mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode structure comprising a population of electrodes comprising an electrode active material layer and a population of counter-electrodes comprising a counter-electrode active material layer wherein the population of electrodes is arranged in alternating sequence with the population of counter-electrodes along a first direction, each member of the electrode population has a bottom, a top, a length L E , a width W E , a height H E , and a longitudinal axis A E extending from the bottom to the top of each such member and in a direction that is transverse to the first direction, the length L E of each member of the electrode population being measured in the direction of its longitudinal axis A E , the width W E of each member of the electrode population being measured in the first direction, and the height H E of each member of the electrode population being measured in a direction that is perpendicular to the longitudinal axis A E of each such member and the first direction, the ratio of L E to each of W E and H E of each member of the electrode population being at least 5:1, respectively, the ratio of H E to W E for each member of the electrode population being between 0.4:1 and 1000:1, respectively, the longitudinal axis A E of each member of the population of electrodes is surrounded by a microporous separator material of an electrically insulating separator layer , the microporous separator material has a void fraction of at least 20 vol.%, and comprises a particulate material and a binder, and wherein the particulate material of the microporous separator material has a conductivity for carrier ions of less than 1 x 10 -4 S/cm, optionally less than 1 x 10 -5 S/cm, optionally wherein each member of the counter-electrode population comprises a bottom, a top, a length L CE , a width W CE , a height H CE , and a longitudinal axis A CE extending from the bottom to the top of each such member and in a direction that is transverse to the first direction, the length L CE of each member of the electrode population being measured in the direction of its longitudinal axis A CE , the width W CE of each member of the electrode population being measured in the first direction, and the height H CE of each member of the electrode population being measured in a direction that is perpendicular to the longitudinal axis ACE of each such member and the first direction, the ratio of L CE to each of W CE and H of each member of the electrode population being at least 5:1, respectively, the ratio of H CE to W CE for each member of the electrode population being between 0.4:1 and 1000:1, respectively.
A single-needle medication mixer, comprising a base , a medication mixing passage , a medication mixing cup and a piercing needle , wherein the base , the medication mixing passage and the medication mixing cup are integrated, and the medication mixing cup consists of a cup wall (3-1) and a cup bottom (3-2), wherein the lower end of the medication mixing passage penetrates through the base and the upper end penetrates through the cup bottom (3-2); the upper end of the medication mixing passage is provided with the piercing needle having a hollow passage , the lower end of the piercing needle is connected to the upper end of the medication mixing passage in a sealing way, and the hollow passage is communicated with the medication mixing passage ; the medication mixer also comprises a sealing membrane , the sealing membrane being welded at a cup opening of the medication mixing cup in a press welding way, so as to seal the medication mixing cup ; the sealing membrane is an easy-to-tear membrane which can still be basically kept smooth after moist heat terminal sterilization, and the sealing membrane is a breathable easy-to-tear membrane.
A simulated stand mixer comprising: a base defining a vertical direction; a vertical member extending from the base in the vertical direction; an extension connected with the vertical member and extending in a horizontal direction, wherein the extension is separated from the base by a bowl space ; characterised by a clip connected with the extension, wherein the clip comprises a semicircular portion and a connecting portion ; wherein the semicircular portion has a center of curvature along a spin axis, wherein the spin axis extends through the bowl space in the vertical direction, and wherein the connecting portion is connected with a side surface of the extension. a base defining a vertical direction; a vertical member extending from the base in the vertical direction; an extension connected with the vertical member and extending in a horizontal direction, wherein the extension is separated from the base by a bowl space ; characterised by a clip connected with the extension, wherein the clip comprises a semicircular portion and a connecting portion ; wherein the semicircular portion has a center of curvature along a spin axis, wherein the spin axis extends through the bowl space in the vertical direction, and wherein the connecting portion is connected with a side surface of the extension.
