mhurhangee/ep-ind-claims huggingface dataset:
An energizable surgical attachment configured for engagement about a mechanical clamp, comprising: a clamp sleeve including a first sleeve portion configured to receive a first jaw member of a mechanical clamp and a second sleeve portion configured to receive a second jaw member of a mechanical clamp, each of the first sleeve portion and the second sleeve portion defining an open proximal end, an enclosed distal end, a lumen extending longitudinally therethrough, and an inner surface; a first electrically-conductive plate operably associated with the inner surface of the first sleeve portion; a second electrically-conductive plate operably associated with the inner surface of the second sleeve portion; an electro surgical cable; a connector coupling the electrosurgical cable to each of the first and second electrically-conductive plates; and a cable management hub disposed about the electrosurgical cable and configured to releasably couple to a mechanical clamp. a clamp sleeve including a first sleeve portion configured to receive a first jaw member of a mechanical clamp and a second sleeve portion configured to receive a second jaw member of a mechanical clamp, each of the first sleeve portion and the second sleeve portion defining an open proximal end, an enclosed distal end, a lumen extending longitudinally therethrough, and an inner surface; a first electrically-conductive plate operably associated with the inner surface of the first sleeve portion; a second electrically-conductive plate operably associated with the inner surface of the second sleeve portion; an electro surgical cable; a connector coupling the electrosurgical cable to each of the first and second electrically-conductive plates; and a cable management hub disposed about the electrosurgical cable and configured to releasably couple to a mechanical clamp.
A hearing device, comprising a first housing for being worn at and/or in a first ear of a user, and a processing unit configured to control functionality of the hearing device, characterized in that, the hearing device further comprises a first radar sensor configured for obtaining first radar data indicative of a difference in the orientation of a head of the user and a further body part of the user, an orientation sensor configured for obtaining orientation data regarding a head orientation of the user, and wherein the processing unit is further configured to: • receive the first radar data from the first radar sensor, • receive the orientation data from the orientation sensor, • determine, based on the orientation data, the head orientation of the user, • output the head orientation of the user, • determine, based on the first radar data, a first relative orientation, wherein the first relative orientation is a difference in the orientation of the head of the user and the further body part of the user, • outputting the first relative orientation, and • based on the first relative orientation, calibrate the orientation sensor. • receive the first radar data from the first radar sensor, • receive the orientation data from the orientation sensor, • determine, based on the orientation data, the head orientation of the user, • output the head orientation of the user, • determine, based on the first radar data, a first relative orientation, wherein the first relative orientation is a difference in the orientation of the head of the user and the further body part of the user, • outputting the first relative orientation, and • based on the first relative orientation, calibrate the orientation sensor.
Root assembly of a wind turbine blade for a wind turbine, whereby (a) a root portion of the root assembly comprises at least two root segments being joined together at root segment interfaces formed between the at least two root segments, (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts, (c) each of the multiple bolts is connected to one of a multiple of bolted connection means (11, 13) fixedly arranged within the root segments such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion and the bolted connection means (11, 13) are arranged adjacent to each other along the circumference of the root portion, and (d) adjacent bolted connection means (11, 13) are offset from one another in a way such that they are provided at different distances from the root attachment face, characterized in that, in at least one of an interface pair of bolted connection means (11, 13), wherein the bolted connection means (11, 13) of the at least one interface pair are provided within different root segments of the at least two root segments and are arranged closest to the root segment interface between the different root segments, the two bolted connection means (11, 13) of the at least one interface pair are provided at the same distance from the root attachment face. (a) a root portion of the root assembly comprises at least two root segments being joined together at root segment interfaces formed between the at least two root segments, (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts, (c) each of the multiple bolts is connected to one of a multiple of bolted connection means (11, 13) fixedly arranged within the root segments such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion and the bolted connection means (11, 13) are arranged adjacent to each other along the circumference of the root portion, and (d) adjacent bolted connection means (11, 13) are offset from one another in a way such that they are provided at different distances from the root attachment face,
A method for wireless communications by a user equipment, UE, comprising: receiving rate matching information for a repeated physical broadcast channel, PBCH, transmission in a radio frame, characterized in that the PBCH transmission is repeated in the frequency domain at a band edge of a downlink bandwidth; and processing downlink transmissions in the radio frame, based on the rate matching information. receiving rate matching information for a repeated physical broadcast channel, PBCH, transmission in a radio frame, characterized in that the PBCH transmission is repeated in the frequency domain at a band edge of a downlink bandwidth; and processing downlink transmissions in the radio frame, based on the rate matching information.
