mhurhangee/patent-ind-claim-en huggingface dataset:
A dental flossing device comprising: a handle having a head portion and a grasping portion ; and a floss holder attached to said head portion , said floss holder comprising a base portion and a pair of spaced-apart arms projecting from said base portion and accommodating at least one length of dental floss therebetween; characterized in that either said base portion or a section of each of said pair of spaced-apart arms near said base portion has enhanced flexibility adapted to enable said spaced apart arms to bend closer together and in a direction out of the plane of said floss holder when said floss holder is attached to said head portion , and when lateral pressure is applied from the base on said floss against a tooth . a handle having a head portion and a grasping portion ; and a floss holder attached to said head portion , said floss holder comprising a base portion and a pair of spaced-apart arms projecting from said base portion and accommodating at least one length of dental floss therebetween;
A charging protection circuit comprising: a wireless charging base and a chargi ng receiving circuit , the charging receiving circuit comprising: first receiving coils which are configured to receive electromagnetic waves from the wi reless chargi ng base; and a power supply circuit configured to convert electromagnetic energy generated by the electromagnetic waves received by the first receiving coils into electric energy to supply power to a power receiving devic and a high-permeability magnetic core which is coupled to the first receiving coils and the power supply circuit and is configured to block electromagnetic waves opposite to the electromagnetic waves from the wireless charging base; characterized in that the charge receiving circuit further comprises: a detection circuit which is coupled to the high-permeability magnetic core and is provided between the high-permeability magnetic core and the power receiving device, wherein the detection circuit is configured to compare the electromagnetic waves received from the wireless charging base while the high-permeability magnetic core is operating normally and while the high-permeability magnetic core has failed in order to detect whether the high-permeability magnetic core has failed. first receiving coils which are configured to receive electromagnetic waves from the wi reless chargi ng base; and a power supply circuit configured to convert electromagnetic energy generated by the electromagnetic waves received by the first receiving coils into electric energy to supply power to a power receiving devic and a high-permeability magnetic core which is coupled to the first receiving coils and the power supply circuit and is configured to block electromagnetic waves opposite to the electromagnetic waves from the wireless charging base; characterized in that the charge receiving circuit further comprises: a detection circuit which is coupled to the high-permeability magnetic core and is provided between the high-permeability magnetic core and the power receiving device, wherein the detection circuit is configured to compare the electromagnetic waves received from the wireless charging base while the high-permeability magnetic core is operating normally and while the high-permeability magnetic core has failed in order to detect whether the high-permeability magnetic core has failed.
Spring device for absorbing transverse forces between a bogie frame and a car body on a rail vehicle, comprising a primary spring unit with a first spring element , which at least partly consists of or comprises an elastic material, preferably an elastomer, a secondary spring unit with at least one second spring element which is at least partly made of or comprises an elastic material, preferably an elastomer, characterized in that the first spring element and the secondary spring unit are connected in series and the spring device has at least one stop element for bridging the secondary spring unit and in particular for limiting the spring deflection of the secondary spring unit .
Pneumatic vehicle tyre having a tread with profile block rows with profile blocks delimited by channels , which channels form T-shaped intersections in plan view and are delimited by a channel base and by block flanks (5a, 5'a), wherein, in channels , there are formed projections which, in a radial direction, have at their highest point a height (h 1 , h 1 '), in relation to the lowest point of the channels , of 10% to 80% of the profile depth, are positioned in intersection regions of T-shaped intersections of the channels and are attached to that block flank which is situated opposite the opening-in point of the opening-in channel , characterized in that either the projections are delimited in a radial direction in each case by a top surface which is trapezoidal in plan view, wherein the base of the trapezoid lies at the block flank , or in that the projections are substantially cuboidal.
A system for measuring blood pressure of a user that comprises an ElectroCardioGram (ECG) circuit with at least two ECG electrodes configured to obtain an electrical activity of a heart of the user by measuring the electrical signals detected at the at least two ECG electrodes as an electrocardiogram waveform, and a pulse oximeter circuit configured to obtain a pulse waveform corresponding to a blood flow on user's vessels, and a processor that is in electrical contact with the electrocardiogram circuit and the pulse oximeter circuit; whereby the processor is configured to simultaneously analyze the electrocardiogram waveform and the pulse waveform; and characterised in that the processor is further configured to identify a "Zero Voltage Crossing" point on the electrocardiogram waveform and to determine time delays from this point to respective different determined points of the pulse waveform; and to use the time delays to compute the blood pressure values, wherein the "Zero Voltage Crossing" point is located after a completion of a QRS complex.
