mhurhangee/ep-ind-claims huggingface dataset:
A voice coil motor VCM actuator, comprising: a dynamic platform configured to couple with an image sensor of a camera such that the image sensor moves together with the dynamic platform; a static platform; multiple flexure arms that mechanically connect the dynamic platform to the static platform; a plurality of electrical traces to convey the image signals from the dynamic platform to the static platform; one or more coils mounted to move with the dynamic platform; and one or more magnets mounted stationary relative to the one or more coils, wherein an interaction between the one or more coils and the one or more magnets is configured to produce a force for moving the dynamic platform such that the image sensor moves relative to the static platform in a plurality of directions orthogonal to an optical axis of the camera, characterized in that multiple ones of the multiple flexure arms run parallel with one another and extend from a same side of the dynamic platform to a same side of the static platform; and multiple ones of the electrical traces run parallel with one another and are routed from the dynamic platform to the static platform via one or more flexure arms of the multiple flexure arms. a dynamic platform configured to couple with an image sensor of a camera such that the image sensor moves together with the dynamic platform; a static platform; multiple flexure arms that mechanically connect the dynamic platform to the static platform; a plurality of electrical traces to convey the image signals from the dynamic platform to the static platform; one or more coils mounted to move with the dynamic platform; and one or more magnets mounted stationary relative to the one or more coils, wherein an interaction between the one or more coils and the one or more magnets is configured to produce a force for moving the dynamic platform such that the image sensor moves relative to the static platform in a plurality of directions orthogonal to an optical axis of the camera, characterized in that multiple ones of the multiple flexure arms run parallel with one another and extend from a same side of the dynamic platform to a same side of the static platform; and multiple ones of the electrical traces run parallel with one another and are routed from the dynamic platform to the static platform via one or more flexure arms of the multiple flexure arms.
A method for wireless communications, comprising: identifying (1105; 1605) that a waveform to be generated for a scheduled transmission is formed by one or more reference signal symbols and one or more data symbols, the waveform to be contained between a beginning boundary and an ending boundary with a duration equal to a total length of the one or more reference signal symbols and the one or more data symbols; generating (1110; 1610) the waveform by inserting a guard interval in the one or more reference signal symbols and the one or more data symbols to enable a receiver to perform a fast Fourier transform, FFT, for each of the one or more reference signal symbols and the one or more data symbols; and transmitting (1115; 1615) the waveform between the beginning boundary and the ending boundary; characterized in that generating (1110; 1610) the waveform comprises: generating the waveform, when at least one first data symbol (730; 830; 925) of the one or more data symbols occurs prior to a reference signal symbol of the one or more reference signal symbols, based at least in part on repeating a beginning segment of a reference signal sequence of the reference signal symbol as a beginning segment (710; 810; 910) in the at least one first data symbol as a guard interval. identifying (1105; 1605) that a waveform to be generated for a scheduled transmission is formed by one or more reference signal symbols and one or more data symbols, the waveform to be contained between a beginning boundary and an ending boundary with a duration equal to a total length of the one or more reference signal symbols and the one or more data symbols; generating (1110; 1610) the waveform by inserting a guard interval in the one or more reference signal symbols and the one or more data symbols to enable a receiver to perform a fast Fourier transform, FFT, for each of the one or more reference signal symbols and the one or more data symbols; and transmitting (1115; 1615) the waveform between the beginning boundary and the ending boundary; characterized in that generating (1110; 1610) the waveform comprises: generating the waveform, when at least one first data symbol (730; 830; 925) of the one or more data symbols occurs prior to a reference signal symbol of the one or more reference signal symbols, based at least in part on repeating a beginning segment of a reference signal sequence of the reference signal symbol as a beginning segment (710; 810; 910) in the at least one first data symbol as a guard interval.
A method for cooling a room with a cooling element (1, 1', 1") that is arranged on a ceiling or a wall of the room to be cooled, with a heat-insulating base plate (2, 2', 2") comprising capillary tubes (3, 3") that are fixed on its surface (7, 7') facing the room and through which a cooling medium can be conveyed, and with a layer that covers the surface (7, 7') of the base plate (2, 2', 2") with the capillary tubes (3, 3"), wherein the base plate (2, 2', 2") is made of a hygroscopic material, characterized in that the cooling temperature falls short of the dew point and the thusly produced condensate is absorbed by the base plate and the covering layer and once again released when the cooling system is switched off.
