mhurhangee/ep-ind-claims huggingface dataset:
A method, performed within a wireless radio device, of automatically configuring operating parameters of said wireless radio device, comprising: determining a geographic location of the wireless radio device; determining the regulatory domain in which the wireless radio device is located based on the geographic location of the wireless radio device, wherein the regulatory domain is determined by: requesting regulatory domain information from a server, the request comprising the geographic location of the wireless radio device, at least one regulatory domain supported by the wireless radio device and a certification ID associated with each regulatory domain; and receiving an identification of the regulatory domain in which the wireless radio device is located from the server in response to the request if the server determines that the wireless radio device is certified for the regulatory domain in which the wireless radio device is located; receiving configuration parameters associated with the determined regulatory domain from the server in response to the request; and configuring the operating parameters of the wireless radio device in accordance with the received configuration parameters associated with the determined regulatory domain. requesting regulatory domain information from a server, the request comprising the geographic location of the wireless radio device, at least one regulatory domain supported by the wireless radio device and a certification ID associated with each regulatory domain; and receiving an identification of the regulatory domain in which the wireless radio device is located from the server in response to the request if the server determines that the wireless radio device is certified for the regulatory domain in which the wireless radio device is located;
A handheld electric tool comprising an actuator acting by means of a connecting rod on a movable element configured to perform, under the action of the actuator, a work stroke in a first direction and a return stroke in a second direction opposite the first direction, in which the actuator is used to provide a work force during the work stroke and a return force substantially smaller than the work force during the return stroke, and in which the work force is transmitted by pushing the movable element, characterized in that the actuator is connected to the connecting rod via a first linkage of ball joint type (60, 75b) and to a guide element via a second linkage of ball joint type (75a, 80), which is concentric with said first linkage (60, 75b).
A device for providing stimulation to an inferior nodal extension, said device comprising: - a lead having a distal portion and a proximal portion, wherein the distal portion includes first and second electrodes (112a,112b) adapted to either deliver a pacing signal while functioning as a pacing electrode or to monitor a ventricular rate while functioning as a sensing electrode; and - characterised in that the device further comprises a screw portion located at the distal portion of the lead, wherein the screw portion extends from a tip of the lead at the distal portion and extends past the first and second electrodes (112a,112b) towards the proximal portion, - a circuit operable to selectively function in either a sensing mode or a pacing mode, the circuit being electrically coupled to the electrodes and adapted to determine which of the electrodes (112a,112b) has the most robust slow pathway signal, then deliver the pacing signal to the electrode having the most robust slow pathway signal, thereby switching the electrode having the most robust slow pathway signal from functioning as the sensing electrode to functioning as the pacing electrode. - a lead having a distal portion and a proximal portion, wherein the distal portion includes first and second electrodes (112a,112b) adapted to either deliver a pacing signal while functioning as a pacing electrode or to monitor a ventricular rate while functioning as a sensing electrode; and - characterised in that the device further comprises a screw portion located at the distal portion of the lead, wherein the screw portion extends from a tip of the lead at the distal portion and extends past the first and second electrodes (112a,112b) towards the proximal portion, - a circuit operable to selectively function in either a sensing mode or a pacing mode, the circuit being electrically coupled to the electrodes and adapted to determine which of the electrodes (112a,112b) has the most robust slow pathway signal, then deliver the pacing signal to the electrode having the most robust slow pathway signal, thereby switching the electrode having the most robust slow pathway signal from functioning as the sensing electrode to functioning as the pacing electrode.
Optical revolution counter associated with a rotary disc of an angular sensor provided with means for encoding the angular position of the disc, characterised in that it comprises at least one fixed coherent light source emitting a light beam, a diaphragm and a support set in motion by the rotation of the encoding disc, said support comprising, on its face facing the incident beam, at least one cell for encoding its displacement oriented in the direction of said displacement and generating an optical code by interference with the incident light beam, said optical code being readable after interference on at least one photodetector.
A process for transitioning from a first continuous polymerization reaction in a gas phase reactor conducted in the presence of a first catalyst to a second polymerization reaction conducted in the presence of a second catalyst in the gas phase reactor wherein the first and second catalysts are incompatible, the process comprising: (a) discontinuing the introduction of the first catalyst from a first catalyst feeding system into a reactor; (b) introducing a catalyst killer to at least partially deactivate the first catalyst in the reactor (c) introducing into the reactor a second catalyst from a second catalyst feeding system separate from the first catalyst feeding system. (a) discontinuing the introduction of the first catalyst from a first catalyst feeding system into a reactor; (b) introducing a catalyst killer to at least partially deactivate the first catalyst in the reactor (c) introducing into the reactor a second catalyst from a second catalyst feeding system separate from the first catalyst feeding system.