A dye construct for use in a method of diagnosing inflammation by imaging activated neutrophil cells in vivo using confocal endoscopy, the dye construct having any one of structures (I) to (V): wherein: AA of is any amino acid and n is from 0 to 30; (AA)n of (II) is a peptide sequence which is recognised by the enzyme neutrophil elastase; Q* is a dark quencher; R 1 is: *F is carboxyfluorescein (FAM), or rhodamine, wherein the dye construct, prior to activated neutrophil internalisation, displays substantially no detectable or only a low amount of fluorescence, but upon activated neutrophil internalisation displays an increase in fluorescence by a factor of 1.2 or more as compared to any fluorescence which is observed outside of the activated neutrophil using confocal endoscopy. AA of is any amino acid and n is from 0 to 30; (AA)n of (II) is a peptide sequence which is recognised by the enzyme neutrophil elastase; Q* is a dark quencher; R 1 is: *F is carboxyfluorescein (FAM), or rhodamine, wherein the dye construct, prior to activated neutrophil internalisation, displays substantially no detectable or only a low amount of fluorescence, but upon activated neutrophil internalisation displays an increase in fluorescence by a factor of 1.2 or more as compared to any fluorescence which is observed outside of the activated neutrophil using confocal endoscopy.
An isolated polypeptide of from 4.5 to 30kD in size comprising: a gamma-carboxyglutamic-acid (Gla) domain from protein S with 5-15 Gla residues, an EGF binding domain from protein S and lacking a protease or hormone-binding domain, wherein said polypeptide is linked to a therapeutic payload for use in treating cancer. a gamma-carboxyglutamic-acid (Gla) domain from protein S with 5-15 Gla residues, an EGF binding domain from protein S and lacking a protease or hormone-binding domain, wherein said polypeptide is linked to a therapeutic payload for use in treating cancer.
Light module for a motor vehicle headlight, comprising: • at least one laser light source for emitting a primary light beam ; • a wavelength converter for converting the primary light beam into a secondary light distribution ; • an emission optics device for converting the secondary light distribution into an emission light distribution of the light module ; • a carrier component being provided for holding the wavelength converter , characterized in that the laser light source is designed such that the primary light beam is emitted in a primary solid angle range about a primary emission direction , and in that the wavelength converter is designed such that the primary light beam strikes the wavelength converter in the primary solid angle range about the primary emission direction , and in that the carrier component has a safety guard which, starting from the wavelength converter , covers the primary solid angle range about the primary emission direction and is arranged on the carrier component such that it prevents potentially dangerous laser light of the primary light beam from exiting the light module . • at least one laser light source for emitting a primary light beam ; • a wavelength converter for converting the primary light beam into a secondary light distribution ; • an emission optics device for converting the secondary light distribution into an emission light distribution of the light module ; • a carrier component being provided for holding the wavelength converter ,
Device for monitoring the manipulation of a transportable object , wherein the device comprises the following base elements: - a magnetic data memory for storing an item of checking information ; - a permanent magnet ; - a data interface ; - a data connection between the magnetic data memory and the data interface for the bidirectional data exchange between the magnetic memory and the data interface , characterized in that the permanent magnet is configured for destroying this item of checking information and in that the device comprises a mechanism (5.0) by means of which the permanent magnet can be brought into the vicinity of the magnetic data memory for the purpose of carrying out the destruction of the item of checking information of the magnetic data memory . - a magnetic data memory for storing an item of checking information ; - a permanent magnet ; - a data interface ; - a data connection between the magnetic data memory and the data interface for the bidirectional data exchange between the magnetic memory and the data interface , characterized in that the permanent magnet is configured for destroying this item of checking information and in that the device comprises a mechanism (5.0) by means of which the permanent magnet can be brought into the vicinity of the magnetic data memory for the purpose of carrying out the destruction of the item of checking information of the magnetic data memory .