Device for determining the position of a noteworthy point of an eye of a wearer equipped with a vision frame, comprising - at least one image-capturing apparatus (120; 220; 320), and - positioning means for positioning the image-capturing device with respect to said vision frame, in such a way that, when said vision frame is placed in useful position on the head of the wearer, the image-capturing apparatus (120; 220; 320) is suitable for capturing an image of this eye of the wearer, and - means for determining the position of a noteworthy point of the eye of the wearer from said at least one image of the eye of the wearer which was captured by the image-capturing apparatus (120; 220; 320), characterized in that: said vision frame including at least two rims (411, 412) and/or two ophthalmic lenses, said positioning means comprise a measuring support (150; 250; 350) that is equipped with a horizontal bar (151; 251; 351) and two lateral arms (152; 252; 352), and two clips (131, 132; 231, 232; 331, 332) belonging to said horizontal bar and suitable for interacting with an upper portion of the rims or ophthalmic lenses of the vision frame, and two clips (133, 134; 233, 234; 433, 434) that are each placed at the end of one of the lateral arms (152; 252; 352) and suitable for interacting with a lower portion of the rims (411, 412) or of the ophthalmic lenses of the vision frame. - at least one image-capturing apparatus (120; 220; 320), and - positioning means for positioning the image-capturing device with respect to said vision frame, in such a way that, when said vision frame is placed in useful position on the head of the wearer, the image-capturing apparatus (120; 220; 320) is suitable for capturing an image of this eye of the wearer, and - means for determining the position of a noteworthy point of the eye of the wearer from said at least one image of the eye of the wearer which was captured by the image-capturing apparatus (120; 220; 320),
A press for the direct extrusion of metal material, wherein said press comprises: - a supporting structure which defines an extrusion direction of said metal material; - a container receiving the metal material to be extruded; - a container holder element which supports said container, wherein said container holder element is movable along said extrusion direction by means of a plurality of pads (11A, 11B) slidable along corresponding guides (12A, 12B) integral with the supporting structure; - a plurality of adjustment devices (15A, 15B) for adjusting the position of said container holder element with respect to said supporting structure, wherein said press comprises at least one motorized member (16A, 16b) operatively connected to at least one of said adjustment devices (15A, 15B), wherein in an activating condition, said motorized member (16A, 16B) activates said at least one adjustment device (15A, 15B) so as to cause a variation of the position of said container holder element with respect to said supporting structure and wherein, in a deactivating condition, it intervenes on said at least one adjustment device (15A, 15B) locking it in a configuration previously reached at the end of said activation, wherein said press comprises sensor means which detect the position of said container holder element with respect to said supporting structure, characterized in that said press comprises a plurality of lifting devices (25A, 25B) configured to apply a force to said container holder so as to avoid its weight from weighing on said adjustment devices (15A, 15B) during the activation thereof. - a supporting structure which defines an extrusion direction of said metal material; - a container receiving the metal material to be extruded; - a container holder element which supports said container, wherein said container holder element is movable along said extrusion direction by means of a plurality of pads (11A, 11B) slidable along corresponding guides (12A, 12B) integral with the supporting structure; - a plurality of adjustment devices (15A, 15B) for adjusting the position of said container holder element with respect to said supporting structure,
A fluid machine for transferring, compressing or expanding fluid including a shim in the shape of a part of moon and a casing comprising a cylinder body, an upper end cover and a lower end cover, in which at least one pair of internal engaging gears is accommodated in said casing, working as one driving gear and one driven gear respectively, said end covers are provided with through holes for suction and evacuation of gas or liquid, and said driving gear and driven gear are provided with shorter teeth (314, 33) and at least one longer tooth (310, 317) on their pitch circles (313, 32) respectively, the cross-section of said longer tooth (310, 317) is of a hawk beak shape, characterized in that said driving gear and driven gear further have transition teeth (36, 312, 321, 315), the profile of said longer tooth is smoothly connected in series by a convex section (311, 316), a tip section (39, 318), a concave section (38, 319), and a leading section (37, 320), a convex section of the longer tooth of the external gear projects into the outside of the pitch circle, a convex section of the longer tooth of the internal gear projects into the inside of the pitch circle, and two sides of said longer tooth (310, 317) are respectively provided with a transition tooth (36, 312, 321, 315) which neighbors a shorter tooth (314, 33) on the opposite side of said longer tooth (310, 317), said driving gear and driven gear keep engaging with each other, so that the driving force is directly transmitted from the driving gear to the driven gear while the working medium is perfectly sealed, whereby when the driving gear rotates, during the longer tooth of the driving gear engages with the longer tooth of the driven gear, until the engaging point is changing from the convex section of the longer tooth of the driving gear to the leading section of the longer tooth of the driving gear, the tip section of the longer tooth of the driving gear begins to be in disengagement condition, so that during this engaging-point changing process, a multiple engaging point solution is used, thus a smooth and constant run of the gears (31,34) is realized.