A display module comprising: a light source configured to provide an illumination beam (P); a light guide plate having a first surface , a second surface opposite to the first surface , and an incident surface connecting the first surface and the second surface , the illumination beam (P) entering the light guide plate through the incident surface ; an optical structure connected to the light guide plate and configured to change a propagation direction of the illumination beam (P); a reflective display unit capable of modulating a polarization state of the illumination beam (P) to form a modulated beam (M), the second surface being disposed between the reflective display unit and the first surface ; a reflective polarizer , the first surface being disposed between the second surface and the reflective polarizer , the reflective polarizer filtering the modulated beam (M) into an image beam (I), the display module characterized in that the optical structure is located inside the light guide plate ; and a patterned coating formed on the first surface and above the optical structure and configured to reflect or absorb stray light from the optical structure, wherein a shape and a distribution location of the patterned coating correspond to a shape and a distribution location of the optical structure . a light source configured to provide an illumination beam (P); a light guide plate having a first surface , a second surface opposite to the first surface , and an incident surface connecting the first surface and the second surface , the illumination beam (P) entering the light guide plate through the incident surface ; an optical structure connected to the light guide plate and configured to change a propagation direction of the illumination beam (P); a reflective display unit capable of modulating a polarization state of the illumination beam (P) to form a modulated beam (M), the second surface being disposed between the reflective display unit and the first surface ; a reflective polarizer , the first surface being disposed between the second surface and the reflective polarizer , the reflective polarizer filtering the modulated beam (M) into an image beam (I), the display module characterized in that the optical structure is located inside the light guide plate ; and a patterned coating formed on the first surface and above the optical structure and configured to reflect or absorb stray light from the optical structure, wherein a shape and a distribution location of the patterned coating correspond to a shape and a distribution location of the optical structure .
An apparatus , comprising: means for transmitting a reference signal to one or more remote user terminals from each of a plurality of sub-arrays (36-41, 66, 68, 70) of an antenna array , each sub-array (36-41, 66, 68, 70) comprising a quantity of radiating elements of the antenna array ; means for receiving measurement signals from the one or more remote user terminals , wherein the measurement signals are indicative of one or more characteristics of the reference signals received by the one or more remote user terminals , respectively; and means for selecting, based on the measurement signals received from the one or more remote user terminals , a first subset of the sub-arrays (36-41, 66, 68, 70) for backhaul communications with a remote communications node and a second subset of the sub-arrays (36-41, 66, 68, 70), comprising one or more of the remaining sub-arrays, for access communications with the one or more remote user terminals . means for transmitting a reference signal to one or more remote user terminals from each of a plurality of sub-arrays (36-41, 66, 68, 70) of an antenna array , each sub-array (36-41, 66, 68, 70) comprising a quantity of radiating elements of the antenna array ; means for receiving measurement signals from the one or more remote user terminals , wherein the measurement signals are indicative of one or more characteristics of the reference signals received by the one or more remote user terminals , respectively; and means for selecting, based on the measurement signals received from the one or more remote user terminals , a first subset of the sub-arrays (36-41, 66, 68, 70) for backhaul communications with a remote communications node and a second subset of the sub-arrays (36-41, 66, 68, 70), comprising one or more of the remaining sub-arrays, for access communications with the one or more remote user terminals .
A method of forming a bulk material with insulated boundaries, the method characterized by : providing a metal material; providing a source of insulating material; providing a support configured to support the bulk material; heating the metal material to a softened state; depositing particles of the metal material in the softened or molten state on the support to form the bulk material having magnetic domains formed from the metal material with insulating boundaries formed from the insulating material, wherein the bulk material includes a plurality of adhered domains of metal material, and substantially all of the domains of the plurality of domains of metal material are separated by a predetermined layer of high resistivity insulating material wherein substantially all of the magnetic domains in a layer have a first surface and a second opposing surface conforming to a shape of the first surface of the magnetic domains that the second opposing surface progresses from. providing a metal material; providing a source of insulating material; providing a support configured to support the bulk material; heating the metal material to a softened state; depositing particles of the metal material in the softened or molten state on the support to form the bulk material having magnetic domains formed from the metal material with insulating boundaries formed from the insulating material, wherein the bulk material includes a plurality of adhered domains of metal material, and substantially all of the domains of the plurality of domains of metal material are separated by a predetermined layer of high resistivity insulating material wherein substantially all of the magnetic domains in a layer have a first surface and a second opposing surface conforming to a shape of the first surface of the magnetic domains that the second opposing surface progresses from.
