mhurhangee/patent-ind-claim-en huggingface dataset:
A ratchet dial mechanism used on protective personal equipment and ballistic protective personal helmets , which enables the adjustment of the chin straps , characterized in that; it comprises the following; - Groove for the large gear , the first pinion wheel and the second pinion wheel on the body , that is fixed to the chin strap, - large gear that can be turned clockwise at the center of the groove , - first pinion wheel and second pinion wheel that can be rotated by the large gear in the middle of first pinion wheel and second pinion wheel inside the groove , - the lace that is knotted to the first pinion wheel at one end and to the second pinion wheel at the other end by passing through holes on both sides of the body and gathered by wrapping on the lower part of the first pinion wheel and the second pinion wheel by the rotational movement of the large gear to ensure the tightening of the chin strap , - the cover with internal gear that fits on the body , - a lock that moves clockwise and in and out in the internal gear , starts the rotational movement of the large gear by making a clockwise rotation in its down position, and ensures the release of the lace and the loosening of the chin strap by cutting the contact with the large gear in the out position. - Groove for the large gear , the first pinion wheel and the second pinion wheel on the body , that is fixed to the chin strap, - large gear that can be turned clockwise at the center of the groove , - first pinion wheel and second pinion wheel that can be rotated by the large gear in the middle of first pinion wheel and second pinion wheel inside the groove , - the lace that is knotted to the first pinion wheel at one end and to the second pinion wheel at the other end by passing through holes on both sides of the body and gathered by wrapping on the lower part of the first pinion wheel and the second pinion wheel by the rotational movement of the large gear to ensure the tightening of the chin strap , - the cover with internal gear that fits on the body , - a lock that moves clockwise and in and out in the internal gear , starts the rotational movement of the large gear by making a clockwise rotation in its down position, and ensures the release of the lace and the loosening of the chin strap by cutting the contact with the large gear in the out position.
A facility for disinfection treatment of hospital carts (C), in particular meal or linen transport carts (C), wherein said facility comprises: - a casing delimiting a treatment volume for receiving a plurality of said carts (C) and provided with at least one door for entry and exit of said carts (C), and - disinfection means comprising at least one internal pipe provided with an inlet to said casing and an outlet from said casing , wherein said internal pipe is provided with diffusion means, arranged inside said casing , to diffuse into said treatment volume a liquid treatment product (L) containing a water-soluble treatment agent suitable for disinfection treatment of said carts (C), wherein said diffusion means comprise at least one misting nozzle , wherein said disinfection means comprise means for supplying said internal pipe inlet with said liquid treatment product (L), wherein said facility also comprises a pipe for supplying said treatment volume with air and a pipe fitted with extraction means for extracting the stale air from said treatment volume , and wherein said casing comprises at least one inlet , provided with removable plugging means , associated with said pipe for supplying said treatment volume with air, and at least one outlet , provided with removable plugging means , associated with said pipe fitted with said extraction means for extracting the stale air from said treatment volume , characterized in that said disinfection means also comprise: - means for supplying said internal pipe inlet with air, and - means for supplying said internal pipe inlet with water. - a casing delimiting a treatment volume for receiving a plurality of said carts (C) and provided with at least one door for entry and exit of said carts (C), and - disinfection means comprising at least one internal pipe provided with an inlet to said casing and an outlet from said casing , wherein said internal pipe is provided with diffusion means, arranged inside said casing , to diffuse into said treatment volume a liquid treatment product (L) containing a water-soluble treatment agent suitable for disinfection treatment of said carts (C), - means for supplying said internal pipe inlet with air, and - means for supplying said internal pipe inlet with water.
