mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for managing a memory, wherein the memory has a plurality of memory spaces, wherein the memory is configured to store an element (16-1 - 16-n) with an associated age value in each of the plurality of memory spaces, wherein the apparatus is configured - to receive a write access request in order to write a new element (16-1 - 16-n) to the memory, - to compare the age value of an element (16-1 - 16-n) present in the memory with a predetermined age and, - if the age value of the element (16-1 - 16-n) present in the memory is greater than or equal to the predetermined age, to overwrite the present element (16-1 - 16-n) with the new element (16-1 - 16-n), characterized in that the apparatus has a sequence counter, with the memory being configured to store an element (16-1 - 16-n) with an associated sequence number value (24-1 - 24-n) in each of the plurality of memory spaces, with the apparatus being configured to determine the age value of an element (16-1 - 16-n) by subtracting the sequence number value (24-1 - 24-n) from the value of the sequence counter, wherein the apparatus is further configured to increase the sequence counter in response to the write access request and a read access request. - to receive a write access request in order to write a new element (16-1 - 16-n) to the memory, - to compare the age value of an element (16-1 - 16-n) present in the memory with a predetermined age and, - if the age value of the element (16-1 - 16-n) present in the memory is greater than or equal to the predetermined age, to overwrite the present element (16-1 - 16-n) with the new element (16-1 - 16-n), the apparatus has a sequence counter, with the memory being configured to store an element (16-1 - 16-n) with an associated sequence number value (24-1 - 24-n) in each of the plurality of memory spaces, with the apparatus being configured to determine the age value of an element (16-1 - 16-n) by subtracting the sequence number value (24-1 - 24-n) from the value of the sequence counter, wherein the apparatus is further configured to increase the sequence counter in response to the write access request and a read access request.
A circuit for an implant, comprising: a housing (2200, 2300) having a plurality of walls (2226, 2326) that define a cavity and at least one opening; a sensor (2207, 2307) connected to said opening in said housing (2200, 2300), said sensor (2207, 2307) comprising: a lid wafer (1001, 2218, 2318, 2418, 2518, 2618) including at least one electrode (2405, 2406) and having a first dimension; a base wafer (1002, 2219, 2319, 2519, 2619) including at least one electrode and being bonded to said lid wafer, said base wafer having a second dimension shorter than said first dimension; characterized in that said base wafer (1002, 2219, 2319, 2519, 2619) is positioned entirely within said cavity defined by said housing (2200, 2300) and a surface of said lid wafer (1001, 2218, 2318, 2418, 2518, 2618) is exposed to an exterior of said housing (2200, 2300). a housing (2200, 2300) having a plurality of walls (2226, 2326) that define a cavity and at least one opening; a sensor (2207, 2307) connected to said opening in said housing (2200, 2300), said sensor (2207, 2307) comprising: a lid wafer (1001, 2218, 2318, 2418, 2518, 2618) including at least one electrode (2405, 2406) and having a first dimension; a base wafer (1002, 2219, 2319, 2519, 2619) including at least one electrode and being bonded to said lid wafer, said base wafer having a second dimension shorter than said first dimension; a lid wafer (1001, 2218, 2318, 2418, 2518, 2618) including at least one electrode (2405, 2406) and having a first dimension; a base wafer (1002, 2219, 2319, 2519, 2619) including at least one electrode and being bonded to said lid wafer, said base wafer having a second dimension shorter than said first dimension;
A field device with integrated temperature control, the field device comprising: a housing; a primary sensor module for a process parameter, wherein the primary sensor module is mounted within the field device housing; a temperature sensor located inside the housing to sense an internal temperature of the field device; a controller located inside the housing to control the internal temperature by regulating heat provided to the field device, characterized by a heat source configured to be received in a receptacle of the housing so as to provide heat to the field device via direct thermal coupling; and a terminal block (15, 15A, 15B, 15C) having a regulator, which is connected to the controller in order to regulate the heat as a function of the internal temperature, wherein the heat source is regulated at the terminal block (15, 15A, 15B, 15C) as a function of the internal temperature by the regulator. a housing; a primary sensor module for a process parameter, wherein the primary sensor module is mounted within the field device housing; a temperature sensor located inside the housing to sense an internal temperature of the field device; a controller located inside the housing to control the internal temperature by regulating heat provided to the field device, characterized by a heat source configured to be received in a receptacle of the housing so as to provide heat to the field device via direct thermal coupling; and a terminal block (15, 15A, 15B, 15C) having a regulator, which is connected to the controller in order to regulate the heat as a function of the internal temperature, wherein the heat source is regulated at the terminal block (15, 15A, 15B, 15C) as a function of the internal temperature by the regulator.