Safety system comprising: a load detection sensor (5, 7, 9) retrofitable on a safety hook, a transmitter arranged to convey a load status signal; processing means for analysing the load status signal; a receiver for receiving the load status signal and being operably connected to the processing means; warning means arranged to generate notifications; and a power source for providing energy to the transmitter, the receiver, and the processing means; characterised in that the load detection sensor (5, 7, 9) is retrofitable on a safety hook by being mounted on to or shrink wrapped on to a safety hook without altering structural integrity thereof, and in that, in use, the load detection sensor (5, 7, 9) generates a load status signal, which load status signal is sent by the transmitter to the receiver and then analysed by the processing means to allow the warning means to generate notifications, wherein the warning means provides a first notification when a load is undetected or the safety hook is connected to a safety line, and a second notification signal when a load greater than a predetermined threshold is detected or the safety hook is disconnected. a load detection sensor (5, 7, 9) retrofitable on a safety hook, a transmitter arranged to convey a load status signal; processing means for analysing the load status signal; a receiver for receiving the load status signal and being operably connected to the processing means; warning means arranged to generate notifications; and a power source for providing energy to the transmitter, the receiver, and the processing means;
A method for determining a spatial reuse parameter field in a physical layer protocol data unit, comprising: sending, by an access point, AP, a trigger frame, wherein the trigger frame is used to trigger a station to send an EHT TB PPDU, and a special user information field of the trigger frame comprises a first field and a second field; and receiving, by the AP, the EHT TB PPDU sent by the station, wherein a value indicated by an SRP1 field in a U-SIG of the EHT TB PPDU is set to a value indicated by the first field, and a value indicated by an SRP2 field in the U-SIG of the EHT TB PPDU is set to a value indicated by the second field. sending, by an access point, AP, a trigger frame, wherein the trigger frame is used to trigger a station to send an EHT TB PPDU, and a special user information field of the trigger frame comprises a first field and a second field; and receiving, by the AP, the EHT TB PPDU sent by the station, wherein a value indicated by an SRP1 field in a U-SIG of the EHT TB PPDU is set to a value indicated by the first field, and a value indicated by an SRP2 field in the U-SIG of the EHT TB PPDU is set to a value indicated by the second field.
Hob cutter arrangement with a tool body (2.1) which is at least partially formed from a cutting material, and which has a continuous axial bore (2.6), conical bore sections (2.7) forming both ends of the axial bore (2.6), an end shank piece (2.2, 2.3), respectively, at each end of the tool body (2.1), adapted for coupling with the hobbing machine, and which has a conical section (2.25) inserted fittingly into the conical bore section (2.7), and which has a radial flange (2.19) which can be placed against the end face (2.8) of the tool body (2.1) when the section (2.25) is seated in the bore section (2.7), and which end shank piece (2.2, 2.3) has a shaft section on the side of the flange (2.19) opposite the conical section (2.25) for clamping in a machine tool, with an axle (2.10) connecting the end shank pieces (2.2, 2.3), which is adapted to clamp the end shank pieces (2.2, 2.3) together and bias the conical sections (2.25) into the bore sections (2.7), and which is provided with at least partly threaded end sections (2.13), characterized in that at least one of the end shank pieces (2.2, 2.3) is provided with an axial blind hole (2.14) for insertion of an end section (2.13) of the axle (2.10) and which is provided with a complementary thread to the axle (2.10), and that elastic elements (2.20) are clamped between the front sides of a center section (2.26) with the greatest diameter of the axle (2.10) and the foremost front sides of the cone sections (2.25) of the end shank pieces (2.2, 2.3), the elastic elements (2.20) biasing the shank pieces (2.2, 2.3) with a force acting away from the center section (2.26) of the axle (2.10).
ANAMORPHIC LENS of the type used to horizontally compress images formed by a plurality of optical surfaces, spherical, aspherical, cylindrical, etc., aligned in a common optical axis and in which the anamorphic part is positioned behind the iris of the lens, at the image side, CHARACTERIZED in that it comprises - a first group of lenses, - an iris or stop, - the anamorphic part is positioned immediately behind said stop or iris, from where the rays exit collimated or practically collimated, - the anamorphic part being composed of two groups A and B of cylindrical lenses, - said group A of cylindrical lenses being aligned in one direction and said group B of cylindrical lenses being aligned 90° relative to the previous group A, - the rays enter and exit group A substantially collimated, - said cylindrical group B is positioned behind group A and is composed of at least two cylindrical lenses (11 and 14), the first cylindrical lens being convergent and the second cylindrical lens being divergent, - said group A horizontally compresses the images and said group B vertically stretches them. - a first group of lenses, - an iris or stop, - the anamorphic part is positioned immediately behind said stop or iris, from where the rays exit collimated or practically collimated, - the anamorphic part being composed of two groups A and B of cylindrical lenses, - said group A of cylindrical lenses being aligned in one direction and said group B of cylindrical lenses being aligned 90° relative to the previous group A, - the rays enter and exit group A substantially collimated, - said cylindrical group B is positioned behind group A and is composed of at least two cylindrical lenses (11 and 14), the first cylindrical lens being convergent and the second cylindrical lens being divergent, - said group A horizontally compresses the images and said group B vertically stretches them.
