mhurhangee/ep-ind-claims huggingface dataset:
A telephone switch connected to both of an extension for connecting devices included in a network on premises and an outside line for connecting devices through a network outside the premises, characterized by; (a) a receiving dial table in which dial data to be used when picking up, from a mobile terminal, an incoming call to a fixed telephone set connected to the telephone switch via the extension is registered, the mobile terminal being connected to the telephone switch via the outside line; (b) a conversion dial table in which a call pick-up number to be used in the telephone switch when picking up an incoming call to the fixed telephone set is registered; (c) a dial conversion unit configured to, when dial data sent from the mobile terminal via the outside line is received when there is an incoming call to the fixed telephone set, determine whether the received dial data coincides with the dial data in the receiving dial table, and when both the dial data coincide with each other, convert the received dial data to the call pick-up number in the conversion dial table; and (d) a call pick-up function unit configured to enable the mobile terminal to pick up via the outside line, the incoming call to the fixed telephone set by using the call pick-up number for switching of the incoming call. (a) a receiving dial table in which dial data to be used when picking up, from a mobile terminal, an incoming call to a fixed telephone set connected to the telephone switch via the extension is registered, the mobile terminal being connected to the telephone switch via the outside line; (b) a conversion dial table in which a call pick-up number to be used in the telephone switch when picking up an incoming call to the fixed telephone set is registered; (c) a dial conversion unit configured to, when dial data sent from the mobile terminal via the outside line is received when there is an incoming call to the fixed telephone set, determine whether the received dial data coincides with the dial data in the receiving dial table, and when both the dial data coincide with each other, convert the received dial data to the call pick-up number in the conversion dial table; and (d) a call pick-up function unit configured to enable the mobile terminal to pick up via the outside line, the incoming call to the fixed telephone set by using the call pick-up number for switching of the incoming call.
A method of determining whether a human has an altered risk for stroke, comprising testing nucleic acid from said human for the presence of at least one C allele at the polymorphism at position 101 of the nucleotide sequence of SEQ ID NO: 166 (MYH15 polymorphism rs3900940) or at least one G allele at position 101 of its complement, wherein the presence of said C allele or said G allele indicates an increased risk for stroke.
Lock for a socket wrench, in particular for a triangular or square wrench, with a closing cylinder with a wrench opening and a shank, which is partially mounted rotatably in this wrench opening and has at least at a first end, which is arranged in the wrench opening, a contour that is complementary to a shape of a socket wrench, and at a second end can be connected to a locking element, in particular a bolt, characterized in that a cylinder is arranged within the wrench opening, said cylinder being mounted linearly displaceably relative to the shank along a displacing path within the wrench opening between a locked position, in which the cylinder prevents a socket wrench from being introduced into the wrench opening, and a release position, in which a socket wrench can be introduced into the wrench opening, the lock having an electrically actuable release device, with which the cylinder can be blocked in the locked position and can be released from it.
A method for processing an audio signal received by a hearing assistance device, the method comprising: filtering the audio signal to generate a high frequency filtered signal, the filtering performed at a splitting frequency selected to isolate a high-frequency part of the audio signal for frequency transposition; transposing at least a portion of an audio spectrum of only the high frequency filtered signal to a lower frequency range by a transposition process to produce a transposed audio signal; and summing the transposed audio signal with the audio signal to generate an output signal, wherein the transposition process comprises estimating an all-pole spectral envelope of the high frequency filtered signal from a plurality of line spectral frequencies; applying a warping function to the estimated all-pole spectral envelope to transpose the poles above a specified knee frequency to lower frequencies, thereby producing a transposed spectral envelope; the method characterized by exciting the transposed spectral envelope with an excitation signal to synthesize the transposed audio signal, the excitation signal being synthesized using additive synthesis of modulated prototype spectral peaks, wherein a prototype spectral peak is a narrowband noise signal, the prototype spectral peak being modulated by a sinusoid at the center frequency and magnitude of the transposed spectral envelope peak. filtering the audio signal to generate a high frequency filtered signal, the filtering performed at a splitting frequency selected to isolate a high-frequency part of the audio signal for frequency transposition; transposing at least a portion of an audio spectrum of only the high frequency filtered signal to a lower frequency range by a transposition process to produce a transposed audio signal; and summing the transposed audio signal with the audio signal to generate an output signal, wherein the transposition process comprises estimating an all-pole spectral envelope of the high frequency filtered signal from a plurality of line spectral frequencies; applying a warping function to the estimated all-pole spectral envelope to transpose the poles above a specified knee frequency to lower frequencies, thereby producing a transposed spectral envelope; the method characterized by exciting the transposed spectral envelope with an excitation signal to synthesize the transposed audio signal, the excitation signal being synthesized using additive synthesis of modulated prototype spectral peaks, wherein a prototype spectral peak is a narrowband noise signal, the prototype spectral peak being modulated by a sinusoid at the center frequency and magnitude of the transposed spectral envelope peak.