Tool for a mixing device with a container for receiving material to be mixed, in which the tool rotates in a first direction of rotation around a rotational axis to crush and/or mix the material to be mixed, wherein the tool has a rotary shaft with at least one tool blade (7, 8, 17a, 17b, 18a, 18b, 19a, 19b) radially extending outwardly from the rotary shaft, wherein the tool blade (7, 8, 17a, 17b, 18a, 18b, 19a, 19b) forms an end face in a first direction of rotation and a rear side in a direction opposing the first direction of rotation; wherein the end face has an outwardly curved contour on a plane perpendicular to the rotational axis and the rear side has an inwardly curved contour on a plane perpendicular to the rotational axis; wherein the tool blade (7, 8, 17a, 17b, 18a, 18b, 19a, 19b) has at least one nozzle for supplying gases, liquids and/or solids, and the tool blade (7, 8, 17a, 17b, 18a, 18b, 19a, 19b) ends in a radial direction in a blunt outer section, characterized in that the tool blade (7, 8, 17a, 17b, 18a, 18b, 19a, 19b) has a plurality of nozzles at least on the end face.
A multilayer electrode comprising, in sequence, a conductive layer, a first composite electrode layer and second composite electrode layer, each composite electrode layer comprising a particulate material suitable for use as the active material in a metal ion battery and a binder, wherein a major component of the active material of the first composite electrode layer (first major active component) is an active carbon and a major component of the active material of the second composite electrode layer (second major active component) is silicon, wherein the binder of the first composite electrode layer is polyvinylidene fluoride (PVDF), a polyimide or a mixture thereof and the binder of the second composite electrode layer is polyacrylic acid or a salt thereof, carboxymethylcellulose or a salt thereof, styrene butadiene rubber or a binary or tertiary mixture thereof.
A thermal system comprising a plurality of thermal elements, (164, 168, 230, 232, 236, 238, 240, 242, 244, 246, 250, 252, 254, 260, 262, 270, 332, 334, 438, 522), wherein it further comprises: a control system (110, 210, 310, 410, 510) having a plurality of power nodes (136a, 136b, 136c, 138a, 138b, 138c; 212, 214, 216, 218, 220, 222; 312, 314, 316, 318, 320, 322; 412, 414, 416, 418, 420, 422; 514, 516), wherein each thermal element is connected between a pair of power nodes from the plurality of power nodes, the thermal system characterized in that the control system is configured to calculate target setpoints for each thermal element of the plurality of thermal elements and time windows (650, 656, 662, 670) for powering each thermal element of the plurality of thermal elements, the control system being configured to index through each thermal element of the plurality of thermal elements to (a) determine whether an end of the time window has been reached for the thermal element, (b) provide power to the thermal element in response to determining that the end of the time window has not been reached, (c) sense an electrical characteristic of the thermal element, (d) determine if the thermal element exceeds a target setpoint for the thermal element based on the sensed electrical characteristic, and (e) increment to another thermal element of the plurality of thermal elements if the thermal element exceeds the target setpoint or if the end of the time window has been reached for the thermal element, wherein providing power to the thermal element includes providing power to one of the pair of power nodes and a return to the other one of the pair of power nodes and wherein sensing an electrical characteristic of the thermal element includes measuring the electrical characteristic across the power nodes connected to the thermal element.
An on-vehicle information providing device for providing information to a driver based on information sent from an information providing center characterized in that, when a vehicle leaves an off-street facility having multiple.exits to enter a road, the on-vehicle information providing device is configured: to perform a first process of sending to the information providing center vehicle-side information including information obtained based on a starting time and an exiting time of the vehicle and information identifying one of the exits selected for the vehicle to leave the facility; and to perform a second process of receiving from the information providing center exit status information including exit time lengths calculated for the respective exits by the information providing center based on the vehicle-side information received from multiple vehicles and providing information to the driver based on the received exit status information. to perform a first process of sending to the information providing center vehicle-side information including information obtained based on a starting time and an exiting time of the vehicle and information identifying one of the exits selected for the vehicle to leave the facility; and to perform a second process of receiving from the information providing center exit status information including exit time lengths calculated for the respective exits by the information providing center based on the vehicle-side information received from multiple vehicles and providing information to the driver based on the received exit status information.