A method for beam management, the method comprising: determining, by a network node, a first transmit, TX, beam for use in communicating with a first user equipment, UE; determining, by the network node, a second TX beam for use in communicating with a second UE; and performing a procedure to allow the first UE to evaluate different receive beams and to select an RX beam for use by the first UE in receiving signals transmitted by the network node, wherein the procedure comprises: transmitting to the first UE a first message comprising information that a) identifies a first resource that will be used to transmit a reference signal, RS2, for a second UE, b) causes the first UE to treat RS2 for the second UE as an interfering signal, c) identifies a second resource that will be used to transmit another reference signal, RS1, and d) causes the first UE to not treat RS1 as an interfering signal, wherein the first resource is different than the second resource; transmitting RS1 using the first TX beam; and transmitting RS2 using the second TX beam. determining, by a network node, a first transmit, TX, beam for use in communicating with a first user equipment, UE; determining, by the network node, a second TX beam for use in communicating with a second UE; and performing a procedure to allow the first UE to evaluate different receive beams and to select an RX beam for use by the first UE in receiving signals transmitted by the network node, wherein the procedure comprises: transmitting to the first UE a first message comprising information that a) identifies a first resource that will be used to transmit a reference signal, RS2, for a second UE, b) causes the first UE to treat RS2 for the second UE as an interfering signal, c) identifies a second resource that will be used to transmit another reference signal, RS1, and d) causes the first UE to not treat RS1 as an interfering signal, wherein the first resource is different than the second resource; transmitting RS1 using the first TX beam; and transmitting RS2 using the second TX beam. transmitting to the first UE a first message comprising information that a) identifies a first resource that will be used to transmit a reference signal, RS2, for a second UE, b) causes the first UE to treat RS2 for the second UE as an interfering signal, c) identifies a second resource that will be used to transmit another reference signal, RS1, and d) causes the first UE to not treat RS1 as an interfering signal, wherein the first resource is different than the second resource; transmitting RS1 using the first TX beam; and transmitting RS2 using the second TX beam.
Furniture fittings for operation or for positioning-power transmission between furniture parts, preferably for the adjustment of pivotable leaf sections (54, 55) of extendable tables, wherein - the fitting of a first leaf that is preferably slidably guided in a housing in one direction, and a second leaf, in addition to the first leaf, that is displaceable in a direction extending at an angle to the first direction, preferably perpendicularly, wherein the two leaves (3, 4) can be locked in predetermined positions, and wherein - the first leaf and the second leaf face each other, interact with one another, and have sliding or positioning surfaces (17, 18) that can be laid against one another, characterised in that for displacement of the first leaf, the second leaf is adjustable perpendicularly to the direction of movement of the first leaf via the sliding or positioning surfaces (17, 18), and - the second leaf is preferably formed as a toothed rack preferably on its side facing away from the first leaf, or carries a driving part, preferably a toothed rack. - the fitting of a first leaf that is preferably slidably guided in a housing in one direction, and a second leaf, in addition to the first leaf, that is displaceable in a direction extending at an angle to the first direction, preferably perpendicularly, wherein the two leaves (3, 4) can be locked in predetermined positions, and wherein - the first leaf and the second leaf face each other, interact with one another, and have sliding or positioning surfaces (17, 18) that can be laid against one another, characterised in that for displacement of the first leaf, the second leaf is adjustable perpendicularly to the direction of movement of the first leaf via the sliding or positioning surfaces (17, 18), and - the second leaf is preferably formed as a toothed rack preferably on its side facing away from the first leaf, or carries a driving part, preferably a toothed rack.