An apparatus for rehabilitation of patients with motor disorders, particularly patients suffering motor dysfunction in the legs, the apparatus comprising: a support structure such as a chassis; a left and right walking bars (9, 10) mounted at the bottom part of the chassis; a left and a right foot retaining means (35, 36) pivotally connected to the left and right walking bars (9, 10) respectively, for moving with the walking bars (9, 10) along a step distance path moving up and down and back and forth along a closed movement loop; the left and a right foot retaining means (35, 36) comprising respective left and right foot plate assemblies (37, 38), and a patient's supporting means for supporting the patient, characterized in that, the apparatus comprising a front guide stop (52, 53) associated to each walking bar (9, 10), at a front end of the step distance path, and a rear guide stop (54, 55) associated to each walking bar (9, 10), at a rear end of the step distance path, to cause the foot plate assemblies (37, 38) move up and down in the ends of the step distance path, wherein each foot plate assembly (37, 38) comprises a lower foot plate (44, 45) having a front edge hinged to the walking bar (9, 10) and a rear edge hinged to a rear edge of an upper foot plate (39, 40), forming a rear hinged connection, wherein the rear edge of the lower foot plate (44, 45) has guide followers that are guided in the rear guide stop (54, 55). a support structure such as a chassis; a left and right walking bars (9, 10) mounted at the bottom part of the chassis; a left and a right foot retaining means (35, 36) pivotally connected to the left and right walking bars (9, 10) respectively, for moving with the walking bars (9, 10) along a step distance path moving up and down and back and forth along a closed movement loop; the left and a right foot retaining means (35, 36) comprising respective left and right foot plate assemblies (37, 38), and a patient's supporting means for supporting the patient, characterized in that, the apparatus comprising a front guide stop (52, 53) associated to each walking bar (9, 10), at a front end of the step distance path, and a rear guide stop (54, 55) associated to each walking bar (9, 10), at a rear end of the step distance path, to cause the foot plate assemblies (37, 38) move up and down in the ends of the step distance path, wherein each foot plate assembly (37, 38) comprises a lower foot plate (44, 45) having a front edge hinged to the walking bar (9, 10) and a rear edge hinged to a rear edge of an upper foot plate (39, 40), forming a rear hinged connection, wherein the rear edge of the lower foot plate (44, 45) has guide followers that are guided in the rear guide stop (54, 55).
A non-transitory computer readable medium having instructions stored thereon, wherein the instructions, when executed by processing circuitry, cause the processing circuitry to: Receive a remote security token from a destination system via a network; Generate a local security token; encrypt the local security token with the remote security token; divide source data into a plurality of chunks; compress each chunk of the plurality of chunks; after compressing, merge the plurality of chunks into an assembled file; encrypt the assembled file with the local security token; after encrypting the assembled file, divide the assembled file into two or more parts; wherein a number of the two or more parts is adjustable based on attributes of the network connecting a transmitting system and the destination system; transmit each of the two or more parts to the destination system via the network; and transmit the encrypted local security token to the destination system via the network. Receive a remote security token from a destination system via a network; Generate a local security token; encrypt the local security token with the remote security token; divide source data into a plurality of chunks; compress each chunk of the plurality of chunks; after compressing, merge the plurality of chunks into an assembled file; encrypt the assembled file with the local security token; after encrypting the assembled file, divide the assembled file into two or more parts; wherein a number of the two or more parts is adjustable based on attributes of the network connecting a transmitting system and the destination system; transmit each of the two or more parts to the destination system via the network; and transmit the encrypted local security token to the destination system via the network.
