mhurhangee/patent-ind-claim-en huggingface dataset:
An elongated conductor comprising: an elongated structure having a proximal region and a distal region and comprising two insulated conducting members that are in fixed relative position along at least a portion of the elongated structure and extend from the proximal region to the distal region , which conducting members are configured to conduct an entity, for example electrical current, charge, light, heat, a fluid, a gel, a biological sample, from the proximal region to the distal region or vice versa; and a pattern of insulation openings among the insulated conducting members at both of the proximal and distal regions, which pattern of insulation openings comprises a collection of areas or windows for example voids which insulation openings are configured to transmit the entity, wherein the two insulated conducting members are wound to define a lumen extending along at least a portion of the elongated structure, which lumen is an inner space or cavity, characterised in that the elongated structure comprises a first pattern of insulation openings among the insulated conducting members at the proximal region and a second pattern of insulation openings among the insulated conducting members at the distal region . an elongated structure having a proximal region and a distal region and comprising two insulated conducting members that are in fixed relative position along at least a portion of the elongated structure and extend from the proximal region to the distal region , which conducting members are configured to conduct an entity, for example electrical current, charge, light, heat, a fluid, a gel, a biological sample, from the proximal region to the distal region or vice versa; and a pattern of insulation openings among the insulated conducting members at both of the proximal and distal regions, which pattern of insulation openings comprises a collection of areas or windows for example voids which insulation openings are configured to transmit the entity, wherein the two insulated conducting members are wound to define a lumen extending along at least a portion of the elongated structure, which lumen is an inner space or cavity, characterised in that the elongated structure comprises a first pattern of insulation openings among the insulated conducting members at the proximal region and a second pattern of insulation openings among the insulated conducting members at the distal region .
Method for detecting stalling of an electric stepper motor , characterized by the following steps: a) samples of the voltage at a coil of the stepper motor are taken continuously or in regular intervals, b) a deviation value (D S/E , D Diff ) is determined corresponding to the deviation between the measured voltages of the two samples, and c) the deviation value (D S/E , D Diff ) is used to determine whether the electric motor is stalling, wherein a first sample is taken and a confirmation window of a predefined length is defined, wherein the deviation values (D Diff ) for a predefined number of samples within the confirmation window are determined, wherein the determined deviations values (D Diff ) are compared with a threshold (T Diff ), and wherein stalling is detected if the number of determined deviation values (D Diff ) exceeding the threshold (T Diff ) is greater than a predefined amount, and wherein the first sample defines the beginning of the confirmation window . a) samples of the voltage at a coil of the stepper motor are taken continuously or in regular intervals, b) a deviation value (D S/E , D Diff ) is determined corresponding to the deviation between the measured voltages of the two samples, and c) the deviation value (D S/E , D Diff ) is used to determine whether the electric motor is stalling, wherein a first sample is taken and a confirmation window of a predefined length is defined, wherein the deviation values (D Diff ) for a predefined number of samples within the confirmation window are determined, wherein the determined deviations values (D Diff ) are compared with a threshold (T Diff ), and wherein stalling is detected if the number of determined deviation values (D Diff ) exceeding the threshold (T Diff ) is greater than a predefined amount, and wherein the first sample defines the beginning of the confirmation window .
A delaminatable container , comprising: a container body ; and a press-fit cap mounted to the container body , wherein the container body is configured to include a storage portion to store contents and a mouth having an opening to discharge the contents from the storage portion , the storage portion and the mouth having an outer layer and an inner layer , and having an inner bag composed of the inner layer to be shrunk with a decrease in the contents, the mouth includes a mouth-side engagement section provided along an outer circumferential surface of the mouth , the cap includes a cap-side engagement section provided along an inner circumferential surface of the cap , the mouth-side engagement section and the cap-side engagement section are configured to be engageable with each other while the cap is mounted to the mouth , at least one of the cap and the mouth includes a tilt suppressor to suppress a tilt of the cap relative to the mouth by narrowing a gap between the mouth and the cap , the tilt suppressor being provided in a position more distant from the opening than the cap-side engagement section while the cap is mounted to the mouth , characterised in that the storage portion includes a fresh air inlet communicating an external space (S) with an intermediate space between the outer layer and the inner layer .
