mhurhangee/patent-ind-claim-en huggingface dataset:
A support material formulation for use in additive manufacturing of a three-dimensional object, the formulation comprising: a hydrophilic curable mono-functional material; a polyol having a molecular weight lower than 800 grams/mol; characterised by comprising a polyester material having an average molecular weight higher than 400, or higher than 500, grams/mol, wherein an amount of said polyester material ranges from 10 to 20 % by weight of the total weight of the formulation. a hydrophilic curable mono-functional material; a polyol having a molecular weight lower than 800 grams/mol; characterised by comprising a polyester material having an average molecular weight higher than 400, or higher than 500, grams/mol, wherein an amount of said polyester material ranges from 10 to 20 % by weight of the total weight of the formulation.
A biological analysis system comprising: a sample block assembly comprising a sample block configured to accommodate a sample holder, the sample holder configured to receive a plurality of samples ; a control system configured to cycle the plurality of samples through a series of temperatures; and an automated tray comprising a slide assembly, the automated tray configured to reversibly slide the sample block assembly from a closed to an open position to allow user access to the plurality of samples , and a heated cover, wherein the automated tray further comprises a positional sensor configured to determine when the automated tray has achieved a defined closed position and defined open position. wherein the automated tray or sample block assembly further comprises an opaque tab configured to block emitted light from the positional sensor, and wherein the positional sensor is configured to determine when the automated tray has achieved the defined closed position such that the sample block is aligned with the heated cover, wherein the positional sensor is an infrared light optical sensor or infrared light optical switch. a sample block assembly comprising a sample block configured to accommodate a sample holder, the sample holder configured to receive a plurality of samples ; a control system configured to cycle the plurality of samples through a series of temperatures; and an automated tray comprising a slide assembly, the automated tray configured to reversibly slide the sample block assembly from a closed to an open position to allow user access to the plurality of samples , and a heated cover, wherein the automated tray further comprises a positional sensor configured to determine when the automated tray has achieved a defined closed position and defined open position. wherein the automated tray or sample block assembly further comprises an opaque tab configured to block emitted light from the positional sensor, and wherein the positional sensor is configured to determine when the automated tray has achieved the defined closed position such that the sample block is aligned with the heated cover, wherein the positional sensor is an infrared light optical sensor or infrared light optical switch.
An X-ray medical imaging device for providing an image representation supporting positioning of an intervention device in a region of interest during an intervention procedure, the medical imaging device being adapted for performing the following steps: (i) acquiring (S1) a sequence of pre-live anatomy images including the region of interest; (ii) acquiring (S2) a live anatomy image including the region of interest using a live image acquisition device comprising an adjustable collimator device with the collimator device being in previously set settings; (iii) identifying (S3) a location of the intervention device within the live anatomy image; (iv) adjusting (S4) settings of the collimator device based on the identified location of the intervention device for subsequently acquiring a further live anatomy image including the region of interest using the live image acquisition device with the collimator device being in the adjusted settings; (v) providing (S5) the image representation by merging information from the live anatomy image into one of the pre-live anatomy images, wherein a spatio-temporal transformation linking a selected one of the pre-live anatomy images and the live anatomy image is performed before the merging, wherein the live anatomy image and the selected one of the pre-live anatomy images are merged such that in the provided image representation a region adjacent to the location of the identified intervention device is represented mainly based on the live anatomy image and a region distant to the location of the identified intervention device is represented mainly based on the selected one of the pre-live anatomy images. (i) acquiring (S1) a sequence of pre-live anatomy images including the region of interest; (ii) acquiring (S2) a live anatomy image including the region of interest using a live image acquisition device comprising an adjustable collimator device with the collimator device being in previously set settings; (iii) identifying (S3) a location of the intervention device within the live anatomy image; (iv) adjusting (S4) settings of the collimator device based on the identified location of the intervention device for subsequently acquiring a further live anatomy image including the region of interest using the live image acquisition device with the collimator device being in the adjusted settings; (v) providing (S5) the image representation by merging information from the live anatomy image into one of the pre-live anatomy images, wherein a spatio-temporal transformation linking a selected one of the pre-live anatomy images and the live anatomy image is performed before the merging,
A formulation for ocular administration comprising, in an aqueous phase: (i) a therapeutically effective amount of laquinimod or a pharmaceutically acceptable salt thereof as active ingredient, (ii) a pharmaceutically acceptable viscosity agent in an amount sufficient to provide a dynamic viscosity of 2 to 200 mPas, as measured at 20 °C, (iii) a pharmaceutically acceptable tonicity adjusting agent, in an amount sufficient to provide an osmolality of 200 to 600 mOsm/kg, (iv) a pharmaceutically acceptable humectant, (v) a pharmaceutically acceptable antioxidant, and (vi) a pharmaceutically acceptable pH regulating agent. (i) a therapeutically effective amount of laquinimod or a pharmaceutically acceptable salt thereof as active ingredient, (ii) a pharmaceutically acceptable viscosity agent in an amount sufficient to provide a dynamic viscosity of 2 to 200 mPas, as measured at 20 °C, (iii) a pharmaceutically acceptable tonicity adjusting agent, in an amount sufficient to provide an osmolality of 200 to 600 mOsm/kg, (iv) a pharmaceutically acceptable humectant, (v) a pharmaceutically acceptable antioxidant, and (vi) a pharmaceutically acceptable pH regulating agent.