Bearing system for a door, comprising: a frame, which acts as a casing for the wing of the door and is provided with at least two different hollows obtained in different positions in the same jamb of the frame, and at least two hinges of a plurality of hinges (4,5,6), which connect the wing and the jamb with each other and define an axis of rotation around which the wing rotates during the opening or the closing of the door, each hinge (4,5,6) comprising a rotatable component, which is connected to the wing and is rotatable around an own axis of rotation during the opening or the closing of the door, in a closed door position the rotatable component being in its closing position, characterised in that each hinge (4,5,6) is placed in a single respective hollow with which it is associated, in that each hinge (4;5;6) comprises also a couple of connecting bodies (8,8;8,9;8,18), each of which is connected to the jamb and by means of which the hinge (4;5;6) is connected to the frame, in that the rotatable component is supported in such a manner that it is rotatable with respect to the couple of connecting bodies (8,8;8,9;8,18), in that the rotatable component has a cover portion, whose shape and whose size are such that, when the door is closed and the rotatable component is in its closing position, it largely covers the opening of the hollow in which the hinge (4,5,6) is placed and its external surface is in the same plane as the external surface of the jamb and of the wing, and in that the axis of rotation of the wing and the axis of rotation of the rotatable component coincide. a frame, which acts as a casing for the wing of the door and is provided with at least two different hollows obtained in different positions in the same jamb of the frame, and at least two hinges of a plurality of hinges (4,5,6), which connect the wing and the jamb with each other and define an axis of rotation around which the wing rotates during the opening or the closing of the door, each hinge (4,5,6) comprising a rotatable component, which is connected to the wing and is rotatable around an own axis of rotation during the opening or the closing of the door, in a closed door position the rotatable component being in its closing position, characterised in that each hinge (4,5,6) is placed in a single respective hollow with which it is associated, in that each hinge (4;5;6) comprises also a couple of connecting bodies (8,8;8,9;8,18), each of which is connected to the jamb and by means of which the hinge (4;5;6) is connected to the frame, in that the rotatable component is supported in such a manner that it is rotatable with respect to the couple of connecting bodies (8,8;8,9;8,18), in that the rotatable component has a cover portion, whose shape and whose size are such that, when the door is closed and the rotatable component is in its closing position, it largely covers the opening of the hollow in which the hinge (4,5,6) is placed and its external surface is in the same plane as the external surface of the jamb and of the wing, and in that the axis of rotation of the wing and the axis of rotation of the rotatable component coincide.
A ridge mounting and ventilation system comprises: at least a pair of flat natural stone slates (12a, 12b) bonded one to another along their mitred edges (22a, 22b) to define a ridge, characterised in that the ridge overlays a rigid waterproof backing formed by a glass-reinforced polyester liner; and at least one spacer (26a, 26b) is located at or adjacent each lower edge of the slates (12a, 12b) to space the lower edge from a surface on which the slates (12a, 12b) rest to define an opening for ventilating the apex of an installed roof structure.
Surgical lamp for illuminating a surgical field on a human body having a control device, a lamp body comprising several illuminants with one respective light beam (I, II, II') directed to the surgical field, and a 3D sensor for detecting a spatial position of at least one object, and devices for switching on and off and dimming the illuminants, wherein the control device controls the devices for switching on and off and dimming the illuminants, the 3D sensor detects the spatial position and a size of the at least one object between the lamp body and the surgical field and transmits corresponding data to the control device, the control device is adapted to control the illuminants according to the spatial position of the at least one object, and due to the spatial position and the size of the at least one object, to dim or to switch off the ones of the illuminants, the respective light beam (I, II, II') of which is directed to the at least one object, and to operate the ones of the illuminants, the respective light beam (I; II; II') of which is directed past the at least one object to the surgical field, with increased performance, wherein the 3D sensor is adapted to detect a motion of the at least one object, and the control device is adapted to control the illuminants according to the motion of the at least one object, and characterized in that the control device is adapted to predetermine an expected position of the at least one object at a certain point of time from the spatial position and the motion and/or a contour of the at least one object and to control the illuminants depending on the predetermined positon and the size of the at least one object such that the ones of the illuminants, the respective light beam (I, II; II') of which is then directed to the at least one object in the predetermined position, are dimmed or switched off at the certain point of time, and the ones of the illuminants, the respective light beam (I; II, II') of which is then directed past the at least one object in the predetermined position to the surgical field, are operated with an increased performance. several illuminants with one respective light beam (I, II, II') directed to the surgical field, and a 3D sensor for detecting a spatial position of at least one object, and