Association comprising at least the bacterial strain Streptococcus salivarius DSM 23307, simethicone, and/or PEG-14 dimethicone, and further comprising the bacterial strain Streptococcus oralis 89a.
A sealing joint for passing through walls, which comprises: a tubular body which comprises a threaded portion and an annular flange, the tubular body comprising two open mouths (21, 22), which are open onto a central channel, and being configured to be coupled to at least one duct (C; C1, C2); a threaded ring, which is configured to be engaged by screw coupling on said threaded portion; the annular flange and the threaded ring each comprising a respective annular sealing element (6, 7); the annular sealing elements (6, 7) being arranged on end faces of the annular flange and of the threaded ring which, in the condition in which the joint is assembled, are directed toward a wall which is arranged between the annular flange and the threaded ring and is passed through by the duct (C; C1, C2), wherein the annular sealing elements (6, 7) are made of carbon-graphite, said annular sealing elements being thus provided as multilayer gaskets, each one made up of sheets of graphite with one or two layers of steel arranged between them. a tubular body which comprises a threaded portion and an annular flange, the tubular body comprising two open mouths (21, 22), which are open onto a central channel, and being configured to be coupled to at least one duct (C; C1, C2); a threaded ring, which is configured to be engaged by screw coupling on said threaded portion; the annular flange and the threaded ring each comprising a respective annular sealing element (6, 7); the annular sealing elements (6, 7) being arranged on end faces of the annular flange and of the threaded ring which, in the condition in which the joint is assembled, are directed toward a wall which is arranged between the annular flange and the threaded ring and is passed through by the duct (C; C1, C2), wherein the annular sealing elements (6, 7) are made of carbon-graphite, said annular sealing elements being thus provided as multilayer gaskets, each one made up of sheets of graphite with one or two layers of steel arranged between them.
A cured embolic composition comprising: a hydrogel polymer formed from a diamine and a polyglycidyl ether, wherein the cured embolic composition provides a mechanical property selected from: (i) a specific gravity between 1.15 to over 1.4; (ii) an elastic modulus between 207 kPa (30 psi) and 3.45 MPa (500 psi); and (iii) a strain to failure of 25 percent to 100 percent or more; and wherein the cured embolic composition is biocompatible. (i) a specific gravity between 1.15 to over 1.4; (ii) an elastic modulus between 207 kPa (30 psi) and 3.45 MPa (500 psi); and (iii) a strain to failure of 25 percent to 100 percent or more; and
A power generation element, comprising: a first conductive layer; a second conductive layer; a first member including a first crystal and being provided between the first conductive layer and the second conductive layer, the first crystal having a wurtzite structure; and a second member separated from the first member and provided between the first member and the second conductive layer, a <000-1> direction of the first crystal having a component from the first member toward the second member. a first conductive layer; a second conductive layer; a first member including a first crystal and being provided between the first conductive layer and the second conductive layer, the first crystal having a wurtzite structure; and a second member separated from the first member and provided between the first member and the second conductive layer, a <000-1> direction of the first crystal having a component from the first member toward the second member.
Mobile transportation apparatus which is nestable in a space-saving manner with like transportation apparatuses and has a chassis with longitudinal beams, which carries at least one storage installation for storing items, wherein each storage installation is mounted on the chassis so as to be movable in each case about a horizontal axis and bears on at least one support which is located on the chassis, wherein at least one free space is formed beside each support, and wherein at the front end of the storage installation at least one support element is provided and in the rear region of the transportation apparatus at least one inclined impact face which is downwardly inclined toward the rear and is specified for the at least one support element of a further like transportation apparatus, which may be pushed into a transportation apparatus located in front, to be run thereonto is disposed, characterized in that in the horizontal view of the transportation apparatus and when viewed along the longitudinal direction of the latter each impact face is visualized so as to be plunged into a free space, and in that during nesting of two transportation apparatuses each impact face of the one transportation apparatus utilizes or claims the free space of the other transportation apparatus assigned to said impact face of the one transportation apparatus.
