mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a backhaul modem of a relay station transceiver, the relay station transceiver comprising the backhaul modem for communicating with a cellular mobile communication system and a base station transceiver for generating at least one cell of the mobile communication system for communicating with one or more mobile transceivers, the apparatus comprising an interface configured to communicate with the base station transceiver; and a control module configured to control a set of cells of the mobile communication system the backhaul modem associates with; prevent associating with the at least one cell of the base station transceiver by communicating with the base station transceiver using the interface, wherein the control module is configured to receive information related to an identification of the at least one cell generated by the base station transceiver from the base station transceiver through the interface, or wherein the control module is configured to provide information related to an identification of the backhaul modem to the base station transceiver through the interface. prevent associating with the at least one cell of the base station transceiver by communicating with the base station transceiver using the interface, wherein the control module is configured to receive information related to an identification of the at least one cell generated by the base station transceiver from the base station transceiver through the interface, or wherein the control module is configured to provide information related to an identification of the backhaul modem to the base station transceiver through the interface.
A pressure equalization vent for use in an aircraft assembly, said pressure equalization vent comprising: an opening having a first end and a second end opposite said first end, and a first side and a second side opposite said first side; and a plurality of louvers positioned within the opening, each louver positioned a predetermined distance (d) from an adjacent louver to form a gap therebetween, each said louver comprising an airfoil-shaped cross-section configured to increase airflow efficiency across said vent, wherein each said louver comprises a leading surface and a trailing surface, characterised in that said leading surface comprises a first planar surface configured to be angled away from an exterior surface of the aircraft assembly from said leading surface to said trailing surface, said first planar surface being configured to deflect incoming airflow away from said vent to reduce airflow entering said vent. an opening having a first end and a second end opposite said first end, and a first side and a second side opposite said first side; and a plurality of louvers positioned within the opening, each louver positioned a predetermined distance (d) from an adjacent louver to form a gap therebetween, each said louver comprising an airfoil-shaped cross-section configured to increase airflow efficiency across said vent, wherein each said louver comprises a leading surface and a trailing surface, characterised in that said leading surface comprises a first planar surface configured to be angled away from an exterior surface of the aircraft assembly from said leading surface to said trailing surface, said first planar surface being configured to deflect incoming airflow away from said vent to reduce airflow entering said vent.
A motion generator (2, 100, 204, 304, 400, 502, 602, 604, 702) comprising an effector (4, 102, 206, 706) for applying forces, moments and movements to a payload (3, 103, 703) relative to a surface (4, 102, 206, 402, 706) in four or more degrees of freedom, wherein the effector (4, 102, 206, 706) is connected to four, five or six elongate rigid struts (11- 16, 111- 116, 320 A-F, 418, 422, 620), each strut being connected at one end thereof by a first joint (11UJ-16UJ, 111UJ-116UJ, 425) to the effector (4, 102, 206, 402, 706) and being connected at its other end by a second joint (11LJ- 16LJ, 111LJ- 116LJ, 424) to an associated rocker (11R- 16R, 111R-116R, 316A- 316F, 400, 420, 616, 710, 712, 714, 716), the rocker (11R- 16R, 111R- 116R, 316A- 316F, 400, 420, 616, 710, 712, 714, 716) having a pivot axis, such that movement of a rocker (11R- 16R, 111R- 116R, 316A- 316F, 400, 420, 616, 710, 712, 714, 716) about the pivot axis leads to movement of the effector (4, 102, 206, 706), and forces applied to an associated rocker lead to forces being applied to the effector (4, 102, 206, 706), in which the movement of a rocker (11R- 16R, 111R- 116R, 316A- 316F, 400, 420, 616, 710, 712, 714, 716)and forces applied by the rocker (11R- 16R, 111R- 116R, 316A- 316F, 400, 420, 616, 710, 712, 714, 716) are controlled by an actuator (11LA- 16LA, 317A- 317F, 411, 617), characterised in the actuator being in the form of an elongate belt, cable, rope drive, or linear motor arranged to apply a force to a point on an associated rocker away from the pivot axis of the rocker and in which the pivot axes of each rocker (11R- 16R, 111R- 116R, 316A-316F, 400, 420, 616, 710, 712, 714, 716) are fixed relative to each other.
