mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a composite part (50; 50'; 60; 60';1; 1'; 1"), which comprises the following steps: a) introducing an end portion of a first skin and an end portion of a second skin into a groove (20; 20') of a holding profile (2; 2') which extends along a first direction (y); b) joining the end portions of the first and/or second skin (3, 4) or a partial portion (32, 42) of the first and/or second skin (3, 4) which adjoins the respective end portions (31, 41) to the holding profile (2; 2'), wherein the first and/or second skin (3, 4) is joined to the holding profile (2; 2') by means of a first functional seam which is arranged in the groove (20; 20') and preferably comprises at least one yarn, characterised in that the first and the second skin (3, 4), before the end portions (31, 41) are introduced into the groove (20; 20'), are joined together with a further functional seam (7, 7') arranged between a partial portion (32, 42) and the respective end portion (31, 41). a) introducing an end portion of a first skin and an end portion of a second skin into a groove (20; 20') of a holding profile (2; 2') which extends along a first direction (y); b) joining the end portions of the first and/or second skin (3, 4) or a partial portion (32, 42) of the first and/or second skin (3, 4) which adjoins the respective end portions (31, 41) to the holding profile (2; 2'), wherein the first and/or second skin (3, 4) is joined to the holding profile (2; 2') by means of a first functional seam which is arranged in the groove (20; 20') and preferably comprises at least one yarn,
Closing system comprising: - a module having a tubular body with a duct suitable for communicating with a fuel tank of a vehicle, - a door hinged to the body of the module with a hinge, in such manner to close the duct; and - a lock mounted in the body of the module, outside the duct; wherein said lock comprises: - a box comprising a shell and a lid, - a closing pin suitable for fastening said door, said closing pin being mounted in translating mode in said box in such manner to slide along an axis to go from a retracted closing position to an extracted opening position, - a spring that stresses the closing pin towards the extracted opening position, - a cam obtained in said closing pin, - a follower mounted in said shell and having a tip that acts in said cam of the closing pin in order to control the translation movement of the closing pin, a latch comprising a slide mounted in translating mode in the shell, and - an actuator mounted in the shell; characterized in that the door provides for a pin that protrudes towards the duct of the module and has a truncated-conical head; the closing pin is suitable for fastening the pin of the door and comprises a cylindrical body with a plurality of elastic tabs that define a cylindrical housing suitable for receiving the head of the pin of the door; each elastic tab having an external tooth and an internal tooth; the follower is revolvingly mounted in the shell in such manner to rotate freely around an axis; the slide of the latch is mounted in translating mode in the shell in such manner to slide along an axis orthogonal to the sliding axis of the closing pin to go from a backward unlocking position to an advanced locking position wherein the latch engages and locks the closing pin, the actuator is suitable for actuating the latch, and the module has an opening and a shank disposed under the opening and provided with a collar that protrudes inwards to stop against the elastic tabs of the locking pin when the locking pin is in retracted closing position; said lock also comprising an emergency mechanism that acts on said closing pin and on said latch; said emergency mechanism being manually actuated by the user to unlock the closing pin from the latch. - a module having a tubular body with a duct suitable for communicating with a fuel tank of a vehicle, - a door hinged to the body of the module with a hinge, in such manner to close the duct; and - a lock mounted in the body of the module, outside the duct; - a box comprising a shell and a lid, - a closing pin suitable for fastening said door, said closing pin being mounted in translating mode in said box in such manner to slide along an axis to go from a retracted closing position to an extracted opening position, - a spring that stresses the closing pin towards the extracted opening position, - a cam obtained in said closing pin, - a follower mounted in said shell and having a tip that acts in said cam of the closing pin in order to control the translation movement of the closing pin, - an actuator mounted in the shell;
A process for desulphurising hydrocarbons comprising the steps of; (i) passing a mixture of hydrocarbon and hydrogen over a hydrodesulphurisation catalyst to convert organosulphur compounds present in said hydrocarbon to hydrogen sulphide, (ii) passing the resulting mixture over a hydrogen sulphide sorbent comprising zinc oxide to reduce the hydrogen sulphide content of the mixture and (iii) passing the hydrogen sulphide-depleted gas mixture over a further desulphurisation material, wherein the further desulphurisation material comprises a shaped mixture of one or more particulate nickel compounds, a particulate zinc oxide support material, and optionally one or more particulate promoter metal compounds selected from compounds of iron, cobalt, copper and precious metals, said desulphurisation material having a nickel content in the range 0.3 to 20% by weight and a promoter metal content in the range 0 to 10% by weight. (i) passing a mixture of hydrocarbon and hydrogen over a hydrodesulphurisation catalyst to convert organosulphur compounds present in said hydrocarbon to hydrogen sulphide, (ii) passing the resulting mixture over a hydrogen sulphide sorbent comprising zinc oxide to reduce the hydrogen sulphide content of the mixture and (iii) passing the hydrogen sulphide-depleted gas mixture over a further desulphurisation material,