A technical stage device , comprising a fastening element , a bearing element and a functional element , in particular a camera or a spotlight, wherein the functional element is arranged on the bearing element so as to be pivotable about a tilt axis and wherein the bearing element is arranged on the fastening element so as to be rotatable about a pan axis , wherein a position determination arrangement is provided, which is designed in such a way that a relative movement between the bearing element and the fastening element as well as between the bearing element and the functional element can be determined, characterised in that the position determination arrangement comprises at least two signal transmitting elements , at least two signal reflecting elements , and at least two signal receiving elements , wherein a first signal reflecting element is arranged on the fastening element and a second signal reflecting element is arranged on the functional element .
A method for determining severity of hemophilia, the method comprising the steps of: coagulating a blood specimen to acquire a coagulation waveform; acquiring an average change rate of a coagulation rate from the coagulation waveform, wherein the average change rate of the coagulation rate is calculated based on a waveform of rate obtained by differentiating the coagulation waveform; and determining the severity of hemophilia in the blood specimen based on the average change rate of the coagulation rate. coagulating a blood specimen to acquire a coagulation waveform; acquiring an average change rate of a coagulation rate from the coagulation waveform, wherein the average change rate of the coagulation rate is calculated based on a waveform of rate obtained by differentiating the coagulation waveform; and determining the severity of hemophilia in the blood specimen based on the average change rate of the coagulation rate.
A method for displaying a weighing result of a scale , in particular a store scale, on a mobile display device , the scale having an identifier, in which method the mobile display device establishes a secure, wireless communication connection with the scale and displays a weighing result of the scale together with the identifier of the scale after successfully establishing the connection, wherein the identifier is a unique ID which is assigned to the scale and with reference to which the scale is uniquely identifiable.
Elastic cam coupling having cam axes , which are arranged perpendicular to the rotation axis of the coupling, for transmitting a torque of a first machine part to a second machine part, comprising a drive disc having support cams projecting outward in a star shape, and a substantially equally-sized driven disc having support cams projecting outward in a star shape, (i) the discs being arranged opposite one another and axially offset from one another and having elements or devices for transmitting a torque from a drive shaft of the first machine part to an output shaft of the second machine part, (ii) the support cams of the drive disc being connected to the support cams of the driven disc via elastic spring elements , (iii) the support cams of the drive disc and the support cams of the driven disc having an identical angle of attack of no more than 30° in relation to the axial plane of the two opposite discs , and being inclined relative to one another, and (iv) the elastic spring elements being dimensioned such that they protrude beyond the support cams adjacent on both sides with a projection , characterized in that the support cams of the drive disc and the support cams of the driven disc are inclined relative to one another by the angle of attack in such a way that they cross without touching one another in their crossing regions during operation, the main bodies of the drive and driven discs lying closely next to one another, as a result of which only small cardanic bending moments around the cam axes occur under load. (i) the discs being arranged opposite one another and axially offset from one another and having elements or devices for transmitting a torque from a drive shaft of the first machine part to an output shaft of the second machine part, (ii) the support cams of the drive disc being connected to the support cams of the driven disc via elastic spring elements , (iii) the support cams of the drive disc and the support cams of the driven disc having an identical angle of attack of no more than 30° in relation to the axial plane of the two opposite discs , and being inclined relative to one another, and (iv) the elastic spring elements being dimensioned such that they protrude beyond the support cams adjacent on both sides with a projection , the support cams of the drive disc and the support cams of the driven disc are inclined relative to one another by the angle of attack in such a way that they cross without touching one another in their crossing regions during operation, the main bodies of the drive and driven discs lying closely next to one another, as a result of which only small cardanic bending moments around the cam axes occur under load.
