mhurhangee/ep-ind-claims huggingface dataset:
Crampon for use with a touring-ski binding which comprises a binding plate or respectively a binding holder, which is or respectively are hinged in a pivoting manner to a base part attached rigidly to the ski, wherein the crampon can be attached in a detachable manner by means of fastening elements to the binding plate or respectively to the binding holder, and comprises two blade elements (6b, 7b) projecting downward beyond the ski in the usage position, characterised in that the blade elements (6b, 7b) are arranged on two mutually displaceable blade parts (6, 7), of which the relative position can be fixed by means of a clamp or bolt arrangement and which are arranged in a displaceable manner on or in a housing constituted in the manner of a plate, wherein the two blade parts (6, 7) can be clamped or respectively bolted to the housing, wherein the one blade part comprises at least one element which is to be positioned near to or in at least partial overlap with an element of the other blade part, and wherein the clamp or respectively bolt arrangement fixes the relative position of these two elements.
An interferometric optical sensing system configured for sensing a disturbance in one of a first waveguide portion and a second waveguide portion relative to a disturbance in the other of the first waveguide portion and the second waveguide portion, the optical system having; means configured for generating a first optical signal and a second optical signal (16, 18), the first and second signals having common phase variations; directional means (18, 34, 36) configured for directing the first signal along a first path and for directing the second signal along a second path such that each path traverses each of the first and the second waveguide portions in both a first direction and a second direction opposite the first direction; and combining means configured for combining the first and second signals that have travelled along the first and second paths so as to provide a combination signal; a signal processing system connected to a tap on one of the first or second waveguide portions adapted to monitor the combination signal and to infer the disturbance from said combination signal.
A biomatter capture mechanism comprising: a tray; a foldable extension tube comprising a proximal end coupled to the tray; and an end cap (108, 108A, 108B) coupled to a distal end of the extension tube, the end cap (108, 108A, 108B) being configured to engage the tray. a tray; a foldable extension tube comprising a proximal end coupled to the tray; and an end cap (108, 108A, 108B) coupled to a distal end of the extension tube, the end cap (108, 108A, 108B) being configured to engage the tray.
Sealing strand for forming a seal on a vehicle body, more particularly a channel strip or window guide for sealing a movable vehicle window pane, having a core part made of thermoplastic material and having an extruded sealing portion connected to the core part (2;14;2a), the extruded sealing portion consisting of vulcanized elastomer material, characterized in that a core part portion connected to the rest of the core part is extruded, with integrally bonded and/or form-fitting attachment, onto the vulcanized sealing portion, where the thermoplastic materials of the core part portion and of the rest of the core part differ in a filler.
A hybrid aircraft of the unmanned type, configured for the joint and optimized use of aerostatic and aerodynamic force, comprising an inflatable body including an outer shell and a load-bearing structure inside said outer shell, said inflatable body being adapted to take a closed wing operating configuration; wherein in said closed wing operating configuration, said inflatable body comprises a first arched portion adapted to define an arched wing having a leading edge and a trailing edge, a second straight portion adapted to define a straight wing having a leading edge and a trailing edge, a third and a fourth connecting portion (10C, 10D) arranged at opposite ends of the straight wing, which are adapted to join said arched wing and said straight wing to each other, wherein said load-bearing structure is an annular structure which extends through said arched wing, said straight wing and said third and fourth connecting portions (10C, 10D); characterised by said load-bearing structure comprising at least one main annular spar; wherein in said closed wing operating configuration, said at least one main spar comprises an arched portion of main spar and a straight portion of main spar, wherein said arched portion of main spar is a tubular portion which is tapered from the middle of such a portion towards the third and fourth connecting portions (10C, 10D), wherein said straight portion of main spar is a tubular portion which is tapered from the middle of such a portion towards the third and fourth connecting portions (10C, 10D). wherein in said closed wing operating configuration, said inflatable body comprises a first arched portion adapted to define an arched wing having a leading edge and a trailing edge, a second straight portion adapted to define a straight wing having a leading edge and a trailing edge, a third and a fourth connecting portion (10C, 10D) arranged at opposite ends of the straight wing, which are adapted to join said arched wing and said straight wing to each other, wherein said load-bearing structure is an annular structure which extends through said arched wing, said straight wing and said third and fourth connecting portions (10C, 10D); characterised by said load-bearing structure comprising at least one main annular spar; wherein in said closed wing operating configuration, said at least one main spar comprises an arched portion of main spar and a straight portion of main spar, wherein said arched portion of main spar is a tubular portion which is tapered from the middle of such a portion towards the third and fourth connecting portions (10C, 10D), wherein said straight portion of main spar is a tubular portion which is tapered from the middle of such a portion towards the third and fourth connecting portions (10C, 10D).
