mhurhangee/ep-ind-claims huggingface dataset:
Dispensing system for dispensing a mixture of a first component and a second component, the dispensing system comprising: a dispensing gun comprising an inlet body with a first passage for feeding in the first component under pressure and a second passage for feeding in the second component under pressure, the first and second passages respectively comprising a closable first outlet and a closable second outlet; a static mixing nozzle, detachably connectable to the outlets of the inlet body and provided for mixing and dispensing the components, the static mixing nozzle comprising a first section containing a first chamber and a second chamber for conducting the first and second component respectively and a second section, subsequent to the first section, containing a mixing chamber with static mixing elements which promote mixing the first and second components and conducting the mixture to a nozzle tip serving as an outlet for the mixture; wherein at least one of the first and second chambers of the static mixing nozzle contains a series of static backflow prevention elements (113; 113'), arranged for hindering backflow of the respective component within the respective chamber, characterised in, that the flow path for the respective component is formed by a series of orifices (120, 120', 120", 120"') through the static backflow prevention elements. a dispensing gun comprising an inlet body with a first passage for feeding in the first component under pressure and a second passage for feeding in the second component under pressure, the first and second passages respectively comprising a closable first outlet and a closable second outlet; a static mixing nozzle, detachably connectable to the outlets of the inlet body and provided for mixing and dispensing the components, the static mixing nozzle comprising a first section containing a first chamber and a second chamber for conducting the first and second component respectively and a second section, subsequent to the first section, containing a mixing chamber with static mixing elements which promote mixing the first and second components and conducting the mixture to a nozzle tip serving as an outlet for the mixture; wherein at least one of the first and second chambers of the static mixing nozzle contains a series of static backflow prevention elements (113; 113'), arranged for hindering backflow of the respective component within the respective chamber, characterised in, that the flow path for the respective component is formed by a series of orifices (120, 120', 120", 120"') through the static backflow prevention elements.
A monofilament, a yarn, a tape each having a draw ratio of 6:1 to 25:1 and made of a composition comprising: a melt blended admixture of 92% to 95% by weight of polypropylene and 5% to 8% by weight of a polypropylene/ethylene copolymer having an ethylene content of 8% to 25% by weight of copolymer wherein the monofilament, yarn, or tape respectively have a Young's modulus greater than 3.5 GPa.
An electrical infrastructure system for a vehicle, comprising several electronic control units, ECU, for one or several functional units for the vehicle, where the said ECUs are connected through a network, the infrastructure system is configured to implement a state map comprising several logical components in the form of various operational states, Sn, that the vehicle can adopt, these operational states are connected by one or several transitions, Tn, where the transition from one operational state to another depends on whether predetermined transition conditions are satisfied, characterised in that the infrastructure system is configured to receive one or several input signals to at least one ECU, comprising parameter values that represent events, and that the said, at least one, ECU is configured to analyse the said input signals with the aid of said transition conditions, to determine an operational state Sn for the vehicle based on the result of the analysis, and to make the operational state that has been determined available on the network, and whereby the said operational states for the vehicle have different priorities, from a lowest priority to a highest priority, and whereby an operational state with a higher priority is preferred to one with lower priority, whereby each one of the ECUs comprises a state module that comprises a unique set of state rules, SnRm, for each one of the operational states Sn, and whereby the state module is configured to identify the current operational state Sn of the vehicle based solely on the said state rules, and to apply at the ECU the state rules, SnRm, that are associated with the operational state that has been identified, where the said state rules comprise control parameters for the ECU.
Device for automatically unwinding a material web from a master roll, having a pivotably mounted infeed arm and at least one first drive unit, wherein the master roll can be rotatably mounted on the infeed arm with its winding core and a driving force can be introduced into the master roll by means of the drive unit, wherein the master roll can be transferred from the infeed arm to the outfeed arm during an unwinding procedure, wherein the unwinder has a pivotably mounted outfeed arm, at least one second drive unit is associated to the outfeed arm for introducing a drive force into the master roll, and wherein the latter has a contact roller which can be placed against a circumference of the master roll (3, 3') mounted on the feed arm, characterized in that the material web is guided away from the master roll (3, 3') via the contact roller.
