mhurhangee/ep-ind-claims huggingface dataset:
Panel dividing device with which large-format panels can be divided, comprising at least one rotating tool in the form of a circular saw blade or a milling cutter and a guide device which guides at least some of the particles that are produced during panel dividing by the rotating tool in a processing region and, in a first direction of flight, move away from the processing region from the first direction of flight at least indirectly in a second direction of flight, a position and/or location of the guide device being adjustable by means of an adjustment device (62, 67), characterized in that the position and/or location of the guide device can be adjusted depending on a tool property and/or a workpiece property, so that the particles can be deflected by the guide device in a desired manner, for example in a specific direction or toward a desired location.
Recessed tower for electrical floor mounted installations comprising a container body defining an housing space for electrical devices, said tower also comprising a cover hinged to the container body at an edge thereof and which is adapted to take up a position for closing the housing space at the general level of a tradable plane, the recessed tower comprising fixing means coupled to a wall portion of the container body for fixing at least one external electrical cable to said wall portion, for cabling the tower; characterized in that: - the fixing means comprises a receiving seat provided for partially receiving said at least one electrical cable; - the receiving seat has a receiving wall such as to cooperate with an external surface of an electrical cable, the receiving wall being shaped like an arch with a concavity which is to be directed towards said external surface of the electrical cable; and - the fixing means comprise a first and second slit, respectively provided near two opposite ends of the receiving seat, the first and second slit (31, 32) being defined in said wall portion and being such as to allow a cable clamp to simultaneously pass through the same, in order to retain the electrical cable fixed to said wall portion near the receiving seat. - the fixing means comprises a receiving seat provided for partially receiving said at least one electrical cable; - the receiving seat has a receiving wall such as to cooperate with an external surface of an electrical cable, the receiving wall being shaped like an arch with a concavity which is to be directed towards said external surface of the electrical cable; and - the fixing means comprise a first and second slit, respectively provided near two opposite ends of the receiving seat, the first and second slit (31, 32) being defined in said wall portion and being such as to allow a cable clamp to simultaneously pass through the same, in order to retain the electrical cable fixed to said wall portion near the receiving seat.
A reservoir unit (108, 208, 308) for filling and draining an inflatable portion of a gastric band (105, 205), the reservoir unit comprising: a housing (309, 409, 709) coupled to the inflatable portion of the gastric band and coupled to an access port (114, 214, 414, 714); characterized by further comprising a flexible pouch (310, 410) containing a fluid for filling the inflatable portion of the gastric band via flexible tubing coupled between the housing and the inflatable portion of the gastric band, the flexible pouch having an expanded position and a contracted position; a movable wall (320, 420) disposed around the flexible pouch for moving the flexible pouch between the expanded position and the contracted position; a flexible member (330, 430, 530, 630) having a screw portion and a portion connected to an end of the movable wall; and a motor (335, 435, 635) coupled to the screw portion of the flexible member for moving the flexible member and the movable wall, to move the flexible pouch between the expanded position and the contracted position. a housing (309, 409, 709) coupled to the inflatable portion of the gastric band and coupled to an access port (114, 214, 414, 714); characterized by further comprising a flexible pouch (310, 410) containing a fluid for filling the inflatable portion of the gastric band via flexible tubing coupled between the housing and the inflatable portion of the gastric band, the flexible pouch having an expanded position and a contracted position; a movable wall (320, 420) disposed around the flexible pouch for moving the flexible pouch between the expanded position and the contracted position; a flexible member (330, 430, 530, 630) having a screw portion and a portion connected to an end of the movable wall; and a motor (335, 435, 635) coupled to the screw portion of the flexible member for moving the flexible member and the movable wall, to move the flexible pouch between the expanded position and the contracted position.
