mhurhangee/patent-ind-claim-en huggingface dataset:
A glass sleeve assembly for a portable electronic device comprising: a glass sleeve extending longitudinally from a first opening defined by a first rim to a second opening defined by a second rim , the glass sleeve having an internal surface ; a first end cap positioned adjacent to the first opening and having at least a portion extending longitudinally beyond the first rim ; a second end cap positioned adjacent to the second opening and having at least a portion extending longitudinally beyond the second rim ; and a frame for holding a portable electronic device within the glass sleeve , the frame comprising first and second ends and a central portion between the first and second ends, the central portion located within the glass sleeve , with the first end connected to the first end cap and the second end connected to the second end cap ; and characterised in that the glass sleeve assembly further comprises a first shock absorbing interlayer mounted to the first end cap and the glass sleeve ; and in that the frame and the first end cap combine to provide a rigid frame structure to which the glass sleeve is attached via the first shock absorbing interlayer . a glass sleeve extending longitudinally from a first opening defined by a first rim to a second opening defined by a second rim , the glass sleeve having an internal surface ; a first end cap positioned adjacent to the first opening and having at least a portion extending longitudinally beyond the first rim ; a second end cap positioned adjacent to the second opening and having at least a portion extending longitudinally beyond the second rim ; and a frame for holding a portable electronic device within the glass sleeve , the frame comprising first and second ends and a central portion between the first and second ends, the central portion located within the glass sleeve , with the first end connected to the first end cap and the second end connected to the second end cap ; and characterised in that the glass sleeve assembly further comprises a first shock absorbing interlayer mounted to the first end cap and the glass sleeve ; and in that the frame and the first end cap combine to provide a rigid frame structure to which the glass sleeve is attached via the first shock absorbing interlayer .
An integral intelligent desktop device comprising: two desktops ; a display unit which is a display screen, the display unit being connected with the desktops and located between the desktops, upper surfaces of the desktops and an upper surface of the display unit together forming a flat surface for desktop use of the integral intelligent desktop device; and a projection unit configured to perform a projection display of displayed content of the display unit , wherein the projection unit is at least partially built in the display unit . two desktops ; a display unit which is a display screen, the display unit being connected with the desktops and located between the desktops, upper surfaces of the desktops and an upper surface of the display unit together forming a flat surface for desktop use of the integral intelligent desktop device; and a projection unit configured to perform a projection display of displayed content of the display unit , wherein the projection unit is at least partially built in the display unit .
A wall element consisting of plurality of vertical bars arranged in a single line with gaps between them, closed from both sides with oriented strand boards (OSB) coated with vapour barrier film on the inner surface, where gaps between the vertical bars and OSB sheets are packed with thermal insulation, characterized in that the thermal insulation is made of continuous oriented metallized polypropylene (OPP) film , which is rolled up and down multiple times through the entire height and width of the bars by maintaining a 10-15 mm gap between the adjacent metallized OPP films thus forming a plurality of thermal insulating chambers , where the gaps between the adjacent metallized OPP films are formed by polystyrene strips of 10-15 mm in width and 30-40 mm in height, which are interconnected and fixed at the top and bottom of the bars .
A method for transmitting a sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1010) configuration information related to transmission of the SRS; receiving (S1020) downlink control information, DCI, which triggers transmission of the SRS; and transmitting (S1030) the SRS, the SRS is based on at least one of a first SRS or a second SRS configured in a time resource region different from the first SRS, wherein the first SRS is configured in one or more symbols of a subframe, wherein the subframe in which the first SRS is configured includes at least one of a normal Uplink, UL, subframe or a special subframe, wherein the second SRS is configured in one or more symbols other than a last symbol of the normal UL subframe, characterized in that : wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS. receiving (S1010) configuration information related to transmission of the SRS; receiving (S1020) downlink control information, DCI, which triggers transmission of the SRS; and transmitting (S1030) the SRS, the SRS is based on at least one of a first SRS or a second SRS configured in a time resource region different from the first SRS, wherein the first SRS is configured in one or more symbols of a subframe, wherein the subframe in which the first SRS is configured includes at least one of a normal Uplink, UL, subframe or a special subframe, wherein the second SRS is configured in one or more symbols other than a last symbol of the normal UL subframe, characterized in that : wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS. wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS.