A prefabricated water control system comprising: a. a prefabricated element; b. one or more gate members (120, 131, 140, 150); and c. two support units each adapted for slidingly supporting said prefabricated element; characterized in that said prefabricated element has a shape in a side view perspective substantially corresponding to an I-form, an L-form, or an inverted T-form and having a substantially vertical wall component with a front side, a back side, a bottom section, and two side faces, said prefabricated element further comprising: i. a first opening in said wall component extending from said front side to said back side; and ii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; wherein said one or more gate members (120, 131, 140, 150) are adapted to regulate the size of said first opening in said wall component, thereby regulating the waterflow therethrough; wherein said two support units each are adapted for slidingly supporting one of said side faces of said wall component and for being mounted into the bank of a water canal into which the water control system is positioned. a. a prefabricated element; b. one or more gate members (120, 131, 140, 150); and c. two support units each adapted for slidingly supporting said prefabricated element; characterized in that said prefabricated element has a shape in a side view perspective substantially corresponding to an I-form, an L-form, or an inverted T-form and having a substantially vertical wall component with a front side, a back side, a bottom section, and two side faces, said prefabricated element further comprising: i. a first opening in said wall component extending from said front side to said back side; and ii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; i. a first opening in said wall component extending from said front side to said back side; and ii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; wherein said one or more gate members (120, 131, 140, 150) are adapted to regulate the size of said first opening in said wall component, thereby regulating the waterflow therethrough; wherein said two support units each are adapted for slidingly supporting one of said side faces of said wall component and for being mounted into the bank of a water canal into which the water control system is positioned.
A connection member for connecting an exhaust manifold and an exhaust pipe of an internal combustion engine to each other, comprising: a flange portion which has a plate shape with an opening formed therein and configured to be fixed to the exhaust pipe in a state where the opening communicates with the exhaust pipe; a boss portion which is provided to bulge from the flange portion on an outside of the opening in a radial direction of the opening, is configured so that a sensor configured to detect components of the exhaust is attachable to the boss portion, and is configured to be fixed to a portion of an outer circumferential surface of the exhaust pipe; and an attachment portion which protrudes from the flange portion and is configured so that a protection member which covers the exhaust pipe is attachable to the attachment portion, wherein the flange portion, the boss portion, and the attachment portion are integrally formed. a flange portion which has a plate shape with an opening formed therein and configured to be fixed to the exhaust pipe in a state where the opening communicates with the exhaust pipe; a boss portion which is provided to bulge from the flange portion on an outside of the opening in a radial direction of the opening, is configured so that a sensor configured to detect components of the exhaust is attachable to the boss portion, and is configured to be fixed to a portion of an outer circumferential surface of the exhaust pipe; and an attachment portion which protrudes from the flange portion and is configured so that a protection member which covers the exhaust pipe is attachable to the attachment portion, wherein the flange portion, the boss portion, and the attachment portion are integrally formed.
A baffle assembly for a block-type heat exchanger comprising two baffle supports and a baffle, wherein each baffle support is arranged to be attached to an inner side wall of the block-type heat exchanger for holding the baffle in the heat exchanger, each baffle support comprising a base plate defining a base plane extending in a first direction and a second direction transverse to the first direction, the base plate having a front surface and a back surface, wherein the baffle comprises a baffle plate comprising a first baffle surface and a second baffle surface, the baffle plate comprising a first longitudinal edge, a second longitudinal edge, a first transverse edge and a second transverse edge, characterized in that each baffle support comprises a first pair of projections (211, 212) extending from the front surface of the base plate to engage the baffle and a second pair of projections (221, 222; 231, 232) extending from the front surface of the base plate to engage the baffle, wherein the first pair of projections (211, 212) is located further in the first direction than the second pair of projections (221, 222; 231, 232) and in that the baffle comprises a mounting member at each transverse edge (105, 106) for mounting the baffle to the baffle supports, each mounting member comprising at least one stop surface (153, 154, 155, 156) facing the first longitudinal edge.
A blow-by heater, comprising: a tube member allowing a blow-by gas to flow therethrough, and opening in a downstream side, characterized in that the tube member is formed such that a thickness of a whole circumferential edge of the downstream side decreases toward the opening end, wherein the tube member is formed by a metal pipe including a portion wherein a cross-sectional area decreases toward the downstream side, and a slope face portion is formed in an inner circumferential side in a vicinity of the opening end of the metal pipe such that a thickness in the vicinity of the opening end decreases toward the opening end.