An interdental cleaner, comprising a gripping portion and a cleaning portion, said interdental cleaner being formed by an elongate body, said elongate body being made from a first material, said cleaning portion being coated by a second material that forms a coating and that is softer than said first material, said coating forming flexible brush flanges (6F, 6S) protruding from said coated cleaning portion; wherein said elongate body comprises a cleaning portion body which, when coated, forms said cleaning portion; wherein the brush flanges (6F, 6S) include longitudinally spaced apart pairs of brush flanges disposed at longitudinal positions along said elongate body, with each pair of brush flanges (6F, 6S) including a first brush flange and a second brush flange that is longitudinally aligned with the first brush flange and that is disposed opposite said elongate body from the first brush flange; and wherein only two brush flanges are disposed at one or more of the longitudinal positions along said elongate body.
A four-wheel drive vehicle comprising: a drive source which produces torque forming a driving force of the vehicle; a driving force transmission system which transmits the torque of the drive source to a pair of front wheels (104L, 104R) and a pair of rear wheels (105L, 105R) via a plurality of gear mechanisms (41, 42), wherein the driving force transmission system comprises a first differential unit which splits the torque to the pair of front wheels (104L, 104R) and a second differential unit which splits the torque to the pair rear wheels (105L, 105R); a clutch provided in the driving force transmission system and capable of controlling an amount of the torque transmitted to the rear wheels (105L, 105R); and a pressing mechanism which presses the clutch by transforming a part of the torque transmitted to the rear wheels (105L, 105R) into axial thrust, wherein the clutch is provided between the second differential unit and one of the pair rear wheels (105L, 105R); and characterized in that in the driving force transmission system, gear ratios of the plurality of gear mechanisms (41, 42) are set such that a direction of a differential rotation between a drive shaft connected to an input side of the clutch and a drive shaft connected to an output side of the clutch is not reversed even when a steered angle of the front wheels (104L, 104R) changes to a maximum value while the four-wheel drive vehicle is traveling forwards in a four-wheel drive mode. a drive source which produces torque forming a driving force of the vehicle; a driving force transmission system which transmits the torque of the drive source to a pair of front wheels (104L, 104R) and a pair of rear wheels (105L, 105R) via a plurality of gear mechanisms (41, 42), wherein the driving force transmission system comprises a first differential unit which splits the torque to the pair of front wheels (104L, 104R) and a second differential unit which splits the torque to the pair rear wheels (105L, 105R); a clutch provided in the driving force transmission system and capable of controlling an amount of the torque transmitted to the rear wheels (105L, 105R); and a pressing mechanism which presses the clutch by transforming a part of the torque transmitted to the rear wheels (105L, 105R) into axial thrust, wherein the clutch is provided between the second differential unit and one of the pair rear wheels (105L, 105R); and characterized in that in the driving force transmission system, gear ratios of the plurality of gear mechanisms (41, 42) are set such that a direction of a differential rotation between a drive shaft connected to an input side of the clutch and a drive shaft connected to an output side of the clutch is not reversed even when a steered angle of the front wheels (104L, 104R) changes to a maximum value while the four-wheel drive vehicle is traveling forwards in a four-wheel drive mode.
A device for extraction of water from gas comprising a container with at least one sealable opening, at least one lid, at least one hygroscopic material and an energy delivery device configured to heat the hygroscopic material, wherein the container is made of a heat conducting material to condense the vaporized water on the walls wherein the walls of the container are made of metal or metal alloy; wherein the hygroscopic material is inside the container and wherein the material is separated from the walls of the container; and wherein the hygroscopic material is arranged in a frame and wherein the energy delivery device is partly arranged in the hygroscopic material.
Post for modelling dental implants by means of a radiologic test, said post comprising a body of biocompatible and radiologically visible material, and a threaded shank for being attached to a dental implant; characterized in that it comprises a closed cavity of a predetermined geometric shape, arranged at a predefined position in the post, which is defined in the material constituting the post itself, and containing a substance of a density different from that of the material constituting the post itself; said substance having suitable properties so that the cavity containing it and/or the substance itself is visible through magnetic resonance, ionizing radiation of the CAT (computerized tomography) or CBCT (cone beam computerized tomography) type, thus determining the position and orientation of the post once coupled to an implant placed in the patient's mouth.