Power supply unit for supplying a consumer with a low voltage, comprising: at least one power plug contact (106, 206) connectable to a supply voltage; at least one output lead (114, 214) for outputting the low voltage; a voltage transformer unit comprising at least one electronic component for transforming the supply voltage to the low voltage; wherein the power supply unit (100, 200) comprises a casing with a casing base element (102, 202) and a lid element (102, 202), and wherein the at least one power plug contact (106, 206) is held in the casing base element or in the lid element in such a way that it can be plugged into a power socket, wherein the voltage transformer unit is mounted on a circuit carrier (108, 208), which is arranged in the casing base element (102, 202), in a plug-in direction of the power plug contact, in such a way that a defined first region of the circuit carrier (108, 208), which is to be insulated, is received in a casting space (118, 218) that is enclosed by walls of the casing base element (102, 202), characterized in that the casting space (118, 218) of the casing base element is filled with an electrically insulating casting compound, so that the first region of the circuit carrier, which is to be insulated, is covered by the casting compound, while a second region of the circuit carrier, on which the at least one electronic component is arranged, is not encapsulated. at least one power plug contact (106, 206) connectable to a supply voltage; at least one output lead (114, 214) for outputting the low voltage; a voltage transformer unit comprising at least one electronic component for transforming the supply voltage to the low voltage; wherein the power supply unit (100, 200) comprises a casing with a casing base element (102, 202) and a lid element (102, 202), and wherein the at least one power plug contact (106, 206) is held in the casing base element or in the lid element in such a way that it can be plugged into a power socket, wherein the voltage transformer unit is mounted on a circuit carrier (108, 208), which is arranged in the casing base element (102, 202), in a plug-in direction of the power plug contact, in such a way that a defined first region of the circuit carrier (108, 208), which is to be insulated, is received in a casting space (118, 218) that is enclosed by walls of the casing base element (102, 202), characterized in that the casting space (118, 218) of the casing base element is filled with an electrically insulating casting compound, so that the first region of the circuit carrier, which is to be insulated, is covered by the casting compound, while a second region of the circuit carrier, on which the at least one electronic component is arranged, is not encapsulated.
User interface device for applying control signals to a communication system, comprising at least one scroll-activated element, wherein each scroll of said scroll-activated element, in any direction, either forward or backward, defines an action, such that each of said actions or combinations of them results in activating one or more tasks of the communication system, characterized in that the user interface device further comprises at least one pressure-activated multidirectional tiltable/pushable plate (11, 21) with multiple pressureable areas (22, 23, 24), wherein each of said pressureable areas (22, 23, 24) activates a corresponding pressure element (26, 27, 28) that is located under said plate (11, 21), wherein each activation of a specific pressure element (26, 27, 28) defines an action which is respectively performed upon tilting-pressing of said plate (11, 21) towards the location of the respective pressure element (26, 27, 28), wherein the pressure-activated multidirectional tiltable/pushable plate (11, 21) and the scroll-activated element are embedded at least partly within a housing of the communication system, wherein the housing is adapted to be mounted on a helmet either directly or via a dedicated cradle, and wherein, in the mounted state of the communication system at the helmet, the rolling axis of the scroll-activated element is approximately perpendicular to the normal of a surface of the helmet on which the communication system is situated.
An article of footwear comprising: an upper having an outer surface; a first ball control portion disposed on the outer surface of the upper and a second ball control portion disposed on the outer surface of the upper, the first ball control portion being associated with a first type of kick and the second ball control portion being associated with a second type of kick that is different from the first type of kick, the first ball control portion including a first gripping member and the second ball control portion including a second gripping member; the first gripping member including a first edge and the second gripping member including a second edge; and the first edge being approximately aligned with the second edge to present a substantially continuous edge along the upper; characterized in that the first ball control portion is configured to assist with low trajectory kicks, in that a kicking surface presented by the first ball control portion is inclined with respect to the outer surface of the upper. an upper having an outer surface; a first ball control portion disposed on the outer surface of the upper and a second ball control portion disposed on the outer surface of the upper, the first ball control portion being associated with a first type of kick and the second ball control portion being associated with a second type of kick that is different from the first type of kick,
A food product, food additive, food ingredient, functional food, medical food, dietary supplement, nutraceutical, nutritional supplement or oral preparation comprising an effective amount of a urolithin, for use in the treatment or prevention of a condition selected from the group consisting of a metabolic disorder, obesity, diabetes mellitus, cardiovascular disease, hyperlipidemia, hypertriglyceridemia, elevated free fatty acids, and metabolic syndrome.