An earphone that is one of earphones configuring an ear headset, the earphone comprising: a sound acquisition unit (102, 104) configured to acquire sound data; a communication unit configured to receive sound data from the other earphone by wireless communication; and a sound quality improvement processing unit configured to perform processing of improving sound quality of the sound data acquired by the sound acquisition unit and the sound data received from the other earphone; wherein the communication unit receives the sound data from the other earphone using a data channel, the data channel being a wireless transmission path in which data integrity is guaranteed by performing error correction; wherein the earphone transmits a timing signal indicating timing that the other earphone starts acquisition of the sound data using an audio channel, the audio channel being a wireless transmission path in which data integrity is not guaranteed, as error correction is not performed, and the sound acquisition unit starts acquisition of the sound data after an elapse of a predetermined delay time from the transmission of the timing signal. a sound acquisition unit (102, 104) configured to acquire sound data; a communication unit configured to receive sound data from the other earphone by wireless communication; and a sound quality improvement processing unit configured to perform processing of improving sound quality of the sound data acquired by the sound acquisition unit and the sound data received from the other earphone; wherein the communication unit receives the sound data from the other earphone using a data channel, the data channel being a wireless transmission path in which data integrity is guaranteed by performing error correction; wherein the earphone transmits a timing signal indicating timing that the other earphone starts acquisition of the sound data using an audio channel, the audio channel being a wireless transmission path in which data integrity is not guaranteed, as error correction is not performed, and the sound acquisition unit starts acquisition of the sound data after an elapse of a predetermined delay time from the transmission of the timing signal.
An apparatus for producing a radionuclide, comprising: a fluid containing a raw material; a circulation passage along which the fluid containing the raw material is circulated; a radiation generator configured to emit radiation rays to at least a part of the circulation passage to generate a first radionuclide from the raw material; and a separation device configured to take out, from the fluid circulating in the circulation passage, a substance containing at least a part of the first radionuclide and a second radionuclide generated from the first radionuclide, and return the fluid containing the remaining raw material to the circulation passage, characterized in that the raw material is radium-226 the first radionuclide is radium-225 and the second radionuclide is actinium-225 or the raw material is molybdenum-100 the first radionuclide is molybdenum-99 and the second radionuclide is technetium-99m a fluid containing a raw material; a circulation passage along which the fluid containing the raw material is circulated; a radiation generator configured to emit radiation rays to at least a part of the circulation passage to generate a first radionuclide from the raw material; and a separation device configured to take out, from the fluid circulating in the circulation passage, a substance containing at least a part of the first radionuclide and a second radionuclide generated from the first radionuclide, and return the fluid containing the remaining raw material to the circulation passage, characterized in that the raw material is radium-226 the first radionuclide is radium-225 and the second radionuclide is actinium-225 or the raw material is molybdenum-100 the first radionuclide is molybdenum-99 and the second radionuclide is technetium-99m
A separator for a secondary battery, comprising a porous substrate and a heat-resistant layer disposed on at least one surface of the porous substrate, wherein the heat-resistant layer comprises an acrylic heat-resistant binder, an adhering binder, and a filler, the acrylic heat-resistant binder comprises a structural unit derived from (meth)acrylate or (meth)acrylic acid, a cyano group-containing structural unit, and a sulfonate group-containing structural unit, and the adhering binder comprises a structural unit comprising a hydroxyl group, a structural unit comprising an acetate group, and a structural unit comprising an alkali metal. a porous substrate and a heat-resistant layer disposed on at least one surface of the porous substrate, wherein the heat-resistant layer comprises an acrylic heat-resistant binder, an adhering binder, and a filler, the acrylic heat-resistant binder comprises a structural unit derived from (meth)acrylate or (meth)acrylic acid, a cyano group-containing structural unit, and a sulfonate group-containing structural unit, and the adhering binder comprises a structural unit comprising a hydroxyl group, a structural unit comprising an acetate group, and a structural unit comprising an alkali metal.