Arrangement for operating one or more windows (S1 - S4, SF, SH), which are installed in a vehicle and in particular delimit a passenger compartment and whose optical properties can be changed by electrical actuation, wherein the arrangement has the following features: - a position-determining device for determining the position (P1-P3) of an object which is located outside the vehicle; - a control device (STG, AST) which is configured to actuate the one or more windows (S1 - S4, SF, SH) as a function of the distance (A1, A2, A3) between the vehicle and the object, characterized in that the control device is also configured to actuate the one or more windows (S1 - S4, SF, SH) in such way that their translucency is increased with decreasing distance and the translucency is reduced with increasing distance. - a position-determining device for determining the position (P1-P3) of an object which is located outside the vehicle; - a control device (STG, AST) which is configured to actuate the one or more windows (S1 - S4, SF, SH) as a function of the distance (A1, A2, A3) between the vehicle and the object,
Apparatus for discontinuous manufacturing of ice cream with a cooling device, a temperature-controllable mixing container and a mixing device arranged within this temperature-controllable mixing container, characterized in that the cooling device is spatially separated from the mixing device and is connected to it by means of a handling frame, whereby the handling frame has one or more articulations in order to change the physical position and location of the mixing device within or outside of the mixing container.
A keg filling apparatus comprising: a stand means comprising a top surface; wherein said stand means is selectively provided with either a first detachable member comprising a first coupling means for releasable engagement with a first keg valve design, or a second detachable member comprising a second coupling means for releasable engagement with a second keg valve design or a third detachable member comprising a third coupling means for releasable engagement with a third keg valve design, wherein said first, second and third detachable members (201, 208, 210) are interchangeable, each of which is configured to be releasably attached to said top surface, characterised in that the top surface of said stand means comprises a plurality of top surface apertures capable of receiving attachment members for releasable attachment to any one of the first, second or third detachable members (201, 208, 210), thus facilitating mounting of any one of the first, second or third coupling means (204, 209, 211) for selective compatibility with keg valves of alternative design. a stand means comprising a top surface; wherein said stand means is selectively provided with either a first detachable member comprising a first coupling means for releasable engagement with a first keg valve design, or a second detachable member comprising a second coupling means for releasable engagement with a second keg valve design or a third detachable member comprising a third coupling means for releasable engagement with a third keg valve design, wherein said first, second and third detachable members (201, 208, 210) are interchangeable, each of which is configured to be releasably attached to said top surface, characterised in that the top surface of said stand means comprises a plurality of top surface apertures capable of receiving attachment members for releasable attachment to any one of the first, second or third detachable members (201, 208, 210), thus facilitating mounting of any one of the first, second or third coupling means (204, 209, 211) for selective compatibility with keg valves of alternative design.
A protective article for shielding a body part from injury, the article comprising: a crush component layer, the crush component layer formed of an open architectural structure comprising one or more of multi-planar truss assembly and honeycomb structures, the crush component layer having a thickness and being crushably deformable, the deformation including fracture or breakage of one or more elements of the crush component layer; a shield component layer that is thin relative to other component layers of the article and rigid with a selected thickness, hardness, brittleness and at least one surface property providing a low coefficient of friction; and a slip component layer of gel or gel-like material. a crush component layer, the crush component layer formed of an open architectural structure comprising one or more of multi-planar truss assembly and honeycomb structures, the crush component layer having a thickness and being crushably deformable, the deformation including fracture or breakage of one or more elements of the crush component layer; a shield component layer that is thin relative to other component layers of the article and rigid with a selected thickness, hardness, brittleness and at least one surface property providing a low coefficient of friction; and a slip component layer of gel or gel-like material.
