mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic arrangement for a steered wheel of a vehicle, comprising: - a hydraulic machine which comprises a rotor part configured to be connected to the steered wheel, a stator part which has two main enclosures having respective main openings located in a receiving interface (IM; IM'), a set of pistons sliding in cylinders to drive in rotation the rotor part, and a fluid distributor configured to establish selective links between the main enclosures and the cylinders , - a pivot device (3; 3') which defines a pivot axis (P) of the stator, which has two main outer orifices linked to respective connection openings (OR2, OR4; OR2', OR4') located in a connection interface (IS; IS') and which is configured to be fixed to a support (S) by being linked to the stator of the hydraulic machine so that the receiving (IM; IM') and connection (IS; IS') interfaces cooperate by linking the respective main openings and the respective connection openings, characterized in that it comprises a pilot line (60; 60') linked to a pilot chamber (29; 129) and in that the pilot chamber (29; 129) has a pilot inlet (EP; EP') located in the receiving interface (IM; IM') and the pilot line (60; 60') is formed in the pivot device (3; 3') and extends between an outer pilot orifice (OP) present in the pivot device and a pilot opening (61; 61') located in the connection interface (IS; IS'), the pilot opening being linked to the pilot inlet by the cooperation of the connection and receiving interfaces. - a hydraulic machine which comprises a rotor part configured to be connected to the steered wheel, a stator part which has two main enclosures having respective main openings located in a receiving interface (IM; IM'), a set of pistons sliding in cylinders to drive in rotation the rotor part, and a fluid distributor configured to establish selective links between the main enclosures and the cylinders , - a pivot device (3; 3') which defines a pivot axis (P) of the stator, which has two main outer orifices linked to respective connection openings (OR2, OR4; OR2', OR4') located in a connection interface (IS; IS') and which is configured to be fixed to a support (S) by being linked to the stator of the hydraulic machine so that the receiving (IM; IM') and connection (IS; IS') interfaces cooperate by linking the respective main openings and the respective connection openings, characterized in that it comprises a pilot line (60; 60') linked to a pilot chamber (29; 129) and in that the pilot chamber (29; 129) has a pilot inlet (EP; EP') located in the receiving interface (IM; IM') and the pilot line (60; 60') is formed in the pivot device (3; 3') and extends between an outer pilot orifice (OP) present in the pivot device and a pilot opening (61; 61') located in the connection interface (IS; IS'), the pilot opening being linked to the pilot inlet by the cooperation of the connection and receiving interfaces.
A sugar selected in the group consisting of D-mannoheptulose, perseitol and mixtures thereof for use in the treatment and/or prevention of diseases related to a modification of the innate and/or acquired immunity by increasing the production of antimicrobial peptides of the beta-defensin family, advantageously hBD-2, said diseases being selected from the group consisting of: - diseases related to the presence of microorganisms such as Gram+ and/or Gram- bacteria, fungi, yeasts or viruses; - infections of the skin and cutaneous appendages, in particular those selected from the group consisting of folliculitis, dandruff, hyper-seborrhoea, boils, abscesses, impetigo or panaris; - inflammatory dermatoses, such as atopic dermatitis, contact and/or atopic eczema, psoriasis, acne and irritant contact dermatitis; - burns; - pathologies related to a deficit of the skin barrier, such as hyper-reactive, atopic skins, or pathologies related to skins weakened by an environmental attack; - parodontal diseases, - inflammatory articular pathologies such as arthritis; - infections of the mucous membranes, in particular the vaginal, intestinal, respiratory, nasal or auricular mucosa; - infections of the ocular system; or for enhancing the healing processes in normal or pathological cicatrisation, such as ulcers and pressure ulcers; or for the protection of: - pathological, immature skins of babies and children; or - pathological skins of adult or elderly individuals; said sugar is formulated with a suitable pharmaceutically acceptable excipient into a composition which is a veterinary medication or composition. - diseases related to the presence of microorganisms such as Gram+ and/or Gram- bacteria, fungi, yeasts or viruses; - infections of the skin and cutaneous appendages, in particular those selected from the group consisting of folliculitis, dandruff, hyper-seborrhoea, boils, abscesses, impetigo or panaris; - inflammatory dermatoses, such as atopic dermatitis, contact and/or atopic eczema, psoriasis, acne and irritant contact dermatitis; - burns; - pathologies related to a deficit of the skin barrier, such as hyper-reactive, atopic skins, or pathologies related to skins weakened by an environmental attack; - parodontal diseases, - inflammatory articular pathologies such as arthritis; - infections of the mucous membranes, in particular the vaginal, intestinal, respiratory, nasal or auricular mucosa; - infections of the ocular system; - pathological, immature skins of babies and children; or - pathological skins of adult or elderly individuals;
A method of obtaining standard values for chemotherapeutic drug response by a candidate multiple drug resistant ovarian cancer cell from a patient with a known history of chemotherapeutic drug response, said method comprising: analyzing the poly-N-acetyllactosamine expression level of a statistically significant number of ovarian cancer specimens with a known history of chemotherapeutic drug response from the same cell type of the candidate ovarian cancer cell; and generating threshold levels for chemotherapeutic drug responsiveness based on the poly-N-acetyllactosamine expression levels, thereby obtaining standard values for chemotherapeutic drug response by the candidate ovarian cancer cell. analyzing the poly-N-acetyllactosamine expression level of a statistically significant number of ovarian cancer specimens with a known history of chemotherapeutic drug response from the same cell type of the candidate ovarian cancer cell; and generating threshold levels for chemotherapeutic drug responsiveness based on the poly-N-acetyllactosamine expression levels, thereby obtaining standard values for chemotherapeutic drug response by the candidate ovarian cancer cell.