A system comprising: a linear accelerator having a central axis; an ion pump including an ion pump magnet having an ion pump magnet position, an ion pump magnet shape, and an ion pump magnet orientation; said ion pump magnet configured to generate a magnetic field with an ion pump magnet magnetic field profile; and a compensating magnet having a position, a shape, and an orientation; said compensating magnet configured to generate a magnetic field with a magnetic field profile, wherein at least one of the position, shape, orientation, and magnetic field profile of the compensating magnet are configured to reduce at least one component of the magnetic field in the linear accelerator generated by the ion pump magnet; characterised in that the ion pump magnet and the compensating magnet define a respective axis oriented at an angle of 45 degrees relative to the central axis. a linear accelerator having a central axis; an ion pump including an ion pump magnet having an ion pump magnet position, an ion pump magnet shape, and an ion pump magnet orientation; said ion pump magnet configured to generate a magnetic field with an ion pump magnet magnetic field profile; and a compensating magnet having a position, a shape, and an orientation; said compensating magnet configured to generate a magnetic field with a magnetic field profile, wherein at least one of the position, shape, orientation, and magnetic field profile of the compensating magnet are configured to reduce at least one component of the magnetic field in the linear accelerator generated by the ion pump magnet; characterised in that the ion pump magnet and the compensating magnet define a respective axis oriented at an angle of 45 degrees relative to the central axis.
Method for operating a domestic appliance system comprising at least one mobile operating device, at least one control device, and at least one domestic appliance, the domestic appliance comprising at least one transmitting/receiving device and at least one first sensor device for detecting at least one action, the mobile operating device comprising at least one communication device and at least one second sensor device for detecting at least one action, the at least one transmitting/receiving device and the at least one communication device being suitable and designed for at least temporarily wirelessly communicating with one another and/or with the at least one control device via at least one first communication channel, it being possible to adjust at least one property and/or one function of the domestic appliance by means of the operating device, it being possible to at least temporarily control the domestic appliance by means of the operation when the at least one operating device is arranged at a predetermined distance from the at least one domestic appliance and when at least the first and the second sensor device (6, 8) each detect at least one predetermined action, the first and/or the second sensor device (6, 8) comprising at least one acceleration sensor and/or one movement sensor and/or one vibration sensor, which detects at least one predetermined action, the predetermined action being a touch on the domestic appliance, in particular a stroke and/or a swipe and/or a tap and/or a press, which is recorded both by the sensor device of the domestic appliance and by the sensor device of the mobile operating device, or the predetermined action being a directed approach or guiding movement which is recorded by the sensor device of the mobile operating device, a detected movement vector being aligned with the location of the domestic appliance, characterised in that the mobile operating device and/or the second sensor device is designed as a smartwatch or an item of bodywear. it being possible to at least temporarily control the domestic appliance by means of the operation when the at least one operating device is arranged at a predetermined distance from the at least one domestic appliance and when at least the first and the second sensor device (6, 8) each detect at least one predetermined action, the first and/or the second sensor device (6, 8) comprising at least one acceleration sensor and/or one movement sensor and/or one vibration sensor, which detects at least one predetermined action, the predetermined action being a touch on the domestic appliance, in particular a stroke and/or a swipe and/or a tap and/or a press, which is recorded both by the sensor device of the domestic appliance and by the sensor device of the mobile operating device, or the predetermined action being a directed approach or guiding movement which is recorded by the sensor device of the mobile operating device, a detected movement vector being aligned with the location of the domestic appliance, characterised in that the mobile operating device and/or the second sensor device is designed as a smartwatch or an item of bodywear.
Surge arrester comprising several columns (11, 12, 13) of resistors (14, 15, 16, 17), in which the columns (11, 12, 13) are secured at one end by way of a retaining apparatus, wherein at least one column (11, 12, 13) has a raised support point (8, 9, 10) at the one end in order to form a point of support for the at least one column (11, 12, 13) by means of the retaining apparatus, characterized in that the raised support point (8, 9, 10) is formed by a spherical cap which is inserted into a recess (18, 20) in the retaining apparatus, or in that the raised support point (8, 9, 10) formed by a grub screw which is screwed into a thread in the column.