Use of cellobiose as a sweetness enhancer in a low-intensity sweetener-containing comestible composition of reduced low-intensity sweetener content.
An implantable medical system comprising: an implantable lead including lead body defining a proximal region and a distal region, the proximal region including a plurality of proximal electrodes positioned on the lead body so that at least one of the proximal electrodes is adapted to be positioned in a coronary sinus or great cardiac vein of a patient's heart, the distal region including a plurality of distal electrodes disposed on the lead body so that at least one of the distal electrodes is adapted to be positioned within a coronary vein proximate an intraventricular septum of the patient's heart; and an implantable pulse generator configured to be electrically coupled to the implantable lead , the pulse generator including electronic circuitry configured to cause a pacing signal to be delivered to the patient's heart via at least one selected distal electrode of the plurality of distal electrodes , characterized in that the implantable medical system is configured to select the at least one selected distal electrode based on right and left ventricular pacing thresholds associated therewith and in that the implantable medical system is configured so that the pacing signal delivered via the at least one selected distal electrode captures both a right ventricle and a left ventricle of the patient's heart. an implantable lead including lead body defining a proximal region and a distal region, the proximal region including a plurality of proximal electrodes positioned on the lead body so that at least one of the proximal electrodes is adapted to be positioned in a coronary sinus or great cardiac vein of a patient's heart, the distal region including a plurality of distal electrodes disposed on the lead body so that at least one of the distal electrodes is adapted to be positioned within a coronary vein proximate an intraventricular septum of the patient's heart; and an implantable pulse generator configured to be electrically coupled to the implantable lead , the pulse generator including electronic circuitry configured to cause a pacing signal to be delivered to the patient's heart via at least one selected distal electrode of the plurality of distal electrodes , characterized in that the implantable medical system is configured to select the at least one selected distal electrode based on right and left ventricular pacing thresholds associated therewith and in that the implantable medical system is configured so that the pacing signal delivered via the at least one selected distal electrode captures both a right ventricle and a left ventricle of the patient's heart.
A method of screening a subject for cancer, comprising detecting circulating Cancer Associated Macrophage-Like cells (CAMLs) in a blood sample from a subject, wherein said CAML cell has the following characteristics: (a) multiple individual nuclei; (b) cell size ranging from 20 microns to 300 microns; and (c) morphological shape selected from the group consisting of spindle, tadpole, round, oblong, and amorphous. (a) multiple individual nuclei; (b) cell size ranging from 20 microns to 300 microns; and (c) morphological shape selected from the group consisting of spindle, tadpole, round, oblong, and amorphous.
A wind turbine tower comprising a tower vibration damper , the tower vibration damper comprising a tuned mass damper comprising: - a pendulum structure suspended inside the wind turbine tower, - a chamber comprising an outer boundary , the chamber connects a friction media to the pendulum structure , and - a suspension arrangement (103-111, 206, 207, 306, 307, 308, 309, 406, 407, 408, 409), suspending the pendulum structure inside the wind turbine tower such that the pendulum structure is allowed to displace from a neutral position towards the outer boundary of the chamber, and an impact damper comprising: - one or more impact damping units positioned between the pendulum structure and the outer boundary of the chamber, such that the outer boundary of the chamber and the pendulum structure may collide via the impact damper, wherein the impact damper is adapted to be deactivated in order to prevent collision of the outer boundary and the pendulum structure via the impact damper. a tuned mass damper comprising: - a pendulum structure suspended inside the wind turbine tower, - a chamber comprising an outer boundary , the chamber connects a friction media to the pendulum structure , and - a suspension arrangement (103-111, 206, 207, 306, 307, 308, 309, 406, 407, 408, 409), suspending the pendulum structure inside the wind turbine tower such that the pendulum structure is allowed to displace from a neutral position towards the outer boundary of the chamber, and - a pendulum structure suspended inside the wind turbine tower, - a chamber comprising an outer boundary , the chamber connects a friction media to the pendulum structure , and - a suspension arrangement (103-111, 206, 207, 306, 307, 308, 309, 406, 407, 408, 409), suspending the pendulum structure inside the wind turbine tower such that the pendulum structure is allowed to displace from a neutral position towards the outer boundary of the chamber, and an impact damper comprising: - one or more impact damping units positioned between the pendulum structure and the outer boundary of the chamber, such that the outer boundary of the chamber and the pendulum structure may collide via the impact damper, wherein - one or more impact damping units positioned between the pendulum structure and the outer boundary of the chamber, such that the outer boundary of the chamber and the pendulum structure may collide via the impact damper, wherein the impact damper is adapted to be deactivated in order to prevent collision of the outer boundary and the pendulum structure via the impact damper.
