mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: an outer tube ; an inner tube held by the outer tube while being inserted into the outer tube ; a fluid channel having a hollow passage , the fluid channel being fixed to a distal end side of the inner tube and accommodated in the outer tube ; and a ratchet mechanism which allows rotation of the inner tube in one direction while restricting rotation of the inner tube in the other direction, wherein the inner tube includes an insertion attachment portion which is provided on a proximal end side of the inner tube and with which a distal end side of a drug container (11-14) is screwed to be attached thereto by insertion, and in an insertion attachment state in which the drug container (11-14) is attached by insertion to the insertion attachment portion, the ratchet mechanism restricts rotation of the inner tube together with the drug container (11-14) in a screwing direction and allows the inner tube to rotate freely relative to the outer tube together with the drug container (11-14) in an unscrewing direction opposite to the screwing direction, characterized in that the connector further comprises a valve having a valve hole provided so as to open and close, the valve closing a distal end side of the outer tube . an outer tube ; an inner tube held by the outer tube while being inserted into the outer tube ; a fluid channel having a hollow passage , the fluid channel being fixed to a distal end side of the inner tube and accommodated in the outer tube ; and a ratchet mechanism which allows rotation of the inner tube in one direction while restricting rotation of the inner tube in the other direction, wherein the inner tube includes an insertion attachment portion which is provided on a proximal end side of the inner tube and with which a distal end side of a drug container (11-14) is screwed to be attached thereto by insertion, and in an insertion attachment state in which the drug container (11-14) is attached by insertion to the insertion attachment portion, the ratchet mechanism restricts rotation of the inner tube together with the drug container (11-14) in a screwing direction and allows the inner tube to rotate freely relative to the outer tube together with the drug container (11-14) in an unscrewing direction opposite to the screwing direction, characterized in that the connector further comprises a valve having a valve hole provided so as to open and close, the valve closing a distal end side of the outer tube .
A device (D) for generating a sound signal representative of the dynamics of a vehicle (V), said device (D) including means for synthesis of sounds (MS) arranged to synthesise said sound signal for the purpose of its broadcasting by a system for broadcasting of sounds (SD), as a function of representative parameters of the current dynamics of said vehicle (V), characterized in that it includes processing means (MT) arranged so as to define i) a frequency window as a function of at least one current speed of said vehicle (V), ii) a shift of this frequency window as a function of a current variation of this current speed, and iii) a scan speed of a comb of at least three spectral components as a function of at least one current acceleration of said vehicle (V), and to provide to said sound synthesis means (MS) said definitions at least of this frequency window, of this scan speed associated with said comb, and of this shift of said frequency window, so that they synthesise a sound signal to be broadcast as a function of said provided definitions.
A wearable device comprising: a power source; a processor; one or more sensors; a user interface connected to the processor and adapted to interact with the wearer and to provide information to the wearer; a network interface configured to provide a network connection between the device and a server; and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution by the processor, cause the device to: gather, via the one or more sensor data necessary to determine the activity pattern of the wearer over time; provide the gathered data to said server via said network interface for processing to create or update behavioral rules, including identifying one or more patterns, for the wearer, said behavioral rules being created and updated using historical wearer data including location mapping of the wearer over time, identification of a home area, location boundaries, sleep/wake cycles of the wearer, location time comparisons over different time periods, and sensor measurements; receive the behavioral rules, including one or more patterns, from the server; and query the wearer when an aberration or break in the one or more patterns is detected. a power source; a processor; one or more sensors; a user interface connected to the processor and adapted to interact with the wearer and to provide information to the wearer; a network interface configured to provide a network connection between the device and a server; and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution by the processor, cause the device to: gather, via the one or more sensor data necessary to determine the activity pattern of the wearer over time; provide the gathered data to said server via said network interface for processing to create or update behavioral rules, including identifying one or more patterns, for the wearer, said behavioral rules being created and updated using historical wearer data including location mapping of the wearer over time, identification of a home area, location boundaries, sleep/wake cycles of the wearer, location time comparisons over different time periods, and sensor measurements; receive the behavioral rules, including one or more patterns, from the server; and query the wearer when an aberration or break in the one or more patterns is detected. gather, via the one or more sensor data necessary to determine the activity pattern of the wearer over time; provide the gathered data to said server via said network interface for processing to create or update behavioral rules, including identifying one or more patterns, for the wearer, said behavioral rules being created and updated using historical wearer data including location mapping of the wearer over time, identification of a home area, location boundaries, sleep/wake cycles of the wearer, location time comparisons over different time periods, and sensor measurements; receive the behavioral rules, including one or more patterns, from the server; and query the wearer when an aberration or break in the one or more patterns is detected.