A fitting assembly for a flat-bottomed port, the fitting assembly comprising: a tube having a second passageway therethrough and adapted to fit in a first passageway extending through a nut having a first end and a second end, wherein said tube has an end; a transfer tube having a third passageway therethrough, wherein at least a portion of said tube is located within the passageway of said transfer tube and is secured relative to said transfer tube ; and a tip adjacent to and in contact with the end of the tube , wherein at least a portion of one end of the tip is adapted to form a seal in a port adapted to engage with a portion of the nut , wherein the tip forms an interference seal with the end of said tube , wherein a portion of the tip is located between said tube and said transfer tube , and wherein the transfer tube has a largest outer diameter that is greater than a largest outer diameter of the tip . a tube having a second passageway therethrough and adapted to fit in a first passageway extending through a nut having a first end and a second end, wherein said tube has an end; a transfer tube having a third passageway therethrough, wherein at least a portion of said tube is located within the passageway of said transfer tube and is secured relative to said transfer tube ; and a tip adjacent to and in contact with the end of the tube , wherein at least a portion of one end of the tip is adapted to form a seal in a port adapted to engage with a portion of the nut , wherein the tip forms an interference seal with the end of said tube , wherein a portion of the tip is located between said tube and said transfer tube , and wherein the transfer tube has a largest outer diameter that is greater than a largest outer diameter of the tip .
A thermosyphon, comprising: an evaporator fluidly coupled to a first condenser , the first condenser is configured with a plurality of fins , with each of the plurality of fins having one or more notches adjacent to one or more flanges , the one or more notches forming one or more vapor flow channels through the plurality of fins; the thermosyphon being characterized in that the first condenser is fluidly coupled to a second condenser; and in that vapor flowing from the evaporator must first pass through the first condenser before entering the second condenser. an evaporator fluidly coupled to a first condenser , the first condenser is configured with a plurality of fins , with each of the plurality of fins having one or more notches adjacent to one or more flanges , the one or more notches forming one or more vapor flow channels through the plurality of fins; the thermosyphon being characterized in that the first condenser is fluidly coupled to a second condenser; and in that vapor flowing from the evaporator must first pass through the first condenser before entering the second condenser.
A spinal implant (12; 212; 312; 512) comprising: an implant body (14; 514) extending between a leading end and an insertion end and including a first endplate (30; 532) and a second endplate (32; 544); and a first electrode (34; 530) disposed with the first endplate (30; 532) and a second electrode (60; 542) disposed with the second endplate (32; 544) such that the electrodes (34, 60; 530, 542) conduct an electric current between themselves to generate an electric field (EF) adjacent to the implant body (14; 514) to stimulate bone growth adjacent the implant body (14; 514), wherein the first electrode (34; 530) extends between a first end configured for engagement with the leading end and a second end configured for engagement with the insertion end , and the second electrode (60; 542) extends between another first end configured for engagement with the leading end and another second end configured for engagement with the insertion end , and wherein the first electrode (34; 530) defines a vertebral engaging surface of the first endplate (30; 532) and the second electrode (60; 542) defines a vertebral engaging surface of the second endplate (32; 544). an implant body (14; 514) extending between a leading end and an insertion end and including a first endplate (30; 532) and a second endplate (32; 544); and a first electrode (34; 530) disposed with the first endplate (30; 532) and a second electrode (60; 542) disposed with the second endplate (32; 544) such that the electrodes (34, 60; 530, 542) conduct an electric current between themselves to generate an electric field (EF) adjacent to the implant body (14; 514) to stimulate bone growth adjacent the implant body (14; 514), wherein the first electrode (34; 530) extends between a first end configured for engagement with the leading end and a second end configured for engagement with the insertion end , and the second electrode (60; 542) extends between another first end configured for engagement with the leading end and another second end configured for engagement with the insertion end , and wherein the first electrode (34; 530) defines a vertebral engaging surface of the first endplate (30; 532) and the second electrode (60; 542) defines a vertebral engaging surface of the second endplate (32; 544).