A socket for use with a spherical bearing , said socket having an inner circumferential surface ; wherein said socket comprises at least a first concave section provided in said inner circumferential surface defined by a concave circular arc that extends into the socket in comparison to the arc of the socket internal circumferential surface , wherein intersect points which define the edges of the concave section in a circumferential direction between the socket and the concave section are defined by an arc angle of from 40° to 50° from the center of the socket , so that the circumferential length of said concave section is determined by an arc of approximately 40° to 50° extending from the central point of the socket , wherein the concave section is positioned at a point on the inner circumferential surface where the highest points of stress usually occur in use with a spherical bearing and extends along the whole axial length of the socket, so that this section of the socket and the outer surface of the spherical bearing are not in contact at this point when in use. said socket having an inner circumferential surface ; wherein said socket comprises at least a first concave section provided in said inner circumferential surface defined by a concave circular arc that extends into the socket in comparison to the arc of the socket internal circumferential surface , wherein intersect points which define the edges of the concave section in a circumferential direction between the socket and the concave section are defined by an arc angle of from 40° to 50° from the center of the socket , so that the circumferential length of said concave section is determined by an arc of approximately 40° to 50° extending from the central point of the socket , wherein the concave section is positioned at a point on the inner circumferential surface where the highest points of stress usually occur in use with a spherical bearing and extends along the whole axial length of the socket, so that this section of the socket and the outer surface of the spherical bearing are not in contact at this point when in use.
A coaxial syringe spray assembly comprising: a first receptacle defined by the assembly; a second receptacle defined by the assembly, the second receptacle is in coaxial alignment with the first receptacle; and a spray tip assembly configured to be in fluid communication with both the first receptacle and the second receptacle , the spray tip defining: a first fluid chamber in fluid communication with the first receptacle ; a second fluid chamber in fluid communication with the first receptacle ; and an outlet port that defines a blending chamber that is in fluid communication with the second receptacle , the first fluid chamber , and the second fluid chamber such that a first fluid introduced into the first fluid chamber and a second fluid introduced into the second fluid chamber are mixed in the blending chamber to provide a mixture having a helical flow pattern, wherein the outlet port provides the mixture with an outlet to exit the spray tip, wherein the blending chamber is between the first fluid chamber and the second fluid chamber . a first receptacle defined by the assembly; a second receptacle defined by the assembly, the second receptacle is in coaxial alignment with the first receptacle; and a spray tip assembly configured to be in fluid communication with both the first receptacle and the second receptacle , the spray tip defining: a first fluid chamber in fluid communication with the first receptacle ; a second fluid chamber in fluid communication with the first receptacle ; and an outlet port that defines a blending chamber that is in fluid communication with the second receptacle , the first fluid chamber , and the second fluid chamber such that a first fluid introduced into the first fluid chamber and a second fluid introduced into the second fluid chamber are mixed in the blending chamber to provide a mixture having a helical flow pattern, wherein the outlet port provides the mixture with an outlet to exit the spray tip, a first fluid chamber in fluid communication with the first receptacle ; a second fluid chamber in fluid communication with the first receptacle ; and an outlet port that defines a blending chamber that is in fluid communication with the second receptacle , the first fluid chamber , and the second fluid chamber such that a first fluid introduced into the first fluid chamber and a second fluid introduced into the second fluid chamber are mixed in the blending chamber to provide a mixture having a helical flow pattern, wherein the outlet port provides the mixture with an outlet to exit the spray tip, wherein the blending chamber is between the first fluid chamber and the second fluid chamber .
A medication delivery device comprising: a dose selector for selecting an amount of medication to deliver; a first capacitive sensor adjacent the dose selector and operative to detect linear displacement of the dose selector during medication delivery; a transceiver ; and a screw coupled between the dose selector and a plunger configured to apply pressure to a medication cartridge in a medication cartridge holder to administer the selected amount of medication; characterized in that the medication delivery device further comprises a second capacitive sensor adjacent the screw and operative to detect linear displacement of the screw during medication delivery; and a processor coupled to the first capacitive sensor , the second capacitive sensor, and to the transceiver and operative to determine an amount of medication actually delivered by the medication delivery device based on both the detected linear displacement of the dose selector and the detected linear displacement of the screw, and further operative to communicate via the transceiver the determined amount of medication from the medication delivery device to a data management system or a blood glucose meter. a dose selector for selecting an amount of medication to deliver; a first capacitive sensor adjacent the dose selector and operative to detect linear displacement of the dose selector during medication delivery; a transceiver ; and a screw coupled between the dose selector and a plunger configured to apply pressure to a medication cartridge in a medication cartridge holder to administer the selected amount of medication; characterized in that the medication delivery device further comprises a second capacitive sensor adjacent the screw and operative to detect linear displacement of the screw during medication delivery; and a processor coupled to the first capacitive sensor , the second capacitive sensor, and to the transceiver and operative to determine an amount of medication actually delivered by the medication delivery device based on both the detected linear displacement of the dose selector and the detected linear displacement of the screw, and further operative to communicate via the transceiver the determined amount of medication from the medication delivery device to a data management system or a blood glucose meter.