Hairdressing appliance comprising a portable treatment unit configured at least to spray steam onto the hair, the portable treatment unit comprising two arms configured to form a clamp provided with two hair-treatment surfaces arranged opposite each other and which concomitantly allow gripping of a lock of hair, the first arm comprising a vaporisation chamber and first spraying means configured to be connected to the vaporisation chamber and to spray steam towards the outside near the treatment surface of the first arm , said hairdressing appliance comprising a steam-transfer system configured to move steam from said first arm to the second arm and conversely to spray this steam towards the outside on the same side as the inner face of the second arm, near the treatment surface of the second arm , the hairdressing appliance comprising a device for spraying steam towards the outside of the two arms , alongside the inner faces thereof arranged facing each other, close to the two treatment surfaces , the transfer system consisting firstly of the first spraying means that are configured to spray steam towards the outside of the inner face of the first arm and secondly a deflector configured on the inner face of the second arm , along the second treatment surface , in order to return outwards the steam sprayed by the first spraying means , characterised in that the deflector is in the form of a bowl that has a cross section in the form of a drop of water.
A method of identifying lupus in a subject, the method comprising detecting in a biological sample derived from the subject the presence of a variation in at least one SLE risk locus as set forth in Table 4, wherein the variation in the at least one locus occurs at a nucleotide position corresponding to the position of a single nucleotide polymorphism (SNP) for the at least one locus as set forth in Table 4, wherein the at least one locus is UHRF1BP1, and wherein the subject is suspected of suffering from lupus.
A server system comprising: a chassis including a front panel and a rear panel ; a motherboard shorter in length than a length of the chassis , said motherboard being installed within the chassis and comprising one or more central processing unit sockets and one or more memory chip sockets ; and a daughterboard installed within the chassis and communicatively connected to the motherboard through a right-angled board connector , the daughterboard comprising one or more input/output, I/ O, connectors configured for direct external connections to outside of the chassis , wherein the motherboard has no I/O connector configured for direct external connection to outside of the chassis , and the daughterboard being shorter in length than the length of the chassis , said daughterboard being adapted to allow the daughterboard to be dropped straight down into the chassis and to be slid horizontally in the chassis so that the I/O connectors slide through the rear panel of the chassis during connection of the motherboard with the daughterboard . a chassis including a front panel and a rear panel ; a motherboard shorter in length than a length of the chassis , said motherboard being installed within the chassis and comprising one or more central processing unit sockets and one or more memory chip sockets ; and a daughterboard installed within the chassis and communicatively connected to the motherboard through a right-angled board connector , the daughterboard comprising one or more input/output, I/ O, connectors configured for direct external connections to outside of the chassis , wherein the motherboard has no I/O connector configured for direct external connection to outside of the chassis , and the daughterboard being shorter in length than the length of the chassis , said daughterboard being adapted to allow the daughterboard to be dropped straight down into the chassis and to be slid horizontally in the chassis so that the I/O connectors slide through the rear panel of the chassis during connection of the motherboard with the daughterboard .