A system for cutting tissue within a synovial cavity, comprising: a cannula defining an internal lumen extending from a proximal end to a partially closed distal end and defining a cutting port positioned in a radial side wall of the cannula proximal to the distal end , an access port in the proximal end of the cannula and a guide port in the distal end of the cannula , all for accessing the internal lumen ; and a blade assembly including a blade and a blade shaft extending from the blade, wherein the blade is insertable into the internal lumen of the cannula through the access port in the proximal end of the cannula such that the blade is positioned adjacent the cutting port , wherein the blade shaft is operable to move the blade within the internal lumen relative to the cutting port between a retracted position and a deployed position, wherein the blade is received within the internal lumen in the retracted position and the blade is positioned within the cutting port in the deployed position such that tissue can pass through the cutting port for cutting with the blade and wherein the system further comprises a guide element , the guide element configured to be received in the guide port in the distal end of the cannula to align the cannula with the guide element . a cannula defining an internal lumen extending from a proximal end to a partially closed distal end and defining a cutting port positioned in a radial side wall of the cannula proximal to the distal end , an access port in the proximal end of the cannula and a guide port in the distal end of the cannula , all for accessing the internal lumen ; and a blade assembly including a blade and a blade shaft extending from the blade, wherein the blade is insertable into the internal lumen of the cannula through the access port in the proximal end of the cannula such that the blade is positioned adjacent the cutting port , wherein the blade shaft is operable to move the blade within the internal lumen relative to the cutting port between a retracted position and a deployed position, wherein the blade is received within the internal lumen in the retracted position and the blade is positioned within the cutting port in the deployed position such that tissue can pass through the cutting port for cutting with the blade and wherein the system further comprises a guide element , the guide element configured to be received in the guide port in the distal end of the cannula to align the cannula with the guide element .
A multi full-well pixel for a metal-oxide-semiconductor (MOS) active pixel image sensor, comprising: a photodiode (D1), wherein the photodiode (D1) comprises a first terminal and a second terminal and wherein the second terminal is electrically connected to ground; a scintillator layer for converting incoming X-ray radiation into visible light; a first capacitor (C1) electrically connected to the first terminal of the photodiode (node N) and wherein the first capacitor comprises a MOS capacitor electrically connected between the first terminal of the photodiode (D1) and ground; a second capacitor (C2); wherein a total capacitance (Ctot) that is electrically connected to the photodiode (D1) can be changed in dependence of a switching signal from a switching signal source; wherein the second capacitor (C2) comprises an n-channel metal-oxide-semiconductor field-effect transistor MOSFET having a drain contact and a source contact, wherein each of the drain contact and the source contact comprises a semiconductor-side contact , wherein the drain contact and source contact are electrically connected to operate as a single counter-electrode to a gate electrode of the MOSFET, wherein the gate electrode of the MOSFET is electrically connected to the first terminal, and wherein the drain contact and the source contact are electrically connected to the switching signal source. a photodiode (D1), wherein the photodiode (D1) comprises a first terminal and a second terminal and wherein the second terminal is electrically connected to ground; a scintillator layer for converting incoming X-ray radiation into visible light; a first capacitor (C1) electrically connected to the first terminal of the photodiode (node N) and wherein the first capacitor comprises a MOS capacitor electrically connected between the first terminal of the photodiode (D1) and ground; a second capacitor (C2); wherein a total capacitance (Ctot) that is electrically connected to the photodiode (D1) can be changed in dependence of a switching signal from a switching signal source; wherein the second capacitor (C2) comprises an n-channel metal-oxide-semiconductor field-effect transistor MOSFET having a drain contact and a source contact, wherein each of the drain contact and the source contact comprises a semiconductor-side contact , wherein the drain contact and source contact are electrically connected to operate as a single counter-electrode to a gate electrode of the MOSFET, wherein the gate electrode of the MOSFET is electrically connected to the first terminal, and wherein the drain contact and the source contact are electrically connected to the switching signal source.