Ball socket for a ball joint, having a ball socket body which comprises a ball socket opening and a cavity and which comprises a concave internal circumferential face that delimits the cavity and runs about a longitudinal axis extending in an axial direction and which along the longitudinal axis is subdivided into two ball socket body halves that are disposed in succession and in a transition region transition into one another, said ball socket body halves comprising in each case one internal circumferential half face of the internal circumferential face that runs about the longitudinal axis wherein a first one of the ball socket body halves comprises a first one of the internal circumferential face halves that lies on a ball face and in the circumferential direction is configured so as to be closed; and a second one of the ball socket body halves comprises the ball socket opening , at least one slot that runs in the direction of the longitudinal axis , and a second one of the internal circumferential face halves which in the circumferential direction is configured so as to be closed, or closed with the exception of the slot , characterized in that the second ball socket body half is configured in such a manner that the second internal circumferential face , at least in the axial spacing in relation to the transition region , lies outside the ball face , wherein the second ball socket body half for closing the slot is deformable, on account of which the second internal circumferential face half lies on the ball face .
An advertising medium configured to repeat a telephone signal, comprising: - a housing fitted with side flat opposite panels wherein an advertising image is provided, - a telephone signal antenna, wherein - the telephone signal antenna comprises one or more 5G mobile small cell antennas , - the housing is further formed by a perimetral rigid frame wherein a plurality of faces formed by two opposite side panels have a surface that is much greater than a plurality of faces formed by the rigid perimetral frame joining them, and said housing has an internal volume enough for housing the one or more 5G mobile small cell antennas , - being the housing made of a plastic material, and wherein the advertising medium further comprises fixation means provided at the perimetral frame of the housing for installation in a position perpendicular to a plane of a façade of a building in form of a pennant. - a housing fitted with side flat opposite panels wherein an advertising image is provided, - a telephone signal antenna, - the telephone signal antenna comprises one or more 5G mobile small cell antennas , - the housing is further formed by a perimetral rigid frame wherein a plurality of faces formed by two opposite side panels have a surface that is much greater than a plurality of faces formed by the rigid perimetral frame joining them, and said housing has an internal volume enough for housing the one or more 5G mobile small cell antennas , - being the housing made of a plastic material, and wherein the advertising medium further comprises fixation means provided at the perimetral frame of the housing for installation in a position perpendicular to a plane of a façade of a building in form of a pennant.
An apparatus for inducing shallow breathing of a patient, the apparatus comprising: a paddle configured to contact the body of the patient; and a belt configured to secure the paddle against the body of the patient; and a bladder interposed between the belt and the paddle in the installed condition, the bladder being inflatable to urge the paddle toward the body of the patient so as to apply pressure to the abdomen of the patient characterized in that the bladder is configured to control the geometry of the bladder upon inflation. a paddle configured to contact the body of the patient; and a belt configured to secure the paddle against the body of the patient; and a bladder interposed between the belt and the paddle in the installed condition, the bladder being inflatable to urge the paddle toward the body of the patient so as to apply pressure to the abdomen of the patient characterized in that the bladder is configured to control the geometry of the bladder upon inflation.
A vehicle seat , in particular motor vehicle seat, which is transferable from at least one use position, which is suitable for transporting a passenger, into an easy entry position as a non-use position, and back, comprising: a seat cushion, a backrest, a seat frame , the seat cushion and the backrest being coupled to the seat frame , a base , and a kinematics for the articulated connection of the seat frame to the base , wherein the kinematics comprises at least one link articulated connecting the seat frame to the base , wherein the at least one link is lockable with the seat frame by a locking device , wherein the locking device is designed as a rotary latch lock for locking a counter element , the locking device is fixedly connected to the seat frame and the counter element is fixedly connected to the at least one link , characterized in that the locking device is designed for receiving and locking the counter element , and the counter element is arranged in a U-shaped region of the at least one link . a seat cushion, a backrest, a seat frame , the seat cushion and the backrest being coupled to the seat frame , a base , and a kinematics for the articulated connection of the seat frame to the base , wherein the kinematics comprises at least one link articulated connecting the seat frame to the base , wherein the at least one link is lockable with the seat frame by a locking device , wherein the locking device is designed as a rotary latch lock for locking a counter element , the locking device is fixedly connected to the seat frame and the counter element is fixedly connected to the at least one link , characterized in that the locking device is designed for receiving and locking the counter element , and the counter element is arranged in a U-shaped region of the at least one link .
