mhurhangee/ep-ind-claims huggingface dataset:
Fixing rail to be embedded in a concrete component, in particular a concrete support, wherein the fixing rail (1, 18) comprises a profile (2, 19) with anchors (3, 13, 21, 29) welded to it therein and the profile (2, 19) is substantially U-shaped, having a web (4, 22) and side legs (5, 20), wherein the web (4, 22) upon embedding is flush with the surface of the concrete component, and a hollow space (6, 23) is formed between the web (4, 22) and the legs (5, 20) and a soft body is arranged in this hollow space (6, 23), characterised in that portions (8, 17, 28, 30) of the anchors (3, 13, 21, 29) bear against inner sides (7, 26), facing towards the hollow space (6, 23), of the legs (5, 20), and the anchors (3, 13, 21, 29) are connected to the legs (5, 20) of the profile (2, 19) by means of welded seams (9, 27) or weld points.
A computer-implemented method comprising: identifying a process that is manually performed by a user interacting with a computer; obtaining one or more images taken of a display of the computer while the user is interacting with the computer in manually performing the process; applying a computer vision technique, to the images taken of the display of the computer while the user is interacting with the computer in manually performing the process, to identify one or more activities associated with the process; for each of the one or more identified activities, generating activity information associated with the activity; and generating a process definition for use in causing a robot to automatically perform the process by interacting with the computer or the other computer, where the process definition indicates the one or more identified activities and, for each identified activity, indicates the activity information associated with the activity. identifying a process that is manually performed by a user interacting with a computer; obtaining one or more images taken of a display of the computer while the user is interacting with the computer in manually performing the process; applying a computer vision technique, to the images taken of the display of the computer while the user is interacting with the computer in manually performing the process, to identify one or more activities associated with the process; for each of the one or more identified activities, generating activity information associated with the activity; and generating a process definition for use in causing a robot to automatically perform the process by interacting with the computer or the other computer, where the process definition indicates the one or more identified activities and, for each identified activity, indicates the activity information associated with the activity.
Planet-carrier for a reduction gear, said planet-carrier comprising an annular cage extending about an axis X and comprising two radial annular walls (14a, 14b) extending about the axis X and connected at their outer periphery by means of first fins, said radial walls being intended to be arranged opposite the planet gears of the reduction gear, and said first fins defining between them first assembly spaces for these planet gears, the planet-carrier further comprises an attachment ring that extends about the axis X and is connected to one of said walls by means of second fins, said second fins defining between them second spaces (17a, 17b), separate from the first spaces, and of which at least some are intended to be intersected by lubrication pipes (20f, 21f) of the reduction gear, characterised in that the planet-carrier is made of a single block and in that some of said second spaces are axially aligned with said first fins and each has a generally triangular or trapezoidal shape.
An imaging device comprising: a plurality of pixels each including a first light-receiving element and a second light-receiving element, the plurality of pixels including a first pixel, wherein a size of a light-receiving region of the first light-receiving element is different from a size of a light-receiving region of the second light-receiving element; a generating section that is able to generate a first detection value on a basis of a light-receiving result by the first light-receiving element of each of the plurality of pixels, and is able to generate a second detection value on a basis of a light-receiving result by the second light-receiving element of each of the plurality of pixels; and a diagnosis section that is able to perform blooming detection on a basis of a detection ratio that is a ratio between the first detection value and the second detection value in the first pixel, and wherein the diagnosis section is able to perform the blooming detection also on a basis of whether the first detection value in the first pixel is saturated and whether the second detection value in the first pixel is saturated, in addition to the detection ratio in the first pixel. a plurality of pixels each including a first light-receiving element and a second light-receiving element, the plurality of pixels including a first pixel, wherein a size of a light-receiving region of the first light-receiving element is different from a size of a light-receiving region of the second light-receiving element; a generating section that is able to generate a first detection value on a basis of a light-receiving result by the first light-receiving element of each of the plurality of pixels, and is able to generate a second detection value on a basis of a light-receiving result by the second light-receiving element of each of the plurality of pixels; and a diagnosis section that is able to perform blooming detection on a basis of a detection ratio that is a ratio between the first detection value and the second detection value in the first pixel, and wherein the diagnosis section is able to perform the blooming detection also on a basis of whether the first detection value in the first pixel is saturated and whether the second detection value in the first pixel is saturated, in addition to the detection ratio in the first pixel.