An oral care implement (300; 400) comprising: a body (310; 410) comprising a handle portion (311; 411) and a head portion (312; 412); at least one bristle (319; 419) mounted to and extending from the head portion (312; 412), the at least one bristle (319; 419) having an oral care feature; the body (310; 410) comprising a core component (330; 430) and a sheath component (320; 420) surrounding the core component (330; 430); the core component (330; 430) comprising a structural feature that is visible through the sheath component (320; 420); wherein the oral care feature is intertwined bristle strand components (324, 325; 424, 425) and the structural feature is intertwined core strand components (334, 335; 434, 435). a body (310; 410) comprising a handle portion (311; 411) and a head portion (312; 412); at least one bristle (319; 419) mounted to and extending from the head portion (312; 412), the at least one bristle (319; 419) having an oral care feature; the body (310; 410) comprising a core component (330; 430) and a sheath component (320; 420) surrounding the core component (330; 430); the core component (330; 430) comprising a structural feature that is visible through the sheath component (320; 420); wherein the oral care feature is intertwined bristle strand components (324, 325; 424, 425) and the structural feature is intertwined core strand components (334, 335; 434, 435).
An apparatus for shielding hot regions, in particular of an internal combustion engine, having: a heat shield with a through hole ; a component , in particular a heat source, with a fastening region which has a receptacle and a shoulder which surrounds the receptacle at least partially, the shoulder extending through the through hole of the heat shield ; and a fastening element , in particular a screw, which fastens the heat shield to the fastening region , the fastening element being supported on the shoulder , extending through the through hole of the heat shield , and being fastened in the receptacle , characterized in that: the shoulder extends in a manner which emanates from an, in particular annular, bearing face of the first fastening region , and the heat shield bearing against the bearing face of the first fastening region . a heat shield with a through hole ; a component , in particular a heat source, with a fastening region which has a receptacle and a shoulder which surrounds the receptacle at least partially, the shoulder extending through the through hole of the heat shield ; and a fastening element , in particular a screw, which fastens the heat shield to the fastening region , the fastening element being supported on the shoulder , extending through the through hole of the heat shield , and being fastened in the receptacle , the shoulder extends in a manner which emanates from an, in particular annular, bearing face of the first fastening region , and the heat shield bearing against the bearing face of the first fastening region .
A method of controlling a vehicle, comprising: a friction clutch that is configured to switch between engagement and disengagement between a motor/generator and a drive wheel ; a mechanical oil pump that is driven by the motor/generator and supplies hydraulic oil pressure to the friction clutch; and an electric oil pump that is driven by an electric motor and supplies hydraulic oil pressure to the friction clutch, wherein the motor/generator is stopped (S1) when the vehicle is stopped, the friction clutch is kept released (S1) by the hydraulic pressure from the electric oil pump in a state in which slack in a stroke is eliminated, and a rotational speed of the motor/generator is increased (S3) toward a target rotational speed upon receiving a stoppage cancellation request of the motor/generator (S2), characterized in that , when increasing the rotational speed of the motor/generator toward the target rotational speed, a torque of the motor/generator is limited (S3) to less than the torque of the motor/generator at which it is possible to maintain the target rotational speed, and if a slip of the friction clutch is detected (S4, S11), then limitation of the torque is canceled (S5). a friction clutch that is configured to switch between engagement and disengagement between a motor/generator and a drive wheel ; a mechanical oil pump that is driven by the motor/generator and supplies hydraulic oil pressure to the friction clutch; and an electric oil pump that is driven by an electric motor and supplies hydraulic oil pressure to the friction clutch, wherein the motor/generator is stopped (S1) when the vehicle is stopped, the friction clutch is kept released (S1) by the hydraulic pressure from the electric oil pump in a state in which slack in a stroke is eliminated, and a rotational speed of the motor/generator is increased (S3) toward a target rotational speed upon receiving a stoppage cancellation request of the motor/generator (S2), characterized in that , when increasing the rotational speed of the motor/generator toward the target rotational speed, a torque of the motor/generator is limited (S3) to less than the torque of the motor/generator at which it is possible to maintain the target rotational speed, and if a slip of the friction clutch is detected (S4, S11), then limitation of the torque is canceled (S5).