A method for generating a vector space model for the creation of synthetic voice samples, the vector space model comprising vector space metadata including one or more eigenvalues, one or more eigenvoices , and an average representation , the method comprising: obtaining a training set of audio clips ; representing each audio file of the training set of audio clips as a feature vector to form a plurality of feature vectors ; generating the average representation as an average representation vector from the plurality of feature vectors; subtracting the average representation vector from the plurality of feature vectors to obtain a mean-centered result ; performing singular value decomposition based on the mean-centered result to obtain eigenvoices ; selecting the K best eigenvoices from the obtained eigenvoices to determine the one or more eigenvoices and selecting the K best eigenvalues to determine the one or more eigenvalues. obtaining a training set of audio clips ; representing each audio file of the training set of audio clips as a feature vector to form a plurality of feature vectors ; generating the average representation as an average representation vector from the plurality of feature vectors; subtracting the average representation vector from the plurality of feature vectors to obtain a mean-centered result ; performing singular value decomposition based on the mean-centered result to obtain eigenvoices ; selecting the K best eigenvoices from the obtained eigenvoices to determine the one or more eigenvoices and selecting the K best eigenvalues to determine the one or more eigenvalues.
An anvil buttress loading system comprising: an anvil assembly including an anvil plate and an anvil tip , the anvil plate having a tissue facing surface , a proximal end portion of the tissue facing surface including a pin assembly ; an anvil buttress loading tool including a base having a support surface , a loading ramp extending proximally of the base, and a flange extending distally from the base; and an anvil buttress including a body , a proximal tab extending proximally from the body, and a distal tab extending distally from the body, the anvil buttress releasably retained on the anvil buttress loading tool with the body positioned on the support surface , the proximal tab positioned over the loading ramp , and the distal tab positioned within the flange , the anvil buttress transferrable from the anvil buttress loading tool to the anvil assembly such that the anvil buttress is releasably secured to the anvil assembly with the body positioned on the tissue facing surface, the proximal tab engaged with the pin assembly , and the distal tab engaged with the anvil tip . an anvil assembly including an anvil plate and an anvil tip , the anvil plate having a tissue facing surface , a proximal end portion of the tissue facing surface including a pin assembly ; an anvil buttress loading tool including a base having a support surface , a loading ramp extending proximally of the base, and a flange extending distally from the base; and an anvil buttress including a body , a proximal tab extending proximally from the body, and a distal tab extending distally from the body, the anvil buttress releasably retained on the anvil buttress loading tool with the body positioned on the support surface , the proximal tab positioned over the loading ramp , and the distal tab positioned within the flange , the anvil buttress transferrable from the anvil buttress loading tool to the anvil assembly such that the anvil buttress is releasably secured to the anvil assembly with the body positioned on the tissue facing surface, the proximal tab engaged with the pin assembly , and the distal tab engaged with the anvil tip .
Method for operating a system for the automatic recognition of laboratory work items in the area of a plurality of target storage positions of a laboratory work area , comprising the method steps of: - Generating a single two-dimensional image of a laboratory work area with an imaging unit for generating two-dimensional images - identifying at least one first evaluation area in the two-dimensional image, wherein the at least one evaluation area is arranged and imaged in the region of a target storage position of a work area with an identification unit of the system - Preparation of the image for a classification preliminary stage, with regard to cropping to the image of the evaluation area and formatting of the image of the evaluation area, with a preparation unit of the system - Automatic object recognition on the basis of the classification preliminary stage using at least one classification method on the basis of feature generation and subsequent assignment to an object class with the features generated by the feature generation with a classification unit of the system , wherein following automatic recognition of an object or an object class, three-dimensional spatial information stored in the system about the object or the object class is identified and a back-calculation unit is used to project patterns taken from the three-dimensional information into a two-dimensional mapping coordinate system from the known three-dimensional spatial information of the recognized objects or object class, and the coordinates of the projected patterns are then compared with corresponding pattern coordinates of the mapping found by means of image processing - Generation of an output signal identifying the recognized object by means of an output unit. - Generating a single two-dimensional image of a laboratory work area with an imaging unit for generating two-dimensional images - identifying at least one first evaluation area in the two-dimensional image, wherein the at least one evaluation area is arranged and imaged in the region of a target storage position of a work area with an identification unit of the system - Preparation of the image for a classification preliminary stage, with regard to cropping to the image of the evaluation area and formatting of the image of the evaluation area, with a preparation unit of the system - Automatic object recognition on the basis of the classification preliminary stage using at least one classification method on the basis of feature generation and subsequent assignment to an object class with the features generated by the feature generation with a classification unit of the system , - Generation of an output signal identifying the recognized object by means of an output unit.