A device for storing portable personal transportation vehicles, comprising: - an envelope forming a plurality of individual compartments for storing said portable personal transportation vehicles, each compartment being equipped with an access door capable of being selectively locked and unlocked; - an electrical circuit for recharging the portable personal transportation vehicles; characterized in that the access doors of the plurality of individual compartments are arranged on a front face (4.1) and at least one side face (4.3) of the envelope in such a way as to keep at least one portion (4.1.1) of said front face (4.1.1), adjacent to the side face (4.3), free of access doors and provided with fastening means allowing the attachment of a covering such as a cladding or a vegetation cover . - an envelope forming a plurality of individual compartments for storing said portable personal transportation vehicles, each compartment being equipped with an access door capable of being selectively locked and unlocked; - an electrical circuit for recharging the portable personal transportation vehicles;
An internal combustion engine comprising: a high-pressure fuel pump ; a plastic protector including a bottom plate and a wall plate extending upward from the bottom plate ; and an engine body (10-60), wherein the high-pressure fuel pump and the protector are coupled to an outer side of the engine body (10-60), the wall plate surrounds the high-pressure fuel pump to protect the high-pressure fuel pump , the high-pressure fuel pump includes a fuel chamber and a cover that surrounds the fuel chamber, wherein the cover has a flange , the engine body (10-60) has a mounting surface, and the bottom plate and the flange are fastened to the mounting surface by a bolt with the bottom plate held between the flange and the mounting surface, characterised in that the wall plate surrounds the cover of the high-pressure fuel pump . a high-pressure fuel pump ; a plastic protector including a bottom plate and a wall plate extending upward from the bottom plate ; and an engine body (10-60), wherein the high-pressure fuel pump and the protector are coupled to an outer side of the engine body (10-60), the wall plate surrounds the high-pressure fuel pump to protect the high-pressure fuel pump , the high-pressure fuel pump includes a fuel chamber and a cover that surrounds the fuel chamber, wherein the cover has a flange , the engine body (10-60) has a mounting surface, and the bottom plate and the flange are fastened to the mounting surface by a bolt with the bottom plate held between the flange and the mounting surface, characterised in that the wall plate surrounds the cover of the high-pressure fuel pump .
A negative electrode active material, comprising a chelating resin and a metal ion; the chelating resin comprising a polymer skeleton and a chelating functional group; the chelating functional group being fixedly connected to the polymer skeleton via a chemical bond; the metal ion being connected with the chelating resin by an ionic bond and/or a coordinate bond via the chelating functional group; wherein, the chelating resin further comprises a free small molecular compound containing the chelating functional group; in the chelating resin, a mass percentage of the free small molecular compound containing the chelating functional group is less than or equal to 1%; the metal ion is a divalent metal ion and is one selected from a group consisting of Zn 2+ , Pb 2+ , Sn 2+ , Cd 2+ , Fe 2+ and Ni 2+ ; wherein the polymer skeleton is one selected from a group consisting of polystyrene, polyvinyl chloride, polymethacrylate, polyacrylic acid, polyethylene and polypropylene; wherein the chelating functional group is one or more selected from a group consisting of phosphate group, aminophosphate group, aminocarboxylic group, carboxyl group and thioureido group; wherein on the polymer skeleton, a ratio of a number of repeating units connected with the chelating functional group to a number of total repeating units of the polymer skeleton is greater than or equal to 50%. the chelating resin comprising a polymer skeleton and a chelating functional group; the chelating functional group being fixedly connected to the polymer skeleton via a chemical bond; the metal ion being connected with the chelating resin by an ionic bond and/or a coordinate bond via the chelating functional group; wherein, the chelating resin further comprises a free small molecular compound containing the chelating functional group; in the chelating resin, a mass percentage of the free small molecular compound containing the chelating functional group is less than or equal to 1%; the metal ion is a divalent metal ion and is one selected from a group consisting of Zn 2+ , Pb 2+ , Sn 2+ , Cd 2+ , Fe 2+ and Ni 2+ ; wherein the polymer skeleton is one selected from a group consisting of polystyrene, polyvinyl chloride, polymethacrylate, polyacrylic acid, polyethylene and polypropylene; wherein the chelating functional group is one or more selected from a group consisting of phosphate group, aminophosphate group, aminocarboxylic group, carboxyl group and thioureido group; wherein on the polymer skeleton, a ratio of a number of repeating units connected with the chelating functional group to a number of total repeating units of the polymer skeleton is greater than or equal to 50%.
Medical trolley, in particular ward trolley and/or care trolley for hospitals, nursing homes and other healthcare facilities, the medical trolley comprising a cabinet part having a front-accessible storage space for storing utensils, and comprising a monitor disposed on the cabinet part , which monitor is supported by a column , wherein the cabinet part has a cabinet body providing the storage space, and a desk supported by the cabinet body , wherein the column has a connection device on the side of the cabinet body, under the interposition of which the column is arranged on the desk on the outer side of the cabinet body , characterized in that the column is designed in the manner of an open tube and has a connection device-side recess formed in the a column wall and in that the connection device comprises a flange plate having a recess , in which recess the column is inserted with its end portion remote from the monitor, wherein the desk has a recess formed corresponding to the flange plate on the side of the cabinet body, in which recess the flange plate is inserted so that a flush closure between the flange plate and the desk rear wall facing the cabinet body is obtained, and wherein the flange plate is screwed to the desk .