A communication connector , comprising: plug interface contacts ; cable connector contacts ; and a circuitry connecting said plug interface contacts to respective said cable connector contacts, said circuitry including signal conductors between respective said plug interface contacts and respective said cable connector contacts, said signal conductors including a first signal pair and a second signal pair , said circuitry including a network with a first combined mutually inductive (MOCN 6-19 ) and capacitive (C 61-9 ) coupling between a first conductor of said first signal pair and a first conductor of said second signal pair , said network further including a second combined mutually inductive (MOCN 62-9 ) and capacitive (C 62-9 ) coupling between a second conductor of said first signal pair and said first conductor of said second signal pair , and a shunt capacitive coupling (C 12-9 ) connecting said first conductor of said first signal pair and said second conductor of said first signal pair , wherein said circuitry further includes a first offshoot trace (OCN1 9 ) connecting said first conductor of said first signal pair and said shunt capacitive coupling (C 12-9 ), a second offshoot trace (OCN2 9 ) connecting said second conductor of said first signal pair and said shunt capacitive coupling, characterised in that said first combined mutually inductive and capacitive coupling occurs via said first offshoot trace, and said second combined mutually inductive and capacitive coupling occurs via said second offshoot trace. plug interface contacts ; cable connector contacts ; and a circuitry connecting said plug interface contacts to respective said cable connector contacts, said circuitry including signal conductors between respective said plug interface contacts and respective said cable connector contacts, said signal conductors including a first signal pair and a second signal pair , said circuitry including a network with a first combined mutually inductive (MOCN 6-19 ) and capacitive (C 61-9 ) coupling between a first conductor of said first signal pair and a first conductor of said second signal pair , said network further including a second combined mutually inductive (MOCN 62-9 ) and capacitive (C 62-9 ) coupling between a second conductor of said first signal pair and said first conductor of said second signal pair , and a shunt capacitive coupling (C 12-9 ) connecting said first conductor of said first signal pair and said second conductor of said first signal pair , wherein said circuitry further includes a first offshoot trace (OCN1 9 ) connecting said first conductor of said first signal pair and said shunt capacitive coupling (C 12-9 ), a second offshoot trace (OCN2 9 ) connecting said second conductor of said first signal pair and said shunt capacitive coupling, characterised in that said first combined mutually inductive and capacitive coupling occurs via said first offshoot trace, and said second combined mutually inductive and capacitive coupling occurs via said second offshoot trace.
A method for wireless communications by a user equipment, UE, comprising: using a first set of power control parameters for transmitting a first type of control channel using a first transmission time interval, TTI, duration; and using a second set of power control parameters for transmitting a second type of control channel using a second TTI duration; wherein the first TTI duration comprises a duration of a subframe and the second TTI duration comprises a duration of a slot in the subframe; and wherein the first set of power control parameters and second set of power control parameters implement the same closed loop power control parameters. using a first set of power control parameters for transmitting a first type of control channel using a first transmission time interval, TTI, duration; and using a second set of power control parameters for transmitting a second type of control channel using a second TTI duration; wherein the first TTI duration comprises a duration of a subframe and the second TTI duration comprises a duration of a slot in the subframe; and wherein the first set of power control parameters and second set of power control parameters implement the same closed loop power control parameters.
A jointed wind turbine rotor blade , comprising: a first blade segment ; a second blade segment ; each of the first and second blade segments comprising a pressure side shell member and a suction side shell member ; a chord-wise joint separating the first and second blade segments; internal joint structure joining the first and second blade segments across the chord-wise joint; a first heating system configured within the first blade segment; a second heating system configured within the second blade segment; and wherein the first and second heating system are independently controllable and a separate controller, heat source, and motive means is provided in the first blade segment for each of the first and second heating system ; and a disconnectable coupling configured between the first and second blade segments at the chord-wise joint, the coupling configured to supply power or a fluid medium from the first blade segment across the chord-wise joint for use by the second heating system in the second blade segment. a first blade segment ; a second blade segment ; each of the first and second blade segments comprising a pressure side shell member and a suction side shell member ; a chord-wise joint separating the first and second blade segments; internal joint structure joining the first and second blade segments across the chord-wise joint; a first heating system configured within the first blade segment; a second heating system configured within the second blade segment; and wherein the first and second heating system are independently controllable and a separate controller, heat source, and motive means is provided in the first blade segment for each of the first and second heating system ; and a disconnectable coupling configured between the first and second blade segments at the chord-wise joint, the coupling configured to supply power or a fluid medium from the first blade segment across the chord-wise joint for use by the second heating system in the second blade segment.