A connection structure for a plastic water channel main body of a temperature regulating faucet, comprising: an H-shaped skeleton, made of plastic, including: a lateral tube, having an opening provided on an upper end face thereof; two tube-shaped valve seats, connected respectively to both ends of the lateral tube, with the inner cavity of each valve seat connected and in communication with the channel of the lateral tube, wherein each valve seat is provided, on its flange at an upper port thereof with an outer thread and at its lower end with a water input port disposed with a water input tube having an outer thread and extending downwardly from the respective lower end; and a water seal plate, made of plastic, to be fixed on and thereby to seal the opening of the lateral tube, on the water seal plate there being provided with a water output port in communication with the lateral tube, and on the water output port there being provided a water output tube, connectable in use to a faucet, characterized by the fact that the opening extends from one end of the lateral tube to the other end thereof. an H-shaped skeleton, made of plastic, including: a lateral tube, having an opening provided on an upper end face thereof; two tube-shaped valve seats, connected respectively to both ends of the lateral tube, with the inner cavity of each valve seat connected and in communication with the channel of the lateral tube, wherein each valve seat is provided, on its flange at an upper port thereof with an outer thread and at its lower end with a water input port disposed with a water input tube having an outer thread and extending downwardly from the respective lower end; and a lateral tube, having an opening provided on an upper end face thereof; two tube-shaped valve seats, connected respectively to both ends of the lateral tube, with the inner cavity of each valve seat connected and in communication with the channel of the lateral tube, wherein each valve seat is provided, on its flange at an upper port thereof with an outer thread and at its lower end with a water input port disposed with a water input tube having an outer thread and extending downwardly from the respective lower end; and a water seal plate, made of plastic, to be fixed on and thereby to seal the opening of the lateral tube, on the water seal plate there being provided with a water output port in communication with the lateral tube, and on the water output port there being provided a water output tube, connectable in use to a faucet, characterized by the fact that the opening extends from one end of the lateral tube to the other end thereof.
A cleaning section of an agricultural harvester, the cleaning section comprising: a sieve positioned in the harvester to receive crop material from a threshing section; characterized by: at least one variable stroke sieve drive coupled to said sieve, said variable stroke sieve drive having: a first shaft; a second shaft concentric with said first shaft, a relative angular position between said first shaft and said second shaft establishing an amount of eccentricity of said variable stroke sieve drive an output shaft coupled to said sieve to drive said sieve at said eccentricity amount; a first rotating member coupled to said first shaft; and a second rotating member indirectly coupled to said second shaft, said first rotating member being engaged with said second rotating member, said output shaft extending from said second rotating member. a sieve positioned in the harvester to receive crop material from a threshing section; characterized by: at least one variable stroke sieve drive coupled to said sieve, said variable stroke sieve drive having: a first shaft; a second shaft concentric with said first shaft, a relative angular position between said first shaft and said second shaft establishing an amount of eccentricity of said variable stroke sieve drive an output shaft coupled to said sieve to drive said sieve at said eccentricity amount; a first rotating member coupled to said first shaft; and a second rotating member indirectly coupled to said second shaft, said first rotating member being engaged with said second rotating member, said output shaft extending from said second rotating member. at least one variable stroke sieve drive coupled to said sieve, said variable stroke sieve drive having: a first shaft; a second shaft concentric with said first shaft, a relative angular position between said first shaft and said second shaft establishing an amount of eccentricity of said variable stroke sieve drive an output shaft coupled to said sieve to drive said sieve at said eccentricity amount; a first rotating member coupled to said first shaft; and a second rotating member indirectly coupled to said second shaft, said first rotating member being engaged with said second rotating member, said output shaft extending from said second rotating member. a first shaft; a second shaft concentric with said first shaft, a relative angular position between said first shaft and said second shaft establishing an amount of eccentricity of said variable stroke sieve drive an output shaft coupled to said sieve to drive said sieve at said eccentricity amount; a first rotating member coupled to said first shaft; and a second rotating member indirectly coupled to said second shaft, said first rotating member being engaged with said second rotating member, said output shaft extending from said second rotating member.
A bipolar-electrode electrolytic cell which includes a chassis, an electrode plate performing electrolysis in electrolyte solution and generating electrolyzed products, and a plate-shaped spacer having a concavity on which the electrode plate is disposed, and in which a unit cell, which is formed by connecting a plurality of spacers in which the electrode plate is disposed on the concavity so that one plate surface of the electrode plate is directed to one direction, is disposed inside the chassis, wherein the spacer has a latching portion formed on the plate surface and a latched portion which latches the latching portion of another spacer and performs connection thereto, wherein the spacer is configured to overlap the another spacer and slid so as to relatively move to the another spacer, and the latching portion of the spacer and the latched portion of the another spacer are configured to contact with each other via the sliding so that the spacer and the another spacer are fixed to each other so as not to move.