A wireless communication device , comprising: at least one processor configured to acquire the type of information to be transmitted via a device-to-device communication, wherein the type is one of a plurality of types which comprise at least a first type and a second type; and determine a resource utilization manner and a power control manner for transmitting the information at least based on the type of the information; wherein the type of the information is predefined based on the content of the information and a device-to-device communication scenario in which the information is to be sent. at least one processor configured to acquire the type of information to be transmitted via a device-to-device communication, wherein the type is one of a plurality of types which comprise at least a first type and a second type; and determine a resource utilization manner and a power control manner for transmitting the information at least based on the type of the information; wherein the type of the information is predefined based on the content of the information and a device-to-device communication scenario in which the information is to be sent.
An instrument cassette for handling a set of dental instruments, the instrument cassette comprising a body section for holding the instruments and a radio frequency identifier readable from a distance away from the radio frequency identifier , characterized in that a part of the body section is a part for mechanically supporting the instruments, wherein said part of the body section is shaped to constitute a cavity and the radio frequency identifier is located in the cavity .
A method for adjusting a transparency of a map overlay, the method comprising: generating for display, by control circuitry , the map overlay depicting at least a portion of a route, wherein the map overlay is generated at a first level of transparency; receiving , by control circuitry , an indication of a current location on the route; detecting , by control circuitry , an upcoming directional change on the route based on the indication of a current location on the route; in response to detecting the upcoming directional change, adjusting the transparency of the map overlay to a second level of transparency; and wherein the second level of transparency is less than the first level of transparency; characterized in that the method further comprises: determining a receipt time of the indication of a current location on the route; receiving , by control circuitry , an indication of an updated current location on the route; and in response to determining that the current location is the same as the updated current location and a threshold period of time has elapsed since the receipt time, adjusting the transparency of the map overlay to a third level of transparency that is greater than the second level of transparency and the first level of transparency. generating for display, by control circuitry , the map overlay depicting at least a portion of a route, wherein the map overlay is generated at a first level of transparency; receiving , by control circuitry , an indication of a current location on the route; detecting , by control circuitry , an upcoming directional change on the route based on the indication of a current location on the route; in response to detecting the upcoming directional change, adjusting the transparency of the map overlay to a second level of transparency; and wherein the second level of transparency is less than the first level of transparency; characterized in that the method further comprises: determining a receipt time of the indication of a current location on the route; receiving , by control circuitry , an indication of an updated current location on the route; and in response to determining that the current location is the same as the updated current location and a threshold period of time has elapsed since the receipt time, adjusting the transparency of the map overlay to a third level of transparency that is greater than the second level of transparency and the first level of transparency. determining a receipt time of the indication of a current location on the route; receiving , by control circuitry , an indication of an updated current location on the route; and in response to determining that the current location is the same as the updated current location and a threshold period of time has elapsed since the receipt time, adjusting the transparency of the map overlay to a third level of transparency that is greater than the second level of transparency and the first level of transparency.
