mhurhangee/ep-ind-claims huggingface dataset:
A flywheel-driven fastener driving tool comprising: a frame; a driver movable along a driver path relative to the frame between a returned position and an extended position via a stall position; a motor coupled to the frame and operably coupled to a flywheel to rotate the flywheel; an actuator coupled to the frame and moveable between a returned position and an activated position, wherein in the activated position energy is transmitted from the flywheel to the driver to translate the driver along the driver path, a follower assembly coupled to the frame and having a locked over-center position in which the driver is pinched between the follower assembly and the flywheel subjecting the driver to a pinch force when the driver is in the stall position, and the follower assembly having a reverse over-center position; characterised by a stall release lever (100; 100b) pivotably coupled to the frame and having a home position allowing the follower assembly to be in the locked over-center position, and the stall release lever having a release position, the stall release lever configured to be pivoted between the home position and the release position by a user; wherein, when the driver is in the stall position and the follower assembly is in the locked over-center position, pivotal movement of the stall release lever toward the release position by a user forces the follower assembly out of the locked over-center position toward the reverse over-center position in which the pinch force is released. a frame; a driver movable along a driver path relative to the frame between a returned position and an extended position via a stall position; a motor coupled to the frame and operably coupled to a flywheel to rotate the flywheel; an actuator coupled to the frame and moveable between a returned position and an activated position, wherein in the activated position energy is transmitted from the flywheel to the driver to translate the driver along the driver path, a follower assembly coupled to the frame and having a locked over-center position in which the driver is pinched between the follower assembly and the flywheel subjecting the driver to a pinch force when the driver is in the stall position, and the follower assembly having a reverse over-center position; characterised by a stall release lever (100; 100b) pivotably coupled to the frame and having a home position allowing the follower assembly to be in the locked over-center position, and the stall release lever having a release position, the stall release lever configured to be pivoted between the home position and the release position by a user; wherein, when the driver is in the stall position and the follower assembly is in the locked over-center position, pivotal movement of the stall release lever toward the release position by a user forces the follower assembly out of the locked over-center position toward the reverse over-center position in which the pinch force is released.
Industrial truck with a lifting frame which comprises a lifting mast, wherein the lifting frame is provided with a load suspension means which can be raised and lowered, and the lifting mast has two profile rails (2a, 2b) which are spaced apart laterally and are connected to one another by means of at least one crossmember, wherein the crossmember is X-shaped and consists of a central region, which is arranged between the profile rails (2a, 2b), and struts, which are fastened to the profile rails (2a, 2b) and extend in an X-shaped manner from the central region to the profile rails (2a, 2b), wherein in each case one viewing opening (45a; 45b) is formed between the central region and two struts (41, 42; 43, 44) which extend to one of the two profile rails (2a; 2b), which viewing opening (45a; 45b) extends as far as one of the two profile rails (2a; 2b), wherein a lifting carriage which is provided with the load suspension means is arranged such that it can be displaced longitudinally in the profile rails (2a, 2b), characterized in that the lifting mast is provided with a lifting cylinder device for raising and lowering the lifting carriage in the profile rails (2a, 2b), wherein the lifting cylinder device is operatively connected to a lifting means which is fastened by way of a first end to the lifting carriage and is fastened by way of a second end to the lifting mast and is deflected on the lifting cylinder device, wherein the lifting cylinder device is supported on the X-shaped crossmember.
A packet loss detection method, comprising: collecting, by a first network device according to packets sent to a second network device, statistics on a first result corresponding to each group of packets, wherein packets whose identifier fields in packet headers fall within a same numerical range or packets whose at least one bit in identifier fields in packet headers share a same value belong to a same section, wherein the first result comprises a quantity of packets in one group of packets and a section identifier of the group of packets, each group of packets comprises multiple packets, and the multiple packets are continuously sent by the first network device and belong to a section corresponding to a section identifier of the group of packets; and sequentially sending, by the first network device, the first result corresponding to each group of packets to a controller according to a preset rule. collecting, by a first network device according to packets sent to a second network device, statistics on a first result corresponding to each group of packets, wherein packets whose identifier fields in packet headers fall within a same numerical range or packets whose at least one bit in identifier fields in packet headers share a same value belong to a same section, wherein the first result comprises a quantity of packets in one group of packets and a section identifier of the group of packets, each group of packets comprises multiple packets, and the multiple packets are continuously sent by the first network device and belong to a section corresponding to a section identifier of the group of packets; and sequentially sending, by the first network device, the first result corresponding to each group of packets to a controller according to a preset rule.
