mhurhangee/ep-ind-claims huggingface dataset:
A set of panels comprising a first panel with a first main plane and a second panel with a second main plane, wherein the first and the second panel comprise a mechanical locking device which is configured for locking a first edge of the first panel to a second edge of the second panel at a junction plane such that a first outer corner of the first panel and a second outer corner of the second panel contact one another when the first edge and the second edge are locked at the junction plane, wherein the first main plane is essentially perpendicular to the second main plane and the junction plane is extending between the first main plane and the second main plane, wherein the mechanical locking device comprises: at the first edge, an edge tongue which extends from the junction plane and at the second edge, an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is perpendicular to the first main plane, characterized in that the mechanical locking device comprises a dowel at the first edge and a dowel groove at the second edge, that the dowel is configured to cooperate with the dowel groove, that a centreline of the dowel is positioned at a first distance in the first direction from the first outer corner of the first panel, that a centreline of the dowel groove is positioned at a second distance in the first direction from the second outer corner of the second panel, and that the second distance is greater than the first distance. at the first edge, an edge tongue which extends from the junction plane and at the second edge, an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is perpendicular to the first main plane, characterized in that the mechanical locking device comprises a dowel at the first edge and a dowel groove at the second edge, that the dowel is configured to cooperate with the dowel groove, that a centreline of the dowel is positioned at a first distance in the first direction from the first outer corner of the first panel, that a centreline of the dowel groove is positioned at a second distance in the first direction from the second outer corner of the second panel, and that the second distance is greater than the first distance.
A naltrexone implantable tablet composition comprising naltrexone in an amount of 500 to 2000 mg, wherein the composition is devoid of Magnesium salts and corticosteroids; wherein, the composition comprises Naltrexone embedded in biodegradable polymers/polyesters along with a copolymer and a lubricant to provide a controlled amount of the naltrexone over a period of 3 months or more; and wherein the copolymer is based on methacrylic acid or methacrylic/acrylic. wherein, the composition comprises Naltrexone embedded in biodegradable polymers/polyesters along with a copolymer and a lubricant to provide a controlled amount of the naltrexone over a period of 3 months or more; and wherein the copolymer is based on methacrylic acid or methacrylic/acrylic.
An actuator for an electric toothbrush, comprising: a housing having an inner surface and a principal axis extending longitudinally through the center of the housing, and having a sequence of more than one magnet, disposed along the inner surface of the housing; and a spindle disposed within the housing and having a pole assembly arranged in a radial configuration about the spindle, wherein the spindle and the pole assembly are configured, structured, and/or positioned to form an asymmetrical magnet gap between members of the pole assembly and the magnets, such that the spindle and the pole assembly are subjected to a bias force (F2/F2'). a housing having an inner surface and a principal axis extending longitudinally through the center of the housing, and having a sequence of more than one magnet, disposed along the inner surface of the housing; and a spindle disposed within the housing and having a pole assembly arranged in a radial configuration about the spindle, wherein the spindle and the pole assembly are configured, structured, and/or positioned to form an asymmetrical magnet gap between members of the pole assembly and the magnets, such that the spindle and the pole assembly are subjected to a bias force (F2/F2').
Transmission belt, namely a V-belt, V-ribbed belt or toothed belt on an elastomeric or polyurethane basis with a belt backing and at least one tension member, comprising an optically detectable load and wear condition indicator, wherein a recess in the form of a cavity is formed on the belt over a belt portion, which recess accommodates a flat, flexible carrier adapted to the dimensions of the recess, characterized in that the carrier is provided with irreversibly thermochromic pigments or a layer containing irreversibly thermochromic pigments in such a way that a layer containing irreversibly thermochromic pigments is formed on the belt, characterized in that the carrier is provided with irreversibly thermochromic pigments or a layer containing irreversibly thermochromic pigments in such a way that an irreversible color change or an irreversible color conversion takes place at a predeterminable temperature load threshold of the belt.
A printer comprising: a housing; a media cover configured to be moved between an open position and a closed position; a peeler assembly configured to be moved between a peeling position and a non-peeling position; a peeler assembly actuator configured to move the peeler assembly between the peeling position and the non-peeling position, wherein the peeler assembly actuator defines an engaged position corresponding to the peeling position of the peeler assembly and a disengaged position corresponding to the non-peeling position of the peeler assembly; characterized in that the printer further comprises a media cover release actuator configured to release the media cover from the closed position in response to the media cover release actuator being actuated, wherein the media cover release actuator is precluded from being actuated when the peeler assembly actuator is in the engaged position. a housing; a media cover configured to be moved between an open position and a closed position; a peeler assembly configured to be moved between a peeling position and a non-peeling position; a peeler assembly actuator configured to move the peeler assembly between the peeling position and the non-peeling position, wherein the peeler assembly actuator defines an engaged position corresponding to the peeling position of the peeler assembly and a disengaged position corresponding to the non-peeling position of the peeler assembly; characterized in that the printer further comprises a media cover release actuator configured to release the media cover from the closed position in response to the media cover release actuator being actuated, wherein the media cover release actuator is precluded from being actuated when the peeler assembly actuator is in the engaged position.