A battery operated handheld power tool, the power tool comprising a handle assembly, a working tool assembly, and an elongate rod interconnecting the handle assembly and the working tool assembly, the working tool assembly comprising a working tool of the power tool, and an electric motor arranged to drive the working tool; and the handle assembly comprising a body portion to which a battery pack may be detachably connected, which battery pack is arranged to provide electric power to the electric motor, the power tool being characterized in comprising a control unit provided in the body portion so as to control a flow of electric current from the battery pack to the motor, and wherein the body portion further comprises a fan arranged to generate a flow of air passing by the control unit during operation of the power tool. the working tool assembly comprising a working tool of the power tool, and an electric motor arranged to drive the working tool; and the handle assembly comprising a body portion to which a battery pack may be detachably connected, which battery pack is arranged to provide electric power to the electric motor, the power tool being characterized in comprising a control unit provided in the body portion so as to control a flow of electric current from the battery pack to the motor, and wherein the body portion further comprises a fan arranged to generate a flow of air passing by the control unit during operation of the power tool.
An elastic fiber comprising polyurethane or polyurethaneurea and about 0.5% to 4% by weight of a wax composition, wherein the wax composition comprises a polyolefin wax.
Storage film feed for feeding a storage film from a flexible casing which is open on one side on a front side into a storage film scanning device, having an insertion opening having a passage gap for the storage film, characterised in that a slider which works perpendicularly to a flat side of the casing and a stop piece allocated to this are arranged in the insertion opening, on which stop piece the casing lies with its flat side in the event of an actuated slider and can be fixed in the insertion opening by means of a pressing force exerted by the slider, wherein a lower side of the slider forms a flat support surface for the application of the casing with its open front side and the passage gap is located in a lower part of the slider.
Dental implant • with a tip area provided with a sharp-edged thread, • with a middle area adjoining the tip area and provided with a trapezoidal thread; and • with a coronal area adjoining the middle area and provided with a sharp-edged thread, • wherein the tip area, the middle area and the coronal area extend along a longitudinal axis of the implant, characterized in • that a line connecting all the thread bases of the said threads to one another runs curved outward only in the middle area relative to the longitudinal axis of the implant, so that only the middle area, as seen from a direction starting from the longitudinal axis of the implant, is provided with an outwardly directed bulge and the middle area is more massive than the tip area and the coronal area, wherein each thread depth in the tip area and in the coronal area is in each case greater than each thread depth in the middle area. • with a tip area provided with a sharp-edged thread, • with a middle area adjoining the tip area and provided with a trapezoidal thread; and • with a coronal area adjoining the middle area and provided with a sharp-edged thread, • wherein the tip area, the middle area and the coronal area extend along a longitudinal axis of the implant, characterized in • that a line connecting all the thread bases of the said threads to one another runs curved outward only in the middle area relative to the longitudinal axis of the implant, so that only the middle area, as seen from a direction starting from the longitudinal axis of the implant, is provided with an outwardly directed bulge and the middle area is more massive than the tip area and the coronal area, wherein each thread depth in the tip area and in the coronal area is in each case greater than each thread depth in the middle area.
A device, comprising: one or more processors; a memory coupled to the one or more processors; and an operating system stored in the memory configured to run on at least a subset of the one or more processors, wherein the operating system is configured to selectively run in a normal mode or a timing testing mode, wherein in the timing testing mode the device is configured to disrupt timing of processing that takes place on the one or more processors while running an application with the one or more processors to test the application for errors in synchronization between at least one of device hardware components and software components while the device is running in the timing testing mode, wherein the one or more processors include one or more central processor unit cores (100, 202, 323), wherein in the timing testing mode at least a subset of the one or more CPU cores are configured to operate at one or more frequencies that are different than a standard operating frequency for the one or more CPU cores in the normal mode, wherein the device comprises one or more circuits configured to determine a number of instructions per cycle executed by the one or more processors while the device is running in the timing testing mode. one or more processors; a memory coupled to the one or more processors; and an operating system stored in the memory configured to run on at least a subset of the one or more processors, wherein the operating system is configured to selectively run in a normal mode or a timing testing mode, wherein in the timing testing mode the device is configured to disrupt timing of processing that takes place on the one or more processors while running an application with the one or more processors to test the application for errors in synchronization between at least one of device hardware components and software components while the device is running in the timing testing mode, wherein the one or more processors include one or more central processor unit cores (100, 202, 323), wherein in the timing testing mode at least a subset of the one or more CPU cores are configured to operate at one or more frequencies that are different than a standard operating frequency for the one or more CPU cores in the normal mode, wherein the device comprises one or more circuits configured to determine a number of instructions per cycle executed by the one or more processors while the device is running in the timing testing mode.