A water fitting, in particular for a mobile home, caravan, motor caravan or a boat, with a fitting body capable of being flown through by warm water and by cold water, with a water outlet pipe retained on the fitting body, with a mounting surface, via which the water fitting is supportable on a component, to which the water fitting can be at least indirectly fixed, and with at least one mixing area arranged at least partially on a first side of the mounting surface and in the fitting body for mixing the warm water with the cold water, characterized in that at least one annular channel at least partially surrounding in circumferential direction of the fitting body and formed by at least a first housing part and a second housing part of the fitting body is arranged on a second side of the mounting surface opposing the first side, via which the water outlet pipe can be supplied with water from the mixing area, wherein the water outlet pipe is retained on the second housing part and rotatable around a rotational axis relative to the first housing part together with the second housing part.
A dry-break coupler device for use on the ends of loading arms for coupling to loading adapters on transportation vehicles, the coupler rendering quick coupling and decoupling of fluid conduits possible, wherein the coupler comprising a first coupler member having a first valve means and a second coupler member having a second valve means, - said coupler members (10, 20) being configured to cooperate with each other to provide a coupler device, - each of the coupler members having means for connection to a fluid system and releasable connection means for fastening the two members to each other; and - said valve means (14, 24) being configured to cooperate with each other and to control fluid flow through their respective coupler member; - the coupler device further comprising fluid displacement means (15, 16) arranged and configured for displacing at least a portion of fluid from the mating regions (M1, M2) between the coupler members (10, 20); characterized by a volume defined between the coupler members (10, 20), and at least one inlet conduit and at least one outlet conduit between the volume and external fluid supply and control means (18a,b, 17c,d), whereby the fluid supply and control means (18a,b, 17c,d) is configured to ensure controllable drainage / flushing of any residual fluids within the volume prior to disconnection of the coupler members (10,20). - said coupler members (10, 20) being configured to cooperate with each other to provide a coupler device, - each of the coupler members having means for connection to a fluid system and releasable connection means for fastening the two members to each other; and - said valve means (14, 24) being configured to cooperate with each other and to control fluid flow through their respective coupler member; - the coupler device further comprising fluid displacement means (15, 16) arranged and configured for displacing at least a portion of fluid from the mating regions (M1, M2) between the coupler members (10, 20);
A device configured for providing a measure of a circumference of a body part, comprising: - a first elastic support material configured for being placed around and/or on the body part, the first elastic support material having a first elastic support material length defining an longitudinal axis, a first elastic support material width defining a vertical axis and a first elastic support material thickness defining a lateral axis, wherein the first elastic support material is a bandage or compression garment for managing oedema and/or lymphoedema; - two or more electrically conducting layers located above and/or below at least a part of the first elastic support material along at least a part of the longitudinal axis and/or along at least a part of the vertical axis, wherein the electrically conducting layers are stretchable; - a stretchable film between the two or more electrically conducting layers, thereby separating the two or more electrically conducting layers along the lateral axis, - a measuring unit that is electrically connected to the two or more electrically conducting layers, wherein the measuring unit is configured for measuring an electric property related to the two or more electrically conducting layers, wherein the electrical property is the electrical capacitance of the stretchable film, the electric property being related to the measure of the circumference of the body part and/or is a change in circumference of the body part. - a first elastic support material configured for being placed around and/or on the body part, the first elastic support material having a first elastic support material length defining an longitudinal axis, a first elastic support material width defining a vertical axis and a first elastic support material thickness defining a lateral axis, wherein the first elastic support material is a bandage or compression garment for managing oedema and/or lymphoedema; - two or more electrically conducting layers located above and/or below at least a part of the first elastic support material along at least a part of the longitudinal axis and/or along at least a part of the vertical axis, wherein the electrically conducting layers are stretchable; - a stretchable film between the two or more electrically conducting layers, thereby separating the two or more electrically conducting layers along the lateral axis, - a measuring unit that is electrically connected to the two or more electrically conducting layers, wherein the measuring unit is configured for measuring an electric property related to the two or more electrically conducting layers, wherein the electrical property is the electrical capacitance of the stretchable film, the electric property being related to the measure of the circumference of the body part and/or is a change in circumference of the body part.
A method of operating a position encoder apparatus, comprising a scale having features (8, 10) defining position information and a readhead for reading the scale, characterised in that the method comprising in any suitable order: calculating extrapolated position information by combining i) a coarse position extrapolated from at least one previously determined absolute position and ii) fine position information calculated from a current reading of the scale.