A head wearable apparatus comprising: an optical engine configured to provide one or more light beams; a camera; and a waveguide configured to guide the one or more light beams wherein the waveguide comprises a diffractive in-coupling grating, and at least one diffractive out-coupling grating; wherein the at least one diffractive out-coupling grating is configured to out-couple, during use when the apparatus is worn by a user, the one or more light beams towards an eye of the user and towards the camera; wherein the waveguide is at least partially transparent and configured such that, during use when the apparatus is worn by the user, the user is able to see an ambient physical environment and the one or more light beams out-coupled towards the camera; wherein the camera is configured to detect, during use of the apparatus when worn by a user, the ambient physical environment and the one or more light beams out-coupled towards the camera; and wherein the head wearable apparatus is configured to adjust the one or more light beams provided by the optical engine based on the ambient physical environment and the one or more light beams detected by the camera. an optical engine configured to provide one or more light beams; a camera; and a waveguide configured to guide the one or more light beams wherein the waveguide comprises a diffractive in-coupling grating, and at least one diffractive out-coupling grating; wherein the at least one diffractive out-coupling grating is configured to out-couple, during use when the apparatus is worn by a user, the one or more light beams towards an eye of the user and towards the camera; wherein the waveguide is at least partially transparent and configured such that, during use when the apparatus is worn by the user, the user is able to see an ambient physical environment and the one or more light beams out-coupled towards the camera; wherein the camera is configured to detect, during use of the apparatus when worn by a user, the ambient physical environment and the one or more light beams out-coupled towards the camera; and wherein the head wearable apparatus is configured to adjust the one or more light beams provided by the optical engine based on the ambient physical environment and the one or more light beams detected by the camera.
A bucket connection for a turbine runner where the turbine runner includes a number of buckets encircling a centre disk, where at least one bucket is pivotably or hingedly connected to the centre disk, and where the position of the bucket relatively the centre disk under operation is set by an abutment between the bucket and a support, where the support is connected to or constitutes a part of the centre disk, and where the abutment is constituted by an abutment surface on the support 16 and an abutment surface on the bucket 4, characterized in that the abutment surface on the support is non-planar, in that it is provided with a buckling, and that the abutment surface of the bucket is provided with a buckling adapted to fit into the buckling of the abutment surface of the support, whereby the abutment is adapted to accommodate forces acting both tangentially and radially of the bucket
A polymer solid electrolyte comprising: a polymer for an electrolyte; a lithium salt; and an additive, wherein the additive is an organic compound, which is one or more types selected from the group consisting of compounds represented by the following Chemical Formula 1; compounds represented by the following Chemical Formula 2; compounds represented by the following Chemical Formula 3; compounds represented by the following Chemical Formula 4; and compounds represented by the following Chemical Formula 5: a polymer for an electrolyte; a lithium salt; and an additive, wherein the additive is an organic compound, which is one or more types selected from the group consisting of compounds represented by the following Chemical Formula 1; compounds represented by the following Chemical Formula 2; compounds represented by the following Chemical Formula 3; compounds represented by the following Chemical Formula 4; and compounds represented by the following Chemical Formula 5:
A locking arrangement for a switchgear cabinet, having a switchgear cabinet door which has on its inside a push-rod lock which projects through the switchgear cabinet door to the front side of the switchgear cabinet door via a coupling piece, wherein an actuating member is fixed to the front side via a handle adapter arranged between the actuating member and the switch cabinet door and forming a flat support for the actuating member, and is coupled to the coupling piece, for which purpose the switch cabinet door has at least one adapter plate, onto which the handle adapter is placed in a form-fitting manner via at least one aperture, the adapter plate having, on its side facing the actuating member, a fastening element, by means of which the actuating member is fixed to the adapter plate.
An apparatus comprising: a processor; and memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: providing a superframe for peer-to-peer communication, the superframe comprises a multi-hop period dedicated for multi-hop peer-to-peer communication from a virtual leader of a peer-to-peer network, the multi-hop period comprising a plurality of multi-hop frames (154, 156), characterized in that each of the plurality of multi-hop frames is indicated by a beacon and is allocated to a respective hopper, and wherein each hopper is allocated to an application. a processor; and memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: providing a superframe for peer-to-peer communication, the superframe comprises a multi-hop period dedicated for multi-hop peer-to-peer communication from a virtual leader of a peer-to-peer network, the multi-hop period comprising a plurality of multi-hop frames (154, 156), characterized in that each of the plurality of multi-hop frames is indicated by a beacon and is allocated to a respective hopper, and wherein each hopper is allocated to an application. providing a superframe for peer-to-peer communication, the superframe comprises a multi-hop period dedicated for multi-hop peer-to-peer communication from a virtual leader of a peer-to-peer network, the multi-hop period comprising a plurality of multi-hop frames (154, 156), characterized in that each of the plurality of multi-hop frames is indicated by a beacon and is allocated to a respective hopper, and wherein each hopper is allocated to an application.