A station for a urinalysis device , the station comprising: - a housing , intended to be positioned within a toilet bowl , - an annular housing , about an axis of rotation (A), in the housing , the annular housing being configured to at least partially receive a cartridge mounted for rotation about the axis of rotation (A) in the station and comprising a plurality of test holders , - an injector , positioned in the housing , and configured to inject a controlled volume of urine onto a test support of interest , when the test support of interest is positioned in an injection zone (ZI) of the annular housing , - a position sensor , configured to obtain the position of a marker associated with a test support of the cartridge when said marker is positioned in the injection zone (ZI) or in a zone close to the injection zone , and configured to deduce therefrom that said support of interest is positioned in the injection zone (ZI) . - a housing , intended to be positioned within a toilet bowl , - an annular housing , about an axis of rotation (A), in the housing , the annular housing being configured to at least partially receive a cartridge mounted for rotation about the axis of rotation (A) in the station and comprising a plurality of test holders , - an injector , positioned in the housing , and configured to inject a controlled volume of urine onto a test support of interest , when the test support of interest is positioned in an injection zone (ZI) of the annular housing , - a position sensor , configured to obtain the position of a marker associated with a test support of the cartridge when said marker is positioned in the injection zone (ZI) or in a zone close to the injection zone , and configured to deduce therefrom that said support of interest is positioned in the injection zone (ZI) .
An isolated or purified single domain antibody or sdAb or antigen-binding fragment thereof specifically binding to C. jejuni flagella, comprising a complementarity determining region (CDR) 1 comprising the sequence GLTFRNFHMA (SEQ ID NO:1); a CDR2 comprising the sequence ISWSRDRQ (SEQ ID NO:2); and a CDR3 comprising the sequence AARTASASGDWYKGSYQY (SEQ ID NO:3), wherein the isolated or purified antibody or fragment thereof specifically binds to the FlaA component of flagellin and is capable of reducing motility of C. jejuni.
A planar coil comprising: a base comprising a first surface and a magnetic material; and a first metal layer located on the first surface and comprising voids , characterized in that the base comprises a channel inside the base . a base comprising a first surface and a magnetic material; and a first metal layer located on the first surface and comprising voids , characterized in that the base comprises a channel inside the base .
A memory cell comprising: first and second metal layers ; a dielectric layer formed between the first and second metal layers ; a first non-volatile resistive memory element ; and a second non-volatile resistive memory element coupled in parallel to the first non-volatile resistive memory element; wherein the first and second non-volatile resistive memory elements are formed in first and second contact holes etched in the dielectric layer and each comprise a layer of oxide , characterized in that each of the non-volatile resistive memory elements comprises: a bottom electrode on the first metal layer ; the layer of oxide on the bottom electrode ; and a top electrode on the layer of oxide , and in that the second the top electrodes metal layer is provided on . first and second metal layers ; a dielectric layer formed between the first and second metal layers ; a first non-volatile resistive memory element ; and a second non-volatile resistive memory element coupled in parallel to the first non-volatile resistive memory element; wherein the first and second non-volatile resistive memory elements are formed in first and second contact holes etched in the dielectric layer and each comprise a layer of oxide , characterized in that each of the non-volatile resistive memory elements comprises: a bottom electrode on the first metal layer ; the layer of oxide on the bottom electrode ; and a top electrode on the layer of oxide , and in that the second the top electrodes metal layer is provided on . a bottom electrode on the first metal layer ; the layer of oxide on the bottom electrode ; and a top electrode on the layer of oxide , and in that the second the top electrodes metal layer is provided on .