A cryocooler comprising helium-4 which generates a coldness having 4 or lower by expanding helium-4, comprising: an expander which expands high-pressure helium-4; and a compressor which compresses low-pressure helium-4 returned from the expander, generates high-pressure helium-4, and supplies the high-pressure helium-4 to the expander, wherein the compressor is adapted to set, when a temperature of helium-4 in the expander is 2.17 or lower, the pressure of the low-pressure helium-4 equal to or higher than a pressure of a curve in which a volumetric thermal expansion coefficient of helium-4 is 0 in a state diagram of helium-4 in which a horizontal axis is temperature and a vertical axis is pressure. an expander which expands high-pressure helium-4; and a compressor which compresses low-pressure helium-4 returned from the expander, generates high-pressure helium-4, and supplies the high-pressure helium-4 to the expander, wherein the compressor is adapted to set, when a temperature of helium-4 in the expander is 2.17 or lower, the pressure of the low-pressure helium-4 equal to or higher than a pressure of a curve in which a volumetric thermal expansion coefficient of helium-4 is 0 in a state diagram of helium-4 in which a horizontal axis is temperature and a vertical axis is pressure.
A cable tie assembly for anchoring an article to a support structure, said cable tie assembly including: a fastener for being secured to the support member, said fastener including a base member and a retention leg extending from the base member for being received by and secured to a bore defined by the support structure for inhibiting movement of said fastener relative to the support structure; said fastener further including a first hook extending from said base member; a lock housing defining a channel for removeably receiving said base member of said fastener, and having an elongated strap for being wrapped about the article to secure the article to said lock housing; said lock housing further including a second hook for engaging said first hook when said lock housing is received by said channel to secure said fastener to said lock housing; and said lock housing further including a cross-member positioned adjacent to and spaced from said second hook such that said first hook is positioned between said second hook and said cross-member while said fastener is received by said channel of said lock housing to prevent said first hook from moving relative to said second hook to prevent said first and second hooks from being disconnected from one another during the application of external forces to said cable tie assembly. said fastener further including a first hook extending from said base member; a lock housing defining a channel for removeably receiving said base member of said fastener, and having an elongated strap for being wrapped about the article to secure the article to said lock housing; said lock housing further including a second hook for engaging said first hook when said lock housing is received by said channel to secure said fastener to said lock housing; and said lock housing further including a cross-member positioned adjacent to and spaced from said second hook such that said first hook is positioned between said second hook and said cross-member while said fastener is received by said channel of said lock housing to prevent said first hook from moving relative to said second hook to prevent said first and second hooks from being disconnected from one another during the application of external forces to said cable tie assembly.
A bioreactor waste bag comprising: an outer wall and an inner wall enclosing an interior within; a transverse wall dividing said interior into a first and second chamber in fluid communication there-between; the first chamber comprising an inlet connectable to a bioreactor; the second chamber comprising an absorbent material which is capable of converting liquid into a gel; and wherein the transverse wall extends above the inlet to prevent blockage thereof by said absorbent material or said gel, wherein said bag is connected to a bioreactor. an outer wall and an inner wall enclosing an interior within; a transverse wall dividing said interior into a first and second chamber in fluid communication there-between; the first chamber comprising an inlet connectable to a bioreactor; the second chamber comprising an absorbent material which is capable of converting liquid into a gel; and
A loading floor panel for a boot of a vehicle comprising a handle wherein the handle forms a single body with the loading floor panel, wherein the handle comprises a geometry comprising a first wall and a second wall, wherein the first wall comprises an inlet section that forms a first ramp, a first platform and an outlet section in proximity to the second wall, and wherein the second wall comprises an upper section in proximity to the first wall, a second platform, and a lower section, wherein the second platform is arranged at a height equal to or greater than the first platform, so that the handle is configured so that, when inserting a hand through said handle, the inlet section and the first platform of the first wall guide the hand towards the lower section of the second wall, in a space located under the second platform, thus enabling a person to lift the loading floor panel with his hand by pulling up the handle by the second platform thereof.
