assembly includes a fire lock and a spring that is positioned to urge the fire lock toward a first position, the fire lock positioned to prevent the I-beam assembly from advancing through the end effector when in the first position; and an articulation rod that is movable to articulate the end effector relative to the shaft assembly , wherein the articulation rod is positioned to move the fire lock to a second position as the end effector moves from the unarticulated position to the articulated position, the I-beam assembly positioned to advance through the end effector to fire the end effector when the fire lock is disposed in the second position, characterized in that the articulation rod defines an elongated slot therethrough, the elongated slot positioned to receive the fire lock therein. a shaft assembly ; an end effector coupled to the shaft assembly and positioned to articulate relative to the shaft assembly between an unarticulated position and an articulated position; an I-beam assembly supported in the shaft assembly and selectively movable relative to the end effector to fire the end effector ; and a fire lock assembly supported on the shaft assembly and configured to prevent the I-beam assembly from firing the end effector when the end effector is disposed in the unarticulated position, wherein the fire lock assembly includes a fire lock and a spring that is positioned to urge the fire lock toward a first position, the fire lock positioned to prevent the I-beam assembly from advancing through the end effector when in the first position; and
Golf ball consisting of: a) an inner part comprising at least an elastomeric polymer and at least a reinforcing agent; b) an outer part comprising at least a coating layer provided with dimples; and c) graphene nano-platelets characterized in that said graphene nano-platelets are dispersed within said reinforcing agent in said inner part of said golf ball, said graphene nano-platelets having the following features: i. at least 90% of said graphene nano-platelets has a lateral size (x, y) from 50 to 50000 nm and a thickness (z) from 0.34 to 45 nm, wherein the lateral size is always greater than the thickness (x, y > z); ii. the C/O ratio in said graphene nano-platelets is ≥ 100:1. a) an inner part comprising at least an elastomeric polymer and at least a reinforcing agent; b) an outer part comprising at least a coating layer provided with dimples; and c) graphene nano-platelets i. at least 90% of said graphene nano-platelets has a lateral size (x, y) from 50 to 50000 nm and a thickness (z) from 0.34 to 45 nm, wherein the lateral size is always greater than the thickness (x, y > z); ii. the C/O ratio in said graphene nano-platelets is ≥ 100:1.
A tool for assembling and disassembling a first implant component and a second implant component , the tool comprising: a proximal end , a distal end , and a longitudinal axis; an elongated force transmission structure for transmitting a force in a direction along the longitudinal axis (L), the force transmission structure including a proximally facing contact surface ; two elongated retaining elements , each retaining element having a distally facing retaining surface at a proximal end thereof; and an actuation mechanism , wherein the actuation mechanism is operable to move the retaining elements between a standby position and a retaining position, wherein in the retaining position the proximal ends of the retaining elements are closer to each other than in the standby position; and wherein the actuation mechanism further comprises an actuation member , the actuation member being arranged between distal ends of the retaining elements ; and characterized in that the actuation member includes a distally tapered portion , wherein the distal ends of the retaining elements are in contact with a slanted surface of the distally tapered portion, such that a further actuation of the actuation mechanism after assuming the retaining position causes a relative movement of the distally facing retaining surfaces in relation to the contact surface in a distal direction. a proximal end , a distal end , and a longitudinal axis; an elongated force transmission structure for transmitting a force in a direction along the longitudinal axis (L), the force transmission structure including a proximally facing contact surface ; two elongated retaining elements , each retaining element having a distally facing retaining surface at a proximal end thereof; and an actuation mechanism , wherein the actuation mechanism is operable to move the retaining elements between a standby position and a retaining position, wherein in the retaining position the proximal ends of the retaining elements are closer to each other than in the standby position; and wherein the actuation mechanism further comprises an actuation member , the actuation member being arranged between distal ends of the retaining elements ; and characterized in that the actuation member includes a distally tapered portion , wherein the distal ends of the retaining elements are in contact with a slanted surface of the distally tapered portion, such that a further actuation of the actuation mechanism after assuming the retaining position causes a relative movement of the distally facing retaining surfaces in relation to the contact surface in a distal direction.