A support structure for a stator of a generator for a wind turbine, wherein the support structure extends along a longitudinal axis and comprises a plurality of carrier elements, each carrier element comprising a base section, a side section and a top section, wherein the base section and the side section are oriented relative to each other at an outer angle (φ) in a range of 70° to 130°, the side section and the top section are oriented relative to each other at an inner angle (θ) in a range of 70° to 130°, the base section is connected to the side section, the side section is connected to the top section, the base section is spaced apart from the top section essentially in a radial direction orthogonal to the longitudinal axis, wherein the base section of at least one carrier element of the plurality of carrier elements is connected to the base section of another one carrier element of the plurality of carrier elements characterized in that a plurality of circumferential connecting elements circumferentially protruding from the base section of one carrier element is connected to another plurality of connecting elements circumferentially protruding from the base section of another carrier element 200 in order to provide a connection between the one and the other carrier element, a plurality of cooling pockets being formed between the connecting elements for cooling air to pass. the base section and the side section are oriented relative to each other at an outer angle (φ) in a range of 70° to 130°, the side section and the top section are oriented relative to each other at an inner angle (θ) in a range of 70° to 130°, the base section is connected to the side section, the side section is connected to the top section, the base section is spaced apart from the top section essentially in a radial direction orthogonal to the longitudinal axis, wherein the base section of at least one carrier element of the plurality of carrier elements is connected to the base section of another one carrier element of the plurality of carrier elements characterized in that a plurality of circumferential connecting elements circumferentially protruding from the base section of one carrier element is connected to another plurality of connecting elements circumferentially protruding from the base section of another carrier element 200 in order to provide a connection between the one and the other carrier element, a plurality of cooling pockets being formed between the connecting elements for cooling air to pass.
Device for non-destructively inspecting, with ultrasound, a structure including a plurality of zones of different geometries, said device including: - an ultrasonic probe for emitting ultrasonic waves in the direction of the structure; - an inspection head to which the probe is attached; - a robot including the inspection head; and - a plurality of terminal elements, each terminal element including an attachment interface that is common to all the terminal elements and a surface that is geometrically specific thereto and that matches one zone of the structure, characterized in that the probe includes a matrix array of elementary transducers (200a, 200b) that can be configured according to a plurality of different activation modes, each activation mode being defined at least by an area that is active on emission and an area that is active on reception; and in that the device includes: - means for selecting a terminal element from the plurality of terminal elements and means for selecting an activation mode from the plurality of activation modes of the probe depending on a geometry of a zone of the structure; - means the commanding an attachment, by the robot, of the selected terminal element to the inspection head; and - means for configuring the probe with the selected activation mode. - an ultrasonic probe for emitting ultrasonic waves in the direction of the structure; - an inspection head to which the probe is attached; - a robot including the inspection head; and - a plurality of terminal elements, each terminal element including an attachment interface that is common to all the terminal elements and a surface that is geometrically specific thereto and that matches one zone of the structure, characterized in that the probe includes a matrix array of elementary transducers (200a, 200b) that can be configured according to a plurality of different activation modes, each activation mode being defined at least by an area that is active on emission and an area that is active on reception; and in that the device includes: - means for selecting a terminal element from the plurality of terminal elements and means for selecting an activation mode from the plurality of activation modes of the probe depending on a geometry of a zone of the structure; - means the commanding an attachment, by the robot, of the selected terminal element to the inspection head; and - means for configuring the probe with the selected activation mode. - means for selecting a terminal element from the plurality of terminal elements and means for selecting an activation mode from the plurality of activation modes of the probe depending on a geometry of a zone of the structure; - means the commanding an attachment, by the robot, of the selected terminal element to the inspection head; and - means for configuring the probe with the selected activation mode.