A method for improving session continuity for a terminal (204, 204', 304) in a serving communication network (202, 202', 302) distinct from a home communication network (200, 200', 300) of the terminal (204, 204', 304), wherein the serving communication network (202, 202', 302) comprises a session transfer node (208, 208', 308) for transferring sessions each comprising signaling data (216, 220, 316, 420) and media data (340, 442) from a first access network (210, 210', 310) of the serving communication network (202, 202', 302) to a second access network (212, 212', 312) of the serving communication network (202, 202', 302), the method being performed by the session transfer node (208, 208', 308) and comprising the following, - routing signaling data (216, 316) of a session of the terminal (204, 204', 304) between the first access network (210, 210', 310) and the home communication network (200, 200', 300) via the session transfer node (208, 208', 308) in the serving communication network, - receiving an access transfer request for an access transfer for the session from the first access network (210, 210', 310) to the second access network (212, 212', 312) for the terminal (204, 204', 304), and - transferring the session from the first access network (210, 210', 310) to the second access network (212, 212', 312), and - routing the signaling data (220, 420) of the session of the terminal (204, 204', 304) between the second access network (212, 212', 312) and the home communication network (200, 200', 300) via the session transfer node (208, 208', 308). - routing signaling data (216, 316) of a session of the terminal (204, 204', 304) between the first access network (210, 210', 310) and the home communication network (200, 200', 300) via the session transfer node (208, 208', 308) in the serving communication network, - receiving an access transfer request for an access transfer for the session from the first access network (210, 210', 310) to the second access network (212, 212', 312) for the terminal (204, 204', 304), and - transferring the session from the first access network (210, 210', 310) to the second access network (212, 212', 312), and - routing the signaling data (220, 420) of the session of the terminal (204, 204', 304) between the second access network (212, 212', 312) and the home communication network (200, 200', 300) via the session transfer node (208, 208', 308).
A method for equalizing audio signals, comprising: obtaining an audio signal; acquiring an echo estimate that is caused by a sound reflection off one or more objects; acquiring correction data based on the audio signal and the echo estimate; and equalizing the audio signal based on the correction data; wherein acquiring the echo estimate comprises: obtaining a complete echo estimate for a previous audio signal; and truncating the complete echo estimate to acquire the echo estimate, wherein the complete echo estimate includes a direct echo estimate corresponding to the group of direct echoes, wherein the reflection is not affected by spatial acoustics, and an indirect echo estimate corresponding to the group of indirect echoes, wherein the reflection is affected by spatial acoustics, wherein truncating the complete echo estimate comprises removing the direct echo estimate according to the time sequence of echoes. obtaining an audio signal; acquiring an echo estimate that is caused by a sound reflection off one or more objects; acquiring correction data based on the audio signal and the echo estimate; and equalizing the audio signal based on the correction data; wherein acquiring the echo estimate comprises: obtaining a complete echo estimate for a previous audio signal; and truncating the complete echo estimate to acquire the echo estimate, wherein the complete echo estimate includes a direct echo estimate corresponding to the group of direct echoes, wherein the reflection is not affected by spatial acoustics, and an indirect echo estimate corresponding to the group of indirect echoes, wherein the reflection is affected by spatial acoustics, wherein truncating the complete echo estimate comprises removing the direct echo estimate according to the time sequence of echoes.
Shell and tube heat exchanger for exchanging heat between a first and second fluid, whereby the heat exchanger comprises a housing in which one or more tubes extend between an inlet section for the first fluid and an outlet section for the first fluid, whereby baffles are affixed in the housing, whereby the baffles are provided with passages, whereby the one or more tubes extend through the said passages, whereby the baffles are connected to one another at a distance from one another by means of one or more fastening elements that are affixed in first recesses in the baffles, characterised in that one or more connections between a said baffle and a said fastening element are formed by means of one or more lips that are made at an edge of a first recess, whereby the one or more lips form part of the baffle and whereby the one or more lips are bent over, out of the plane defined by the baffle.
A device for removing straps from boxes, such as a strap encircling a box, the device comprising a) At least one tentacle or gripping device for creating contact to a strap which is to be removed from a box, b) At least one first guide for guiding the strap away from the tentacle or gripping device, c) At least one first guide drive for driving the first guide and d) At least one position mechanism connected to the at least one tentacle or gripping device for positioning at least the tentacle or gripping device towards a side of a box and wherein the position mechanism can contract to avoid the tentacle or gripping device engages too much with the box, characterised in that the device further comprises at least one holder or runner for positioning the tentacle or gripping device next to a box, wherein the least one position mechanism is configured for directing the at least one tentacle or gripping device and the at least one holder or runner towards the box. a) At least one tentacle or gripping device for creating contact to a strap which is to be removed from a box, b) At least one first guide for guiding the strap away from the tentacle or gripping device, c) At least one first guide drive for driving the first guide and d) At least one position mechanism connected to the at least one tentacle or gripping device for positioning at least the tentacle or gripping device towards a side of a box and wherein the position mechanism can contract to avoid the tentacle or gripping device engages too much with the box,
Aluminium alloy for the manufacture of semi-finished products or components for motor vehicles, which comprises the following alloy components in % by weight: 0.6% ≤ Si ≤ 0.9%, 0.6% ≤ Fe ≤ 1.0%, Cu ≤ 0.1%, 0.6% ≤ Mn ≤ 0.9%, 0.5% ≤ Mg ≤ 0.8%, Cr ≤ 0.05%, the remainder A1 and impurities, individually up to a maximum of 0.05% by weight, in total up to a maximum of 0.15% by weight. 0.6% ≤ Si ≤ 0.9%, 0.6% ≤ Fe ≤ 1.0%, Cu ≤ 0.1%, 0.6% ≤ Mn ≤ 0.9%, 0.5% ≤ Mg ≤ 0.8%, Cr ≤ 0.05%, the remainder A1 and impurities, individually up to a maximum of 0.05% by weight, in total up to a maximum of 0.15% by weight.