An absorbent article comprising an absorbent structure, the absorbent article being divided into three portions: a front portion , a back portion and a crotch portion disposed between the front portion and the back portion , the absorbent structure comprising an absorbent core , the absorbent core having a dry thickness at the crotch point of the article of from 0.2 to 5 mm, wherein one or more portion(s) of the absorbent structure comprise(s) at least 90% by weight of superabsorbent polymer particles, based on the weight of the portion of the absorbent structure, excluding the weight of any substrate layer and/or cover layer and/or topsheet and/or backsheet that might be included in the portion of the absorbent structure, and wherein the absorbent article is characterised in that the one or more portion(s) of the absorbent structure require(s) a time to reach an uptake of 20 g/g (T20) of less than 440 s as measured according to the K(t) test method as given in the description.
A clamping holder for attaching a functional part to a machine tool as required, said clamping holder comprising a clamping device and a holding section which is configured for connection to the functional part or which is fixedly connected thereto, wherein the clamping device comprises at least two clamping jaws which have respective clamping surfaces for a clamping engagement with a profile element of the machine tool and which are movable relative to one another by means of an actuation element from a fixing position in the direction of a release position and/or vice versa, and wherein the clamping jaws are pivotable relative to one another, characterized in that at least one of the clamping jaws is pivotably and displaceably supported at a base body of the clamping holder by means of a bearing pin which is guided by a longitudinal guide . and wherein the clamping jaws are pivotable relative to one another, characterized in that at least one of the clamping jaws is pivotably and displaceably supported at a base body of the clamping holder by means of a bearing pin which is guided by a longitudinal guide .
A polypropylene resin for a power cable, wherein a melting temperature (Tm) of the polypropylene resin is 150°C or higher, a difference (Tm-Tc) between the melting temperature (Tm) and a crystallization temperature (Tc) is 45°C or less and the polypropylene resin is a non-crosslinked resin, wherein the polypropylene resin comprises 10 to 45ppm of metallic catalyst residue, as measured by X-ray fluorescence (XRF), wherein the metallic catalyst residue comprises Mg, Ti, Al and Si, wherein the polypropylene is a propylene homopolymer or a random copolymer of propylene and one or more α-olefins other than propylene, wherein the amount of α-olefin is less than 2 wt%, and wherein the polypropylene is prepared by using a catalyst composition comprising a dialkoxy magnesium carrier.
A method of controlling a gateway regarding the communication flow to be processed through said gateway by modifying parameters or settings of the gateway, which describe and/or define the functionality of the gateway, according to a request, said gateway being assigned to a first communication network , in particular a mobile radio network, wherein the first communication network comprises a media plane with at least one communication channel to which the gateway is linked, and a control plane , with at least one signaling channel to which a control device in form of an IP Multimedia Subsystem ,IMS, is linked, said control device , which is located inside the first communication network and cannot be addressed from outside the network, being adapted to controlling the gateway , said method being characterized by the following steps: - inside a receiver device which is part of a machine-to-machine, M2M, platform, which is assigned to the first communication network receiving a request for controlling the gateway , said request comprising information to change or modify the gateway, said request being received from an external third party device , which is not directly connected with the gateway or the provider or operator of the gateway, - by use of an influence device which is also part of the machine-to-machine, M2M, platform, an which considers and particularly analyses the request, influencing the control device according to the request, - controlling by the influenced control device the gateway regarding the communication flow to be processed through said gateway . - inside a receiver device which is part of a machine-to-machine, M2M, platform, which is assigned to the first communication network receiving a request for controlling the gateway , said request comprising information to change or modify the gateway, said request being received from an external third party device , which is not directly connected with the gateway or the provider or operator of the gateway, - by use of an influence device which is also part of the machine-to-machine, M2M, platform, an which considers and particularly analyses the request, influencing the control device according to the request, - controlling by the influenced control device the gateway regarding the communication flow to be processed through said gateway .