A battery module comprising: a plurality of can type secondary batteries arranged to be laid down in a horizontal direction; a bus bar at least partially formed of an electrically conductive material to electrically connect the plurality of can type secondary batteries ; and a module case in which an inner space is formed to accommodate the plurality of can type secondary batteries , the module case comprising an outer wall formed to surround the inner space and a bumper portion protruding from an outer surface of the outer wall in an outer direction to absorb an external impact, wherein the bumper portion forms a separation space from the outer wall of the module case , characterized in that the bumper portion comprises: an extension part protruding and extending from the outer wall of the module case in an outer direction; and a plate-shaped part bent and extending from an end portion of the extension part in an extending direction in a direction corresponding to the outer wall of the module case . a plurality of can type secondary batteries arranged to be laid down in a horizontal direction; a bus bar at least partially formed of an electrically conductive material to electrically connect the plurality of can type secondary batteries ; and a module case in which an inner space is formed to accommodate the plurality of can type secondary batteries , the module case comprising an outer wall formed to surround the inner space and a bumper portion protruding from an outer surface of the outer wall in an outer direction to absorb an external impact, wherein the bumper portion forms a separation space from the outer wall of the module case , characterized in that the bumper portion comprises: an extension part protruding and extending from the outer wall of the module case in an outer direction; and a plate-shaped part bent and extending from an end portion of the extension part in an extending direction in a direction corresponding to the outer wall of the module case . an extension part protruding and extending from the outer wall of the module case in an outer direction; and a plate-shaped part bent and extending from an end portion of the extension part in an extending direction in a direction corresponding to the outer wall of the module case .
A method of printing a component comprising: receiving an original model of the component at a printer ; identifying an acute angle in a geometry of the original model ; compensating the geometry of the original model at the printer to create a compensated model , wherein the compensating includes removing a portion of the original model at the identified acute angle ; and printing , with the printer , the component based upon the compensated model , wherein the printed component is more alike the original model than the compensated model due to distortions of the printer during printing. receiving an original model of the component at a printer ; identifying an acute angle in a geometry of the original model ; compensating the geometry of the original model at the printer to create a compensated model , wherein the compensating includes removing a portion of the original model at the identified acute angle ; and printing , with the printer , the component based upon the compensated model , wherein the printed component is more alike the original model than the compensated model due to distortions of the printer during printing.
A triangular-voltage generator for a class-D amplifier circuit having an input terminal (IN) designed to receive a first power supply voltage (V HV ) and an output terminal (OUT) designed to supply a triangular-wave voltage (V TRI ) having a repetition period (T S ), and including an operational amplifier in an integrator configuration, having a first input, a second input and an output coupled to said output terminal (OUT), wherein said second input is designed to receive a reference voltage (V REF ), as a function of said first power supply voltage (V HV ), and said first input is designed to be selectively and alternately connected to said input terminal (IN) during a first half-period (T s /2) of said repetition period (T s ), via a first resistor element (R i1 ), and to a reference terminal (gnd) during a second half-period (T s /2) of said repetition period (T s ), via a second resistor element (R i2 ), further including an integration capacitor (C) connected between said output and said first input of said operational amplifier , designed to be charged by a charging current during said first half-period and discharged by a discharge current during said second half-period; and comprising a resistive divider stage coupled to said input terminal (IN) and designed to generate said reference voltage (V REF ) as a division, of a division factor (k), of said first power supply voltage (V HV ), characterized in that the generator is arranged such that the amplitude of said triangular-wave voltage (V TRI ) is directly proportional to the amplitude of said first power supply voltage (V HV ) and inversely proportional to the product of the capacitance of said integration capacitor (C) and the resistance of said second resistor element (R i2 ).
A human milk oligosaccharide (HMO) for use in - permitting reintroduction of fermentable oligosaccharides, disaccharides, monosaccharides and polyols (FODMAPs) into the diet without inducing gastrointestinal symptoms in the human; and/or - prolonging gastrointestinal symptom reduction in a human tapering off or terminating a low-FODMAP diet in the dietary management of a human consuming a low-FODMAP diet. - permitting reintroduction of fermentable oligosaccharides, disaccharides, monosaccharides and polyols (FODMAPs) into the diet without inducing gastrointestinal symptoms in the human; and/or - prolonging gastrointestinal symptom reduction in a human tapering off or terminating a low-FODMAP diet