A sheet of paper which is highly resistant to creasing and folding, particularly for the production of banknotes, comprising a fibrous substrate thoroughly impregnated with at least one hydroxylated polymeric binder, characterized in that said binder and the fibres of said substrate are at least partially covalently bonded to at least one siloxane derivative.
1α-hydroxy-20-methyl-2-methylene-19,24,25,26,27-pentanorvitamin D 3 in crystalline form having molecular packing arrangement defined by space group P2 and unit cell dimensions a=6.6Å b=15.8Å c=20.0Å α=90°, β=90° and γ=90°.
An orientation adjustment device for adjusting a relative orientation between an article and a placing base formed by a door of a pod including a cover, the cover and the door being vertically separable, wherein a direction in which the article is inserted into an external device is predetermined and a direction in which the placing base having the article placed thereon is inserted into the external device is predetermined, the orientation adjustment device comprising: a pivot device adapted to pivot the placing base; a holding device adapted to hold the article above the placing base without changing an orientation of the article; and a controller adapted to control the pivot device and the holding device to adjust the relative orientation between the article and the placing base to a predetermined orientation, wherein the controller adapted to cause: the holding device to hold the article in a state in which the article is separate upwardly from the placing base held by the pivot device; the pivot device to pivot the placing base in the state in which the article is separate from the placing base, from an initial position to an intended position; the holding device to place the article, which has been held above the placing base, on the placing base which has been pivoted to the intended position; and the pivot device to pivot the placing base having the article placed thereon from the intended position to the initial position. a pivot device adapted to pivot the placing base; a holding device adapted to hold the article above the placing base without changing an orientation of the article; and a controller adapted to control the pivot device and the holding device to adjust the relative orientation between the article and the placing base to a predetermined orientation, wherein the controller adapted to cause: the holding device to hold the article in a state in which the article is separate upwardly from the placing base held by the pivot device; the pivot device to pivot the placing base in the state in which the article is separate from the placing base, from an initial position to an intended position; the holding device to place the article, which has been held above the placing base, on the placing base which has been pivoted to the intended position; and the pivot device to pivot the placing base having the article placed thereon from the intended position to the initial position. the holding device to hold the article in a state in which the article is separate upwardly from the placing base held by the pivot device; the pivot device to pivot the placing base in the state in which the article is separate from the placing base, from an initial position to an intended position; the holding device to place the article, which has been held above the placing base, on the placing base which has been pivoted to the intended position; and the pivot device to pivot the placing base having the article placed thereon from the intended position to the initial position.
A system for controlling urination in a patient unable to voluntarily control urination, said system comprising: at least two implantable electrodes (104, 106) configured to deliver current to the patient's pudendal nerve(s) (PN1, PN2) in the form of an electrical waveform wherein the electrodes are disposed in or on an atraumatic cuff configured to fit over a branch of the patient's pudendal nerve, the cuff comprising a resilient material configured to grip and remain in place on the pudendal nerve after implantation; an implantable sensor configured to sense information corresponding to a degree of filling of the patient's bladder; an implantable controller configured to concurrently deliver at least a first and second electrical waveform to said at least two electrodes, the at least first and second electrical waveforms configured to stimulate and block the patient's pudendal nerve to cause at least a first and second physiological action involved in voiding of the bladder; an external device configured to receive information from the implantable sensor corresponding to a degree of bladder filling, display a value corresponding to the degree of filling, and to send a signal to the implantable controller to initiate voiding of the bladder. at least two implantable electrodes (104, 106) configured to deliver current to the patient's pudendal nerve(s) (PN1, PN2) in the form of an electrical waveform wherein the electrodes are disposed in or on an atraumatic cuff configured to fit over a branch of the patient's pudendal nerve, the cuff comprising a resilient material configured to grip and remain in place on the pudendal nerve after implantation; an implantable sensor configured to sense information corresponding to a degree of filling of the patient's bladder; an implantable controller configured to concurrently deliver at least a first and second electrical waveform to said at least two electrodes, the at least first and second electrical waveforms configured to stimulate and block the patient's pudendal nerve to cause at least a first and second physiological action involved in voiding of the bladder; an external device configured to receive information from the implantable sensor corresponding to a degree of bladder filling, display a value corresponding to the degree of filling, and to send a signal to the implantable controller to initiate voiding of the bladder.