A method of compensating for misalignment between two plastic pipes (205a, 205b) during a welding process, the method comprising inserting an electrofusion fitting comprising a thermoplastic material into corresponding recesses (206a, 206b) in the ends of the plastic pipes (205a, 205b), aligning the plastic pipes (205a, 205b) relative to one another, and heating corresponding portions of the electrofusion fitting to a first temperature lower than a melting point of the material of the electrofusion fitting to cause the portions to expand to fill the recesses (206a, 206b).
A method of encouraging hygiene compliance by a user in a facility via a wearable zone detector to be worn by the user, the wearable zone detector including an on-board control unit, a data memory, a receiver, and an alert unit, the method comprising automatically: receiving via the receiver a zone identifier signal from a zone within the facility, said zone identifier signal identifying a zone identifier and a zone type of the zone to the on-board control unit; comparing the zone identifier with a stored zone identifier in the data memory; determining a change of zone if the zone identifier differs from the stored zone identifier; responsive to determining a change of zone, starting one of a plurality of distinct timers; and responsive to expiration of said timer, activating one of a plurality of distinct alerts; the method further comprising, upon determining a change of zone, selecting via the on-board control unit at least one of said alerts and/or one of said timers according to said zone type identifier. receiving via the receiver a zone identifier signal from a zone within the facility, said zone identifier signal identifying a zone identifier and a zone type of the zone to the on-board control unit; comparing the zone identifier with a stored zone identifier in the data memory; determining a change of zone if the zone identifier differs from the stored zone identifier; responsive to determining a change of zone, starting one of a plurality of distinct timers; and responsive to expiration of said timer, activating one of a plurality of distinct alerts; the method further comprising, upon determining a change of zone, selecting via the on-board control unit at least one of said alerts and/or one of said timers according to said zone type identifier.
An asymmetric multilayer film for an ostomy pouch having a seal layer /inner layer /tie layer /barrier layer /outer layer construction, characterised in that a combined thickness of the layers arranged on a first side of the barrier layer including the seal layer, inner layer, and tie layer is greater than a thickness of the layers arranged on a second side of the barrier layer including the outer layer.
A tensioner comprising: a base defining a hole, the hole having a center, the hole having a diameter sufficient to receive a driven pulley; a rotary arm engaged with the base by a retaining member connected to the base, the rotary arm rotatable about the center; a pivot arm mounted to the rotary arm on a pivot, the pivot offset from the center C; a first pulley journalled to the rotary arm; a second pulley journalled to the pivot arm; a torsion spring engaged between the rotary arm and the pivot arm for biasing the second pulley toward the first pulley; a damping member (21, 22) frictionally engaged between the base and the rotary arm; wherein the rotary arm defines a portion for receiving a first pulley fastener; and characterised by: the damping member (21, 22) comprising a first annular member and a second annular member, each disposed radially outward from the hole; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable. a base defining a hole, the hole having a center, the hole having a diameter sufficient to receive a driven pulley; a rotary arm engaged with the base by a retaining member connected to the base, the rotary arm rotatable about the center; a pivot arm mounted to the rotary arm on a pivot, the pivot offset from the center C; a first pulley journalled to the rotary arm; a second pulley journalled to the pivot arm; a torsion spring engaged between the rotary arm and the pivot arm for biasing the second pulley toward the first pulley; a damping member (21, 22) frictionally engaged between the base and the rotary arm; wherein the rotary arm defines a portion for receiving a first pulley fastener; and characterised by: the damping member (21, 22) comprising a first annular member and a second annular member, each disposed radially outward from the hole; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable. the damping member (21, 22) comprising a first annular member and a second annular member, each disposed radially outward from the hole; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable.