A wireless communication system comprising: a wireless communication device configured to support a coverage enhancement mode comprising a repetitive transmission of a first uplink signal during a first repetition period; and a network node serving the wireless communication device , the network node comprising a transmitter configured to transmit a reference signal to the wireless communication device , characterized in that the wireless communication device comprises a processing circuit configured to: determine a change in a downlink timing based on the reference signal ; determine whether the first repetition period is ongoing ; and, in response to the change in the downlink timing and the first repetition period being ongoing, perform an adjustment of an uplink transmission timing outside the first repetition period . a wireless communication device configured to support a coverage enhancement mode comprising a repetitive transmission of a first uplink signal during a first repetition period; and a network node serving the wireless communication device , the network node comprising a transmitter configured to transmit a reference signal to the wireless communication device , determine a change in a downlink timing based on the reference signal ; determine whether the first repetition period is ongoing ; and, in response to the change in the downlink timing and the first repetition period being ongoing, perform an adjustment of an uplink transmission timing outside the first repetition period .
An apparatus for three dimensional printing, comprising: a tank configured to hold a photo-curing liquid polymer , the tank including a membrane that is transparent to a radiation emitted by a light source , the membrane forming a bottom surface of the tank and the tank having a tank sidewall ; a circular-shaped disk disposed below the membrane , wherein the circular-shaped disk is transparent to the radiation ; a frame configured to support the circular-shaped disk , wherein a base portion of the frame comprises a radiation-transparent printing window ; and means for rotating the membrane about an axis of rotation , wherein the axis of rotation of the membrane is parallel to a propagation direction of the radiation , characterized in that the membrane comprises a base portion and an anchor portion , wherein the anchor portion is disposed in a cavity of the tank side wall , and in that the means for rotating are included in the frame and configured to impart a rotational motion to the tank via a magnetic coupling between the means for rotating and the tank sidewall . a tank configured to hold a photo-curing liquid polymer , the tank including a membrane that is transparent to a radiation emitted by a light source , the membrane forming a bottom surface of the tank and the tank having a tank sidewall ; a circular-shaped disk disposed below the membrane , wherein the circular-shaped disk is transparent to the radiation ; a frame configured to support the circular-shaped disk , wherein a base portion of the frame comprises a radiation-transparent printing window ; and means for rotating the membrane about an axis of rotation , wherein the axis of rotation of the membrane is parallel to a propagation direction of the radiation , characterized in that the membrane comprises a base portion and an anchor portion , wherein the anchor portion is disposed in a cavity of the tank side wall , and in that the means for rotating are included in the frame and configured to impart a rotational motion to the tank via a magnetic coupling between the means for rotating and the tank sidewall .
A radio frequency (RF) power sensor comprising: a non-directional coupler and an analog processing circuit ; said non-directional coupler is a capacitive non-directional coupler and comprised of a non-directional coupler printed circuit board (PCB) and a capacitive attenuator ; said non-directional coupler PCB is comprised of a coupler section configured to carry energy travelling on a main transmission line ; wherein said non-directional coupler PCB and said capacitive attenuator are configured as a capacitive voltage divider and provide a sample of the energy on said main transmission line . a non-directional coupler and an analog processing circuit ; said non-directional coupler is a capacitive non-directional coupler and comprised of a non-directional coupler printed circuit board (PCB) and a capacitive attenuator ; said non-directional coupler PCB is comprised of a coupler section configured to carry energy travelling on a main transmission line ; wherein said non-directional coupler PCB and said capacitive attenuator are configured as a capacitive voltage divider and provide a sample of the energy on said main transmission line .
A substrate suitable for incorporation into an absorbent article for automatic detection of wetness events therein and/or risk of exudate leakage therefrom, the substrate comprising a first surface capable of being arranged proximal to a body facing side of the absorbent article and a second surface opposite said first surface and capable of being arranged proximal to a garment facing side of said absorbent article , said substrate comprising a plurality of sensor tracks disposed on said first surface wherein said sensor tracks are in electrical communication with a clip-on data processing module when connected at a position proximal to a first end of the substrate such to form a closed electrical circuit, typically for measuring resistance, impedance and/or capacitance therethrough, said substrate comprises one or more slits and an insulating layer placed over said first surface to sandwich at least a portion of said sensor tracks therebetween, and in that a pocket is formed between said first surface and said insulating layer at least proximal to said first end , said pocket being in fluid communication with said slit(s) and arranged to retain at least a portion of said clip-on data processing module therein, and characterised in that said substrate consists of a liquid impermeable backsheet and said insulating layer is a non-conductive film, and wherein the pocket is in the form of a channel extending from the first end to a second end of the substrate , said channel being flanked by oppositely disposed bonding seals such that said channel remains impermeable to exudates.