Flexible element for forming a piece of disposable cutlery, especially a spoon, comprising an elongated body made from thin, bendable material comprising a handle portion with a free end and an acting portion with a free end , wherein at least a first bending line on the body extends in the longitudinal direction of the body from the area of the free end of the handle portion towards the acting portion , facilitating that the body may be bent longitudinally and that in the so bent position, the working position, the handle portion then has a substantially V-shaped or U-shaped cross section, whereby an elongated opening is arranged in the vicinity of the free end of the handle portion and a fifth bending line extends substantially transverse to the first bending line , visually dividing the body into the handling portion and the acting portion , characterized in that the opening comprises at its one side a lip-shaped means , pointing from the free end of the handle portion towards the acting portion , and the position of the fifth bending line is chosen so that when the body is folded along the fifth bending line, a part of the free end of the acting portion can be inserted into the opening , behind the lip .
A containment device for biological samples, which comprises: - a first vessel for depositing a biological sample, - a lid adapted to engage said first vessel , - a hermetically-sealed chamber , adapted to contain a preservative, arranged between the lid and the first vessel , - means of generating a passage between said hermetically-sealed chamber and said first vessel for the descent of said preservative from said chamber to said first vessel, characterized in that : - said hermetically-sealed chamber is defined by a second vessel , which is inserted into said first vessel with the filling opening directed toward said lid , and by said lid itself, closed onto said first vessel , - said means of generating a passage between said hermetically-sealed chamber and said first vessel comprising at least one region with a pre-fracture that is defined on said second vessel and a corresponding presser that extends from said lid and is in a position to encounter said region with a pre-fracture , - the first vessel and the lid being mutually engaged with coupling means that define either a first configuration of use, in which the lid is closed and the second vessel is intact, or a second configuration of use, in which the lid is closed and is displaced toward the inside of the first vessel and the presser is arranged so as to interrupt the continuity of said second vessel at said region with a pre-fracture . - a first vessel for depositing a biological sample, - a lid adapted to engage said first vessel , - a hermetically-sealed chamber , adapted to contain a preservative, arranged between the lid and the first vessel , - means of generating a passage between said hermetically-sealed chamber and said first vessel for the descent of said preservative from said chamber to said first vessel, - said hermetically-sealed chamber is defined by a second vessel , which is inserted into said first vessel with the filling opening directed toward said lid , and by said lid itself, closed onto said first vessel , - said means of generating a passage between said hermetically-sealed chamber and said first vessel comprising at least one region with a pre-fracture that is defined on said second vessel and a corresponding presser that extends from said lid and is in a position to encounter said region with a pre-fracture , - the first vessel and the lid being mutually engaged with coupling means that define either a first configuration of use, in which the lid is closed and the second vessel is intact, or a second configuration of use, in which the lid is closed and is displaced toward the inside of the first vessel and the presser is arranged so as to interrupt the continuity of said second vessel at said region with a pre-fracture .
Fire-resistant ventilation grille for fitting in a wall or floor for air flow through the wall or floor, comprising several slats which are arranged essentially parallel to each other and which each comprise at least one strip of expandable material which is provided to expand substantially in one dimension on account of heat, characterized in that each slat comprises at least one strip of expandable material which is provided to expand in three dimensions on account of heat.
A system for superimposed conveyance of data and electrical power, the system comprising: a switch connected between a first port and a second port , the first port configured to be connected to a supply of the electrical power, the supply being at a first voltage level, characterized in that it further comprises a voltage regulator connected between the first port and the second port , the voltage regulator configured to receive the electrical power regardless of a position of the switch , the voltage regulator configured to produce a second voltage level; a controller configured to control operation of the switch such that the system is configured to transmit data as binary digits represented by transitions of a voltage level at the second port between the first voltage level and the second voltage level; current measurement circuitry connected between the first port and the switch ; and a comparator configured to compare a signal produced by the current measurement circuitry to a threshold current level such that the system is configured to receive data as binary digits represented by transitions of a current level through the threshold current level. a switch connected between a first port and a second port , the first port configured to be connected to a supply of the electrical power, the supply being at a first voltage level, characterized in that it further comprises a voltage regulator connected between the first port and the second port , the voltage regulator configured to receive the electrical power regardless of a position of the switch , the voltage regulator configured to produce a second voltage level; a controller configured to control operation of the switch such that the system is configured to transmit data as binary digits represented by transitions of a voltage level at the second port between the first voltage level and the second voltage level; current measurement circuitry connected between the first port and the switch ; and a comparator configured to compare a signal produced by the current measurement circuitry to a threshold current level such that the system is configured to receive data as binary digits represented by transitions of a current level through the threshold current level.