A method for a Serving General packet radio service Support Node, SGSN, for transferring a Service Identifier from a packet core network to a radio network, wherein the radio network is a Base Station Subsystem, BSS, the method comprising: - receiving a service identifier in a General packet radio service Tunneling Protocol for User Plane, GTP-U, header extension of a data packet from a Gateway General packet radio service Support Node, GGSN,, which Service Identifier is related to a traffic pattern and/or to a type of service for the data packet, - mapping the Service Identifier to an information element in a DownLink Unitdata Protocol Data Unit, DL-UNITDATA PDU, of a message containing the data packet, and - transferring the Service Identifier in the DL-UNITDATA PDU to the BSS. - receiving a service identifier in a General packet radio service Tunneling Protocol for User Plane, GTP-U, header extension of a data packet from a Gateway General packet radio service Support Node, GGSN,, which Service Identifier is related to a traffic pattern and/or to a type of service for the data packet, - mapping the Service Identifier to an information element in a DownLink Unitdata Protocol Data Unit, DL-UNITDATA PDU, of a message containing the data packet, and - transferring the Service Identifier in the DL-UNITDATA PDU to the BSS.
An installation for controlling transparent or translucent hollow objects, including means for rotating the objects and at least one optical inspection station for detecting, as defects, light-reflective cracks that a transparent or translucent hollow object rotated about its axis of symmetry by the rotating means has, the object being a bottle, a jar or a flask having an axis of longitudinal symmetry and made of glass, the optical inspection station comprising: - a lighting system capable of providing a series of light beams illuminating an inspection area of the object at different incident angles, - a matrix camera equipped with an objective producing images of the inspection area during the rotation of the object, - and a unit for analysing and processing the images taken by the matrix camera in order to detect the presence of reflective defects in the images, characterised in that the optical inspection station includes a series of optical elements for deflecting the rays reflected by the inspection area in the air, disposed between the inspection area and the objective, so as to form in each image, a series of views of the inspection area taken from different viewing angles, the angle of field of the objective and of the matrix camera being divided into different areas, each area corresponding to a view, in that the rotating means allow ensuring the rotation of the objects around their vertical axis of longitudinal symmetry, and in that the series of deflection optical elements includes deflection optical elements disposed in a superimposed manner in a vertical direction to detect horizontal cracks. - a lighting system capable of providing a series of light beams illuminating an inspection area of the object at different incident angles, - a matrix camera equipped with an objective producing images of the inspection area during the rotation of the object, - and a unit for analysing and processing the images taken by the matrix camera in order to detect the presence of reflective defects in the images,
A method of resolving an emulsion present in a hydrocarbon stream comprising: contacting said hydrocarbon stream with a demulsifying composition, said demulsifying composition comprising at least one C 4 -C 12 alkyl phenol-formaldehyde resin alkoxylate, an oil phase, and an aqueous phase, wherein said oil and aqueous phases form a colloidal micellar solution, wherein said C 4 -C 12 alkyl phenol-formaldehyde resin alkoxylate comprises at least two alkyl phenol-formaldehyde resin alkoxylates having different amounts of alkoxylation, wherein the two alkyl phenol-formaldehyde resin alkoxylates comprise a first alkyl phenol-formaldehyde resin alkoxylate, having a percent A by weight of alkoxylation, and a second alkyl phenol-formaldehyde resin alkoxylate, having a percent B by weight of alkoxylation, wherein A minus B is 10-50%, and wherein the ratio by weight of an amount of the first alkyl phenol-formaldehyde resin alkoxylate relative to the second alkyl phenol-formaldehyde resin alkoxylate is 1:9 to 9:1 and wherein the demusifying composition further comprises at least one polyalkylene oxide polyol with a degree of ethoxylation greater than 30% and less than 85% and a molecular weight ranging from 1000 to 25,000, and wherein a ratio of said C 4 -C 12 alkyl phenol-formaldehyde resin alkoxylate to said polyalkylene oxide polyol ranges from 1:9 to 9:1.