A dose setting mechanism for setting a minimum dose, comprising a first element and a second element; the first element being moveable with respect to the second element; the first element and the second element being coupled by a ratchet mechanism allowing motion of the first element with respect to the second element from a first position to a second position only in a first direction while preventing motion in a second direction that is opposite to the first direction; once passing the second position, the first element being moveable with respect to the second element in the first direction and in the second direction, wherein the first element comprises a sleeve-shaped main body coupled to the second element by a threaded connection, wherein the ratchet mechanism comprises a ratchet means including a multitude of teeth that is comprised by one of the first element and the second element, and a pawl (205, 207) that is comprised by the other one of the first element and the second element, wherein the multitude of teeth is arranged in a helical line between a first pawl position and a second pawl position, the pawl (205, 207) being moveable along the multitude of teeth from the first pawl position to the second pawl position when the first element moves with respect to the second element from the first position to the second position and wherein the pawl (205, 207) is moveable along a return path from the second pawl position to the first pawl position, bypassing the multitude of teeth, once the first element has passed the second position. a first element and a second element; the first element being moveable with respect to the second element; the first element and the second element being coupled by a ratchet mechanism allowing motion of the first element with respect to the second element from a first position to a second position only in a first direction while preventing motion in a second direction that is opposite to the first direction; once passing the second position, the first element being moveable with respect to the second element in the first direction and in the second direction, wherein the first element comprises a sleeve-shaped main body coupled to the second element by a threaded connection, wherein the ratchet mechanism comprises a ratchet means including a multitude of teeth that is comprised by one of the first element and the second element, and a pawl (205, 207) that is comprised by the other one of the first element and the second element, wherein the multitude of teeth is arranged in a helical line between a first pawl position and a second pawl position, the pawl (205, 207) being moveable along the multitude of teeth from the first pawl position to the second pawl position when the first element moves with respect to the second element from the first position to the second position and wherein the pawl (205, 207) is moveable along a return path from the second pawl position to the first pawl position, bypassing the multitude of teeth, once the first element has passed the second position.
A method for transmitting data performed by a trusted WLAN access gateway, TWAG, in a Broadband Forum, BBF, access network, said method comprising: the TWAG receiving, via an attachment request message, a fixed network gateway identity sent by a fixed network gateway in the BBF access network; and the TWAG sending to the fixed network gateway, according to the fixed network gateway identity, a downlink data packet which is sent to the TWAG by a packet data network gateway, P-GW, in a 3GPP core network; wherein the TWAG sending to the fixed network gateway, according to the fixed network gateway identity, the downlink data packet which is sent to the TWAG by the packet data network gateway, P-GW, comprises: after receiving the fixed network gateway identity, the TWAG establishing a corresponding relationship between the fixed network gateway identity and a tunnel between the TWAG and the P-GW, wherein the establishment of the tunnel is triggered by the attachment message request; and after the downlink data packet arrives at the TWAG via the tunnel, the TWAG sending the downlink data packet to the fixed network gateway according to the corresponding relationship. the TWAG receiving, via an attachment request message, a fixed network gateway identity sent by a fixed network gateway in the BBF access network; and the TWAG sending to the fixed network gateway, according to the fixed network gateway identity, a downlink data packet which is sent to the TWAG by a packet data network gateway, P-GW, in a 3GPP core network; wherein the TWAG sending to the fixed network gateway, according to the fixed network gateway identity, the downlink data packet which is sent to the TWAG by the packet data network gateway, P-GW, comprises: after receiving the fixed network gateway identity, the TWAG establishing a corresponding relationship between the fixed network gateway identity and a tunnel between the TWAG and the P-GW, wherein the establishment of the tunnel is triggered by the attachment message request; and after the downlink data packet arrives at the TWAG via the tunnel, the TWAG sending the downlink data packet to the fixed network gateway according to the corresponding relationship. after receiving the fixed network gateway identity, the TWAG establishing a corresponding relationship between the fixed network gateway identity and a tunnel between the TWAG and the P-GW, wherein the establishment of the tunnel is triggered by the attachment message request; and after the downlink data packet arrives at the TWAG via the tunnel, the TWAG sending the downlink data packet to the fixed network gateway according to the corresponding relationship.