A gang channel comprising: a channel member constructed of an oxide ceramic matrix composite material; and, a nut in the channel member, the nut being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide ceramic material reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material. a channel member constructed of an oxide ceramic matrix composite material; and, a nut in the channel member, the nut being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide ceramic material reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material.
A fingerprint template input method, wherein the method comprises: acquiring an i th fingerprint image captured by a fingerprint identification sensor, i being a positive integer; obtaining a candidate fingerprint template by splicing all of the acquired i fingerprint images; detecting whether the candidate fingerprint template meets a preset condition or not, wherein the preset condition comprises the following: a number of feature points in the candidate fingerprint template is larger than a second threshold value; if the candidate fingerprint template meets the preset condition, inputting the candidate fingerprint template as a fingerprint template of the user's fingerprint; and if the number of the feature points in the candidate fingerprint template is smaller than the second threshold value, displaying a second prompt information for displaying a region in which the number of the feature points in the candidate fingerprint template is smaller than a third threshold value, wherein the second threshold value is larger than the third threshold value; and setting i=i+1, and re-executing the step of acquiring the i th fingerprint image captured by the fingerprint identification sensor. acquiring an i th fingerprint image captured by a fingerprint identification sensor, i being a positive integer; obtaining a candidate fingerprint template by splicing all of the acquired i fingerprint images; detecting whether the candidate fingerprint template meets a preset condition or not, wherein the preset condition comprises the following: a number of feature points in the candidate fingerprint template is larger than a second threshold value; if the candidate fingerprint template meets the preset condition, inputting the candidate fingerprint template as a fingerprint template of the user's fingerprint; and if the number of the feature points in the candidate fingerprint template is smaller than the second threshold value, displaying a second prompt information for displaying a region in which the number of the feature points in the candidate fingerprint template is smaller than a third threshold value, wherein the second threshold value is larger than the third threshold value; and setting i=i+1, and re-executing the step of acquiring the i th fingerprint image captured by the fingerprint identification sensor.
A computer-implemented method comprising: obtaining (410, 810) an indication that a mobile device having access to a first network utilizing a first radio access technology, RAT, has requested access to a second network utilizing a second RAT, wherein obtaining the indication comprises receiving a request (104, 204) from the second network to authenticate the mobile device; determining (420, 820) whether the access to the first network satisfies an authentication criterion associated with the second network; and granting (430, 830) the mobile device access to the second network based on the authentication criterion being satisfied, wherein granting the mobile device access to the second network comprises authenticating (430b, 830a) the mobile device onto the second network with credentials of the mobile device for the first network. obtaining (410, 810) an indication that a mobile device having access to a first network utilizing a first radio access technology, RAT, has requested access to a second network utilizing a second RAT, wherein obtaining the indication comprises receiving a request (104, 204) from the second network to authenticate the mobile device; determining (420, 820) whether the access to the first network satisfies an authentication criterion associated with the second network; and granting (430, 830) the mobile device access to the second network based on the authentication criterion being satisfied, wherein granting the mobile device access to the second network comprises authenticating (430b, 830a) the mobile device onto the second network with credentials of the mobile device for the first network.
A computer implemented method of regulating access to a computer system, the method comprising: receiving from a user device a request for access to the computer system; receiving a moving image of a user's face captured with an image capture device of the user device, the moving image being captured as the user's face and the image capture device exhibit motion relative to each other; processing the moving image to determine an orientation of the user's face in each frame of the moving image; receiving sensor data generated by a motion sensor coupled to the image capture device whilst capturing the moving image; measuring a correlation between detected changes in the orientation of the user's face and movement of the image capture device indicated by the sensor data; and determining whether to grant the request for access based on the measured correlation, wherein the request is granted only if the sensor data indicates the detected changes in the orientation of the face correspond to motion of the image capture device. receiving from a user device a request for access to the computer system; receiving a moving image of a user's face captured with an image capture device of the user device, the moving image being captured as the user's face and the image capture device exhibit motion relative to each other; processing the moving image to determine an orientation of the user's face in each frame of the moving image; receiving sensor data generated by a motion sensor coupled to the image capture device whilst capturing the moving image; measuring a correlation between detected changes in the orientation of the user's face and movement of the image capture device indicated by the sensor data; and determining whether to grant the request for access based on the measured correlation, wherein the request is granted only if the sensor data indicates the detected changes in the orientation of the face correspond to motion of the image capture device.