A pharmaceutical composition comprising: (a) naltrexone, or (b) a metabolite thereof selected from the group consisting of 6-β-naltrexol, 2-hydroxy-3-methoxy-6β-naltrexol and 2-hydroxy-3-methoxy-naltrexone, or (c) an analogue selected from the group consisting of methylnaltrexone, naloxone, nalmefene and nalorphine, for use in the treatment of cancer within a subject, wherein the subject is to be administered a chemotherapeutic agent before, during or following the treatment and wherein a therapeutically effective amount of the naltrexone or metabolite thereof or analogue of either is to be administered to the subject in a first treatment phase, and wherein after the first treatment phase the subject is to be administered a therapeutically effective amount of a cannabinoid in a second treatment phase. (a) naltrexone, or (b) a metabolite thereof selected from the group consisting of 6-β-naltrexol, 2-hydroxy-3-methoxy-6β-naltrexol and 2-hydroxy-3-methoxy-naltrexone, or (c) an analogue selected from the group consisting of methylnaltrexone, naloxone, nalmefene and nalorphine,
An electronic device comprising: an outer protective layer (206; 204) defining an upper surface configured to receive a user touch and comprising a set of electrodes ; a friction transducer comprising: an array of electrostatic plates coupled to a lower surface of the outer protective layer opposite the upper surface; and an ultrasonic transducer below the array of electrostatic plates; a thermal transducer adjacent to the ultrasonic transducer and in thermal communication with the surface and a force transducer below the array of electrostatic plates and in communication with the upper surface; wherein at least one electrode of the set of electrodes is capacitively coupled to at least one electrostatic plate of the array of electrostatic plates to increase a voltage of the at least one electrostatic plate. an outer protective layer (206; 204) defining an upper surface configured to receive a user touch and comprising a set of electrodes ; a friction transducer comprising: an array of electrostatic plates coupled to a lower surface of the outer protective layer opposite the upper surface; and an ultrasonic transducer below the array of electrostatic plates; an array of electrostatic plates coupled to a lower surface of the outer protective layer opposite the upper surface; and an ultrasonic transducer below the array of electrostatic plates; a thermal transducer adjacent to the ultrasonic transducer and in thermal communication with the surface and a force transducer below the array of electrostatic plates and in communication with the upper surface; wherein at least one electrode of the set of electrodes is capacitively coupled to at least one electrostatic plate of the array of electrostatic plates to increase a voltage of the at least one electrostatic plate.
A process for the production of three dimensional mouldings from a two dimensional blank comprising providing a stack of at least two blanks, each blank comprising a quasi-isotropic chopped moulding compound comprising a fibrous reinforcement material and a liquid or particulate epoxy resin material in the form of randomly orientated chips of chopped unidirectional tape; removing at least part of the uppermost or lowermost blank at the location where protrusions are to be formed during moulding and compression to create a recess at the surface of the blank in the form of a slit or cut for directing flow at the surface of the moulding compound within the cavity of the compression mould during compression moulding; and moulding the stack of blanks in a compression mould designed for formation of the three dimensional moulding under conditions whereby the removed portion acts as a guide so that the moulding compound flows into the removed area in the uppermost or lowermost layer and the sections of the mould defining the three dimensional structure to produce a three dimensional moulding. removing at least part of the uppermost or lowermost blank at the location where protrusions are to be formed during moulding and compression to create a recess at the surface of the blank in the form of a slit or cut for directing flow at the surface of the moulding compound within the cavity of the compression mould during compression moulding; and moulding the stack of blanks in a compression mould designed for formation of the three dimensional moulding under conditions whereby the removed portion acts as a guide so that the moulding compound flows into the removed area in the uppermost or lowermost layer and the sections of the mould defining the three dimensional structure to produce a three dimensional moulding.
A three-dimensional printing method, comprising: applying a layer of an epoxy mold compound powder build material ; selectively applying a fusing agent on at least a portion of the epoxy mold compound powder build material ; and exposing the epoxy mold compound powder build material to radiation, thereby fusing the portion of the epoxy mold compound powder build material in contact with the fusing agent to form a layer; wherein the epoxy mold compound powder build material is a one part thermal set or thermal cure epoxy; and wherein, prior to selectively applying the fusing agent , the method further comprises heating the epoxy mold compound powder build material to a heating temperature ranging from about 80°C to about 100°C; such that the exposing of the epoxy mold compound powder build material to the radiation raises a temperature of the portion of the epoxy mold compound powder build material in contact with the fusing agent to a final temperature ranging from about 100°C to about 130°C. applying a layer of an epoxy mold compound powder build material ; selectively applying a fusing agent on at least a portion of the epoxy mold compound powder build material ; and exposing the epoxy mold compound powder build material to radiation, thereby fusing the portion of the epoxy mold compound powder build material in contact with the fusing agent to form a layer; wherein the epoxy mold compound powder build material is a one part thermal set or thermal cure epoxy; and wherein, prior to selectively applying the fusing agent , the method further comprises heating the epoxy mold compound powder build material to a heating temperature ranging from about 80°C to about 100°C; such that the exposing of the epoxy mold compound powder build material to the radiation raises a temperature of the portion of the epoxy mold compound powder build material in contact with the fusing agent to a final temperature ranging from about 100°C to about 130°C.