A device for cleaning of at least approximately planar surfaces , in particular window surfaces of a high-rise building , with a servo motor driving an element for removal of dirt from the surface , which is guided at least across a partial surface of the surface , wherein the element is formed in the fashion of a wiper arm and may perform a translational and/or rotational movement across the surface , the servo motor being arranged in a housing , and an output shaft of the servo motor being an input member of a reduction gear, whose output member, in turn, is connected to the element of the device, and a base of the drive side for the wiper arm of the element being supported without play in a rolling bearing assembly radially and axially in the housing , characterized in that the housing has a mounting flange designed for axially engaging an opening of the surface or a frame of the surface .
A protective antenna cover composed of dielectric plastic which is formed as a loop radiator for the reception of circularly polarized satellite radio signals and whose opening defines a reference plane , said protective antenna cover comprising a loop and at least one linear radiator (4, 4a - d) connected thereto and extending in the direction of the reference plane , wherein the loop and the at least one linear radiator (4, 4a - d) are applied to the inner surface of the protective antenna cover as a coating and form an electrically conductive and contiguous antenna structure.
A method of preparing a membrane comprising the steps of: a) preparing a casting mixture including (i) a membrane-forming polymer selected from polysulfone; polyethersulfone; polyvinylidene fluoride; polyacrylonitrile or polyethylene, (ii) a polyetheramine being a polyether with at least one primary or secondary amine group attached to the polyether backbone and having a water solubility of at least 0.1% w/v at 21°C, said polyetheramine containing two or more ethylene oxide and/or propylene oxide monomer units and at least one primary or secondary amine unit -NHX where X is a hydrogen atom or a C 1-4 alkyl group, and (iii) a solvent, said mixture containing no component which reacts chemically in said mixture with the polyetheramine; and b) casting said mixture to form the polymer into a solid membrane. a) preparing a casting mixture including (i) a membrane-forming polymer selected from polysulfone; polyethersulfone; polyvinylidene fluoride; polyacrylonitrile or polyethylene, (ii) a polyetheramine being a polyether with at least one primary or secondary amine group attached to the polyether backbone and having a water solubility of at least 0.1% w/v at 21°C, said polyetheramine containing two or more ethylene oxide and/or propylene oxide monomer units and at least one primary or secondary amine unit -NHX where X is a hydrogen atom or a C 1-4 alkyl group, and (iii) a solvent, said mixture containing no component which reacts chemically in said mixture with the polyetheramine; and b) casting said mixture to form the polymer into a solid membrane.
A distributed optical fibre sensor for sensing an environment , as a function of position along each of a plurality of sensing optical fibres, from properties of probe light backscattered within the sensing optical fibres, the sensor comprising: the plurality of sensing optical fibres (10a - 10d); a plurality of interrogators (5a - 5d), each interrogator comprising a probe light source arranged to generate pulses of probe light for transmission to a sensing optical fibre and a detector arranged to receive and detect probe light backscattered within the sensing optical fibre; and an optical switch arranged to selectively and simultaneously couple each one of two or more of the interrogators (5a - 5d) to a different one of the sensing optical fibres (10a- 10d) such that probe light pulses from each coupled interrogator are directed into the correspondingly coupled sensing optical fibre, and backscattered probe light from the sensing optical fibre is directed back to the correspondingly coupled interrogator. the plurality of sensing optical fibres (10a - 10d); a plurality of interrogators (5a - 5d), each interrogator comprising a probe light source arranged to generate pulses of probe light for transmission to a sensing optical fibre and a detector arranged to receive and detect probe light backscattered within the sensing optical fibre; and an optical switch arranged to selectively and simultaneously couple each one of two or more of the interrogators (5a - 5d) to a different one of the sensing optical fibres (10a- 10d) such that probe light pulses from each coupled interrogator are directed into the correspondingly coupled sensing optical fibre, and backscattered probe light from the sensing optical fibre is directed back to the correspondingly coupled interrogator.