A controller for a first electronic device comprising a display, the controller comprising logic configured to: establish (405, 410) a pairing with a remote processor in a second electronic device; create (415, 420) a first secure communication channel with the remote processor; generate a confirmation code; transmit the confirmation code and a confirmation page to the remote processor via the first secure channel; receive, via a second communication channel, a bitmap image for a login screen, wherein the bitmap image is encrypted using a shared secret and comprises one or more coordinates for user input elements; render the bitmap image for the login screen on the display; receive input elements from a user; and initiate a secure communication session between the first electronic device and a transaction system when the login is authorized. establish (405, 410) a pairing with a remote processor in a second electronic device; create (415, 420) a first secure communication channel with the remote processor; generate a confirmation code; transmit the confirmation code and a confirmation page to the remote processor via the first secure channel; receive, via a second communication channel, a bitmap image for a login screen, wherein the bitmap image is encrypted using a shared secret and comprises one or more coordinates for user input elements; render the bitmap image for the login screen on the display; receive input elements from a user; and initiate a secure communication session between the first electronic device and a transaction system when the login is authorized.
Ship to shore crane installation, comprising a quay defining a longitudinal and a transverse direction, and at least two ship to shore cranes which are displaceable along said quay according to said longitudinal direction, wherein each ship to shore crane has a gantry structure and a boom structure supported by the gantry structure, the boom structure of each ship to shore crane being arranged according to said transverse direction, and a trolley supported by the boom structure for transferring a container, characterised in that the gantry structures of directly adjacent ship to shore cranes are offset with respect to each other in the transverse direction and overlap each other in the longitudinal direction.
System for managing a battery comprising a plurality of battery cells connected in series, and: • a plurality of control circuits, each electrically connected in parallel with a cell of a battery, each control circuit being capable of emitting a signal that is representative of physical parameters of the battery cell with which said control circuit is connected in parallel; • a control unit capable of controlling the state of the battery on the basis of the signals that are representative of the physical parameters of each of said cells of said battery; • a power bus electrically connecting said battery cells to one another in series; each control circuit being configured to deliver said representative signal to the control unit by means of the power bus; characterized in that: the system comprises at least one electrical connection between a first control circuit (104 n) of a first cell and a second control circuit (104 n-1) of a second cell; and - each control circuit is further configured to deliver said representative signal to the control unit only after reception of a synchronization signal received on the electrical connection of this control circuit. • a plurality of control circuits, each electrically connected in parallel with a cell of a battery, each control circuit being capable of emitting a signal that is representative of physical parameters of the battery cell with which said control circuit is connected in parallel; • a control unit capable of controlling the state of the battery on the basis of the signals that are representative of the physical parameters of each of said cells of said battery; • a power bus electrically connecting said battery cells to one another in series; - each control circuit is further configured to deliver said representative signal to the control unit only after reception of a synchronization signal received on the electrical connection of this control circuit.
Method for carbonitriding at least one metallic metal part, in which the metal part - is heated in a heating-up phase to a treatment temperature, - is nitrided in at least one nitriding phase (2a-2d) using a nitrogen donor gas, and - is carburized in at least one carburizing phase (3a-3d) using a carbon donor gas, characterized in that the first nitriding phase begins after the end of the heating-up phase and prior to the beginning of the first carburizing phase and ends during, with or after the first carburizing phase, wherein the method has, between the heating-up phase and the first nitriding phase, a temperature equalizing phase in which the treatment temperature is kept constant in order to equalize the temperature within the metal part or between multiple metal parts, in particular under a constant atmosphere, wherein the method is a low-pressure carbonitriding method, wherein the treatment temperature is in a range between ≥ 780°C and ≤ 1050°C, and wherein during the nitriding phase (2a-2d) a nitrogen donor gas is present at a partial pressure of below 500 mbar. - is heated in a heating-up phase to a treatment temperature, - is nitrided in at least one nitriding phase (2a-2d) using a nitrogen donor gas, and - is carburized in at least one carburizing phase (3a-3d) using a carbon donor gas,