A method for automatically redacting a digital image containing sensitive information and associated with a predetermined document type of a plurality of predetermined document types, the method comprising: accessing a saved digital image; selecting a cell division pattern associated with the predetermined document type of the digital image; dividing the digital image into a plurality of image cells according to the predetermined cell division pattern; assigning a cell identifier to each of the plurality of image cells; receiving a designation of one or more image cells of the plurality of image cells that includes sensitive information; editing the one or more image cells of the digital image to alter or change the appearance of image fragments within the one or more image cells so that the sensitive information is not legible to an ordinary observer; and leaving image cells of the plurality of image cells not included in the one or more image cells unmodified; wherein the editing to alter or change the appearance of the image fragments is based on one of a plurality of alteration techniques, the alteration techniques including: blurring, shading, crossing out, drawing a line through, pixelating, greying out, or masking. accessing a saved digital image; selecting a cell division pattern associated with the predetermined document type of the digital image; dividing the digital image into a plurality of image cells according to the predetermined cell division pattern; assigning a cell identifier to each of the plurality of image cells; receiving a designation of one or more image cells of the plurality of image cells that includes sensitive information; editing the one or more image cells of the digital image to alter or change the appearance of image fragments within the one or more image cells so that the sensitive information is not legible to an ordinary observer; and leaving image cells of the plurality of image cells not included in the one or more image cells unmodified; wherein the editing to alter or change the appearance of the image fragments is based on one of a plurality of alteration techniques, the alteration techniques including: blurring, shading, crossing out, drawing a line through, pixelating, greying out, or masking.
A surgical drill guide (10, 30) aimed at locating an ideal position for dental implants in edentulous patients, comprising: a surgical guide apparatus comprising a surgical stent material from metal or other rigid material from which the surgical guides are made and having a negative contact surface to be fitted on and retained over soft tissue of a patient in a fully edentulous upper or lower jaw, wherein the surgical guide apparatus for the upper jaw is generally fan-shaped and whereas the surgical guide apparatus for the lower jaw is U-shaped and they correspond to a form and contour of the upper or lower jaw of the patient, respectively, wherein the surgical guide apparatus containing a major perforated L track where the dental implant is to be inserted; and the major extending perforated L track comprising supplemental short slot channels with extended positions corresponding to the natural position of absent teeth and wherein said supplemental short slot channels extend to buccal and lingual sides positioning of all fourteen teeth in the upper or lower jaws. a surgical guide apparatus comprising a surgical stent material from metal or other rigid material from which the surgical guides are made and having a negative contact surface to be fitted on and retained over soft tissue of a patient in a fully edentulous upper or lower jaw, wherein the surgical guide apparatus for the upper jaw is generally fan-shaped and whereas the surgical guide apparatus for the lower jaw is U-shaped and they correspond to a form and contour of the upper or lower jaw of the patient, respectively, wherein the surgical guide apparatus containing a major perforated L track where the dental implant is to be inserted; and the major extending perforated L track comprising supplemental short slot channels with extended positions corresponding to the natural position of absent teeth and wherein said supplemental short slot channels extend to buccal and lingual sides positioning of all fourteen teeth in the upper or lower jaws.
A trash can assembly comprising: a body comprising an interior cavity, the body having an upper opening through which refuse can be inserted into the interior cavity; a lid pivotable with respect to the body from a closed to an open position; and a trim ring pivotable with respect to the body from a closed to an open position, the trim ring comprising at least an exterior panel and an interior panel, the exterior and interior panels (340,350) are formed of different materials, wherein the exterior panel is made of a metal and the interior panel is made of a plastic, wherein the exterior and interior panels (340,350) are attached by curling an edge (352,354) of the exterior panel around an edge of the interior panel. a body comprising an interior cavity, the body having an upper opening through which refuse can be inserted into the interior cavity; a lid pivotable with respect to the body from a closed to an open position; and a trim ring pivotable with respect to the body from a closed to an open position, the trim ring comprising at least an exterior panel and an interior panel, the exterior and interior panels (340,350) are formed of different materials, wherein the exterior panel is made of a metal and the interior panel is made of a plastic, wherein the exterior and interior panels (340,350) are attached by curling an edge (352,354) of the exterior panel around an edge of the interior panel.
A compound for use in treating or preventing a disease selected from psoriasis, atopic dermatitis, psoriatic arthritis, arthritis, rheumatoid arthritis, an inflammatory bowel disease, multiple sclerosis, a neurodegenerative disorder, congestive heart failure, stroke, aortic valve stenosis, kidney failure, pancreatitis, allergy, anemia, atherosclerosis, a metabolic disease, a cardiovascular disease, a chemotherapy/radiation related complication, diabetes type I, diabetes type II, a liver disease, a gastrointestinal disorder, an ophthalmological disease, allergic conjunctivitis, diabetic retinopathy, Sjogren's syndrome, uveitis, a pulmonary disorder, a renal disease, HIV-related cachexia, cerebral malaria, ankylosing spondylitis, lupus, dermatitis, leprosy, fibromyalgia, contact dermatitis, eczema, dry eye disease and Behcet's disease in a human or animal, the compound having a structure which is selected from: and or an anhydride, solvate or pharmaceutically acceptable salt thereof.