A furniture system that provides an electrical charging system for charging an electrical device , the furniture system comprising: a base comprising a base frame, the base providing a seating surface; a transverse member providing at least one of a backrest or armrest, the transverse member comprising a transverse member frame ; a first cushioning material and a second cushioning material , the second cushioning material being mounted on the transverse member frame or the base frame; and an induction charger comprising an induction coil, the induction coil embedded between the first cushioning material and the second cushioning material so as to provide induction charging to an electrical device positioned adjacent to the first cushioning material, wherein the induction charger is hidden so as to not be seen by a user of the furniture system; wherein a charging surface (312-CS) is located adjacent to the induction charger such that the induction charger provides induction charging to the electrical device when the electrical device is positioned adjacent to the charging surface; wherein the charging surface is on a cover mounted over the first cushioning material, such that the cover is also mounted over the induction charger; and wherein a distance from the induction charger to the charging surface is a total distance of a first cushioning material thickness of the first cushioning material and a cover thickness of the cover. a base comprising a base frame, the base providing a seating surface; a transverse member providing at least one of a backrest or armrest, the transverse member comprising a transverse member frame ; a first cushioning material and a second cushioning material , the second cushioning material being mounted on the transverse member frame or the base frame; and an induction charger comprising an induction coil, the induction coil embedded between the first cushioning material and the second cushioning material so as to provide induction charging to an electrical device positioned adjacent to the first cushioning material, wherein the induction charger is hidden so as to not be seen by a user of the furniture system; wherein a charging surface (312-CS) is located adjacent to the induction charger such that the induction charger provides induction charging to the electrical device when the electrical device is positioned adjacent to the charging surface; wherein the charging surface is on a cover mounted over the first cushioning material, such that the cover is also mounted over the induction charger; and wherein a distance from the induction charger to the charging surface is a total distance of a first cushioning material thickness of the first cushioning material and a cover thickness of the cover.
Personal equipment for protecting against events attributable to lightning strikes, in particular for use outside structures provided with external lightning protection, characterized by a foldable or rollable base which is made of a conductive material or a material having a conductive coating and has dimensions which, in the laid-out or rolled-out state, ensure that a person seeking protection can sit, crouch, lie or stand on the base such that step voltages between body parts or extremities of the person are avoidable, the base is designed as an elongated, flexible sheet-like formation and foot straps or pocket-like openings for receiving the feet of the person seeking protection are provided on at least one surface side in order to allow at least restricted movement with at the same time protection from step voltages.
A flap gate for at least opening and closing a part of an opening of an outflow pipe , said flap gate comprising two or more valve plates , each valve plate having a separate hinge assembly pivotably and independently mounted on a frame member , said frame member being adapted to be mounted across the opening of the outflow pipe , wherein each hinge assembly comprises at least one independent hinge mounting block fastened to the frame member , wherein the hinge mounting block is pivotably connected by means of a connecting rod to a bracket fastened on the valve plate wherein the flap gate has a first and a second valve plate wherein the frame member has a central beam , substantially dividing the opening, wherein the first valve plate in the valve plate's closed position is in contact with part of the frame member and the central beam , and wherein the second valve plate's hinge assembly is attached to the central beam , and in the second valve plate's closed position the second valve plate is in contact with part of the frame member and the central beam characterised in that each connecting rod is connected by an axle in the hinge mounting block .
An in-wheel motor drive device , comprising: a motor part (A); a speed reduction part (B); a wheel bearing part (C); and a casing configured to hold the motor part (A), the speed reduction part (B) and the wheel bearing part (C), the motor part (A) comprising: a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, the speed reduction part (B) comprising: an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part (C), each of the rolling bearings having a radial internal clearance (δ) of from 8 μm to 25 μm before being mounted, wherein the each of the rolling bearings has an axial constant pressure preload applied thereto. a motor part (A); a speed reduction part (B); a wheel bearing part (C); and a casing configured to hold the motor part (A), the speed reduction part (B) and the wheel bearing part (C), the motor part (A) comprising: a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, the speed reduction part (B) comprising: an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part (C), an input shaft of a speed reducer, which is rotationally driven by the rotation shaft of the motor; and an output shaft of the speed reducer, which is configured to transmit rotation of the input shaft of the speed reducer, which is reduced in speed, to the wheel bearing part (C), each of the rolling bearings having a radial internal clearance (δ) of from 8 μm to 25 μm before being mounted, wherein the each of the rolling bearings has an axial constant pressure preload applied thereto.
A ligneous plant-derived composition comprising heteropolysaccharides for use in the treatment of at least one urologic symptom or disease in a human or animal subject suffering from a prostate-related disease or a condition selected from the group consisting of chronic nonbacterial prostatitis/chronic pelvic pain syndrome, and prostate cancer, wherein the heteropolysaccharides are polymers of more than ten monosaccharide units with two or more of the monosaccharides units being different from each other, and comprise galactoglucomannans, xylans and pectins, wherein galactoglucomannans constitute at least 80% of the total carbohydrate content of the composition, wherein pectins are selected from rhamnogalacturonans, galactans and arabinans, and wherein xylans are selected from arabinoglucuronoxylan and acetylmethylglucuronoxylan.