A preparation method for medical porous tantalum implant material, comprising: mixing an aqueous solution of polyvinyl alcohol and a tantalum powder to form a slurry, injecting the slurry into an organic foam body using pressurization with vibration, and going through steps of drying, degreasing, sintering, cooling and thermal treatment to obtain medical porous tantalum material; wherein a mass concentration of the aqueous solution of polyvinyl alcohol is 2 - 8%, a frequency of the vibration is 20 - 80 times/min; the thermal treatment refers to: under a vacuity of 10 -4 Pa -10 -3 Pa, increasing a temperature to 800 - 900°C at a rate of 10 - 20 °C/min and keeping the temperature for 240 - 480 minutes, then decreasing the temperature to 400°C at a rate of 2 - 5 °C/min and keeping the temperature for 120 - 300 minutes, then cooling down to room temperature at a rate of 18-23 °C/min.
Surface elastic wave resonator comprising a piezoelectric material intended to propagate the surface elastic waves and at least one transducer inserted between a pair of reflectors, said transducer comprising combs of interdigitated electrodes and having a number Nc of electrodes that are connected to a hot spot and an acoustic aperture W, characterized in that the relative permittivity of the piezoelectric material is greater than 15 F.m -1, said transducer having a product Nc.W/fa being greater than 100 μm.MHz -1, where fa is the antiresonance frequency of said resonator.
Polyesters obtained from internal epoxides that are derived from internal olefins comprising 10 to 24 carbon atoms, or from diols that are derived from that internal epoxides, and saturated linear aliphatic dicarboxylic acids comprising 5 to 13 carbon atoms, wherein the polyesters are characterized by a melting point of equal to or below -15°C.
A method to be implemented by a user equipment, UE, the method comprising: receiving, from a serving cell, configuration information for one or more candidate cells; identifying one or more execution conditions for conditional handover, CHO, or conditional primary secondary cell, PSCell, change, CPC, with respect to the one or more candidate cells; characterized in that the method further comprises: detecting a trigger to reduce an uplink transmit power in the serving cell based on a maximum power exposure, MPE, limit; and initiating a handover to a target cell of the one or more candidate cells based on detecting of the trigger without the one or more execution conditions being met. receiving, from a serving cell, configuration information for one or more candidate cells; identifying one or more execution conditions for conditional handover, CHO, or conditional primary secondary cell, PSCell, change, CPC, with respect to the one or more candidate cells; characterized in that the method further comprises: detecting a trigger to reduce an uplink transmit power in the serving cell based on a maximum power exposure, MPE, limit; and initiating a handover to a target cell of the one or more candidate cells based on detecting of the trigger without the one or more execution conditions being met. detecting a trigger to reduce an uplink transmit power in the serving cell based on a maximum power exposure, MPE, limit; and initiating a handover to a target cell of the one or more candidate cells based on detecting of the trigger without the one or more execution conditions being met.