An individual identification device comprising: a biometric information storage unit adapted to store biometric information on a registrant; a biometric information acquisition unit adapted to acquire biometric information on a subject; an identification unit adapted to calculate a similarity of the biometric information on the subject and the biometric information on the registrant and perform identification of the subject according to whether or not the calculated similarity is equal to or higher than an identification threshold; an identification result storage unit adapted to store identification result information constituted by the similarity calculated by the identification unit and a correct identification result in the identification; and a threshold setting unit adapted to set the identification threshold such that at least either one of a false rejection rate and a false acceptance rate fulfils a predetermined condition in the identification result information stored in the identification result storage unit, characterized in that the threshold setting unit sets the identification threshold each time the identification unit performs the identification a predetermined number of times after the previous identification threshold setting has been performed, and the predetermined number of times is variable and determined to be smaller as a variation in a value of the similarity calculated by the identification unit becomes larger. a biometric information storage unit adapted to store biometric information on a registrant; a biometric information acquisition unit adapted to acquire biometric information on a subject; an identification unit adapted to calculate a similarity of the biometric information on the subject and the biometric information on the registrant and perform identification of the subject according to whether or not the calculated similarity is equal to or higher than an identification threshold; an identification result storage unit adapted to store identification result information constituted by the similarity calculated by the identification unit and a correct identification result in the identification; and a threshold setting unit adapted to set the identification threshold such that at least either one of a false rejection rate and a false acceptance rate fulfils a predetermined condition in the identification result information stored in the identification result storage unit, characterized in that the threshold setting unit sets the identification threshold each time the identification unit performs the identification a predetermined number of times after the previous identification threshold setting has been performed, and the predetermined number of times is variable and determined to be smaller as a variation in a value of the similarity calculated by the identification unit becomes larger.
A tile made of PETG, the tile comprising: a protecting layer; a printing layer; and a filler layer; wherein the protecting layer, the printing layer, and the filler layer are laminated to each other in sequence, and the protecting layer, the printing layer, and the filler layer are made of PETG; and wherein the filler layer comprises calcium carbonate and benzoate. a protecting layer; a printing layer; and a filler layer;
An interference determination apparatus for an articulated robot, comprising: an acquisition unit configured to acquire region information indicating regions that are set in a configuration space in which angles of rotation of two or three specific joints of the articulated robot are indicated by coordinate axes, the regions including an interference region in which the articulated robot interferes with itself or an obstacle, and that is determined based on magnitudes of the angles of rotation of the specific joints and a non-interference region in which the articulated robot does not interfere with itself or an obstacle, and that is determined based on the magnitudes of the angles of rotation of the specific joints; and a determination unit configured to determine whether or not the articulated robot interferes with itself or the obstacle by determining whether coordinates indicating a posture that is determined by the angles of rotation of the specific joints belong to the interference region or the non-interference region that are indicated by the region information acquired by the acquisition unit, characterised by the region information including information indicating a detail determination region as a region that does not belong to the interference region or the non-interference region, the detail determination region being a region in which it is required to determine specifically whether or not self-interference occurs, based on the shapes of links that constitute the articulated robot. an acquisition unit configured to acquire region information indicating regions that are set in a configuration space in which angles of rotation of two or three specific joints of the articulated robot are indicated by coordinate axes, the regions including an interference region in which the articulated robot interferes with itself or an obstacle, and that is determined based on magnitudes of the angles of rotation of the specific joints and a non-interference region in which the articulated robot does not interfere with itself or an obstacle, and that is determined based on the magnitudes of the angles of rotation of the specific joints; and a determination unit configured to determine whether or not the articulated robot interferes with itself or the obstacle by determining whether coordinates indicating a posture that is determined by the angles of rotation of the specific joints belong to the interference region or the non-interference region that are indicated by the region information acquired by the acquisition unit, characterised by the region information including information indicating a detail determination region as a region that does not belong to the interference region or the non-interference region, the detail determination region being a region in which it is required to determine specifically whether or not self-interference occurs, based on the shapes of links that constitute the articulated robot.