A dental color key comprising at least two color samples with different tooth colors which are adjacent to one another, wherein the color key comprises a base body which may be attached to a tooth and onto which the color samples are disposed fixedly, wherein the color samples consist of restoration material and wherein the entire surface area of the color key is smaller than the buccal and/or labial surface, that is to say the vestibular surface of two teeth.
A method, comprising: receiving, at an Internet Message Access Protocol, IMAP, server from a client device (200, 607) associated with a given user of multiple users, a request for an IMAP folder content list of an IMAP user folder of the given user; determining, by the IMAP server, whether to inject any of multiple IMAP objects (203, 600) into the IMAP folder content list of the given user; in response to determining to inject a given IMAP object (203, 600) of the multiple IMAP objects (203, 600) into the IMAP folder content list of the given user, injecting, at the IMAP server, the given IMAP object (203, 600) into the IMAP folder content list of the given user by inserting metadata of the given IMAP object (203, 600) into the IMAP folder content list of the given user without storing the given IMAP object ( 203, 600) itself in the given user's IMAP user folder; sending, by the IMAP server to the client device (200, 607) of the given user, the IMAP folder content list that includes the injected given IMAP object (203, 600); and injecting, by the IMAP server, the given IMAP object (203, 600) into multiple IMAP folder content lists of multiple IMAP user folders, one each associated with each of the multiple users, by inserting the metadata of the given IMAP object (203, 600) into each of the multiple IMAP folder content lists without storing the given IMAP object (203, 600) itself in any of the multiple IMAP user folders. receiving, at an Internet Message Access Protocol, IMAP, server from a client device (200, 607) associated with a given user of multiple users, a request for an IMAP folder content list of an IMAP user folder of the given user; determining, by the IMAP server, whether to inject any of multiple IMAP objects (203, 600) into the IMAP folder content list of the given user; in response to determining to inject a given IMAP object (203, 600) of the multiple IMAP objects (203, 600) into the IMAP folder content list of the given user, injecting, at the IMAP server, the given IMAP object (203, 600) into the IMAP folder content list of the given user by inserting metadata of the given IMAP object (203, 600) into the IMAP folder content list of the given user without storing the given IMAP object ( 203, 600) itself in the given user's IMAP user folder; sending, by the IMAP server to the client device (200, 607) of the given user, the IMAP folder content list that includes the injected given IMAP object (203, 600); and injecting, by the IMAP server, the given IMAP object (203, 600) into multiple IMAP folder content lists of multiple IMAP user folders, one each associated with each of the multiple users, by inserting the metadata of the given IMAP object (203, 600) into each of the multiple IMAP folder content lists without storing the given IMAP object (203, 600) itself in any of the multiple IMAP user folders.
Projectile having a sabot which can be discarded, separation aid and a sub-caliber projectile core having a projectile core bottom (2.1), the projectile core being enclosed by the sabot and the back of the sabot being anchored to the base of the separation aid, wherein the separation aid is incorporated between the bottom of the core of the projectile (2.1) and the sabot for the separation of the sabot from the core of the projectile and the separation aid has a plurality of fingers engaging on the core of the projectile and connected to each other by means of a contact surface or ring underneath the bottom of the core of the projectile (2.1), as well as at least one preferred breaking point (8a, 8b) introduced into the fingers, wherein the fingers engage via an inner bead on the core of the projectile.
Cartridge for containing a fluid to be nebulized by a nebulizer, the cartridge comprising an outer container of the cartridge and, a closure with an opening for receiving a connecting element of the nebulizer for fluidically connecting the cartridge to the nebulizer, wherein the closure comprises a sealing wall located within the opening sealing the opening in an initial state of the cartridge, the opening preferably having a funnel-shaped or tapered portion for aligning or guiding the connecting element to the sealing wall, characterized in that the closure comprises a closure part comprising the opening and an adapter, and that the cartridge comprises a tube, wherein the tube comprises a fixed end and free end, wherein the fixed end is arranged in the adapter and the free end is freely movable within the container or fluid, and that the sealing wall comprises a circumferential portion of reduced thickness, preferably forming a predetermined breaking point of the sealing wall, and a connecting portion, so that the sealing wall tears along the circumferential portion and tilts aside upon insertion of the connecting element. an outer container of the cartridge and, a closure with an opening for receiving a connecting element of the nebulizer for fluidically connecting the cartridge to the nebulizer, wherein the closure comprises a sealing wall located within the opening sealing the opening in an initial state of the cartridge, the opening preferably having a funnel-shaped or tapered portion for aligning or guiding the connecting element to the sealing wall, characterized in that the closure comprises a closure part comprising the opening and an adapter, and that the cartridge comprises a tube, wherein the tube comprises a fixed end and free end, wherein the fixed end is arranged in the adapter and the free end is freely movable within the container or fluid, and that the sealing wall comprises a circumferential portion of reduced thickness, preferably forming a predetermined breaking point of the sealing wall, and a connecting portion, so that the sealing wall tears along the circumferential portion and tilts aside upon insertion of the connecting element.