A packaging container for accommodating a stored object having a protection target portion to be avoided from contact when taken out and a graspable portion that can be grasped, the packaging container comprising: a container body having a recess (14, 42, 68) formed in a shape corresponding to the stored object and configured to accommodate the stored object and a sticking portion formed in a plane shape in a part surrounding a periphery of the recess; and a sealing film peelably stuck to the sticking portion to seal the recess (14, 42, 68), wherein the sealing film is bonded to the sticking portion via a seal portion extending along a periphery of the recess, and the seal portion has a difficult-to-peel portion (46, 74) formed in a part surrounding a part of the recess foreseen for the protection target portion of the stored object to be accommodated in the recess (14, 42, 68), and bonded with a strength relatively strong, and an easy-to-peel portion (48, 76) formed in a part surrounding a part of the recess foreseen for the graspable portion of the stored object to be accommodated in the recess (14, 42, 68), and bonded with a strength relatively weaker than that with the difficult-to-peel portion (46, 74), characterized in that the easy-to-peel portion (48, 76) has two parallel linear patterns (48a, 48b) as the seal portion. a container body having a recess (14, 42, 68) formed in a shape corresponding to the stored object and configured to accommodate the stored object and a sticking portion formed in a plane shape in a part surrounding a periphery of the recess; and a sealing film peelably stuck to the sticking portion to seal the recess (14, 42, 68), wherein the sealing film is bonded to the sticking portion via a seal portion extending along a periphery of the recess, and the seal portion has a difficult-to-peel portion (46, 74) formed in a part surrounding a part of the recess foreseen for the protection target portion of the stored object to be accommodated in the recess (14, 42, 68), and bonded with a strength relatively strong, and an easy-to-peel portion (48, 76) formed in a part surrounding a part of the recess foreseen for the graspable portion of the stored object to be accommodated in the recess (14, 42, 68), and bonded with a strength relatively weaker than that with the difficult-to-peel portion (46, 74), characterized in that the easy-to-peel portion (48, 76) has two parallel linear patterns (48a, 48b) as the seal portion.
Switchgear cabinet arrangement with at least one switchgear cabinet housing, which has a cable inlet on its upper side, which has a guide plate, along which at least one cable, a conductor or a line with a predetermined radius of curvature is introduced into the switchgear cabinet housing, characterised in that the guide plate is formed on a width or depth strut of a rectangular horizontal roof frame of a framework of the switchgear cabinet housing or replaces the width or depth strut.
A vehicular spindle frame comprising: a bracket having a mounting surface and an interface surface, the mounting surface and the interface surface forming a substantially perpendicular angle, characterised in that the interface surface has an arm-slot and the mounting surface comprises a mounting mechanism configured to mount the bracket onto a service jack; further characterised in comprising an adapter arm, the adapter arm operable to be inserted through the arm-slot and operable to be positioned within the arm-slot along a direction substantially perpendicular to the interface surface; a positioning nut operable to engage the adapter arm and operable to set a position of the adapter arm in a direction substantially perpendicular to the interface surface when the adapter arm is inserted through the arm-slot; and a stud washer coupled to the adapter arm such that the adapter arm defines an axis about which the stud washer may rotate, the stud washer operable to receive a stud of a vehicular spindle from a variety of studs having different diameters and geometric designs. a bracket having a mounting surface and an interface surface, the mounting surface and the interface surface forming a substantially perpendicular angle, characterised in that the interface surface has an arm-slot and the mounting surface comprises a mounting mechanism configured to mount the bracket onto a service jack; further characterised in comprising an adapter arm, the adapter arm operable to be inserted through the arm-slot and operable to be positioned within the arm-slot along a direction substantially perpendicular to the interface surface; a positioning nut operable to engage the adapter arm and operable to set a position of the adapter arm in a direction substantially perpendicular to the interface surface when the adapter arm is inserted through the arm-slot; and a stud washer coupled to the adapter arm such that the adapter arm defines an axis about which the stud washer may rotate, the stud washer operable to receive a stud of a vehicular spindle from a variety of studs having different diameters and geometric designs.
Computer implemented method for lateral control of a vehicle, the method comprising the following steps carried out by computer hardware components: - determining a location error of the vehicle; - determining an orientation error of the vehicle; - determining a cost function based on the location error and the orientation error using a circular transformation; and - processing the cost function in a model predictive controller to control the vehicle laterally; wherein the cost function comprises an integral over an error term, wherein the error term involves both the location error and the orientation error, the method being characterized in that the error term comprises a product based on the location error and the orientation error. the method comprising the following steps carried out by computer hardware components: - determining a location error of the vehicle; - determining an orientation error of the vehicle; - determining a cost function based on the location error and the orientation error using a circular transformation; and - processing the cost function in a model predictive controller to control the vehicle laterally; - determining a location error of the vehicle; - determining an orientation error of the vehicle; - determining a cost function based on the location error and the orientation error using a circular transformation; and - processing the cost function in a model predictive controller to control the vehicle laterally; wherein the cost function comprises an integral over an error term, wherein the error term involves both the location error and the orientation error, the method being characterized in that the error term comprises a product based on the location error and the orientation error.