An X-ray generating device comprising: an X-ray tube including a cathode, an anode, and an ion-collecting conductor, the cathode and the anode being sealed inside a vacuum envelope, the ion-collecting conductor being attached to the vacuum envelope so as to be in contact with an internal space of the vacuum envelope, the cathode including an electron source for emitting electrons, the anode being arranged to face the cathode and configured to emit X-rays when the electrons emitted from the electron source are incident; a first DC power supply configured to apply a first DC voltage for supplying emission energy of the electrons to the electron source; a second DC power supply configured to apply a second DC voltage for generating an electric field for making the anode to be high potential between the cathode and the anode; a first current sensor configured to measure a value of a first current (Ii) flowing between the ion-collecting conductor and a node for supplying potential for attracting positive ions in the vacuum envelope; a second current sensor configured to measure a value of a second current (Ie) flowing between the anode and the cathode; and a control circuit configured to generate diagnostic information on a degree of vacuum of the X-ray tube based on a current ratio of the value of the first current (Ii) measured by the first current sensor to the value of the second current (Ie) measured by the second current sensor in a state in which the first DC voltage and the second DC voltage are being applied. an X-ray tube including a cathode, an anode, and an ion-collecting conductor, the cathode and the anode being sealed inside a vacuum envelope, the ion-collecting conductor being attached to the vacuum envelope so as to be in contact with an internal space of the vacuum envelope, the cathode including an electron source for emitting electrons, the anode being arranged to face the cathode and configured to emit X-rays when the electrons emitted from the electron source are incident; a first DC power supply configured to apply a first DC voltage for supplying emission energy of the electrons to the electron source; a second DC power supply configured to apply a second DC voltage for generating an electric field for making the anode to be high potential between the cathode and the anode; a first current sensor configured to measure a value of a first current (Ii) flowing between the ion-collecting conductor and a node for supplying potential for attracting positive ions in the vacuum envelope; a second current sensor configured to measure a value of a second current (Ie) flowing between the anode and the cathode; and a control circuit configured to generate diagnostic information on a degree of vacuum of the X-ray tube based on a current ratio of the value of the first current (Ii) measured by the first current sensor to the value of the second current (Ie) measured by the second current sensor in a state in which the first DC voltage and the second DC voltage are being applied.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a master information block, MIB, that includes an indication that there is no cell-defining synchronization signal block, SSB, on a frequency on which the UE is camped; assigning a lower priority to a reselection procedure for one or more cells on the frequency than for one or more candidate cells on frequencies for which a cell-defining SSB is present based at least in part on the indication that there is no cell-defining SSB on the frequency; and performing the reselection procedure for the one or more cells after the reselection procedure has failed for each of the one or more candidate cells on frequencies for which the cell-defining SSB is present. receiving a master information block, MIB, that includes an indication that there is no cell-defining synchronization signal block, SSB, on a frequency on which the UE is camped; assigning a lower priority to a reselection procedure for one or more cells on the frequency than for one or more candidate cells on frequencies for which a cell-defining SSB is present based at least in part on the indication that there is no cell-defining SSB on the frequency; and performing the reselection procedure for the one or more cells after the reselection procedure has failed for each of the one or more candidate cells on frequencies for which the cell-defining SSB is present.
A handrail suitable for use with an escalator, a moving walkway and/or other transportation apparatus, the handrail comprising: a carcass; a stretch inhibitor within the carcass; and a sliding layer bonded to the carcass, characterized in that at least a portion of the carcass comprises a vapor substance that is in the gas phase dispersed in a solid polymer matrix, and, in use, is at a temperature that is lower than its critical temperature; and wherein the polymer matrix is formed of a first thermoplastic material having a hardness of between about 92 and 98 Shore A. a carcass; a stretch inhibitor within the carcass; and a sliding layer bonded to the carcass, characterized in that at least a portion of the carcass comprises a vapor substance that is in the gas phase dispersed in a solid polymer matrix, and, in use, is at a temperature that is lower than its critical temperature; and
A method comprising: providing a circuit (100, 400, 500) having at least first and second phases (A, B) connected to a load; providing first and second current transformers (CT1, CT2) associated, respectively, to the first and second phases (A, B) to produce currents proportional to the currents in each of the first and second phases (A, B); coupling the first current transformer to a first load; coupling the second current transformer to a second load; applying a single phase power source to the first phase; applying the single phase power source with an inversion to the second phase; coupling a sensing circuit (104, 408) to the first and second current transformers (CT1, CT2); and monitoring, by the sensing circuit (104, 408), signal contributions associated with the first and second current transformers (CT1, CT2) relative to one or more thresholds or trip points to determine an orientation of the respective phases of the first and second current transformers (CT1, CT2). providing a circuit (100, 400, 500) having at least first and second phases (A, B) connected to a load; providing first and second current transformers (CT1, CT2) associated, respectively, to the first and second phases (A, B) to produce currents proportional to the currents in each of the first and second phases (A, B); coupling the first current transformer to a first load; coupling the second current transformer to a second load; applying a single phase power source to the first phase; applying the single phase power source with an inversion to the second phase; coupling a sensing circuit (104, 408) to the first and second current transformers (CT1, CT2); and monitoring, by the sensing circuit (104, 408), signal contributions associated with the first and second current transformers (CT1, CT2) relative to one or more thresholds or trip points to determine an orientation of the respective phases of the first and second current transformers (CT1, CT2).
Side rail for vehicles having a tensile strength in excess of 1400 MPa, said side rail having one end projecting from the safety cage of the vehicle and adapted to carry a bumper, and said projecting end having a portion of lower strength with a yield point of less than 1000 MPa, characterised in that said projecting end extends over a length of at least 0.4 m and has an outermost portion with a tensile strength in excess of 1400 MPa.