A method of enabling input on a handheld electronic device that comprises a touch screen display, wherein the touch screen display comprises a virtual keyboard, the method comprising: detecting an input associated with a selected virtual input key of the virtual keyboard; calculating a likelihood value that the input reflects selection of any diacritic character from a set of one or more possible diacritic characters associated with the selected virtual input key based on a language associated with the input; rendering the set of the one or more possible diacritic characters when the likelihood value meets or exceeds a threshold value following expiration of a first period of time that the selected virtual input key is engaged in a press-and-hold operation; and rendering the set of the one or more possible diacritic characters when the likelihood value is below the threshold value following expiration of a second period of time longer than the first period of time, that the selected virtual input key is engaged in a press-and-hold operation. detecting an input associated with a selected virtual input key of the virtual keyboard; calculating a likelihood value that the input reflects selection of any diacritic character from a set of one or more possible diacritic characters associated with the selected virtual input key based on a language associated with the input; rendering the set of the one or more possible diacritic characters when the likelihood value meets or exceeds a threshold value following expiration of a first period of time that the selected virtual input key is engaged in a press-and-hold operation; and rendering the set of the one or more possible diacritic characters when the likelihood value is below the threshold value following expiration of a second period of time longer than the first period of time, that the selected virtual input key is engaged in a press-and-hold operation.
A heater for heating an aerosol-forming substrate, the heater comprising a heating element configured to heat the aerosol-forming substrate, the heating element comprising at least one positive temperature coefficient thermistor (24, 25, 260, 261, 262, 263, 264, 265, 27), the at least one PTC thermistor being configured to be supplied with an electric current so as to heat the at least one PTC thermistor, wherein a resistance of the at least one PTC thermistor increases when a temperature of the at least one PTC thermistor increases within a stabilised temperature range, a lower end of the stabilised temperature range being, when a constant voltage is applied to the at least one PTC thermistor, a reference temperature at which the resistance of the at least one PTC thermistor is twice a value of a minimum resistance of the at least one PTC thermistor, and wherein the reference temperature is between 100 degrees Celsius and 350 degrees Celsius when a constant voltage of 3.3 Volts is applied to the at least one PTC thermistor.
A synthetic nucleic acid molecule comprising a sequence of nucleotides that encodes a truncated human HER2ECDTM protein as set forth in SEQ ID NO:14, wherein the sequence of nucleotides consists of the sequence of nucleotides set forth in SEQ ID NO:9.
A color conversion film which, upon excitation by blue light, emits green and red light; the film comprising a multitude of layers whereby, • at least one layer is a green light emitting layer comprising green light emitting perovskite crystals embedded in a matrix comprising a first polymer; and • at least one layer is a red light emitting polymer layer comprising red light emitting core-shell quantum dots selected from the group of II-VI semiconductor compounds and III-V semiconductor compounds and embedded in a matrix comprising a second polymer; and • at least one layer is a separating layer, separating said at least one red light emitting polymer layer from said at least one green light emitting polymer layer; characterized in that said separating layer is a continuous layer covering the whole area between green light and red light emitting polymer layer; and characterized in that said separating layer contains, preferably consists of, a third polymer. • at least one layer is a green light emitting layer comprising green light emitting perovskite crystals embedded in a matrix comprising a first polymer; and • at least one layer is a red light emitting polymer layer comprising red light emitting core-shell quantum dots selected from the group of II-VI semiconductor compounds and III-V semiconductor compounds and embedded in a matrix comprising a second polymer; and • at least one layer is a separating layer, separating said at least one red light emitting polymer layer from said at least one green light emitting polymer layer; characterized in that said separating layer is a continuous layer covering the whole area between green light and red light emitting polymer layer; and characterized in that said separating layer contains, preferably consists of, a third polymer.
A 360-degree video data processing method performed by a 360-degree video reception apparatus, the 360-degree video data processing method comprising: receiving the 360-degree video data and metadata; the 360-degree video data including fisheye omnidirectional video data including a picture including a first circular image and a second circular image captured with one or more fisheye lenses that are directly projected onto the picture; decoding the picture; and rendering the first and second circular images, wherein the metadata includes fisheye video information for the picture, the fisheye video information is used to render the first circular image and the second circular image, and the fisheye video information for the picture including a first lens type information representing a lens projection model corresponding to the first circular image and a second lens type information representing a lens projection model corresponding to the second circular image. receiving the 360-degree video data and metadata; the 360-degree video data including fisheye omnidirectional video data including a picture including a first circular image and a second circular image captured with one or more fisheye lenses that are directly projected onto the picture; decoding the picture; and rendering the first and second circular images, wherein the metadata includes fisheye video information for the picture, the fisheye video information is used to render the first circular image and the second circular image, and the fisheye video information for the picture including a first lens type information representing a lens projection model corresponding to the first circular image and a second lens type information representing a lens projection model corresponding to the second circular image.