A three-dimensional printing method adapted for a three-dimensional printer , which comprises a model printing head , a color printing head , and a platform , wherein the model printing head prints a forming layer on an X-Y plane of the platform , and the model printing head and the color printing head are arranged along an X-axis and co-constructed, the three-dimensional printing method comprising: providing information of the forming layer and a coloring zone of the forming layer ; driving the model printing head by a processor to print at least one material barrier outside a contour range of the forming layer on the platform according to the information of the forming layer and the coloring zone when printing the forming layer ; and after completing the forming layer and the material barrier , driving the color printing head by the processor to color the coloring zone along a Y-axis, so that, while the color printing head performs coloring function, a movement of the color printing head drives the model printing head over the forming layer , the material barrier is located on a moving path of the model printing head and a related position of a moving path of the color printing head , and the model printing head passes and contacts the material barrier before passing over the forming layer . providing information of the forming layer and a coloring zone of the forming layer ; driving the model printing head by a processor to print at least one material barrier outside a contour range of the forming layer on the platform according to the information of the forming layer and the coloring zone when printing the forming layer ; and after completing the forming layer and the material barrier , driving the color printing head by the processor to color the coloring zone along a Y-axis, so that, while the color printing head performs coloring function, a movement of the color printing head drives the model printing head over the forming layer , the material barrier is located on a moving path of the model printing head and a related position of a moving path of the color printing head , and the model printing head passes and contacts the material barrier before passing over the forming layer .
A manufacturing device for a membrane electrode assembly comprising: a suction stage that sucks an electrode layer base material from an elongated strip-shaped first backsheet , said electrode layer base material including said first backsheet , an electrolyte membrane , and a first catalyst layer provided on a part of a surface of said electrolyte membrane arranged in the order named; a cylindrical rotary die cutter with a blade used for forming a cut-out portion in said electrode layer base material along a cutting target line around said first catalyst layer ; a rotary drive part that rotates said rotary die cutter about a rotary shaft ; and a movement drive part that moves said rotary die cutter relative to said suction stage to a half-cut position (L12) where said blade reaches an intermediate portion of said first backsheet in a thickness direction at said electrode layer base material sucked by said suction stage when said rotary die cutter rotates. a suction stage that sucks an electrode layer base material from an elongated strip-shaped first backsheet , said electrode layer base material including said first backsheet , an electrolyte membrane , and a first catalyst layer provided on a part of a surface of said electrolyte membrane arranged in the order named; a cylindrical rotary die cutter with a blade used for forming a cut-out portion in said electrode layer base material along a cutting target line around said first catalyst layer ; a rotary drive part that rotates said rotary die cutter about a rotary shaft ; and a movement drive part that moves said rotary die cutter relative to said suction stage to a half-cut position (L12) where said blade reaches an intermediate portion of said first backsheet in a thickness direction at said electrode layer base material sucked by said suction stage when said rotary die cutter rotates.
A method performed by a wearable electronic device, the method comprising: receiving a first notification for a first application and a second notification for a second application different from the first application; generating, by at least one processor, a first notification page including at least part of the first notification and a second notification page including at least part of the second notification; generating an abstract page including a first object indicating receipt of the first notification and a second object indicating receipt of the second notification; and displaying the abstract page on a display; and switching from displaying the abstract page to displaying the first notification page in response to detecting an input signal selecting the first object ; and switching from displaying the first notification page to displaying the second notification page in response to detecting an input signal for displaying the second notification page , wherein the abstract page , the first notification page , and the second notification page are generated and displayed based on a same application. receiving a first notification for a first application and a second notification for a second application different from the first application; generating, by at least one processor, a first notification page including at least part of the first notification and a second notification page including at least part of the second notification; generating an abstract page including a first object indicating receipt of the first notification and a second object indicating receipt of the second notification; and displaying the abstract page on a display; and switching from displaying the abstract page to displaying the first notification page in response to detecting an input signal selecting the first object ; and switching from displaying the first notification page to displaying the second notification page in response to detecting an input signal for displaying the second notification page , wherein the abstract page , the first notification page , and the second notification page are generated and displayed based on a same application.