A container comprising a first part (20; 120) and second part (16; 116), moveable into engagement with each other, fastening means operable, on moving the parts into engagement, automatically to fasten the two parts together, wherein, in the assembled, closed container, the fastening means is internal to the assembled, closed container such that the fastening means is inaccessible so as to prevent the first part from being released from the second part; characterised in that the fastening means comprises a plurality of resiliently moveable protuberances (26; 150) on the first part (20; 120) and a bearing surface (18; 118) on the second part (16; 116), which surface is, in use, engaged by the protuberances to fasten together the first and second parts so that the fastening means causes the first and second parts to be latched together, in that the bearing surface (18; 118) comprises a lip on the second part and in that the container is a can having a can body constituted by a cylindrical wall and circular base, the top of the wall being curled inward upon itself to provide said lip, said lip being inturned and annular.
Negative electrode for a lithium-ion battery cell, comprising a collector and an electrode layer applied thereon, which has a particulate, silicon-containing active material, wherein the surface of the active material or of the electrode layer is provided with a coating which is deposited on the surface by means of ALD and/or MLD by using at least one precursor selected from the following group: ethylene glycol, glycerol, maleic anhydride, ethanolamine and hydroquinone. a collector and an electrode layer applied thereon, which has a particulate, silicon-containing active material, wherein the surface of the active material or of the electrode layer is provided with a coating which is deposited on the surface by means of ALD and/or MLD by using at least one precursor selected from the following group: ethylene glycol, glycerol, maleic anhydride, ethanolamine and hydroquinone.
A method of operating an electronic device, the method comprising: determining a number of at least one Subscriber Identification Module card slot, SIM card slot, provided in the electronic device (510; 610), each SIM card slot connected to a General Purpose Input Output, GPIO, terminal formed in a processor of the electronic device; storing count data corresponding to the determined number of the at least one SIM card slot in a memory of the electronic device (520; 620); acquiring the count data from the memory; and displaying application information including a Graphical User Interface, GUI, corresponding to the acquired count data through a display connected to the electronic device (540; 630), wherein the determining of the number of the at least one SIM card slot is performed by recognizing a value corresponding to slot information input into each GPIO terminal of the processor. determining a number of at least one Subscriber Identification Module card slot, SIM card slot, provided in the electronic device (510; 610), each SIM card slot connected to a General Purpose Input Output, GPIO, terminal formed in a processor of the electronic device; storing count data corresponding to the determined number of the at least one SIM card slot in a memory of the electronic device (520; 620); acquiring the count data from the memory; and displaying application information including a Graphical User Interface, GUI, corresponding to the acquired count data through a display connected to the electronic device (540; 630), wherein the determining of the number of the at least one SIM card slot is performed by recognizing a value corresponding to slot information input into each GPIO terminal of the processor.
A spinal implant structure having a folded position and an expansion position, comprising a body, the body being a hollow-cored cylinder when the spinal implant structure is in the folded position, the body comprising: a first part; a second part; and three expansion arms, each of the expansion arms having an end connecting with the first part and another end being a free end; and three supporting arms, each of the supporting arms having an end connecting with one expansion arm and another end connecting with the second part, wherein each of the supporting arms comprises a plurality of weakening portions (514c, 514d) so that, in response to a change in a distance between the first part and the second part, the supporting arms bend at the plurality of weakening portions (514c, 514d) and thus drive the expansion arms to move, thereby increasing an included angle between the expansion arms and the first part, expanding the spinal implant structure, and causing the spinal implant structure to turn into the expansion position; characterised in that a ratio of curvatures of the three expansion arms, seen from the expansion end of the spinal implant structure, is higher than 1:1:1 but less than or equal to 1.6:1:1. a first part; a second part; and three expansion arms, each of the expansion arms having an end connecting with the first part and another end being a free end; and three supporting arms, each of the supporting arms having an end connecting with one expansion arm and another end connecting with the second part, wherein each of the supporting arms comprises a plurality of weakening portions (514c, 514d) so that, in response to a change in a distance between the first part and the second part, the supporting arms bend at the plurality of weakening portions (514c, 514d) and thus drive the expansion arms to move, thereby increasing an included angle between the expansion arms and the first part, expanding the spinal implant structure, and causing the spinal implant structure to turn into the expansion position; characterised in that a ratio of curvatures of the three expansion arms, seen from the expansion end of the spinal implant structure, is higher than 1:1:1 but less than or equal to 1.6:1:1.