Electrical coupling for connecting a wind turbine to a power grid, the coupling comprising - a first carrier having at least one first electrical plug connector , and - a second carrier having at least one second electrical plug connector that is complementary to the first electrical plug connector , wherein - the first carrier and the second carrier being rotatable with respect to one another, - at least one of the plug connectors is arranged to be movable relative to the other plug connector to form and disconnect an electrical plug connection, and - the connectors are sealed against the ingress of moisture both when they are interconnected and when they are separated, characterized by a rotary drive rotating the carriers relative to each other and a sensor detecting the relative rotational position of the carriers to each other. - a first carrier having at least one first electrical plug connector , and - a second carrier having at least one second electrical plug connector that is complementary to the first electrical plug connector , - the first carrier and the second carrier being rotatable with respect to one another, - at least one of the plug connectors is arranged to be movable relative to the other plug connector to form and disconnect an electrical plug connection, and - the connectors are sealed against the ingress of moisture both when they are interconnected and when they are separated,
A blood treatment device for treating a patient by means of dialysis, comprising at least one controller configured to control the device based on a computer-implemented method for calculating a value representing a refilling volume (V refill) of a patient that may be observed or found during or due to a blood treatment of the patient, wherein a target range of the relative blood volume (RBV_end) to be achieved by the blood treatment at the end of a treatment session is set based on a refilling volume (V refill) of the patient; wherein the refilling volume (V refill) is obtained by means of the following equation V _ refill = a ∗ UFV + b ∗ UFR hb _ start + c ∗ OH + d or V _ refill = a ∗ UFV / Hb + b ∗ OH + c wherein the relative blood volume (RBV_end) is obtained from the following equation V _ refill = UFV − BV _ start ∗ 1 − RBV _ end 100 or by RBV _ end = 100 ∗ V _ refill − UFV 0.1 ∗ LTM + 0.01 ∗ ATM + OH K _ Guyton + 100 wherein: a, b, c, d are parameters; hb _start stands for the haemoglobin concentration at the beginning of an blood treatment session; Hb is the haemoglobin concentration; V _refill stands for the refilling volume; UFV stands for the ultrafiltration volume; UFR stands for an ultrafiltration rate; OH stands for the patient's overhydration, e.g. at the beginning of a blood treatment session; ATM stands for the fat mass of the patient in question; LTM stands for the muscle mass of the patient in question; K_Guyton stands for the Guyton factor; and BV_start stands for the patient's absolute blood volume at the beginning of the treatment session. a, b, c, d are parameters; hb _start stands for the haemoglobin concentration at the beginning of an blood treatment session; Hb is the haemoglobin concentration; V _refill stands for the refilling volume; UFV stands for the ultrafiltration volume; UFR stands for an ultrafiltration rate; OH stands for the patient's overhydration, e.g. at the beginning of a blood treatment session; ATM stands for the fat mass of the patient in question; LTM stands for the muscle mass of the patient in question; K_Guyton stands for the Guyton factor; and BV_start stands for the patient's absolute blood volume at the beginning of the treatment session.
Assembly for a turbomachine through which an air flow (FS) passes, comprising a stator comprising guide vanes extending radially in relation to a longitudinal axis (AX), at least one inter-vane platform extending between the radially outer ends of two circumferentially consecutive guide vanes , each inter-vane platform including an outer surface that faces the axis (AX), a heat exchanger located downstream (AV) of the stator in relation to the direction of circulation of the air flow (FS), this heat exchanger including a heat exchange surface devoid of any relief and extending in the downstream extension (AV) of an inter-vane platform , and wherein at least one inter-vane platform located in the upstream extension (AM) of the heat exchange surface of the heat exchanger is provided with at least one turbulence generator on its outer surface .