Roll stand for rolling a rolled product, preferably a metallic strip, which stand comprises at least one roll (1, 2, 3, 4) and a processing device for processing the surface of the roll (1, 2, 3, 4), wherein the processing device comprises at least one laser processing unit, which is equipped for processing the surface of the roll (1, 2, 3, 4) by means of a laser beam, and an adjusting device, which is equipped for setting the position and/or location of the laser processing unit relative to the surface of the roll (1, 2, 3, 4), and the processing device further comprises at least one positioning aid (31, 40, 50) which is adjustable by the adjusting device in common with the laser processing unit, wherein the positioning aid comprises an adjustment unit which is equipped for undertaking fine positioning of the laser processing unit relative to the surface of the roll (1, 2, 3, 4) and/or for ensuring a defined, preferably constant spacing of the laser processing unit relative to the surface of the roll (1, 2, 3, 4) during processing of the roll (1, 2, 3, 4), and the adjustment unit comprises a nozzle which is in fluid connection with a gas source arranged to deliver a gas flow, preferably air flow, in direction towards the roll (1, 2, 3, 4).
An active material comprising a composite oxide having a tetragonal crystal structure and represented by a general formula Li a Ti b Nb 2-2d M c+2d O 2b+5+3c, where M is one selected from the group consisting of W and Mo, 0 < b < 2, 0 < c < 2, 0 ≤ d < 0.5, 0 ≤ a ≤ b+4+3c, 0 < b < 2-2d, and 0 < c < 2-4d.
Assembly for an aircraft, said assembly comprising: - a frame intended to be fixed to a structure of the aircraft, - an instrument panel, fixed to the frame, - a support system comprising an arm of which a first end is fixed to the frame and a tray mounted at a second end of the arm, in which the arm is arranged to displace the tray alternately from a retracted position in which the tray is inside the instrument panel to an extended position in which the tray is behind the instrument panel, and in which the tray comprises a first attachment means, and - a support comprising a second attachment means which cooperates with the first attachment means to removably fix the support onto the tray, and a fixing system intended to ensure the removable fixing of a touch tablet onto the support. - a frame intended to be fixed to a structure of the aircraft, - an instrument panel, fixed to the frame, - a support system comprising an arm of which a first end is fixed to the frame and a tray mounted at a second end of the arm, in which the arm is arranged to displace the tray alternately from a retracted position in which the tray is inside the instrument panel to an extended position in which the tray is behind the instrument panel, and in which the tray comprises a first attachment means, and - a support comprising a second attachment means which cooperates with the first attachment means to removably fix the support onto the tray, and a fixing system intended to ensure the removable fixing of a touch tablet onto the support.
A method for allocating at least one infrastructure resource to at least one virtual network operator, VNO, the method comprising: sending, by a telecom connectivity service provider, TCSP, control element to an Infrastructure Provider, InP, control element, a request for a portion of the resources associated with the InP infrastructure to be allocated to the TCSP control element; receiving, by the TCSP control element, a response from the InP control element providing access to an allocated portion of the requested resources; accessing, by the TCSP control element, the allocated portion of the resources; and communicating, by the TCSP control element, with an upstream control element for providing access to and control of the allocated portion of the resources to the VNO; the method further comprising the TCSP control element and the InP control element exchanging requests and responses until a resource usage policy is agreed to before the TCSP control element accesses the allocated resources; wherein the method is characterized in that the allocated resources comprise a hard slice of resources providing the TCSP with exclusive use of the infrastructure associated with the slice, and/or the allocated resources comprise a soft slice of resources providing the TCSP with an upper limit on use of the infrastructure associated with the slice. sending, by a telecom connectivity service provider, TCSP, control element to an Infrastructure Provider, InP, control element, a request for a portion of the resources associated with the InP infrastructure to be allocated to the TCSP control element; receiving, by the TCSP control element, a response from the InP control element providing access to an allocated portion of the requested resources; accessing, by the TCSP control element, the allocated portion of the resources; and communicating, by the TCSP control element, with an upstream control element for providing access to and control of the allocated portion of the resources to the VNO; the method further comprising the TCSP control element and the InP control element exchanging requests and responses until a resource usage policy is agreed to before the TCSP control element accesses the allocated resources; wherein the method is characterized in that the allocated resources comprise a hard slice of resources providing the TCSP with exclusive use of the infrastructure associated with the slice, and/or the allocated resources comprise a soft slice of resources providing the TCSP with an upper limit on use of the infrastructure associated with the slice.