A method for guiding positioning of a card to a target position relative to a device includes the steps of: detecting by a proximity sensor that the card is proximate to the device; responsive to the card being proximate to the device, the device capturing a series of images of a three-dimensional volume proximate to the device; processing the series of images to determine a position and a trajectory of the card within the three-dimensional volume proximate to the device; predicting a projected position of the card relative to the device based on the position of the card and the trajectory of the card; identifying one or more variances between the projected position and the target position including identifying at least one trajectory adjustment predicted to reduce the one or more variances and one or more prompts predicted to achieve the trajectory adjustments; displaying the one or more prompts on a display of the device; repeating the steps of capturing the series of images, determining the position and trajectory of the card, predicting the projected position of the card, identifying the one or more variances, the at least one trajectory adjustment and the one or more prompts and displaying the one or more prompts until the one or more variances are within a predetermined threshold; and triggering an event at the device to retrieve data from the card in response to the one or more variances being within the predetermined threshold. detecting by a proximity sensor that the card is proximate to the device; responsive to the card being proximate to the device, the device capturing a series of images of a three-dimensional volume proximate to the device; processing the series of images to determine a position and a trajectory of the card within the three-dimensional volume proximate to the device; predicting a projected position of the card relative to the device based on the position of the card and the trajectory of the card; identifying one or more variances between the projected position and the target position including identifying at least one trajectory adjustment predicted to reduce the one or more variances and one or more prompts predicted to achieve the trajectory adjustments; displaying the one or more prompts on a display of the device; repeating the steps of capturing the series of images, determining the position and trajectory of the card, predicting the projected position of the card, identifying the one or more variances, the at least one trajectory adjustment and the one or more prompts and displaying the one or more prompts until the one or more variances are within a predetermined threshold; and triggering an event at the device to retrieve data from the card in response to the one or more variances being within the predetermined threshold.
An electrosurgical instrument, comprising: an end effector (1200, 1400, 1600, 1800), comprising: at least two electrode sets; a first jaw (1250, 1450, 1650, 1850); and a second jaw (1270, 1470, 1670, 1870), wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and characterized by an electrical circuit configured to transmit the bipolar RF energy and the monopolar RF energy, wherein the monopolar RF energy shares an active pathway and a return pathway defined by the electrical circuit for transmission of the bipolar RF energy. an end effector (1200, 1400, 1600, 1800), comprising: at least two electrode sets; a first jaw (1250, 1450, 1650, 1850); and a second jaw (1270, 1470, 1670, 1870), wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and at least two electrode sets; a first jaw (1250, 1450, 1650, 1850); and a second jaw (1270, 1470, 1670, 1870), wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and characterized by an electrical circuit configured to transmit the bipolar RF energy and the monopolar RF energy, wherein the monopolar RF energy shares an active pathway and a return pathway defined by the electrical circuit for transmission of the bipolar RF energy.
Method for controlling at least one air conditioning device of a vehicle, comprising the following steps performed by a mobile terminal: - querying first status data from a first bus, preferably an air-conditioning bus, which is connected to the at least one air-conditioning device, via a radio interface; - querying second status data from a second bus, in particular a vehicle bus, which is connected to at least one actuator and/or sensor, via the radio interface; - displaying the first and second status data on a display; - receiving at least one user input; - processing the user input; - creating a control command on the basis of the user input and at least one data element of the first and/or second status data; - transmitting the control command to the air-conditioning device via the radio interface. - querying first status data from a first bus, preferably an air-conditioning bus, which is connected to the at least one air-conditioning device, via a radio interface; - querying second status data from a second bus, in particular a vehicle bus, which is connected to at least one actuator and/or sensor, via the radio interface; - displaying the first and second status data on a display; - receiving at least one user input; - processing the user input; - creating a control command on the basis of the user input and at least one data element of the first and/or second status data; - transmitting the control command to the air-conditioning device via the radio interface.