Baking composite film , in particular produced according to any one of claims 7 to 10, - with an aluminium foil layer and - with a baking paper layer , - wherein the aluminium foil layer and the baking paper layer are adhered together by an adhesive layer arranged therebetween, characterised in that - a separation layer made of release wax is provided on the side of the baking paper layer facing away from the aluminium film layer . - with an aluminium foil layer and - with a baking paper layer , - wherein the aluminium foil layer and the baking paper layer are adhered together by an adhesive layer arranged therebetween, characterised in that - a separation layer made of release wax is provided on the side of the baking paper layer facing away from the aluminium film layer .
An assembly structure of a current detection device , comprising: a busbar ; a sensor body formed by a heat-fusible resin material; and a magnetic detection element provided on the sensor body to detect magnetism generated from the busbar, wherein a protrusion is provided on a lower face of the sensor body and the lower face of the sensor body is adapted to come into contact with an upper face of the busbar when the sensor body is mounted on the busbar; wherein the busbar is provided with a through-hole passing through the busbar in a vertical direction; and wherein a leading end of the protrusion, which passes through the through-hole of the busbar when the sensor body is mounted on the busbar, is adapted to be heat-fused and to adhere to a circumference of the through-hole. a busbar ; a sensor body formed by a heat-fusible resin material; and a magnetic detection element provided on the sensor body to detect magnetism generated from the busbar, wherein a protrusion is provided on a lower face of the sensor body and the lower face of the sensor body is adapted to come into contact with an upper face of the busbar when the sensor body is mounted on the busbar; wherein the busbar is provided with a through-hole passing through the busbar in a vertical direction; and wherein a leading end of the protrusion, which passes through the through-hole of the busbar when the sensor body is mounted on the busbar, is adapted to be heat-fused and to adhere to a circumference of the through-hole.
An apparatus for moving objects, in particular portions which each comprise at least one slice cut off from a food product, having a plurality of individually movable transport movers for a respective at least one object; having a path system for the transport movers in which the transport movers are movable in a transport direction (B) along at least one predefined path; and having a control device for controlling the movements of the transport movers in the path system , wherein at least one transport mover has at least one support which is free of a frame at all times or at least at times for at least a part of a receiver , in particular a bowl-like receiver , for receiving at least one object to be moved, in particular for a packaging or for a part of a packaging, preferably for a tray for receiving at least one portion; wherein the transport movers each comprise at least one runner cooperating with the path system , with at least one, and in particular each, transport mover comprising at least one carrier attached to the runner, said carrier forming the frame-free support or being connected to the frame-free support ; and wherein fixing means are provided in addition to the support which are configured for an at least time-wise fixing of the receiver on the support , characterized in that the support is at least temporarily located in a protruding position in which at least a support region of the support for the receiver laterally protrudes; and in that at least one pair of cooperating transport movers is provided which form, together with their support regions , a common, laterally protruding support region for the receiver , with the support region being arranged laterally offset from a stator of the path system , from a runner of the transport mover and/or from a guide for the runner, and with the two transport movers being movable relative to one another for the delivery of receivers such that the support regions are movable away beneath the receivers .
A rim for vehicles comprising a hub , a channel for receiving a tyre and a plurality of spokes which join the hub and the channel , the channel comprising a first edge and a second edge , between which there is defined a seat for the tyre , the first edge and the second edge comprising a respective abutment shoulder which is capable of retaining the bead of the tyre , characterized in that the first edge and/or the second edge comprise(s) a respective extension which extends from a respective shoulder in a radial direction away from the shoulder , the rim being constructed as a single piece.
A plastic molded device for cooling battery cells comprising: - a plastic cooling channel having an inner surface and an outer surface; - wherein the cooling channel comprises a polycarbonate and a phosphazene additive; - wherein the cooling channel is configured for a fluid to contact the inner surface, and for preventing the fluid from contacting the outer surface; and - wherein the outer surface is configured to structurally support the battery cells or wherein the plastic molded device comprises a support frame. - a plastic cooling channel having an inner surface and an outer surface; - wherein the cooling channel comprises a polycarbonate and a phosphazene additive; - wherein the cooling channel is configured for a fluid to contact the inner surface, and for preventing the fluid from contacting the outer surface; and - wherein the outer surface is configured to structurally support the battery cells or wherein the plastic molded device comprises a support frame.