A compound which is R4 L R2 R5 O H or a compound of the above structure wherein the OH group is replaced with an oxygen residue linked to P to form a phosphate group, or a pharmaceutically acceptable salt thereof.
Plug connector, consisting of a first plug connector housing , which can be connected as a plug to a cable , and a second, corresponding plug connector housing , which can be assembled as an add-on housing on a device or housing, wherein insulating bodies and contact means received therein are arranged in the plug connector housings , wherein two types of locking means are configured for reciprocal locking of the plug connector housings , wherein at least one rotary pin is provided on one of the plug connector housings and at least one corresponding rotary bearing is provided on the other plug connector housing , and the at least one rotary pin and the at least one rotary bearing form an axis of rotation , about which the plug connector housings can move relative to one another, wherein the contact means in each case have a cable connection region , a first contact region , and a middle second contact region arranged between the cable connection region and the first contact region , wherein the first contact region is formed as a pin contact and the second contact region is formed as a socket contact, wherein the contact means are embodied as dual-contactable contact means, and wherein the first contact regions of the contact means are compatible for plugging to the second contact regions of the contact means , wherein the first contact regions of the contact means of the second plug connector housing are formed such that they can be inserted into the second contact regions of the contact means of the first plug connector housing .
A method comprising: providing a first panel at a variable panel display portion of a display , the first panel having one or more first selectable nodes associated with an industrial control system and information associated with the industrial control system; selecting one of the one or more first selectable nodes in the first panel on the display ; presenting a panel associated with the selected node at the variable panel display portion , the panel including one or more second selectable nodes and information associated with the selected node; characterized in that a size of the variable panel display portion may be adjusted to accommodate a number of panels , wherein navigation between the number of panels is independent of information displayed at a working portion of the display . providing a first panel at a variable panel display portion of a display , the first panel having one or more first selectable nodes associated with an industrial control system and information associated with the industrial control system; selecting one of the one or more first selectable nodes in the first panel on the display ; presenting a panel associated with the selected node at the variable panel display portion , the panel including one or more second selectable nodes and information associated with the selected node; characterized in that a size of the variable panel display portion may be adjusted to accommodate a number of panels , wherein navigation between the number of panels is independent of information displayed at a working portion of the display .
A power electronics rack comprising: a controller ; power converters including a switch, a storage system, and a gate drive, said gate drive communicating with the controller ; magnetic components ; a plurality of contactors , said contactors also communicating with said controller, and being operable to be changed by said controller to communicate said power converters to said magnetic components; said magnetic components communicating with a plurality of motors , said controller being operable to change a configuration of said contactors to reconfigure how power is supplied to the magnetic components from said power converters; and wherein said contactors can selectively connect a switch directly to a first lower power motor, and can combine a plurality of the switches to a single, larger motor to provide adequate power. a controller ; power converters including a switch, a storage system, and a gate drive, said gate drive communicating with the controller ; magnetic components ; a plurality of contactors , said contactors also communicating with said controller, and being operable to be changed by said controller to communicate said power converters to said magnetic components; said magnetic components communicating with a plurality of motors , said controller being operable to change a configuration of said contactors to reconfigure how power is supplied to the magnetic components from said power converters; and wherein said contactors can selectively connect a switch directly to a first lower power motor, and can combine a plurality of the switches to a single, larger motor to provide adequate power.