Method for carrying out an operating system update for a bus device (G1 - G8) of a bus-oriented programmable electrical installation (GBS1, GBS2), wherein the bus device (G1 - G8) comprises a processor and a flash memory (SP1 - SP3), the method comprising the following steps: providing an update application (UP-A1 - UP-A3), which comprises a communication stack and a corresponding hardware adaptation for communication and flash access of the device (G1 - G8); loading the update application (UP-A1 - UP-A3) into the flash memory, wherein after loading has taken place, the update application (UP-A1 - UP-A3) takes over control of the bus device (G1 - G8) and the previous operating system is no longer accessible; initialising the interrupt vectors, such that they refer to the update application (UP-A1 - UP-A3) in the flash memory; carrying out the operating system update, wherein the individual data of the device (G1 - G8) is stored such that the update application (UP-A1 - UP-A3) can access the data while the operating system update is being carried out; and wherein the communication of the bus device (G1 - G8) takes place via the update application (UP-A1 - UP-A3) while the operating system update is being carried out. providing an update application (UP-A1 - UP-A3), which comprises a communication stack and a corresponding hardware adaptation for communication and flash access of the device (G1 - G8); loading the update application (UP-A1 - UP-A3) into the flash memory, wherein after loading has taken place, the update application (UP-A1 - UP-A3) takes over control of the bus device (G1 - G8) and the previous operating system is no longer accessible; initialising the interrupt vectors, such that they refer to the update application (UP-A1 - UP-A3) in the flash memory; carrying out the operating system update, wherein the individual data of the device (G1 - G8) is stored such that the update application (UP-A1 - UP-A3) can access the data while the operating system update is being carried out; and wherein the communication of the bus device (G1 - G8) takes place via the update application (UP-A1 - UP-A3) while the operating system update is being carried out.
Subscriber simulation unit (9, 9a) for testing a functionality of a current measuring unit of a communication circuit of an alarm control centre, the alarm control centre being able to be connected to a multiplicity of subscribers via a subscriber loop, the communication circuit being configured to communicate with the individual subscribers and to control them, the subscriber simulation unit (9, 9a) being configured to generate a predetermined current pulse, and the subscriber simulation unit (9, 9a) being integrated or being able to be integrated in the communication circuit or being able to be connected to the communication circuit.
Picture frame for framing an picture, wherein the picture frame is composable of individual frame profiles, comprising a first frame profile and a second frame profile, the picture frame further comprising a hinge arrangement which connects the first frame profile and the second frame profile of the picture frame in an angle-adjustable manner; the first frame profile having a first groove and the hinge assembly having a corresponding first tongue connecting the hinge assembly to the first frame profile; characterized in that the first tongue engages the first groove in a clamping manner.
Inner container for a refrigeration appliance, comprising: walls (8; 9), which surround a storage compartment; a pivotable door; two recesses (17; 29) formed on the inner container; two pegs, which are hollow and are manufactured together with the inner container by deep-drawing; two adapters, which are arranged in the pegs in each case; wherein the recesses (17; 29) are arranged in the adapters in each case; a bearing bushing, which is optionally able to be installed in one or the other recess (17; 29); wherein one of the recesses (17; 29) specifies a pivot axis of the door and the other receives a latch of the door. walls (8; 9), which surround a storage compartment; a pivotable door; two recesses (17; 29) formed on the inner container; two pegs, which are hollow and are manufactured together with the inner container by deep-drawing; two adapters, which are arranged in the pegs in each case; wherein the recesses (17; 29) are arranged in the adapters in each case; a bearing bushing, which is optionally able to be installed in one or the other recess (17; 29); wherein one of the recesses (17; 29) specifies a pivot axis of the door and the other receives a latch of the door.
A protective device that comprises an enclosure including a gas inlet, gas outlet and a thin-film multilayer indicator, wherein: A) the enclosure contains sorbent media that can sorb a vapor of interest flowing from the inlet towards the outlet; B) the thin-film multilayer indicator comprises: i) a porous detection layer whose optical thickness changes in the presence of the vapor, located between ii) a semireflective layer viewable from outside the enclosure and iii) a reflective layer permeable to the vapor; and C) the reflective layer is in sufficient proximity to the media such that with equilibration at the applied vapor concentration between at least a portion of the media and the vapor, the vapor can pass from the media through the reflective layer and into the detection layer and change the detection layer optical thickness sufficiently to cause a visibly discernible change in the indicator appearance as viewed through the semireflective layer. A) the enclosure contains sorbent media that can sorb a vapor of interest flowing from the inlet towards the outlet; B) the thin-film multilayer indicator comprises: i) a porous detection layer whose optical thickness changes in the presence of the vapor, located between ii) a semireflective layer viewable from outside the enclosure and iii) a reflective layer permeable to the vapor; and i) a porous detection layer whose optical thickness changes in the presence of the vapor, located between ii) a semireflective layer viewable from outside the enclosure and iii) a reflective layer permeable to the vapor; and C) the reflective layer is in sufficient proximity to the media such that with equilibration at the applied vapor concentration between at least a portion of the media and the vapor, the vapor can pass from the media through the reflective layer and into the detection layer and change the detection layer optical thickness sufficiently to cause a visibly discernible change in the indicator appearance as viewed through the semireflective layer.