A humid air stream generator, comprising a hollow cylindrical chamber with a mist generator placed inside at the bottom of the hollow cylindrical chamber for generating a continuous stream of humid air, an inlet tubing attached to the hollow cylindrical chamber for feeding a stream of incoming air, an outlet tubing attached to the hollow cylindrical chamber , a suction fan placed between the outlet tubing and the mist generator for forming the continuous stream of humid air with the stream of incoming air into a cyclonic air flow which spirals upward towards the outlet tubing , so as to eliminate accumulation of water droplets or condensation at an outlet region of the hollow cylindrical chamber ; the suction fan comprises a first centrifugal fan to allow the continuous stream of humid air and the stream of incoming air to pass through the first centrifugal fan, so as to mix them together in forming the cyclonic air flow; characterised in that the first centrifugal fan comprises a drum housing with fins arranged at its middle point , wherein, the drum housing further comprises an air outlet for discharging mixed air in a direction in parallel with or tilted at a small angle to a tangent of the drum housing at the air outlet so as to form the cyclonic air flow along a circumference of an inner wall of the hollow cylindrical chamber .
A method for centering and temporary fixation of tube parts relative to each other before a joint welding operation of the tube parts to each other, where a first tube part comprises a first interior surface , a first exterior surface and a first tube part end , and a second tube part comprises a second interior surface , a second exterior surface and a second tube part end , characterized by the following steps: a. a first tool is centered relative to the interior surface of the first tube part , b. a second tool is centered in relation to the first tool , c. with the second tool is the first tube part fixed at its exterior surface , whereby said tube part thereby is fixed and centered relative to the second tool , d. the first tool is removed from the first tube part , e. the steps a-d are repeated in the same way for the second tube part , f. both second tools , arranged at respective first and second tube part , are centered relative to each other and are connected, whereby the tube parts will be centered relative to each other with respect to the interior surfaces , and further fixed with a predetermined distance between respective tube part end . a. a first tool is centered relative to the interior surface of the first tube part , b. a second tool is centered in relation to the first tool , c. with the second tool is the first tube part fixed at its exterior surface , whereby said tube part thereby is fixed and centered relative to the second tool , d. the first tool is removed from the first tube part , e. the steps a-d are repeated in the same way for the second tube part , f. both second tools , arranged at respective first and second tube part , are centered relative to each other and are connected, whereby the tube parts will be centered relative to each other with respect to the interior surfaces , and further fixed with a predetermined distance between respective tube part end .
Heat exchanger, having a first cylinder tube and a threaded spindle extending coaxially in the first cylinder tube , wherein the inner surface of the first cylinder tube has guide grooves , and wherein a cleaning element is mounted on the threaded spindle in such a way that the cleaning element is displaced in the axial direction along the guide grooves via rotation of the threaded spindle , characterized in that a second cylinder tube is arranged coaxially with the first cylinder tube , and wherein the outer surface of the first cylinder tube has a helix extending in a spiral in the axial direction.
A method comprising: analyzing , by a conferencing application hosted on a server, video data received from a user computing system operating as one of a plurality of participants in a conference managed by the conferencing application to detect one or more video pause conditions based at least in part on analyzing the video data; setting a video pause indicator when the one or more video pause conditions are detected; pausing distribution of the video data to computing systems of other participants of the conference when the video pause indicator is set receiving the video data from the user computing system while the video pause indicator is set; analyzing the video data; updating the video pause indicator to cleared when the one or more video pause conditions are no longer detected based at least in part on analyzing the video data; and triggering a countdown on a conferencing display of the user computing system, the countdown notifying a user of the user computing system that distribution of the video data to computing systems of other participants of the conference will be resumed in X seconds, wherein the user can cancel the resumption of the distribution of the video data prior to expiry of the countdown. analyzing , by a conferencing application hosted on a server, video data received from a user computing system operating as one of a plurality of participants in a conference managed by the conferencing application to detect one or more video pause conditions based at least in part on analyzing the video data; setting a video pause indicator when the one or more video pause conditions are detected; pausing distribution of the video data to computing systems of other participants of the conference when the video pause indicator is set receiving the video data from the user computing system while the video pause indicator is set; analyzing the video data; updating the video pause indicator to cleared when the one or more video pause conditions are no longer detected based at least in part on analyzing the video data; and triggering a countdown on a conferencing display of the user computing system, the countdown notifying a user of the user computing system that distribution of the video data to computing systems of other participants of the conference will be resumed in X seconds, wherein the user can cancel the resumption of the distribution of the video data prior to expiry of the countdown.