A quick release and attachment docking system for a handheld terminal, the system comprising: a docking station for being located in or mounted on a vehicle, the docking station having a first magnetic contact comprising an electromagnet, wherein the electromagnet is configured to be coupled to an ignition signal of the engine of the vehicle such that the electromagnet is energized when the vehicle is switched-on and de-energized when the vehicle is switched-off; and a handheld terminal comprising a user interface system and a second magnetic contact, the user interface system comprising a handle configured to be held when operating the handheld terminal; wherein the first magnetic contact and the second magnetic contact are configured to mate with one another by a magnetic force supplied from the electromagnet, magnetically attaching the handheld terminal to the docking station; and wherein de-energization of the first magnetic contact allows the handheld terminal to be released from the docking station, upon detecting an input acting as a release request, the input comprising a radio frequency identification (RFID) tag worn on or near an assigned user's hand being in proximity to the handle, wherein the docking station further includes a mechanical retention port for retaining the handheld terminal on the docking station when the first magnetic contact is de-energized. a docking station for being located in or mounted on a vehicle, the docking station having a first magnetic contact comprising an electromagnet, wherein the electromagnet is configured to be coupled to an ignition signal of the engine of the vehicle such that the electromagnet is energized when the vehicle is switched-on and de-energized when the vehicle is switched-off; and a handheld terminal comprising a user interface system and a second magnetic contact, the user interface system comprising a handle configured to be held when operating the handheld terminal; wherein the first magnetic contact and the second magnetic contact are configured to mate with one another by a magnetic force supplied from the electromagnet, magnetically attaching the handheld terminal to the docking station; and wherein de-energization of the first magnetic contact allows the handheld terminal to be released from the docking station, upon detecting an input acting as a release request, the input comprising a radio frequency identification (RFID) tag worn on or near an assigned user's hand being in proximity to the handle, wherein the docking station further includes a mechanical retention port for retaining the handheld terminal on the docking station when the first magnetic contact is de-energized.
A method of handling network traffic in a communication device, comprising: - receiving incoming downlink data packets via a fixed access in the communication device, the incoming downlink data packets including a first identifier and being marked according to a traffic class they are assigned to, said first identifier including a source address; - detecting outgoing uplink data packets to be transmitted via the fixed access from the communication device, said outgoing uplink data packets including a second identifier, said second identifier including a destination address which is the same as the source address of said first identifier; and - marking the detected outgoing uplink data packets having said second identifier according to the same traffic class as the incoming downlink data packets having said first identifier. - receiving incoming downlink data packets via a fixed access in the communication device, the incoming downlink data packets including a first identifier and being marked according to a traffic class they are assigned to, said first identifier including a source address; - detecting outgoing uplink data packets to be transmitted via the fixed access from the communication device, said outgoing uplink data packets including a second identifier, said second identifier including a destination address which is the same as the source address of said first identifier; and - marking the detected outgoing uplink data packets having said second identifier according to the same traffic class as the incoming downlink data packets having said first identifier.
An electromagnetic contactor, comprising: an upper frame having a fixed contact point and a guide rail; a cross bar comprising a sliding portion sliding on the guide rail, a guide portion positioned within the guide rail, a movable contact point contacting and separating with respect to the fixed contact point while sliding along the guide rail, and a movable core; and a lower frame comprising a fixed core disposed adjacent to the movable core, an excitation coil magnetizing the fixed core by an electromotive force, and a return spring exerting an elastic force to the cross bar, wherein the sliding portion is configured separately from the cross bar, and a material forming the sliding portion has a friction coefficient against the guide rail less than that of the cross bar, characterized in that the sliding portion has a cap shape covering an end of the guide portion, and wherein a plurality of fixed holes are formed on the surface of the sliding portion to prevent the sliding portion from being leaving out of the guide portion, and a plurality of fixed protrusions are inserted through the fixed holes. an upper frame having a fixed contact point and a guide rail; a cross bar comprising a sliding portion sliding on the guide rail, a guide portion positioned within the guide rail, a movable contact point contacting and separating with respect to the fixed contact point while sliding along the guide rail, and a movable core; and a lower frame comprising a fixed core disposed adjacent to the movable core, an excitation coil magnetizing the fixed core by an electromotive force, and a return spring exerting an elastic force to the cross bar, wherein the sliding portion is configured separately from the cross bar, and a material forming the sliding portion has a friction coefficient against the guide rail less than that of the cross bar, characterized in that the sliding portion has a cap shape covering an end of the guide portion, and wherein a plurality of fixed holes are formed on the surface of the sliding portion to prevent the sliding portion from being leaving out of the guide portion, and a plurality of fixed protrusions are inserted through the fixed holes.
Recombinant yeast of the species Kluyveromyces lactis which carries as a foreign gene a gene that codes for a VP2 antigen of the virus of infectious bursitis (IBDV), which is integrated into the yeast genome, and which enables the expression of the VP2 antigen of the virus Infectious Bursitis (IBDV) as a foreign protein, characterised in that this Kluyveromyces lactis strain is selected from: Kluyveromyces lactis DSM 25405, Kluyveromyces lactis DSM 25406, and Kluyveromyces lactis DSM 25407. Kluyveromyces lactis DSM 25405, Kluyveromyces lactis DSM 25406, and Kluyveromyces lactis DSM 25407.