A headup display device comprising: a display for emitting display light; a reflection member for reflecting the display light; and a housing for housing the display and the reflection member, the headup display device projecting the display light that is reflected by the reflection member, to a projection member through a light transmission part which is formed in the housing, and then, providing a display for an observer, wherein driving means for turning and operating the reflection member is provided, the driving means has: a motor which comprises a motor shaft protruding from a motor body; a worm which is coupled with the motor shaft and in which a spiral groove is formed at an outer peripheral part; and a worm wheel which comprises teeth engaging with the spiral groove and transmits a driving force from the motor to the reflection member, characterised in that, inside of the worm, a hole extending from one end side of the worm that is the motor body side in an axial direction of the worm is formed, and wherein, in the hole, an elastic member biasing the worm toward an opposite side to the motor body and biasing the motor shaft toward the motor body is disposed. a display for emitting display light; a reflection member for reflecting the display light; and a housing for housing the display and the reflection member, the headup display device projecting the display light that is reflected by the reflection member, to a projection member through a light transmission part which is formed in the housing, and then, providing a display for an observer, wherein driving means for turning and operating the reflection member is provided, the driving means has: a motor which comprises a motor shaft protruding from a motor body; a worm which is coupled with the motor shaft and in which a spiral groove is formed at an outer peripheral part; and a worm wheel which comprises teeth engaging with the spiral groove and transmits a driving force from the motor to the reflection member, characterised in that, inside of the worm, a hole extending from one end side of the worm that is the motor body side in an axial direction of the worm is formed, and a motor which comprises a motor shaft protruding from a motor body; a worm which is coupled with the motor shaft and in which a spiral groove is formed at an outer peripheral part; and a worm wheel which comprises teeth engaging with the spiral groove and transmits a driving force from the motor to the reflection member, characterised in that, inside of the worm, a hole extending from one end side of the worm that is the motor body side in an axial direction of the worm is formed, and wherein, in the hole, an elastic member biasing the worm toward an opposite side to the motor body and biasing the motor shaft toward the motor body is disposed.
Switching mechanism for a toggle switch comprising a rotatably mounted toggle element which has an operating region at each end (26, 28) and at which a corresponding operating force (F 2) which acts against a return force (F 1) in each case triggers a corresponding toggle movement of the toggle element about a toggle axis (KA1, KA2), wherein the toggle element is rotatably mounted such that the toggle element has two toggle axes (KA1, KA2) at the ends (26, 28), one of the said two toggle axes being active depending on the active operating force (F 2), wherein the toggle axis (KA1, KA2) is active at that end (26, 28) of the toggle element on which only the return force (F 1) acts, characterized in that the switching mechanism has a mounting element which is arranged centrally between the two ends (26, 28) of the toggle element and is mounted in a guide, wherein the mounting element is mounted in the guide such that a relative rotational movement with a translatory movement component in the direction of the operating force (F 2), which acts against the return force (F 1) at one end (26, 28), is possible between the mounting element and the guide, and wherein the mounting element is designed as a mounting shaft or mounting pin which is guided in the guide.
A doctor blade device with an elongated doctor blade intended to operate continuously against a roll surface and/or a cylinder surface during scraping or wiping off material on the surface, which doctor blade device comprises a carrier beam adapted to the length of the roll surface or cylinder surface, which carrier beam has a clamping arrangement for the positioning of a carrier part, arranged to slidably carry the doctor blade in a groove in the longitudinal direction, wherein the carrier part comprises a carrier blade, a lip means arranged at said carrier blade and a spacer element arranged between said lip means and said carrier blade, wherein the carrier blade, the lip means, and the spacer element are arranged to form between them, said groove along a first long side edge of the carrier blade, to facilitate slidable positioning in the longitudinal direction of the doctor blade by support of the carrier blade, characterized in that said carrier blade has a plurality of transverse relief slots emanating from a second long side edge of the carrier blade and that the lip means is divided into a number of successive lip parts.